GS1912.prg

• Jobs: 87
• Tables: 43

INFO

Field	Value
ECU	6L45 Transmission controller GS19.12 for E83, E90
ORIGIN	BMW EA-71 Philipp Huber
REVISION	0.048
AUTHOR	GMPT_Strasbourg ETC KIEFFER_Cedric, BMW TI-430 Frau_Blass
COMMENT	N/A
PACKAGE	1.27
SPRACHE	deutsch

Jobs

Index

• INITIALISIERUNG - Initialisierung und Kommunikationsparameter
• INFO - Information SGBD
• DIAGNOSEPROTOKOLL_LESEN - Gibt die möglichen Diagnoseprotokolle für eine Auswahl an den Aufrufer zurück
• DIAGNOSEPROTOKOLL_SETZEN - Wählt ein Diagnoseprotokoll aus
• IDENT - Identdaten KWP2000: $1A ReadECUIdentification Modus : Default
• FS_LESEN - Fehlerspeicher lesen (alle Fehler / Ort und Art) KWP2000: $18 ReadDiagnosticTroubleCodesByStatus Modus : Default
• FS_LESEN_DETAIL - Fehlerspeicher lesen (ein Fehler / alle Details) KWP2000: $17 ReadStatusOfDiagnosticTroubleCodes Modus: Default
• FS_LOESCHEN - Fehlerspeicher loeschen KWP2000: $14 ClearDiagnosticInformation Modus : Default
• PRUEFSTEMPEL_LESEN - Auslesen des Pruefstempels KWP2000: $22 ReadDataByCommonIdentifier $1000 TestStamp Modus : Default
• PRUEFSTEMPEL_SCHREIBEN - Beschreiben des Pruefstempels Es muessen immer alle drei Argumente im Bereich von 0-255 bzw. 0x00-0xFF uebergeben werden. KWP2000: $2E WriteDataByCommonIdentifier $1000 TestStamp Modus : Default
• NORMALER_DATENVERKEHR - Sperren bzw. Freigeben des normalen Datenverkehrs KWP2000: $28 DisableNormalMessageTransmission KWP2000: $29 EnableNormalMessageTransmission Modus : Default
• DIAGNOSE_AUFRECHT - Diagnosemode des SG aufrecht erhalten KWP2000: $3E TesterPresent Modus : Default
• FS_SPERREN - Sperren bzw. Freigeben des Fehlerspeichers KWP2000: $85 ControlDTCSetting Modus : Default
• IS_LESEN - Infospeicher lesen (alle Info-Meldungen / Ort und Art) KWP2000: $22 ReadDataByCommonIdentifier $2000 dtcShadowMemory
• IS_LESEN_DETAIL - Infospeicher lesen (alle Info-Meldungen / Ort und Art) KWP2000: $22 ReadDataByCommonIdentifier $2001 - $20FF dtcShadowMemoryEntry Modus: Default
• IS_LOESCHEN - Infospeicher loeschen KWP2000: $31 StartRoutineByLocalIdentifier $06 ClearDTCShadowMemory Modus : Default
• HS_LESEN - Historyspeicher lesen (alle History-Meldungen / Ort und Art) KWP2000: $22 ReadDataByCommonIdentifier $2100 HistoryMemory Modus : Default
• HS_LESEN_DETAIL - Historypeicher lesen (alle History-Meldungen / Ort und Art) KWP2000: $22 ReadDataByCommonIdentifier $2101 - $21FF HistoryMemoryEntry Modus: Default
• HS_LOESCHEN - Historyspeicher loeschen KWP2000: $31 StartRoutineByLocalIdentifier $03 ClearHistoryMemory Modus : Default
• DIAGNOSE_ENDE - Diagnosemode des SG beenden KWP2000: $20 StopDiagnosticSession Modus : Default
• DIAGNOSE_MODE - SG in bestimmten Diagnosemode bringen KWP2000: $10 StartDiagnosticSession Modus : einstellbar mit diesem Job Wenn MODE = "ECUPM" ( ECUProgrammingMode ) muss nach dem Job die Steuergeraete-Resetzeit abgewartet werden. Danach ist das Steuergeraet wieder diagnosefaehig siehe Job FLASH_ZEITEN_LESEN Result FLASH_RESETZEIT
• SLEEP_MODE - SG in Sleep-Mode versetzen KWP2000: $31 StartRoutineByLocalIdentifier a) $0E Time controlled PowerDown oder b) $05 PowerDown $00 all ECU Modus : Default
• SPEICHER_LESEN - Auslesen des Steuergeraete-Speichers Als Argumente werden uebergeben: Speichersegment, Start-Adresse und Anzahl der Datenbytes KWP 2000: $23 ReadMemoryByAddress Modus : Default
• STATUS_MESSWERTBLOCK_LESEN - Lesen eines Messwertblockes Es muss immer das BlockSchreibenFlag und mindestens ein MESSWERT uebergeben werden. KWP2000: $2C DynamicallyDefinedLocalIdentifier $F0 DynamicallyDefinedLocalIdentifier $04 ClearDynamicallyDefinedLocalIdentifier KWP2000: $2C DynamicallyDefinedLocalIdentifier $F0 DynamicallyDefinedLocalIdentifier $02 DefineByCommonIdentifier KWP2000: $21 ReadDataByLocalIdentifier $F0 DynamicallyDefinedLocalIdentifier Modus : Default
• SERIENNUMMER_LESEN - Hersteller Seriennummer lesen KWP2000: $1A ReadECUIdentification $89 SystemSupplierECUSerialNumber oder alternativ KWP2000: $1A ReadECUIdentification $80 ECUIdentificationDataTable Modus : Default
• ZIF_LESEN - Auslesen des Zulieferinfofeldes KWP2000: $22 ReadDataByCommonIdentifier $2503 ProgrammReferenz und KWP2000: $1A ReadECUIdentification $91 VehicleManufacturerECUHardware*Number oder alternativ KWP2000: $1A ReadECUIdentification $80 ECUIdentificationDataTable Modus : Default
• ZIF_BACKUP_LESEN - Auslesen des Backups des Zulieferinfofeldes ProgrammReferenzBackup PRGREFB vehicleManufECUHWNumberBackup VMECUHNB KWP2000: $22 ReadDataByCommonIdentifier $2500 PRBHW*B oder alternativ KWP2000: $1A ReadECUIdentification $80 ECUIdentificationDataTable Modus : Default
• PHYSIKALISCHE_HW_NR_LESEN - Auslesen der physikalischen Hardwarenummer KWP2000: $1A ReadECUIdentification $87 physicalECUHardwareNumber (PECUHN) oder alternativ KWP2000: $1A ReadECUIdentification $80 ECUIdentificationDataTable Modus : Default
• HARDWARE_REFERENZ_LESEN - Auslesen der Hardware Referenz KWP2000: $22 ReadDataByCommonIdentifier $2502 HWREF oder alternativ KWP2000: $1A ReadECUIdentification $80 ECUIdentificationDataTable Modus : Default
• DATEN_REFERENZ_LESEN - Auslesen der Daten Referenz KWP2000: $22 ReadDataByCommonIdentifier $2504 DREF Modus : Default
• FLASH_ZEITEN_LESEN - Auslesen der Flash Loeschzeit, Signaturtestzeit, Authentisierberechnungszeit und Resetzeit KWP2000: $22 ReadDataByCommonIdentifier $2501 Zeiten Modus : Default
• FLASH_BLOCKLAENGE_LESEN - Auslesen des maximalen Blocklaenge beim Flashen KWP2000: $22 ReadDataByCommonIdentifier $2506 MaximaleBlockLaenge Modus : Default
• AUTHENTISIERUNG_ZUFALLSZAHL_LESEN - Authentisierung Zufallszahl des SG lesen KWP2000: $31 StartRoutineByLocalIdentifier $07 RequestForAuthentication Modus : Default
• AUTHENTISIERUNG_START - Authentisierung pruefen KWP2000: $31 StartRoutineByLocalIdentifier $08 ReleaseAuthentication Modus : Default
• FLASH_PROGRAMMIER_STATUS_LESEN - Programmierstatus des SG lesen KWP2000: $31 StartRoutineByLocalIdentifier $0A CheckProgrammingStatus Modus : Default
• FLASH_SIGNATUR_PRUEFEN - Flash Signatur pruefen KWP2000: $31 StartRoutineByLocalIdentifier $09 CheckSignature Modus : Default
• STEUERGERAETE_RESET - Steuergeraete reset ausloesen KWP2000: $11 ECUReset $01 PowerOn Modus : Default Nach dem Job muss die Steuergeraete-Resetzeit abgewartet werden. Danach ist das Steuergeraet wieder diagnosefaehig siehe Job FLASH_ZEITEN_LESEN Result FLASH_RESETZEIT
• FLASH_LOESCHEN - Flash loeschen Standard Flashjob KWP2000: $31 StartRoutineByLocalIdentifier $02 ClearMemory Modus : Default
• FLASH_SCHREIBEN_ADRESSE - Vorbereitung fuer Flash schreiben Standard Flashjob KWP2000: $34 RequestDownload Modus : Default
• FLASH_SCHREIBEN - Flash Daten schreiben Standard Flashjob KWP2000: $36 TransferData Modus : Default
• FLASH_SCHREIBEN_ENDE - Flashprogrammierung abschliessen Standard Flashjob KWP2000: $37 RequestTransferExit Modus : Default
• AIF_LESEN - Auslesen des Anwender Informations Feldes Standard Flashjob KWP 2000: $23 ReadMemoryByAddress Modus : Default
• AIF_SCHREIBEN - Schreiben des Anwender Informations Feldes Standard Flashjob KWP 2000: $3D WriteMemoryByAddress Modus : Default
• STATUS_NAB - Reads Transmission Output speed KWP2000: $22 ReadDataByCommonIdentifier $1942 Trans Output speed Modus : Default
• STATUS_NTU - Reads Transmission Turbine speed KWP2000: $22 ReadDataByCommonIdentifier $1941 Trans Input speed Modus : Default
• STATUS_PRND - Reads Transmission Range sensor KWP2000: $22 ReadDataByCommonIdentifier $194F PRNDL range Modus : Default
• STATUS_TFT - Reads Transmission Fluid Temperature KWP2000: $22 ReadDataByCommonIdentifier $1940 Trans Fluid Temp Modus : Default
• STATUS_TSUBSTRATE - Reads TEHCM Substrate Temperature KWP2000: $22 ReadDataByCommonIdentifier $280D Trans Substrate Temp Modus : Default
• STATUS_PSWITCH - Reads Transmission Pressure Switches sensor KWP2000: $22 ReadDataByCommonIdentifier $281D Pressure Switch Status Modus : Default
• STATUS_UP_DELAY_12 - Reads Upshift delay time adaptive value for 1-2 KWP2000: $22 ReadDataByCommonIdentifier $F000 UpDelayTime Modus : Default
• STATUS_UP_DELAY_23 - Reads Upshift delay time adaptive value for 2-3 KWP2000: $22 ReadDataByCommonIdentifier $F001 UpDelayTime Modus : Default
• STATUS_UP_DELAY_34 - Reads Upshift delay time adaptive value for 3-4 KWP2000: $22 ReadDataByCommonIdentifier $F002 UpDelayTime Modus : Default
• STATUS_UP_DELAY_45 - Reads Upshift delay time adaptive value for 4-5 KWP2000: $22 ReadDataByCommonIdentifier $F003 UpDelayTime Modus : Default
• STATUS_UP_DELAY_56 - Reads Upshift delay time adaptive value for 5-6 KWP2000: $22 ReadDataByCommonIdentifier $F004 UpDelayTime Modus : Default
• STATUS_TEMP_RANGE_0 - Reads time spent in first temperature range KWP2000: $22 ReadDataByCommonIdentifier $F005 TemperatureRange0Time Modus : Default
• STATUS_TEMP_RANGE_1 - Reads time spent in 2nd temperature range KWP2000: $22 ReadDataByCommonIdentifier $F006 TemperatureRange1Time Modus : Default
• STATUS_TEMP_RANGE_2 - Reads time spent in 3rd temperature range KWP2000: $22 ReadDataByCommonIdentifier $F007 TemperatureRange2Time Modus : Default
• STATUS_TEMP_RANGE_3 - Reads time spent in 4th temperature range KWP2000: $22 ReadDataByCommonIdentifier $F008 TemperatureRange3Time Modus : Default
• STATUS_TEMP_RANGE_4 - Reads time spent in 5th temperature range KWP2000: $22 ReadDataByCommonIdentifier $F009 TemperatureRange4Time Modus : Default
• STATUS_TEMP_RANGE_5 - Reads time spent in 6th temperature range KWP2000: $22 ReadDataByCommonIdentifier $F00A TemperatureRange5Time Modus : Default
• STATUS_TEMP_RANGE_6 - Reads time spent in 7th temperature range KWP2000: $22 ReadDataByCommonIdentifier $F00B TemperatureRange6Time Modus : Default
• STATUS_TEMP_RANGE_7 - Reads time spent in 8th temperature range KWP2000: $22 ReadDataByCommonIdentifier $F00C TemperatureRange7Time Modus : Default
• STATUS_TEMP_RANGE_8 - Reads time spent in 9th temperature range KWP2000: $22 ReadDataByCommonIdentifier $F00D TemperatureRange8Time Modus : Default
• STATUS_HOTMODE1_CNT - Reads the amount of times hotmode 1 was reached KWP2000: $22 ReadDataByCommonIdentifier $F00E HotMode1Counter Modus : Default
• STATUS_HOTMODE3_CNT - Reads the amount of times hotmode 3 was reached KWP2000: $22 ReadDataByCommonIdentifier $F00F HotMode2Counter Modus : Default
• STATUS_HOTMODE2_CNT - Reads the amount of times hotmode 2 was reached KWP2000: $22 ReadDataByCommonIdentifier $F010 HotMode2Counter Modus : Default
• STATUS_TFLIFE - Reads Transmission Fluid Life KWP2000: $21 ReadDataByLocalIdentifier $5F Trans Fluid Life Modus : Default
• STEUERN_TFLIFE - WRITE Transmission Fluid Life KWP2000: $3B WriteDataByLocalIdentifier $5F Trans Fluid Life Modus : Default
• STEUERN_LINE_TCC - Device Control of Line pressure KWP2000: $30 InputOutputControlByLocalIdentifier $38 Line & TCC control Modus : Default
• STEUERN_C1_C2 - Device Control of Clutch1 & Clutch2 KWP2000: $30 InputOutputControlByLocalIdentifier $3A Clutch1 & Clutch2 control Modus : Default
• STEUERN_C3_C4 - Device Control of Clutch3 & Clutch4 KWP2000: $30 InputOutputControlByLocalIdentifier $3B Clutch1 & Clutch2 control Modus : Default
• STEUERN_SOLENOIDS - Device Control of Clutch Solenoids KWP2000: $30 InputOutputControlByLocalIdentifier $34 Transmission Clutch Solenoids Device Control Modus : Default
• STEUERN_EXTSOL - Device Control of External Solenoids KWP2000: $30 InputOutputControlByLocalIdentifier $60 External Solenoids Device Control Modus : Default
• STATUS_STEPTRONIC - Reads Transmission Steptronic switches KWP2000: $22 ReadDataByCommonIdentifier $197E Trans Fluid Temp Modus : Default
• STATUS_EXTSOL - Reads Shiftlock and Interlock states KWP2000: $22 ReadDataByCommonIdentifier $F011 Shiftlock and interlock state Modus : Default
• STATUS_VBS - Reads VBS commanded pressure KWP2000: $22 ReadDataByCommonIdentifier $2817 Modus : Default
• STATUS_VBS_DIAG - Reads VBS diagnostic status KWP2000: $22 ReadDataByCommonIdentifier $2811 Modus : Default
• STATUS_ENG_SPD - Reads Engine Speed KWP2000: $22 ReadDataByCommonIdentifier $000C Engine Speed Modus : Default
• STATUS_CMND_GEAR - Reads Shift Point Commanded gear KWP2000: $22 ReadDataByCommonIdentifier $199A Transmission Commanded Gear Modus : Default
• STATUS_AEP - Reads Accelerator Effective Position KWP2000: $22 ReadDataByCommonIdentifier $2810 Accelerator Effective Position Modus : Default
• STATUS_SSTORQUE - Reads Steady state engine torque KWP2000: $22 ReadDataByCommonIdentifier $1A2D Engine Actual Steady State Torque Modus : Default
• STATUS_TIMEOUTDIAGNOSE - Reads Transmission CAN Timeout Status KWP2000: $21 ReadDataByLocalIdentifier $20 TimeoutDiagnose Modus : Default
• STEUERN_LERNFUNKTION_CAN_RUECKSETZEN - Reads Transmission CAN Timeout Status KWP2000: $31 StartRoutineByLocalIdentifier $20 TimeoutDiagnose Modus : Default
• STEUERN_RESET_RBM_RATIOS - Reset Transmission RBM ratios KWP2000: $31 StartRoutineByLocalIdentifier $52 RBM Ratios reset Modus : Default
• STATUS_RBM_RATIOS - Reads RBM Ratios KWP2000: $22 ReadDataByCommonIdentifier $5200 RBM ratios Modus : Default
• STATUS_SFL - Reads Service Fast Learn status KWP2000: $22 ReadDataByCommonIdentifier $2823 Service Fast Learn Status Modus : Default
• STEUERN_SFL - Start / Stops SFL through CPID $30 KWP2000: $30 InputOutputControlByLocalIdentifier $30 CPID Modus : Default

INITIALISIERUNG

Initialisierung und Kommunikationsparameter

No arguments.

Results

Name	Type	Comment
DONE	int	1, wenn Okay

INFO

Information SGBD

No arguments.

Results

Name	Type	Comment
ECU	string	Steuergerät im Klartext
ORIGIN	string	Steuergeräte-Verantwortlicher
REVISION	string	Versions-Nummer
AUTHOR	string	Namen aller Autoren
COMMENT	string	wichtige Hinweise
PACKAGE	string	Include-Paket-Nummer
SPRACHE	string	deutsch, english

DIAGNOSEPROTOKOLL_LESEN

Gibt die möglichen Diagnoseprotokolle für eine Auswahl an den Aufrufer zurück

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY oder ERROR_DIAG_PROT
DIAG_PROT_IST	string	Gibt das aktuelle gewählte Protokoll aus table KONZEPT_TABELLE KONZEPT_TEXT
DIAG_PROT_ANZAHL	int	Anzahl der Diagnoseprotokolle
DIAG_PROT_NR1	string	Alle möglichen Diagnose-Protokolle Falls mehrere Protokolle möglich sind werden die entsprechenden Results DIAG_PROT_NRx dynamisch erzeugt

DIAGNOSEPROTOKOLL_SETZEN

Wählt ein Diagnoseprotokoll aus

Arguments

Name	Type	Comment
DIAG_PROT	string	Diagnoseprotokoll table KONZEPT_TABELLE KONZEPT_TEXT

Results

Name	Type	Comment
JOB_STATUS	string	OKAY

IDENT

Identdaten KWP2000: $1A ReadECUIdentification Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
ID_BMW_NR	string	BMW-Teilenummer
ID_HW_NR	string	BMW-Hardware-Versionsindex
ID_COD_INDEX	int	Codier-Index
ID_DIAG_INDEX	int	Diagnose-Index
ID_VAR_INDEX	int	Varianten-Index
ID_DATUM_JAHR	int	Herstelldatum (Jahr)
ID_DATUM_MONAT	int	Herstelldatum (Monat)
ID_DATUM_TAG	int	Herstelldatum (Tag)
ID_DATUM	string	Herstelldatum (TT.MM.JJJJ)
ID_LIEF_NR	int	Lieferanten-Nummer
ID_LIEF_TEXT	string	Lieferanten-Text table Lieferanten LIEF_TEXT
ID_SW_NR_MCV	string	Softwarenummer (message catalogue version)
ID_SW_NR_FSV	string	Softwarenummer (functional software version)
ID_SW_NR_OSV	string	Softwarenummer (operating system version)
ID_SW_NR_RES	string	Softwarenummer (reserved - currently unused)
ID_SG_ADR	long	Steuergeraeteadresse bzw. LIN Master Steuergeraeteadresse
ID_LIN_SLAVE_ADR	long	LIN Slave Steuergeraeteadresse
ID_EWS_SS	int	Identifikation EWS-Schnittstelle Nur fuer DS2-Bordnetz benoetigt Fuer EWS-DME/DDE Abgleich
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

FS_LESEN

Fehlerspeicher lesen (alle Fehler / Ort und Art) KWP2000: $18 ReadDiagnosticTroubleCodesByStatus Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
F_VERSION	int	Typ des Fehlerspeichers Fuer KWP-2000 immer 2
F_HEX_CODE	binary	Fehlerdaten pro Fehler als Hexcode
F_ORT_NR	long	Index fuer Fehlerort
F_ORT_TEXT	string	Fehlerort als Text table FOrtTexte ORTTEXT
F_SYMPTOM_NR	int	Fehlersymptom (Standard-Fehlerart) als Zahl
F_SYMPTOM_TEXT	string	Fehlersymptom (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_READY_NR	int	Readyness Flag (Standard-Fehlerart) als Zahl
F_READY_TEXT	string	Readyness Flag (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_VORHANDEN_NR	int	Fehler vorhanden (Standard-Fehlerart) als Zahl
F_VORHANDEN_TEXT	string	Fehler vorhanden (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_WARNUNG_NR	int	Warnlampen Flag (Standard-Fehlerart) als Zahl
F_WARNUNG_TEXT	string	Warnlampen Flag (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

FS_LESEN_DETAIL

Fehlerspeicher lesen (ein Fehler / alle Details) KWP2000: $17 ReadStatusOfDiagnosticTroubleCodes Modus: Default

Arguments

Name	Type	Comment
F_CODE	int	gewaehlter Fehlercode

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
F_VERSION	int	Typ des Fehlerspeichers Fuer KWP-2000 immer 2
F_HEX_CODE	binary	Fehlerdaten pro Fehler als Hexcode
F_ORT_NR	long	Index fuer Fehlerort
F_ORT_TEXT	string	Fehlerort als Text table FOrtTexte ORTTEXT
F_SYMPTOM_NR	int	Fehlersymptom (Standard-Fehlerart) als Zahl
F_SYMPTOM_TEXT	string	Fehlersymptom (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_READY_NR	int	Readyness Flag (Standard-Fehlerart) als Zahl
F_READY_TEXT	string	Readyness Flag (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_VORHANDEN_NR	int	Fehler vorhanden (Standard-Fehlerart) als Zahl
F_VORHANDEN_TEXT	string	Fehler vorhanden (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_WARNUNG_NR	int	Warnlampen Flag (Standard-Fehlerart) als Zahl
F_WARNUNG_TEXT	string	Warnlampen Flag (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_PCODE	unsigned int	optional / Pflicht fuer abgasrelevante SG Wertebereich 0x0000 - 0xFFFF 0x0000: wenn nicht belegt
F_PCODE_STRING	string	5 stelliger Text in der Form 'Pxxxx' '--': wenn nicht belegt '??': wenn nicht bekannt
F_PCODE_TEXT	string	Fehler als Klartext '': wenn nicht belegt table PCodeTexte TEXT
F_PCODE7	unsigned int	optional / fuer abgasrelevante SG Wertebereich 0x0000 - 0xFFFF 0x0000: wenn nicht belegt
F_PCODE7_STRING	string	5 stelliger Text in der Form 'Pxxxx' '--': wenn nicht belegt '??': wenn nicht bekannt
F_PCODE7_TEXT	string	Fehler als Klartext '': wenn nicht belegt table PCodeTexte TEXT
F_HFK	int	Haufigkeitszaehler als Zahl Wertebereich 0 - 255 -1: ohne Haufigkeitszaehler
F_LZ	int	Logistikzaehler als Zahl Wertebereich 0 - 255 -1: ohne Logistikzaehler
F_ART_ANZ	int	Anzahl der zusaetzlichen Fehlerarten Je nach dieser Anzahl i (i = 1, 2, ...) existieren i mal folgende Results: (long) F_ARTi_NR Index der i. Fehlerart (string) F_ARTi_TEXT Text zur i. Fehlerart
F_UW_KM	long	Umweltbedingung Kilometerstand Wertebereich: 0 - 524280 km
F_UW_ANZ	int	Anzahl der Umweltbedingungen Je nach dieser Anzahl i (i = 1, 2, ...) existieren i mal folgende Results: (long) F_UWi_NR Index der i. Umweltbedingung (string) F_UWi_TEXT Text zur i. Umweltbedingung (real) F_Uwi_WERT Wert der i. Umweltbedingung (string) F_UWi_EINH Einheit der i. Umweltbedingung
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

FS_LOESCHEN

Fehlerspeicher loeschen KWP2000: $14 ClearDiagnosticInformation Modus : Default

Arguments

Name	Type	Comment
F_CODE	int	0x????: Angabe eines einzelnen Fehlers 0xFFFB: alle Antriebsfehler 0xFFFC: alle Fahrwerkfehler 0xFFFD: alle Karosseriefehler 0xFFFE: alle Netzwerkfehler Default: 0xFFFF: alle Fehler

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

PRUEFSTEMPEL_LESEN

Auslesen des Pruefstempels KWP2000: $22 ReadDataByCommonIdentifier $1000 TestStamp Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
BYTE1	int	Bereich: 0-255 bzw. 0x00-0xFF
BYTE2	int	Bereich: 0-255 bzw. 0x00-0xFF
BYTE3	int	Bereich: 0-255 bzw. 0x00-0xFF
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

PRUEFSTEMPEL_SCHREIBEN

Beschreiben des Pruefstempels Es muessen immer alle drei Argumente im Bereich von 0-255 bzw. 0x00-0xFF uebergeben werden. KWP2000: $2E WriteDataByCommonIdentifier $1000 TestStamp Modus : Default

Arguments

Name	Type	Comment
BYTE1	int	Bereich: 0-255 bzw. 0x00-0xFF
BYTE2	int	Bereich: 0-255 bzw. 0x00-0xFF
BYTE3	int	Bereich: 0-255 bzw. 0x00-0xFF

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

NORMALER_DATENVERKEHR

Sperren bzw. Freigeben des normalen Datenverkehrs KWP2000: $28 DisableNormalMessageTransmission KWP2000: $29 EnableNormalMessageTransmission Modus : Default

Arguments

Name	Type	Comment
FREIGEBEN	string	"ja" -> normalen Datenverkehr freigeben "nein" -> normalen Datenverkehr sperren table DigitalArgument TEXT
SG_ANTWORT	string	"ja" -> SG soll antworten "nein" -> SG soll nicht antworten table DigitalArgument TEXT Default: SG soll antworten
FUNKTIONAL	string	"ja" -> Funktionale Adresse 0xEF wird benutzt nur in Verbindung mit SG_ANTWORT="nein" "nein" -> SG Adresse wird benutzt table DigitalArgument TEXT Default: SG Adresse wird benutzt

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

DIAGNOSE_AUFRECHT

Diagnosemode des SG aufrecht erhalten KWP2000: $3E TesterPresent Modus : Default

Arguments

Name	Type	Comment
SG_ANTWORT	string	"ja" -> SG soll antworten "nein" -> SG soll nicht antworten table DigitalArgument TEXT Default: SG soll antworten
FUNKTIONAL	string	"ja" -> Funktionale Adresse 0xEF wird benutzt nur in Verbindung mit SG_ANTWORT="nein" "nein" -> SG Adresse wird benutzt table DigitalArgument TEXT Default: SG Adresse wird benutzt

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

FS_SPERREN

Sperren bzw. Freigeben des Fehlerspeichers KWP2000: $85 ControlDTCSetting Modus : Default

Arguments

Name	Type	Comment
SPERREN	string	"ja" -> Fehlerspeicher sperren "nein" -> Fehlerspeicher freigeben table DigitalArgument TEXT
SG_ANTWORT	string	"ja" -> SG soll antworten "nein" -> SG soll nicht antworten table DigitalArgument TEXT Default: SG soll antworten
FUNKTIONAL	string	"ja" -> Funktionale Adresse 0xEF wird benutzt nur in Verbindung mit SG_ANTWORT="nein" "nein" -> SG Adresse wird benutzt table DigitalArgument TEXT Default: SG Adresse wird benutzt

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

IS_LESEN

Infospeicher lesen (alle Info-Meldungen / Ort und Art) KWP2000: $22 ReadDataByCommonIdentifier $2000 dtcShadowMemory

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
F_VERSION	int	Typ des Fehlerspeichers Fuer KWP-2000 immer 2
F_HEX_CODE	binary	Fehlerdaten pro Fehler als Hexcode
F_ORT_NR	long	Index fuer Fehlerort
F_ORT_TEXT	string	Fehlerort als Text table IOrtTexte ORTTEXT
F_SYMPTOM_NR	int	Fehlersymptom (Standard-Fehlerart) als Zahl
F_SYMPTOM_TEXT	string	Fehlersymptom (Standard-Fehlerart) als Text table IArtTexte ARTTEXT
F_READY_NR	int	Readyness Flag (Standard-Fehlerart) als Zahl
F_READY_TEXT	string	Readyness Flag (Standard-Fehlerart) als Text table IArtTexte ARTTEXT
F_VORHANDEN_NR	int	Fehler vorhanden (Standard-Fehlerart) als Zahl
F_VORHANDEN_TEXT	string	Fehler vorhanden (Standard-Fehlerart) als Text table IArtTexte ARTTEXT
F_WARNUNG_NR	int	Warnlampen Flag (Standard-Fehlerart) als Zahl
F_WARNUNG_TEXT	string	Warnlampen Flag (Standard-Fehlerart) als Text table IArtTexte ARTTEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

IS_LESEN_DETAIL

Infospeicher lesen (alle Info-Meldungen / Ort und Art) KWP2000: $22 ReadDataByCommonIdentifier $2001 - $20FF dtcShadowMemoryEntry Modus: Default

Arguments

Name	Type	Comment
F_CODE	int	gewaehlter Infocode Wenn dieser Parameter angegeben wird, wird die Position automatisch ermittelt. Es darf dann nicht argument F_POS angegeben werden
F_POS	int	gewaehlter Eintrag Wenn dieser Parameter angegeben wird, wird die Position benutzt. Wertebereich 1 - 255 Es darf dann nicht argument F_CODE angegeben werden

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
F_VERSION	int	Typ des Fehlerspeichers Fuer KWP-2000 immer 2
F_HEX_CODE	binary	Fehlerdaten pro Fehler als Hexcode
F_ORT_NR	long	Index fuer Fehlerort
F_ORT_TEXT	string	Fehlerort als Text table IOrtTexte ORTTEXT
F_SYMPTOM_NR	int	Fehlersymptom (Standard-Fehlerart) als Zahl
F_SYMPTOM_TEXT	string	Fehlersymptom (Standard-Fehlerart) als Text table IArtTexte ARTTEXT
F_READY_NR	int	Readyness Flag (Standard-Fehlerart) als Zahl
F_READY_TEXT	string	Readyness Flag (Standard-Fehlerart) als Text table IArtTexte ARTTEXT
F_VORHANDEN_NR	int	Fehler vorhanden (Standard-Fehlerart) als Zahl
F_VORHANDEN_TEXT	string	Fehler vorhanden (Standard-Fehlerart) als Text table IArtTexte ARTTEXT
F_WARNUNG_NR	int	Warnlampen Flag (Standard-Fehlerart) als Zahl
F_WARNUNG_TEXT	string	Warnlampen Flag (Standard-Fehlerart) als Text table IArtTexte ARTTEXT
F_PCODE	unsigned int	optional / Pflicht fuer abgasrelevante SG Wertebereich 0x0000 - 0xFFFF 0x0000: wenn nicht belegt
F_PCODE_STRING	string	5 stelliger Text in der Form 'Pxxxx' '--': wenn nicht belegt '??': wenn nicht bekannt
F_PCODE_TEXT	string	Fehler als Klartext '': wenn nicht belegt table PCodeTexte TEXT
F_PCODE7	unsigned int	optional / fuer abgasrelevante SG Wertebereich 0x0000 - 0xFFFF 0x0000: wenn nicht belegt
F_PCODE7_STRING	string	5 stelliger Text in der Form 'Pxxxx' '--': wenn nicht belegt '??': wenn nicht bekannt
F_PCODE7_TEXT	string	Fehler als Klartext '': wenn nicht belegt table PCodeTexte TEXT
F_HFK	int	Haufigkeitszaehler als Zahl Wertebereich 0 - 255 -1: ohne Haufigkeitszaehler
F_LZ	int	Logistikzaehler als Zahl Wertebereich 0 - 255 -1: ohne Logistikzaehler
F_ART_ANZ	int	Anzahl der zusaetzlichen Fehlerarten Je nach dieser Anzahl i (i = 1, 2, ...) existieren i mal folgende Results: (long) F_ARTi_NR Index der i. Fehlerart (string) F_ARTi_TEXT Text zur i. Fehlerart
F_UW_KM	long	Umweltbedingung Kilometerstand Wertebereich: 0 - 524280 km
F_UW_ANZ	int	Anzahl der Umweltbedingungen Je nach dieser Anzahl i (i = 1, 2, ...) existieren i mal folgende Results: (long) F_UWi_NR Index der i. Umweltbedingung (string) F_UWi_TEXT Text zur i. Umweltbedingung (real) F_Uwi_WERT Wert der i. Umweltbedingung (string) F_UWi_EINH Einheit der i. Umweltbedingung
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

IS_LOESCHEN

Infospeicher loeschen KWP2000: $31 StartRoutineByLocalIdentifier $06 ClearDTCShadowMemory Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

HS_LESEN

Historyspeicher lesen (alle History-Meldungen / Ort und Art) KWP2000: $22 ReadDataByCommonIdentifier $2100 HistoryMemory Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
F_VERSION	int	Typ des Fehlerspeichers Fuer KWP-2000 immer 2
F_HEX_CODE	binary	Fehlerdaten pro Fehler als Hexcode
F_ORT_NR	long	Index fuer Fehlerort
F_ORT_TEXT	string	Fehlerort als Text table HOrtTexte ORTTEXT
F_SYMPTOM_NR	int	Fehlersymptom (Standard-Fehlerart) als Zahl
F_SYMPTOM_TEXT	string	Fehlersymptom (Standard-Fehlerart) als Text table HArtTexte ARTTEXT
F_READY_NR	int	Readyness Flag (Standard-Fehlerart) als Zahl
F_READY_TEXT	string	Readyness Flag (Standard-Fehlerart) als Text table HArtTexte ARTTEXT
F_VORHANDEN_NR	int	Fehler vorhanden (Standard-Fehlerart) als Zahl
F_VORHANDEN_TEXT	string	Fehler vorhanden (Standard-Fehlerart) als Text table HArtTexte ARTTEXT
F_WARNUNG_NR	int	Warnlampen Flag (Standard-Fehlerart) als Zahl
F_WARNUNG_TEXT	string	Warnlampen Flag (Standard-Fehlerart) als Text table HArtTexte ARTTEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

HS_LESEN_DETAIL

Historypeicher lesen (alle History-Meldungen / Ort und Art) KWP2000: $22 ReadDataByCommonIdentifier $2101 - $21FF HistoryMemoryEntry Modus: Default

Arguments

Name	Type	Comment
F_CODE	int	gewaehlter Historycode Wenn dieser Parameter angegeben wird, wird die Position automatisch ermittelt. Es darf dann nicht argument F_POS angegeben werden
F_POS	int	gewaehlter Eintrag Wenn dieser Parameter angegeben wird, wird die Position benutzt. Wertebereich 1 - 255 Es darf dann nicht argument F_CODE angegeben werden

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
F_VERSION	int	Typ des Fehlerspeichers Fuer KWP-2000 immer 2
F_HEX_CODE	binary	Fehlerdaten pro Fehler als Hexcode
F_ORT_NR	long	Index fuer Fehlerort
F_ORT_TEXT	string	Fehlerort als Text table HOrtTexte ORTTEXT
F_SYMPTOM_NR	int	Fehlersymptom (Standard-Fehlerart) als Zahl
F_SYMPTOM_TEXT	string	Fehlersymptom (Standard-Fehlerart) als Text table HArtTexte ARTTEXT
F_READY_NR	int	Readyness Flag (Standard-Fehlerart) als Zahl
F_READY_TEXT	string	Readyness Flag (Standard-Fehlerart) als Text table HArtTexte ARTTEXT
F_VORHANDEN_NR	int	Fehler vorhanden (Standard-Fehlerart) als Zahl
F_VORHANDEN_TEXT	string	Fehler vorhanden (Standard-Fehlerart) als Text table HArtTexte ARTTEXT
F_WARNUNG_NR	int	Warnlampen Flag (Standard-Fehlerart) als Zahl
F_WARNUNG_TEXT	string	Warnlampen Flag (Standard-Fehlerart) als Text table HArtTexte ARTTEXT
F_PCODE	unsigned int	optional / Pflicht fuer abgasrelevante SG Wertebereich 0x0000 - 0xFFFF 0x0000: wenn nicht belegt
F_PCODE_STRING	string	5 stelliger Text in der Form 'Pxxxx' '--': wenn nicht belegt '??': wenn nicht bekannt
F_PCODE_TEXT	string	Fehler als Klartext '': wenn nicht belegt table PCodeTexte TEXT
F_PCODE7	unsigned int	optional / fuer abgasrelevante SG Wertebereich 0x0000 - 0xFFFF 0x0000: wenn nicht belegt
F_PCODE7_STRING	string	5 stelliger Text in der Form 'Pxxxx' '--': wenn nicht belegt '??': wenn nicht bekannt
F_PCODE7_TEXT	string	Fehler als Klartext '': wenn nicht belegt table PCodeTexte TEXT
F_HFK	int	Haufigkeitszaehler als Zahl Wertebereich 0 - 255 -1: ohne Haufigkeitszaehler
F_LZ	int	Logistikzaehler als Zahl Wertebereich 0 - 255 -1: ohne Logistikzaehler
F_ART_ANZ	int	Anzahl der zusaetzlichen Fehlerarten Je nach dieser Anzahl i (i = 1, 2, ...) existieren i mal folgende Results: (long) F_ARTi_NR Index der i. Fehlerart (string) F_ARTi_TEXT Text zur i. Fehlerart
F_UW_KM	long	Umweltbedingung Kilometerstand Wertebereich: 0 - 524280 km
F_UW_ANZ	int	Anzahl der Umweltbedingungen Je nach dieser Anzahl i (i = 1, 2, ...) existieren i mal folgende Results: (long) F_UWi_NR Index der i. Umweltbedingung (string) F_UWi_TEXT Text zur i. Umweltbedingung (real) F_Uwi_WERT Wert der i. Umweltbedingung (string) F_UWi_EINH Einheit der i. Umweltbedingung
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

HS_LOESCHEN

Historyspeicher loeschen KWP2000: $31 StartRoutineByLocalIdentifier $03 ClearHistoryMemory Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

DIAGNOSE_ENDE

Diagnosemode des SG beenden KWP2000: $20 StopDiagnosticSession Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

DIAGNOSE_MODE

SG in bestimmten Diagnosemode bringen KWP2000: $10 StartDiagnosticSession Modus : einstellbar mit diesem Job Wenn MODE = "ECUPM" ( ECUProgrammingMode ) muss nach dem Job die Steuergeraete-Resetzeit abgewartet werden. Danach ist das Steuergeraet wieder diagnosefaehig siehe Job FLASH_ZEITEN_LESEN Result FLASH_RESETZEIT

Arguments

Name	Type	Comment
MODE	string	gewuenschter Diagnose-Modus table DiagMode MODE MODE_TEXT Defaultwert: DEFAULT (DefaultMode)
BAUDRATE	string	optionaler Parameter fuer die gewuenschte Baudrate table BaudRate BAUD
SPEZIFISCHE_BAUDRATE_WERT	long	Parameter nur fuer BAUDRATE = 'SB' ( spezifische Baudrate )

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

SLEEP_MODE

SG in Sleep-Mode versetzen KWP2000: $31 StartRoutineByLocalIdentifier a) $0E Time controlled PowerDown oder b) $05 PowerDown $00 all ECU Modus : Default

Arguments

Name	Type	Comment
ZEIT	real	a) Zeit nach der das Steuergerät einschläft Bereich : 0.5 bis 20.0 [Sekunden] Auflösung : 0.5 [Sekunden] => zeitgesteuerter Power-Down (0x0E) wird aktiviert b) Default: (Es wird kein Argument übergeben!) => normaler Power-Down (0x05) wird aktiviert

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

SPEICHER_LESEN

Auslesen des Steuergeraete-Speichers Als Argumente werden uebergeben: Speichersegment, Start-Adresse und Anzahl der Datenbytes KWP 2000: $23 ReadMemoryByAddress Modus : Default

Arguments

Name	Type	Comment
SEGMENT	string	table SpeicherSegment SEG_NAME SEG_TEXT
ADRESSE	long	0x000000 - 0xFFFFFF
ANZAHL	int	1 - n ( 254 )

Results

Name	Type	Comment
DATEN	binary	ausgelesene Daten
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_MESSWERTBLOCK_LESEN

Lesen eines Messwertblockes Es muss immer das BlockSchreibenFlag und mindestens ein MESSWERT uebergeben werden. KWP2000: $2C DynamicallyDefinedLocalIdentifier $F0 DynamicallyDefinedLocalIdentifier $04 ClearDynamicallyDefinedLocalIdentifier KWP2000: $2C DynamicallyDefinedLocalIdentifier $F0 DynamicallyDefinedLocalIdentifier $02 DefineByCommonIdentifier KWP2000: $21 ReadDataByLocalIdentifier $F0 DynamicallyDefinedLocalIdentifier Modus : Default

Arguments

Name	Type	Comment
MODE	string	Wenn 'JA' wird der Messwertblock im SG gelöscht neu ins SG geschrieben und dann gelesen Wenn 'NEIN' wird der Messwertblock im SG nicht gelöscht Es wird der im SG gespeicherte Messwertblock gelesen table MesswerteMode TEXT KOMMENTAR
MESSWERT	string	Dynamische Argumente Es können bis zu 42 Argumente übergeben werden Es muss mindestens ein Argument übergeben werden Er wird das zugehörige Result table MesswerteTab ARG RESULTNAME erzeugt

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG
_TEL_AUFTRAG_2	binary	Hex-Auftrag an SG
_TEL_ANTWORT_2	binary	Hex-Antwort von SG
_TEL_AUFTRAG_3	binary	Hex-Auftrag an SG
_TEL_ANTWORT_3	binary	Hex-Antwort von SG

SERIENNUMMER_LESEN

Hersteller Seriennummer lesen KWP2000: $1A ReadECUIdentification $89 SystemSupplierECUSerialNumber oder alternativ KWP2000: $1A ReadECUIdentification $80 ECUIdentificationDataTable Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
SERIENNUMMER	string	Seriennummer des Steuergeraets
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG
_TEL_AUFTRAG_2	binary	Hex-Auftrag an SG
_TEL_ANTWORT_2	binary	Hex-Antwort von SG

ZIF_LESEN

Auslesen des Zulieferinfofeldes KWP2000: $22 ReadDataByCommonIdentifier $2503 ProgrammReferenz und KWP2000: $1A ReadECUIdentification $91 VehicleManufacturerECUHardware*Number oder alternativ KWP2000: $1A ReadECUIdentification $80 ECUIdentificationDataTable Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	"OKAY", wenn fehlerfrei
ZIF_PROGRAMM_REFERENZ	string	PRGREF ProgrammReferenz letzter lauffaehiger Programmstand Format: ZZZPPPxVBBxh 12 Byte ASCII ZZZ : Hardwarelieferant PPP : Hardwarerelevanz zum Programmstand x : nicht programmrelevante Varianten der Hardware V : Projektvariante BB : Programmstand x : nicht datenrelevanter Änderungsindex h : Programmstandersteller
ZIF_SG_KENNUNG	string	ZZZ
ZIF_PROJEKT	string	PPPxV
ZIF_PROGRAMM_STAND	string	BBxh
ZIF_STATUS	int	Dateninhalt bei FF noch nicht beschrieben
ZIF_BMW_HW	string	VMECUHN vehicleManufacturerECUHardwareNumber BMW Hardware Nummer
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG
_TEL_AUFTRAG_2	binary	Hex-Auftrag an SG
_TEL_ANTWORT_2	binary	Hex-Antwort von SG
_TEL_AUFTRAG_3	binary	Hex-Auftrag an SG
_TEL_ANTWORT_3	binary	Hex-Antwort von SG

ZIF_BACKUP_LESEN

Auslesen des Backups des Zulieferinfofeldes ProgrammReferenzBackup PRGREFB vehicleManufECUHWNumberBackup VMECUHNB KWP2000: $22 ReadDataByCommonIdentifier $2500 PRBHW*B oder alternativ KWP2000: $1A ReadECUIdentification $80 ECUIdentificationDataTable Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	"OKAY", wenn fehlerfrei
ZIF_BACKUP_PROGRAMM_REFERENZ	string	PRGREFB ProgrammReferenzBackup letzter lauffaehiger Programmstand Format: ZZZPPPxVBBxh 12 Byte ASCII ZZZ : Hardwarelieferant PPP : Hardwarerelevanz zum Programmstand x : nicht programmrelevante Varianten der Hardware V : Projektvariante BB : Programmstand x : nicht datenrelevanter Änderungsindex h : Programmstandersteller
ZIF_BACKUP_SG_KENNUNG	string	ZZZ
ZIF_BACKUP_PROJEKT	string	PPPxV
ZIF_BACKUP_PROGRAMM_STAND	string	BBxh
ZIF_BACKUP_STATUS	int	Dateninhalt bei FF noch nicht beschrieben
ZIF_BACKUP_BMW_HW	string	VMECUHNB vehicleManufECUHWNumberBackup BMW Hardware* Nummer
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG
_TEL_AUFTRAG_2	binary	Hex-Auftrag an SG
_TEL_ANTWORT_2	binary	Hex-Antwort von SG

PHYSIKALISCHE_HW_NR_LESEN

Auslesen der physikalischen Hardwarenummer KWP2000: $1A ReadECUIdentification $87 physicalECUHardwareNumber (PECUHN) oder alternativ KWP2000: $1A ReadECUIdentification $80 ECUIdentificationDataTable Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
PHYSIKALISCHE_HW_NR	string	Physikalische Hardware-Nummer
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG
_TEL_AUFTRAG_2	binary	Hex-Auftrag an SG
_TEL_ANTWORT_2	binary	Hex-Antwort von SG

HARDWARE_REFERENZ_LESEN

Auslesen der Hardware Referenz KWP2000: $22 ReadDataByCommonIdentifier $2502 HWREF oder alternativ KWP2000: $1A ReadECUIdentification $80 ECUIdentificationDataTable Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
HARDWARE_REFERENZ	string	Hardware Referenz Format: ZZZPPPx 7 Byte ASCII ZZZ : Hardwarelieferant PPP : Hardwarerelevanz zum Programmstand x : nicht programmrelevante Varianten der Hardware
HW_REF_SG_KENNUNG	string	ZZZ
HW_REF_PROJEKT	string	PPPx
HW_REF_STATUS	int	Dateninhalt bei FF noch nicht beschrieben
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG
_TEL_AUFTRAG_2	binary	Hex-Auftrag an SG
_TEL_ANTWORT_2	binary	Hex-Antwort von SG

DATEN_REFERENZ_LESEN

Auslesen der Daten Referenz KWP2000: $22 ReadDataByCommonIdentifier $2504 DREF Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
DATEN_REFERENZ	string	Daten Referenz Format: ZZZPPPxVBBxhdxxxx 17 Byte ASCII ZZZ : Hardwarelieferant PPP : Hardwarerelevanz zum Programmstand x : nicht programmrelevante Varianten der Hardware V : Projektvariante BB : Programmstand x : nicht datenrelevanter Änderungsindex h : Programmstandersteller d : Datenstandersteller xxxx : frei aber eindeutig belegt
DATEN_REF_SG_KENNUNG	string	ZZZ
DATEN_REF_PROJEKT	string	PPPxV
DATEN_REF_PROGRAMM_STAND	string	BBxh
DATEN_REF_DATENSATZ	string	dxxxx
DATEN_REF_STATUS	int	Dateninhalt bei FF noch nicht beschrieben
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

FLASH_ZEITEN_LESEN

Auslesen der Flash Loeschzeit, Signaturtestzeit, Authentisierberechnungszeit und Resetzeit KWP2000: $22 ReadDataByCommonIdentifier $2501 Zeiten Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
FLASH_LOESCHZEIT	int	Flash Loeschzeit in Sekunden
FLASH_SIGNATURTESTZEIT	int	Flash Signaturtestzeit in Sekunden
FLASH_RESETZEIT	int	Flash Resetzeit in Sekunden
FLASH_AUTHENTISIERZEIT	int	Flash Authentisierberechnungszeit in Sekunden
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

FLASH_BLOCKLAENGE_LESEN

Auslesen des maximalen Blocklaenge beim Flashen KWP2000: $22 ReadDataByCommonIdentifier $2506 MaximaleBlockLaenge Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
FLASH_BLOCKLAENGE_GESAMT	unsigned int	Flash Blocklaenge inclusive SID
FLASH_BLOCKLAENGE_DATEN	int	Flash Datenlaenge
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

AUTHENTISIERUNG_ZUFALLSZAHL_LESEN

Authentisierung Zufallszahl des SG lesen KWP2000: $31 StartRoutineByLocalIdentifier $07 RequestForAuthentication Modus : Default

Arguments

Name	Type	Comment
LEVEL	int
USER_ID	long	optional

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
ZUFALLSZAHL	binary	Zufallszahl
AUTHENTISIERUNG	string	Authentisierungsart table Authentisierung AUTHG_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

AUTHENTISIERUNG_START

Authentisierung pruefen KWP2000: $31 StartRoutineByLocalIdentifier $08 ReleaseAuthentication Modus : Default

Arguments

Name	Type	Comment
BINAER_BUFFER	binary	Als Argument wird ein vorgefuellter Binaerbuffer uebergeben Der Binaerbuffer hat folgenden Aufbau Byte 0 : Datentyp (1:Daten, 2:Maskendaten) Byte 1 : (unbenutzt) Wortbreite (1:Byte, 2:Word, 3:DWord) Byte 2 : (unbenutzt) Byteordnung (0:LSB zuerst, 1 MSB zuerst) Byte 3 : (unbenutzt) Adressierung (0: freie Adressierung, 1:Blockadressierung) Byte 4 : Authentisierungszeit in Sekunden Byte 5,6 : (unbenutzt) WordParameter 1 (low/high) Byte 7,8 : (unbenutzt) WordParameter 2 (low/high) Byte 9,10,11,12 : (unbenutzt) Maske (linksbuendig) Byte 13,14 : Anzahl Bytedaten (low/high) Byte 15,16 : (unbenutzt) Anzahl Wortdaten (low/high) Byte 17,18,19,20 : (unbenutzt) Wortadresse (low/highbyte, low/highword) Byte 21,.... : Schluesseldaten Byte 21+Anzahl Daten: ETX (0x03)

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

FLASH_PROGRAMMIER_STATUS_LESEN

Programmierstatus des SG lesen KWP2000: $31 StartRoutineByLocalIdentifier $0A CheckProgrammingStatus Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
FLASH_PROGRAMMIER_STATUS_TEXT	string	table ProgrammierStatus STATUS_TEXT
FLASH_PROGRAMMIER_STATUS	int	ProgrammierStatus 0 - 255
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

FLASH_SIGNATUR_PRUEFEN

Flash Signatur pruefen KWP2000: $31 StartRoutineByLocalIdentifier $09 CheckSignature Modus : Default

Arguments

Name	Type	Comment
BEREICH	string	'Programm' 'Daten'
SIGNATURTESTZEIT	int	Zeit in Sekunden

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STEUERGERAETE_RESET

Steuergeraete reset ausloesen KWP2000: $11 ECUReset $01 PowerOn Modus : Default Nach dem Job muss die Steuergeraete-Resetzeit abgewartet werden. Danach ist das Steuergeraet wieder diagnosefaehig siehe Job FLASH_ZEITEN_LESEN Result FLASH_RESETZEIT

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

FLASH_LOESCHEN

Flash loeschen Standard Flashjob KWP2000: $31 StartRoutineByLocalIdentifier $02 ClearMemory Modus : Default

Arguments

Name	Type	Comment
BINAER_BUFFER	binary	Als Argument wird ein vorgefuellter Binaerbuffer uebergeben Der Binaerbuffer hat folgenden Aufbau Byte 0 : Datentyp (1:Daten, 2:Maskendaten) Byte 1 : (unbenutzt) Wortbreite (1:Byte, 2:Word, 3:DWord) Byte 2 : (unbenutzt) Byteordnung (0:LSB zuerst, 1 MSB zuerst) Byte 3 : Adressierung (0: freie Adressierung, 1:Blockadressierung) Byte 4 : Loeschzeit in Sekunden (Byteparameter 1) Byte 5,6 : Loeschzeit in Sekunden (WordParameter 1 (low/high)) Byte 7,8 : (unbenutzt) WordParameter 2 (low/high) Byte 9,10,11,12 : (unbenutzt) Maske (linksbuendig) Byte 13,14 : Anzahl Bytedaten (low/high) Byte 15,16 : Anzahl Wortdaten (low/high) Byte 17,18,19,20 : Wortadresse (low/highbyte, low/highword) Byte 21,.... : (unbenutzt) Flashdaten Byte 21+Anzahl Daten: ETX (0x03)

Results

Name	Type	Comment
FLASH_LOESCHEN_STATUS	int	Loeschstatus 1 = Speicher geloescht 2 = Speicher nicht geloescht 5 = Signaturpruefung PAF nicht durchgefuehrt
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

FLASH_SCHREIBEN_ADRESSE

Vorbereitung fuer Flash schreiben Standard Flashjob KWP2000: $34 RequestDownload Modus : Default

Arguments

Name	Type	Comment
BINAER_BUFFER	binary	Als Argument wird ein vorgefuellter Binaerbuffer uebergeben Der Binaerbuffer hat folgenden Aufbau Byte 0 : Datentyp (1:Daten, 2:Maskendaten) Byte 1 : (unbenutzt) Wortbreite (1:Byte, 2:Word, 3:DWord) Byte 2 : (unbenutzt) Byteordnung (0:LSB zuerst, 1 MSB zuerst) Byte 3 : Adressierung (0: freie Adressierung, 1:Blockadressierung) Byte 4 : (unbenutzt) Byteparameter 1 Byte 5,6 : (unbenutzt) WordParameter 1 (low/high) Byte 7,8 : (unbenutzt) WordParameter 2 (low/high) Byte 9,10,11,12 : (unbenutzt) Maske (linksbuendig) Byte 13,14 : Anzahl Bytedaten (low/high) Byte 15,16 : Anzahl Wortdaten (low/high) Byte 17,18,19,20 : Wortadresse (low/highbyte, low/highword) Byte 21,.... : (unbenutzt) Flashdaten Byte 21+Anzahl Daten: ETX (0x03)

Results

Name	Type	Comment
FLASH_BLOCKLAENGE_DATEN	int	Flash Datenlaenge ohne Telegramm-Overhead
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

FLASH_SCHREIBEN

Flash Daten schreiben Standard Flashjob KWP2000: $36 TransferData Modus : Default

Arguments

Name	Type	Comment
BINAER_BUFFER	binary	Als Argument wird ein vorgefuellter Binaerbuffer uebergeben Der Binaerbuffer hat folgenden Aufbau Byte 0 : Datentyp (1:Daten, 2:Maskendaten) Byte 1 : (unbenutzt) Wortbreite (1:Byte, 2:Word, 3:DWord) Byte 2 : (unbenutzt) Byteordnung (0:LSB zuerst, 1 MSB zuerst) Byte 3 : (unbenutzt) Adressierung (0: freie Adressierung, 1:Blockadressierung) Byte 4 : (unbenutzt) Byteparameter 1 Byte 5,6 : (unbenutzt) WordParameter 1 (low/high) Byte 7,8 : (unbenutzt) WordParameter 2 (low/high) Byte 9,10,11,12 : (unbenutzt) Maske (linksbuendig) Byte 13,14 : Anzahl Bytedaten (low/high) Byte 15,16 : (unbenutzt) Anzahl Wortdaten (low/high) Byte 17,18,19,20 : (unbenutzt) Wortadresse (low/highbyte, low/highword) Byte 21,.... : Flashdaten Byte 21+Anzahl Daten: ETX (0x03)

Results

Name	Type	Comment
FLASH_SCHREIBEN_ANZAHL	unsigned int	Anzahl FLASH_SCHREIBEN seit letztem FLASH_SCHREIBEN_ADRESSE
FLASH_SCHREIBEN_STATUS	int	Programmierstatus 1 = Programmierung in Ordnung 2 = Programmierung nicht in Ordnung
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

FLASH_SCHREIBEN_ENDE

Flashprogrammierung abschliessen Standard Flashjob KWP2000: $37 RequestTransferExit Modus : Default

Arguments

Name	Type	Comment
BINAER_BUFFER	binary	Als Argument wird ein vorgefuellter Binaerbuffer uebergeben Der Binaerbuffer hat folgenden Aufbau Byte 0 : Datentyp (1:Daten, 2:Maskendaten) Byte 1 : (unbenutzt) Wortbreite (1:Byte, 2:Word, 3:DWord) Byte 2 : (unbenutzt) Byteordnung (0:LSB zuerst, 1 MSB zuerst) Byte 3 : Adressierung (0: freie Adressierung, 1:Blockadressierung) Byte 4 : (unbenutzt) Byteparameter 1 Byte 5,6 : (unbenutzt) WordParameter 1 (low/high) Byte 7,8 : (unbenutzt) WordParameter 2 (low/high) Byte 9,10,11,12 : (unbenutzt) Maske (linksbuendig) Byte 13,14 : Anzahl Bytedaten (low/high) Byte 15,16 : Anzahl Wortdaten (low/high) Byte 17,18,19,20 : Wortadresse (low/highbyte, low/highword) Byte 21,.... : (unbenutzt) Flashdaten Byte 21+Anzahl Daten: ETX (0x03)

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

AIF_LESEN

Auslesen des Anwender Informations Feldes Standard Flashjob KWP 2000: $23 ReadMemoryByAddress Modus : Default

Arguments

Name	Type	Comment
AIF_NUMMER	int	==0 : aktuelles AIF > 0 : Nummer des zu lesenden AIF default = 0 : aktuelles AIF

Results

Name	Type	Comment
AIF_ADRESSE_HIGH	int	AIF Adresse des AIF, High-Word
AIF_ADRESSE_LOW	int	AIF Adresse des AIF, Low-Word
AIF_FG_NR	string	Fahrgestellnummer 7-stellig
AIF_FG_NR_LANG	string	Fahrgestellnummer 17-stellig falls vorhanden, sonst 7-stellig
AIF_DATUM	string	Datum der SG-Programmierung in der Form TT.MM.JJJJ
AIF_ZB_NR	string	BMW/Rover Zusammenbaunummer
AIF_SW_NR	string	BMW/Rover Datensatznummer - Softwarenummer
AIF_BEHOERDEN_NR	string	BMW/Rover Behoerdennummer
AIF_HAENDLER_NR	string	Haendlernummer
AIF_SERIEN_NR	string	Tester Seriennummer
AIF_KM	long	km-Stand bei der Programmierung
AIF_PROG_NR	string	Programmstandsnummer
AIF_ANZ_FREI	int	Anzahl noch vorhandener AIF-Eintraege
AIF_ANZAHL_PROG	int	Anzahl Programmiervorgaenge
AIF_ANZ_DATEN	int	Groesse des AIF-Eintrags
AIF_GROESSE	int	Groesse des AIF
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG
_TEL_AUFTRAG_2	binary	Hex-Auftrag an SG
_TEL_ANTWORT_2	binary	Hex-Antwort von SG

AIF_SCHREIBEN

Schreiben des Anwender Informations Feldes Standard Flashjob KWP 2000: $3D WriteMemoryByAddress Modus : Default

Arguments

Name	Type	Comment
AIF_FG_NR	string	Fahrgestellnummer 7-stellig oder 17-stellig
AIF_DATUM	string	Datum der SG-Programmierung in der Form TT.MM.JJJJ oder TTMMJJ
AIF_ZB_NR	string	BMW/Rover Zusammenbaunummer
AIF_SW_NR	string	BMW/Rover Datensatznummer - Softwarenummer
AIF_BEHOERDEN_NR	string	BMW/Rover Behoerdennummer
AIF_HAENDLER_NR	string	Haendlernummer
AIF_SERIEN_NR	string	Tester Seriennummer
AIF_KM	long	km-Stand bei der Programmierung
AIF_PROG_NR	string	Programmstandsnummer

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
AIF_NUMMER	int	Nummer des geschreibenen AIF
AIF_DATEN	binary	AIF Hex-Daten
_TEL_AUFTRAG	binary	Hex-Auftrag an SG AIF lesen
_TEL_ANTWORT	binary	Hex-Antwort von SG AIF lesen
_TEL_AUFTRAG_2	binary	Hex-Auftrag an SG AIF schreiben
_TEL_ANTWORT_2	binary	Hex-Antwort von SG AIF schreiben

STATUS_NAB

Reads Transmission Output speed KWP2000: $22 ReadDataByCommonIdentifier $1942 Trans Output speed Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_NAB_WERT	real	Transmission output speed value
STAT_NAB_EINH	string	Transmission output speed unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_NTU

Reads Transmission Turbine speed KWP2000: $22 ReadDataByCommonIdentifier $1941 Trans Input speed Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_NTU_WERT	real	Transmission output speed value
STAT_NTU_EINH	string	Transmission output speed unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_PRND

Reads Transmission Range sensor KWP2000: $22 ReadDataByCommonIdentifier $194F PRNDL range Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_PRND_NR	int	$00=Illegal,$01=Park,$02=Reverse,$04=Neutral,$06=Drive 6,$08=Drive 5,$10=Drive 4,$20=Drive 3,$40=Drive 2,$80=Drive 1
STAT_PRND_TEXT	string	PRND text
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_TFT

Reads Transmission Fluid Temperature KWP2000: $22 ReadDataByCommonIdentifier $1940 Trans Fluid Temp Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TFT_WERT	real	Transmission fluid temperature value
STAT_TFT_EINH	string	Transmission fluid temperature unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_TSUBSTRATE

Reads TEHCM Substrate Temperature KWP2000: $22 ReadDataByCommonIdentifier $280D Trans Substrate Temp Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TSUBSTRATE_WERT	real	Substrate temperature value
STAT_TSUBSTRATE_EINH	string	Substrate temperature unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_PSWITCH

Reads Transmission Pressure Switches sensor KWP2000: $22 ReadDataByCommonIdentifier $281D Pressure Switch Status Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_PS1_EXHAUSTED	int	1, when Pressure Switch 1 exhausted
STAT_PS1_TEXT	string	Pressure Switch 1 state text
STAT_PS2_EXHAUSTED	int	1, when Pressure Switch 2 exhausted
STAT_PS2_TEXT	string	Pressure Switch 2 state text
STAT_PS3_EXHAUSTED	int	1, when Pressure Switch 3 exhausted
STAT_PS3_TEXT	string	Pressure Switch 3 state text
STAT_PS4_EXHAUSTED	int	1, when Pressure Switch 4 exhausted
STAT_PS4_TEXT	string	Pressure Switch 4 state text
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_UP_DELAY_12

Reads Upshift delay time adaptive value for 1-2 KWP2000: $22 ReadDataByCommonIdentifier $F000 UpDelayTime Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_UPSHIFT_DELAY_12_WERT	real	1-2 Upshift time value
STAT_UPSHIFT_DELAY_12_EINH	string	1-2 Upshift time unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_UP_DELAY_23

Reads Upshift delay time adaptive value for 2-3 KWP2000: $22 ReadDataByCommonIdentifier $F001 UpDelayTime Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_UPSHIFT_DELAY_23_WERT	real	2-3 Upshift time value
STAT_UPSHIFT_DELAY_23_EINH	string	2-3 Upshift time unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_UP_DELAY_34

Reads Upshift delay time adaptive value for 3-4 KWP2000: $22 ReadDataByCommonIdentifier $F002 UpDelayTime Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_UPSHIFT_DELAY_34_WERT	real	3-4 Upshift time value
STAT_UPSHIFT_DELAY_34_EINH	string	3-4 Upshift time unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_UP_DELAY_45

Reads Upshift delay time adaptive value for 4-5 KWP2000: $22 ReadDataByCommonIdentifier $F003 UpDelayTime Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_UPSHIFT_DELAY_45_WERT	real	4-5 Upshift time value
STAT_UPSHIFT_DELAY_45_EINH	string	4-5 Upshift time unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_UP_DELAY_56

Reads Upshift delay time adaptive value for 5-6 KWP2000: $22 ReadDataByCommonIdentifier $F004 UpDelayTime Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_UPSHIFT_DELAY_56_WERT	real	5-6 Upshift time value
STAT_UPSHIFT_DELAY_56_EINH	string	5-6 Upshift time unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_TEMP_RANGE_0

Reads time spent in first temperature range KWP2000: $22 ReadDataByCommonIdentifier $F005 TemperatureRange0Time Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TEMP_RANGE_0_WERT	unsigned long	temperature range 0 time value
STAT_TEMP_RANGE_0_EINH	string	temperature range 0 unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_TEMP_RANGE_1

Reads time spent in 2nd temperature range KWP2000: $22 ReadDataByCommonIdentifier $F006 TemperatureRange1Time Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TEMP_RANGE_1_WERT	unsigned long	temperature range 1 time value
STAT_TEMP_RANGE_1_EINH	string	temperature range 1 unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_TEMP_RANGE_2

Reads time spent in 3rd temperature range KWP2000: $22 ReadDataByCommonIdentifier $F007 TemperatureRange2Time Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TEMP_RANGE_2_WERT	unsigned long	temperature range 2 time value
STAT_TEMP_RANGE_2_EINH	string	temperature range 2 unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_TEMP_RANGE_3

Reads time spent in 4th temperature range KWP2000: $22 ReadDataByCommonIdentifier $F008 TemperatureRange3Time Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TEMP_RANGE_3_WERT	unsigned long	temperature range 3 time value
STAT_TEMP_RANGE_3_EINH	string	temperature range 3 unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_TEMP_RANGE_4

Reads time spent in 5th temperature range KWP2000: $22 ReadDataByCommonIdentifier $F009 TemperatureRange4Time Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TEMP_RANGE_4_WERT	unsigned long	temperature range 4 time value
STAT_TEMP_RANGE_4_EINH	string	temperature range 4 unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_TEMP_RANGE_5

Reads time spent in 6th temperature range KWP2000: $22 ReadDataByCommonIdentifier $F00A TemperatureRange5Time Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TEMP_RANGE_5_WERT	unsigned long	temperature range 5 time value
STAT_TEMP_RANGE_5_EINH	string	temperature range 5 unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_TEMP_RANGE_6

Reads time spent in 7th temperature range KWP2000: $22 ReadDataByCommonIdentifier $F00B TemperatureRange6Time Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TEMP_RANGE_6_WERT	unsigned long	temperature range 6 time value
STAT_TEMP_RANGE_6_EINH	string	temperature range 6 unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_TEMP_RANGE_7

Reads time spent in 8th temperature range KWP2000: $22 ReadDataByCommonIdentifier $F00C TemperatureRange7Time Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TEMP_RANGE_7_WERT	unsigned long	temperature range 7 time value
STAT_TEMP_RANGE_7_EINH	string	temperature range 7 unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_TEMP_RANGE_8

Reads time spent in 9th temperature range KWP2000: $22 ReadDataByCommonIdentifier $F00D TemperatureRange8Time Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TEMP_RANGE_8_WERT	unsigned long	temperature range 8 time value
STAT_TEMP_RANGE_8_EINH	string	temperature range 8 unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_HOTMODE1_CNT

Reads the amount of times hotmode 1 was reached KWP2000: $22 ReadDataByCommonIdentifier $F00E HotMode1Counter Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_HOTMODE1_CNT_WERT	unsigned int	HotMode1 counter value
STAT_HOTMODE1_CNT_EINH	string	HotMode1 counter unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_HOTMODE3_CNT

Reads the amount of times hotmode 3 was reached KWP2000: $22 ReadDataByCommonIdentifier $F00F HotMode2Counter Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_HOTMODE3_CNT_WERT	unsigned int	HotMode3 counter value
STAT_HOTMODE3_CNT_EINH	string	HotMode3 counter unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_HOTMODE2_CNT

Reads the amount of times hotmode 2 was reached KWP2000: $22 ReadDataByCommonIdentifier $F010 HotMode2Counter Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_HOTMODE2_CNT_WERT	unsigned int	HotMode2 counter value
STAT_HOTMODE2_CNT_EINH	string	HotMode2 counter unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_TFLIFE

Reads Transmission Fluid Life KWP2000: $21 ReadDataByLocalIdentifier $5F Trans Fluid Life Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TFLIFE_WERT	real	Transmission fluid life remaining value
STAT_TFLIFE_EINH	string	Transmission fluid life unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STEUERN_TFLIFE

WRITE Transmission Fluid Life KWP2000: $3B WriteDataByLocalIdentifier $5F Trans Fluid Life Modus : Default

Arguments

Name	Type	Comment
TFLIFE_REMAINING	real	Transmission fluid life value

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STEUERN_LINE_TCC

Device Control of Line pressure KWP2000: $30 InputOutputControlByLocalIdentifier $38 Line & TCC control Modus : Default

Arguments

Name	Type	Comment
CONTROL_TYPE	char	Enable control 0:no control,1:enable control
P_LINE_ENABLE	int	Enable control 0:no control,1:enable control
P_LINE	int	Commanded line pressure range: 0 bis 4095 KPa
P_TCC_ENABLE	int	Enable control 0:no control,1:enable control
P_TCC	int	Commanded TCC pressure range: 0 bis 4095 KPa

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STEUERN_C1_C2

Device Control of Clutch1 & Clutch2 KWP2000: $30 InputOutputControlByLocalIdentifier $3A Clutch1 & Clutch2 control Modus : Default

Arguments

Name	Type	Comment
CONTROL_TYPE	char	Enable control 0:no control,1/7:enable control
P_C1_ENABLE	int	Enable control 0:no control,1:enable control
P_C1	int	Commanded Clutch1 pressure range: 0 bis 4095 KPa
P_C2_ENABLE	int	Enable control 0:no control,1:enable control
P_C2	int	Commanded Clutch2 pressure range: 0 bis 4095 KPa

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STEUERN_C3_C4

Device Control of Clutch3 & Clutch4 KWP2000: $30 InputOutputControlByLocalIdentifier $3B Clutch1 & Clutch2 control Modus : Default

Arguments

Name	Type	Comment
CONTROL_TYPE	char	Enable control 0:no control,1 or 7:enable control
P_C3_ENABLE	int	Enable control 0:no control,1:enable control
P_C3	int	Commanded Clutch3 pressure range: 0 bis 4095 KPa
P_C4_ENABLE	int	Enable control 0:no control,1:enable control
P_C4	int	Commanded Clutch4 pressure range: 0 bis 4095 KPa

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STEUERN_SOLENOIDS

Device Control of Clutch Solenoids KWP2000: $30 InputOutputControlByLocalIdentifier $34 Transmission Clutch Solenoids Device Control Modus : Default

Arguments

Name	Type	Comment
CONTROL_TYPE	char	Enable control 0:no control,1 or 7:enable control
C1_ENABLE	unsigned int	Transmission Clutch 1 Solenoid Enable 0:no control,!0:enable control
C1_ON	unsigned int	Transmission Clutch 1 Solenoid On range: (OFF)=0 (ON)!=0
C2_ENABLE	unsigned int	Transmission Clutch 2 Solenoid Enable 0:no control,!0:enable control
C2_ON	unsigned int	Transmission Clutch 2 Solenoid On range: (OFF)=0 (ON)!=0
C3_ENABLE	unsigned int	Transmission Clutch 3 Solenoid Enable 0:no control,!0:enable control
C3_ON	unsigned int	Transmission Clutch 3 Solenoid On range: (OFF)=0 (ON)!=0
C4_ENABLE	unsigned int	Transmission Clutch 4 Solenoid Enable 0:no control,!0:enable control
C4_ON	unsigned int	Transmission Clutch 4 Solenoid On range: (OFF)=0 (ON)!=0
TCC_ENABLE	unsigned int	Transmission Converter Clutch Solenoid Enable 0:no control,!0:enable control
TCC_ON	unsigned int	Transmission Converter Clutch Solenoid On range: (OFF)=0 (ON)!=0
M2_ENABLE	unsigned int	Transmission M2 Solenoid Enable 0:no control,!0:enable control
M2_ON	unsigned int	Transmission M2 Solenoid On range: (OFF)=0 (ON)!=0
M3_ENABLE	unsigned int	Transmission M3 Solenoid Enable 0:no control,!0:enable control
M3_ON	unsigned int	Transmission M3 Solenoid On range: (OFF)=0 (ON)!=0

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STEUERN_EXTSOL

Device Control of External Solenoids KWP2000: $30 InputOutputControlByLocalIdentifier $60 External Solenoids Device Control Modus : Default

Arguments

Name	Type	Comment
CONTROL_TYPE	char	Enable control 0:no control,1 or 7:enable control
SHIFTLOCK_ENABLE	unsigned int	Shiftlock Solenoid Enable 0:no control,!0:enable control
SHIFTLOCK_ON	unsigned int	Shiftlock Solenoid On range: (OFF)=0 (ON)!=0
INTERLOCK_ENABLE	unsigned int	Interlock Solenoid Enable 0:no control,!0:enable control
INTERLOCK_ON	unsigned int	Interlock Solenoid On range: (OFF)=0 (ON)!=0

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_STEPTRONIC

Reads Transmission Steptronic switches KWP2000: $22 ReadDataByCommonIdentifier $197E Trans Fluid Temp Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_MANUAL_MODE	int	Manual Switch read
STAT_MANUAL_MODE_TEXT	string	Manual Switch read
STAT_TAP_UP	int	Tap up Switch read
STAT_TAP_UP_TEXT	string	Tap up Switch read
STAT_TAP_DOWN	int	Tap down Switch read
STAT_TAP_DOWN_TEXT	string	Tap down Switch read
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_EXTSOL

Reads Shiftlock and Interlock states KWP2000: $22 ReadDataByCommonIdentifier $F011 Shiftlock and interlock state Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_SLK	int	0=OFF, 1 = ON
STAT_ILK	int	0=OFF, 1 = ON
STAT_SLK_OPEN_TEXT	string	text
STAT_SLK_GSHT_TEXT	string	text
STAT_SLK_PSHT_TEXT	string	text
STAT_ILK_OPEN_TEXT	string	text
STAT_ILK_GSHT_TEXT	string	text
STAT_ILK_PSHT_TEXT	string	text
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_VBS

Reads VBS commanded pressure KWP2000: $22 ReadDataByCommonIdentifier $2817 Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_VBS_LINE_WERT	real	Value of VBS line
STAT_VBS_LINE_EINH	string	Unit of VBS line
STAT_VBS_C35R_WERT	real	Value of VBS C35R
STAT_VBS_C35R_EINH	string	Unit of VBS C35R
STAT_VBS_CBR1C456_WERT	real	Value of VBS C35R
STAT_VBS_CBR1C456_EINH	string	Unit of VBS CBR1C456
STAT_VBS_CB26_WERT	real	Value of VBS CB26
STAT_VBS_CB26_EINH	string	Unit of VBS CB26
STAT_VBS_C1234_WERT	real	Value of VBS C1234
STAT_VBS_C1234_EINH	string	Unit of C1234 VBS
STAT_VBS_TCC_WERT	real	Unit of VBS TCC
STAT_VBS_TCC_EINH	string	Unit of VBS TCC
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_VBS_DIAG

Reads VBS diagnostic status KWP2000: $22 ReadDataByCommonIdentifier $2811 Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_VBS_LINE_RATL_TEXT	string	text
STAT_VBS_LINE_HI_TEXT	string	text
STAT_VBS_LINE_LO_TEXT	string	text
STAT_VBS_C35R_RATL_TEXT	string	text
STAT_VBS_C35R_HI_TEXT	string	text
STAT_VBS_C35R_LO_TEXT	string	text
STAT_VBS_CBR1C456_RATL_TEXT	string	text
STAT_VBS_CBR1C456_HI_TEXT	string	text
STAT_VBS_CBR1C456_LO_TEXT	string	text
STAT_VBS_CB26_RATL_TEXT	string	text
STAT_VBS_CB26_HI_TEXT	string	text
STAT_VBS_CB26_LO_TEXT	string	text
STAT_VBS_C1234_RATL_TEXT	string	text
STAT_VBS_C1234_HI_TEXT	string	text
STAT_VBS_C1234_LO_TEXT	string	text
STAT_VBS_TCC_RATL_TEXT	string	text
STAT_VBS_TCC_HI_TEXT	string	text
STAT_VBS_TCC_LO_TEXT	string	text
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_ENG_SPD

Reads Engine Speed KWP2000: $22 ReadDataByCommonIdentifier $000C Engine Speed Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_ENG_SPD_WERT	real	Accelerator Effective Position value
STAT_ENG_SPD_EINH	string	Accelerator Effective Position unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_CMND_GEAR

Reads Shift Point Commanded gear KWP2000: $22 ReadDataByCommonIdentifier $199A Transmission Commanded Gear Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_CMND_GEAR_NR	int	$01=Gear1,$02=Gear2,$03=Gear3,$04=Gear4,$05=Gear5,$06=Gear6
STAT_CMND_GEAR_TEXT	string	Commanded Gear text
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_AEP

Reads Accelerator Effective Position KWP2000: $22 ReadDataByCommonIdentifier $2810 Accelerator Effective Position Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_AEP_WERT	real	Accelerator Effective Position value
STAT_AEP_EINH	string	Accelerator Effective Position unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_SSTORQUE

Reads Steady state engine torque KWP2000: $22 ReadDataByCommonIdentifier $1A2D Engine Actual Steady State Torque Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_SSTORQUE_WERT	real	ngine Actual Steady State Torque value
STAT_SSTORQUE_EINH	string	Engine Actual Steady State Torque unit
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_TIMEOUTDIAGNOSE

Reads Transmission CAN Timeout Status KWP2000: $21 ReadDataByLocalIdentifier $20 TimeoutDiagnose Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TORQUE1_TEXT	string	Timeout active/Timeout not active
STAT_TORQUE2_TEXT	string	Timeout active/Timeout not active
STAT_TORQUE3_TEXT	string	Timeout active/Timeout not active
STAT_DREHMOMENTANFORDERUNG_ACC_TEXT	string	Timeout active/Timeout not active
STAT_TORQUE_REQUEST_DSC_TEXT	string	Timeout active/Timeout not active
STAT_REQUEST_POWERTRAIN_WHEEL_TORQUE_TEXT	string	Timeout active/Timeout not active
STAT_STEERING_WHEEL_ANGLE_DSC_TEXT	string	Timeout active/Timeout not active
STAT_RADGESCHWINDIGKEIT_TEXT	string	Timeout active/Timeout not active
STAT_KLEMMENSTATUS_TEXT	string	Timeout active/Timeout not active
STAT_STATUS_DSC_TEXT	string	Timeout active/Timeout not active
STAT_GESCHWINDIGKEIT_TEXT	string	Timeout active/Timeout not active
STAT_INSTRUMENT_PACK_STATUS_TEXT	string	Timeout active/Timeout not active
STAT_CLIMATE_HEAT_FLOW_TEXT	string	Timeout active/Timeout not active
STAT_ENGINE1_TEXT	string	Timeout active/Timeout not active
STAT_CONTROL_SPEED_CRUISE_CONTROL_TEXT	string	Timeout active/Timeout not active
STAT_BRAKE_PRESSURE_WHEEL_DSC_TEXT	string	Timeout active/Timeout not active
STAT_TRAILER_MODULE_STATUS_TEXT	string	Timeout active/Timeout not active
STAT_SEAT_OCCUPATION_AND_SAFETY_BELT_STATUS_TEXT	string	Timeout active/Timeout not active
STAT_STATUS_DOOR_LOCK_SYSTEM_TEXT	string	Timeout active/Timeout not active
STAT_OUTSIDE_TEMPERATURE_RELATIVE_TIME_TEXT	string	Timeout active/Timeout not active
STAT_VEHICLE_MODUS_TEXT	string	Timeout active/Timeout not active
STAT_KILOMETERSTAND_TEXT	string	Timeout active/Timeout not active
STAT_WHEEL_TOLERANCE_COMPARISION_TEXT	string	Timeout active/Timeout not active
STAT_BEDIENUNG_FAHRWERK_TEXT	string	Timeout active/Timeout not active
STAT_AUTOMATIC_STABILITY_CONTROL_1_TEXT	string	Timeout active/Timeout not active
STAT_AUTOMATIC_STABILITY_CONTROL_2_TEXT	string	Timeout active/Timeout not active
STAT_AUTOMATIC_STABILITY_CONTROL_3_TEXT	string	Timeout active/Timeout not active
STAT_AUTOMATIC_STABILITY_CONTROL_4_TEXT	string	Timeout active/Timeout not active
STAT_ECM_PCM_A_TEXT	string	Timeout active/Timeout not active
STAT_ECM_PCM_B_TEXT	string	Timeout active/Timeout not active
STAT_ECM_PCM_C_TEXT	string	Timeout active/Timeout not active
STAT_ECM_PCM_D_TEXT	string	Timeout active/Timeout not active
STAT_INSTRUMENTATION_2_TEXT	string	Timeout active/Timeout not active
STAT_INSTRUMENTATION_3_TEXT	string	Timeout active/Timeout not active
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STEUERN_LERNFUNKTION_CAN_RUECKSETZEN

Reads Transmission CAN Timeout Status KWP2000: $31 StartRoutineByLocalIdentifier $20 TimeoutDiagnose Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STEUERN_RESET_RBM_RATIOS

Reset Transmission RBM ratios KWP2000: $31 StartRoutineByLocalIdentifier $52 RBM Ratios reset Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_RBM_RATIOS

Reads RBM Ratios KWP2000: $22 ReadDataByCommonIdentifier $5200 RBM ratios Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_IGN_CYCLE_COUNTER	unsigned int	Ignition cycle counter 0-65535
STAT_GENERAL_DENOMINATOR	unsigned int	general denominator 0-65535
STAT_NUMBER_OF_RATIOS	unsigned int	number of RBM ratios
STAT_01_NUM	unsigned int	Diagnostic numerator
STAT_01_DEN	unsigned int	Diagnostic denominator
STAT_01_RATIO	real	Diagnostic ratio
STAT_02_NUM	unsigned int	Diagnostic numerator
STAT_02_DEN	unsigned int	Diagnostic denominator
STAT_02_RATIO	real	Diagnostic ratio
STAT_03_NUM	unsigned int	Diagnostic numerator
STAT_03_DEN	unsigned int	Diagnostic denominator
STAT_03_RATIO	real	Diagnostic ratio
STAT_04_NUM	unsigned int	Diagnostic numerator
STAT_04_DEN	unsigned int	Diagnostic denominator
STAT_04_RATIO	real	Diagnostic ratio
STAT_05_NUM	unsigned int	Diagnostic numerator
STAT_05_DEN	unsigned int	Diagnostic denominator
STAT_05_RATIO	real	Diagnostic ratio
STAT_06_NUM	unsigned int	Diagnostic numerator
STAT_06_DEN	unsigned int	Diagnostic denominator
STAT_06_RATIO	real	Diagnostic ratio
STAT_07_NUM	unsigned int	Diagnostic numerator
STAT_07_DEN	unsigned int	Diagnostic denominator
STAT_07_RATIO	real	Diagnostic ratio
STAT_08_NUM	unsigned int	Diagnostic numerator
STAT_08_DEN	unsigned int	Diagnostic denominator
STAT_08_RATIO	real	Diagnostic ratio
STAT_09_NUM	unsigned int	Diagnostic numerator
STAT_09_DEN	unsigned int	Diagnostic denominator
STAT_09_RATIO	real	Diagnostic ratio
STAT_10_NUM	unsigned int	Diagnostic numerator
STAT_10_DEN	unsigned int	Diagnostic denominator
STAT_10_RATIO	real	Diagnostic ratio
STAT_11_NUM	unsigned int	Diagnostic numerator
STAT_11_DEN	unsigned int	Diagnostic denominator
STAT_11_RATIO	real	Diagnostic ratio
STAT_12_NUM	unsigned int	Diagnostic numerator
STAT_12_DEN	unsigned int	Diagnostic denominator
STAT_12_RATIO	real	Diagnostic ratio
STAT_13_NUM	unsigned int	Diagnostic numerator
STAT_13_DEN	unsigned int	Diagnostic denominator
STAT_13_RATIO	real	Diagnostic ratio
STAT_14_NUM	unsigned int	Diagnostic numerator
STAT_14_DEN	unsigned int	Diagnostic denominator
STAT_14_RATIO	real	Diagnostic ratio
STAT_15_NUM	unsigned int	Diagnostic numerator
STAT_15_DEN	unsigned int	Diagnostic denominator
STAT_15_RATIO	real	Diagnostic ratio
STAT_16_NUM	unsigned int	Diagnostic numerator
STAT_16_DEN	unsigned int	Diagnostic denominator
STAT_16_RATIO	real	Diagnostic ratio
STAT_17_NUM	unsigned int	Diagnostic numerator
STAT_17_DEN	unsigned int	Diagnostic denominator
STAT_17_RATIO	real	Diagnostic ratio
STAT_18_NUM	unsigned int	Diagnostic numerator
STAT_18_DEN	unsigned int	Diagnostic denominator
STAT_18_RATIO	real	Diagnostic ratio
STAT_19_NUM	unsigned int	Diagnostic numerator
STAT_19_DEN	unsigned int	Diagnostic denominator
STAT_19_RATIO	real	Diagnostic ratio
STAT_20_NUM	unsigned int	Diagnostic numerator
STAT_20_DEN	unsigned int	Diagnostic denominator
STAT_20_RATIO	real	Diagnostic ratio
STAT_21_NUM	unsigned int	Diagnostic numerator
STAT_21_DEN	unsigned int	Diagnostic denominator
STAT_21_RATIO	real	Diagnostic ratio
STAT_22_NUM	unsigned int	Diagnostic numerator
STAT_22_DEN	unsigned int	Diagnostic denominator
STAT_22_RATIO	real	Diagnostic ratio
STAT_23_NUM	unsigned int	Diagnostic numerator
STAT_23_DEN	unsigned int	Diagnostic denominator
STAT_23_RATIO	real	Diagnostic ratio
STAT_24_NUM	unsigned int	Diagnostic numerator
STAT_24_DEN	unsigned int	Diagnostic denominator
STAT_24_RATIO	real	Diagnostic ratio
STAT_25_NUM	unsigned int	Diagnostic numerator
STAT_25_DEN	unsigned int	Diagnostic denominator
STAT_25_RATIO	real	Diagnostic ratio
STAT_26_NUM	unsigned int	Diagnostic numerator
STAT_26_DEN	unsigned int	Diagnostic denominator
STAT_26_RATIO	real	Diagnostic ratio
STAT_27_NUM	unsigned int	Diagnostic numerator
STAT_27_DEN	unsigned int	Diagnostic denominator
STAT_27_RATIO	real	Diagnostic ratio
STAT_28_NUM	unsigned int	Diagnostic numerator
STAT_28_DEN	unsigned int	Diagnostic denominator
STAT_28_RATIO	real	Diagnostic ratio
STAT_29_NUM	unsigned int	Diagnostic numerator
STAT_29_DEN	unsigned int	Diagnostic denominator
STAT_29_RATIO	real	Diagnostic ratio
STAT_30_NUM	unsigned int	Diagnostic numerator
STAT_30_DEN	unsigned int	Diagnostic denominator
STAT_30_RATIO	real	Diagnostic ratio
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STATUS_SFL

Reads Service Fast Learn status KWP2000: $22 ReadDataByCommonIdentifier $2823 Service Fast Learn Status Modus : Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_SFL_PID_RESULT	int	index of PID result
STAT_SFL_TEXT0	string	summary of response text0
STAT_SFL_TEXT1	string	summary of response text1
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

STEUERN_SFL

Start / Stops SFL through CPID $30 KWP2000: $30 InputOutputControlByLocalIdentifier $30 CPID Modus : Default

Arguments

Name	Type	Comment
CONTROL_TYPE	char	Enable control 0:no control,1 or 7:enable control
SFL_ENABLE	unsigned int	SFL Enable 0:no control,!0:enable control

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_AUFTRAG	binary	Hex-Auftrag an SG
_TEL_ANTWORT	binary	Hex-Antwort von SG

Tables

Index

• KONZEPT_TABELLE (4 × 2)
• JOBRESULT (95 × 2)
• LIEFERANTEN (76 × 2)
• FARTTEXTE (14 × 2)
• DIGITALARGUMENT (17 × 2)
• AUTHENTISIERUNG (4 × 2)
• DIAGMODE (14 × 3)
• BAUDRATE (7 × 3)
• HARTTEXTE (14 × 2)
• IARTTEXTE (14 × 2)
• PROGRAMMIERSTATUS (19 × 2)
• SPEICHERSEGMENT (12 × 3)
• MESSWERTEMODE (14 × 3)
• JOBRESULTEXTENDED (1 × 2)
• SG_DIAGNOSEKONZEPT (4 × 2)
• FORTTEXTE (162 × 2)
• FDETAILSTRUKTUR (7 × 2)
• FUMWELTMATRIX (162 × 5)
• FUMWELTTEXTE (33 × 9)
• FARTTYP (162 × 5)
• FARTTEXTEINDIVIDUELL (39 × 2)
• HORTTEXTE (162 × 2)
• HDETAILSTRUKTUR (7 × 2)
• HUMWELTMATRIX (162 × 5)
• HUMWELTTEXTE (33 × 9)
• HARTTYP (162 × 5)
• HARTTEXTEINDIVIDUELL (39 × 2)
• IORTTEXTE (162 × 2)
• IDETAILSTRUKTUR (7 × 2)
• IUMWELTMATRIX (162 × 5)
• IUMWELTTEXTE (33 × 9)
• IARTTYP (162 × 5)
• IARTTEXTEINDIVIDUELL (39 × 2)
• PRNDL (10 × 2)
• COMMANDEDGEAR (6 × 2)
• TSSPRESSUREMODE (13 × 2)
• TCCMODE (9 × 2)
• PSWITCH_TEXT (2 × 2)
• SWITCH_TEXT (2 × 2)
• INDETERMINATE (4 × 2)
• CMND_GEAR (6 × 2)
• STAT_SFL_TEXT0 (17 × 2)
• STAT_SFL_TEXT1 (17 × 2)

KONZEPT_TABELLE

Dimensions: 4 rows × 2 columns

NR	KONZEPT_TEXT
0x0F	BMW-FAST
0x0D	KWP2000*
0x0C	KWP2000
0x06	DS2

JOBRESULT

Dimensions: 95 rows × 2 columns

SB	STATUS_TEXT
0x10	ERROR_ECU_GENERAL_REJECT
0x11	ERROR_ECU_SERVICE_NOT_SUPPORTED
0x12	ERROR_ECU_SUBFUNCTION_NOT_SUPPORTED__INVALID_FORMAT
0x21	ERROR_ECU_BUSY_REPEAT_REQUEST
0x22	ERROR_ECU_CONDITIONS_NOT_CORRECT_OR_REQUEST_SEQUENCE_ERROR
0x23	ERROR_ECU_ROUTINE_NOT_COMPLETE
0x31	ERROR_ECU_REQUEST_OUT_OF_RANGE
0x33	ERROR_ECU_SECURITY_ACCESS_DENIED__SECURITY_ACCESS_REQUESTED
0x36	ERROR_ECU_EXCEED_NUMBER_OF_ATTEMPTS
0x37	ERROR_ECU_REQUIRED_TIME_DELAY_NOT_EXPIRED
0x40	ERROR_ECU_DOWNLOAD_NOT_ACCEPTED
0x41	ERROR_ECU_IMPROPER_DOWNLOAD_TYPE
0x42	ERROR_ECU_CANNOT_DOWNLOAD_TO_SPECIFIED_ADDRESS
0x43	ERROR_ECU_CANNOT_DOWNLOAD_NUMBER_OF_BYTES_REQUESTED
0x50	ERROR_ECU_UPLOAD_NOT_ACCEPTED
0x51	ERROR_ECU_IMPROPER_UPLOAD_TYPE
0x52	ERROR_ECU_CANNOT_UPLOAD_FROM_SPECIFIED_ADDRESS
0x53	ERROR_ECU_CANNOT_UPLOAD_NUMBER_OF_BYTES_REQUESTED
0x71	ERROR_ECU_TRANSFER_SUSPENDED
0x72	ERROR_ECU_TRANSFER_ABORTED
0x74	ERROR_ECU_ILLEGAL_ADDRESS_IN_BLOCK_TRANSFER
0x75	ERROR_ECU_ILLEGAL_BYTE_COUNT_IN_BLOCK_TRANSFER
0x76	ERROR_ECU_ILLEGAL_BLOCK_TRANSFER_TYPE
0x77	ERROR_ECU_BLOCKTRANSFER_DATA_CHECKSUM_ERROR
0x78	ERROR_ECU_REQUEST_CORRECTLY_RECEIVED__RESPONSE_PENDING
0x79	ERROR_ECU_INCORRECT_BYTE_COUNT_DURING_BLOCK_TRANSFER
0x80	ERROR_ECU_SERVICE_NOT_SUPPORTED_IN_ACTIVE_DIAGNOSTIC_MODE
?00?	OKAY
?02?	ERROR_ECU_INCORRECT_RESPONSE_ID
?03?	ERROR_ECU_INCORRECT_LEN
?04?	ERROR_ECU_INCORRECT_LIN_RESPONSE_ID
?05?	ERROR_ECU_INCORRECT_LIN_LEN
?10?	ERROR_F_CODE
?11?	ERROR_TABLE
?12?	ERROR_INTERPRETATION
?13?	ERROR_F_POS
?20?	ERROR_SEGMENT
?21?	ERROR_ADDRESS
?22?	ERROR_NUMBER
?30?	ERROR_DATA
?40?	ERROR_MODE
?41?	ERROR_BAUDRATE
?50?	ERROR_BYTE1
?51?	ERROR_BYTE2
?52?	ERROR_BYTE3
?60?	ERROR_DATA_OUT_OF_RANGE
?70?	ERROR_NUMBER_ARGUMENT
?71?	ERROR_RANGE_ARGUMENT
?72?	ERROR_VERIFY
?73?	ERROR_NO_BIN_BUFFER
?74?	ERROR_BIN_BUFFER
?75?	ERROR_DATA_TYPE
?76?	ERROR_CHECKSUM
?80?	ERROR_FLASH_SIGNATURE_CHECK
?81?	ERROR_VIHICLE_IDENTFICATON_NR
?82?	ERROR_PROGRAMMING_DATE
?83?	ERROR_ASSEMBLY_NR
?84?	ERROR_CALIBRATION_DATASET_NR
?85?	ERROR_EXHAUST_REGULATION_OR_TYPE_APPROVAL_NR
?86?	ERROR_REPAIR_SHOP_NR
?87?	ERROR_TESTER_SERIAL_NR
?88?	ERROR_MILAGE
?89?	ERROR_PROGRAMMING_REFERENCE
?8A?	ERROR_NO_FREE_UIF
?8B?	ERROR_MAX_UIF
?8C?	ERROR_SIZE_UIF
?8D?	ERROR_LEVEL
?8E?	ERROR_KEY
?8F?	ERROR_AUTHENTICATION
?90?	ERROR_NO_DREF
?91?	ERROR_CHECK_PECUHN
?92?	ERROR_CHECK_PRGREF
?93?	ERROR_AIF_NR
?94?	ERROR_CHECK_DREF
?95?	ERROR_CHECK_HWREF
?96?	ERROR_CHECK_HWREF
?97?	ERROR_CHECK_PRGREFB
?98?	ERROR_CHECK_VMECUH*NB
?99?	ERROR_CHECK_PRGREFB
?9A?	ERROR_CHECK_VMECUH*N
?9B?	ERROR_MOST_CAN_GATEWAY_DISABLE
?9C?	ERROR_NO_P2MIN
?9D?	ERROR_NO_P2MAX
?9E?	ERROR_NO_P3MIN
?9F?	ERROR_NO_P3MAX
?A0?	ERROR_NO_P4MIN
?B0?	ERROR_DIAG_PROT
?B1?	ERROR_SG_ADRESSE
?B2?	ERROR_SG_MAXANZAHL_AIF
?B3?	ERROR_SG_GROESSE_AIF
?B4?	ERROR_SG_ENDEKENNUNG_AIF
?B5?	ERROR_SG_AUTHENTISIERUNG
?C0?	ERROR_TELEGRAM_LEN_OUT_OFF_RANGE
?F0?	ERROR_ARGUMENT
0xXY	ERROR_ECU_UNKNOWN_NEGATIVE_RESPONSE

LIEFERANTEN

Dimensions: 76 rows × 2 columns

LIEF_NR	LIEF_TEXT
0x01	Reinshagen => Delphi
0x02	Kostal
0x03	Hella
0x04	Siemens
0x05	Eaton
0x06	UTA
0x07	Helbako
0x08	Bosch
0x09	Loewe => Lear
0x10	VDO
0x11	Valeo
0x12	MBB
0x13	Kammerer
0x14	SWF
0x15	Blaupunkt
0x16	Philips
0x17	Alpine
0x18	Continental Teves
0x19	Elektromatik Suedafrika
0x20	Becker
0x21	Preh
0x22	Alps
0x23	Motorola
0x24	Temic
0x25	Webasto
0x26	MotoMeter
0x27	Delphi PHI
0x28	DODUCO => BERU
0x29	DENSO
0x30	NEC
0x31	DASA
0x32	Pioneer
0x33	Jatco
0x34	Fuba
0x35	UK-NSI
0x36	AABG
0x37	Dunlop
0x38	Sachs
0x39	ITT
0x40	FTE
0x41	Megamos
0x42	TRW
0x43	Wabco
0x44	ISAD Electronic Systems
0x45	HEC (Hella Electronics Corporation)
0x46	Gemel
0x47	ZF
0x48	GMPT
0x49	Harman Kardon
0x50	Remes
0x51	ZF Lenksysteme
0x52	Magneti Marelli
0x53	Borg Instruments
0x54	GETRAG
0x55	BHTC (Behr Hella Thermocontrol)
0x56	Siemens VDO Automotive
0x57	Visteon
0x58	Autoliv
0x59	Haberl
0x60	Magna Steyr
0x61	Marquardt
0x62	AB-Elektronik
0x63	Siemens VDO Borg
0x64	Hirschmann Electronics
0x65	Hoerbiger Electronics
0x66	Thyssen Krupp Automotive Mechatronics
0x67	Gentex GmbH
0x68	Atena GmbH
0x69	Magna-Donelly
0x70	Koyo Steering Europe
0x71	NSI B.V
0x72	ASIN AWCO.LTD
0x73	Shorlock
0x74	Schrader
0x75	BERU Electronics GmbH
0xFF	unbekannter Hersteller

FARTTEXTE

Dimensions: 14 rows × 2 columns

ARTNR	ARTTEXT
0x00	kein passendes Fehlersymptom
0x01	Signal oder Wert oberhalb Schwelle
0x02	Signal oder Wert unterhalb Schwelle
0x04	kein Signal oder Wert
0x08	unplausibles Signal oder Wert
0x10	Testbedingungen erfuellt
0x11	Testbedingungen noch nicht erfuellt
0x20	Fehler bisher nicht aufgetreten
0x21	Fehler momentan nicht vorhanden, aber bereits gespeichert
0x22	Fehler momentan vorhanden, aber noch nicht gespeichert (Entprellphase)
0x23	Fehler momentan vorhanden und bereits gespeichert
0x30	Fehler wuerde kein Aufleuchten einer Warnlampe verursachen
0x31	Fehler wuerde das Aufleuchten einer Warnlampe verursachen
0xFF	unbekannte Fehlerart

DIGITALARGUMENT

Dimensions: 17 rows × 2 columns

TEXT	WERT
ein	1
aus	0
ja	1
nein	0
auf	1
ab	0
an	1
yes	1
no	0
on	1
off	0
up	1
down	0
true	1
false	0
1	1
0	0

AUTHENTISIERUNG

Dimensions: 4 rows × 2 columns

AUTH_NR	AUTH_TEXT
0x01	Simple
0x02	Symetrisch
0x03	Asymetrisch
0xFF	Keine

DIAGMODE

Dimensions: 14 rows × 3 columns

NR	MODE	MODE_TEXT
0x81	DEFAULT	DefaultMode
0x82	PT	PeriodicTransmissions
0x84	EOLSSM	EndOfLineSystemSupplierMode
0x85	ECUPM	ECUProgrammingMode
0x86	ECUDM	ECUDevelopmentMode
0x87	ECUAM	ECUAdjustmentMode
0x88	ECUVCM	ECUVariantCodingMode
0x89	ECUSM	ECUSafetyMode
0xFA	SSS_A	SystemSupplierSpecific (A)
0xFB	SSS_B	SystemSupplierSpecific (B)
0xFC	SSS_C	SystemSupplierSpecific (C)
0xFD	SSS_D	SystemSupplierSpecific (D)
0xFE	SSS_E	SystemSupplierSpecific (E)
0xXY	--	unbekannter Diagnose-Mode

BAUDRATE

Dimensions: 7 rows × 3 columns

NR	BAUD	BAUD_TEXT
0x01	PC9600	Baudrate 9.6 kBaud
0x02	PC19200	Baudrate 19.2 kBaud
0x03	PC38400	Baudrate 38.4 kBaud
0x04	PC57600	Baudrate 57.6 kBaud
0x05	PC115200	Baudrate 115.2 kBaud
0x06	SB	Specific Baudrate
0xXY	--	unbekannte Baudrate

HARTTEXTE

Dimensions: 14 rows × 2 columns

ARTNR	ARTTEXT
0x00	kein passendes Fehlersymptom
0x01	Signal oder Wert oberhalb Schwelle
0x02	Signal oder Wert unterhalb Schwelle
0x04	kein Signal oder Wert
0x08	unplausibles Signal oder Wert
0x10	Testbedingungen erfuellt
0x11	Testbedingungen noch nicht erfuellt
0x20	Fehler bisher nicht aufgetreten
0x21	Fehler momentan nicht vorhanden, aber bereits gespeichert
0x22	Fehler momentan vorhanden, aber noch nicht gespeichert (Entprellphase)
0x23	Fehler momentan vorhanden und bereits gespeichert
0x30	Fehler wuerde kein Aufleuchten einer Warnlampe verursachen
0x31	Fehler wuerde das Aufleuchten einer Warnlampe verursachen
0xFF	unbekannte Fehlerart

IARTTEXTE

Dimensions: 14 rows × 2 columns

ARTNR	ARTTEXT
0x00	kein passendes Fehlersymptom
0x01	Signal oder Wert oberhalb Schwelle
0x02	Signal oder Wert unterhalb Schwelle
0x04	kein Signal oder Wert
0x08	unplausibles Signal oder Wert
0x10	Testbedingungen erfuellt
0x11	Testbedingungen noch nicht erfuellt
0x20	Fehler bisher nicht aufgetreten
0x21	Fehler momentan nicht vorhanden, aber bereits gespeichert
0x22	Fehler momentan vorhanden, aber noch nicht gespeichert (Entprellphase)
0x23	Fehler momentan vorhanden und bereits gespeichert
0x30	Fehler wuerde kein Aufleuchten einer Warnlampe verursachen
0x31	Fehler wuerde das Aufleuchten einer Warnlampe verursachen
0xFF	unbekannte Fehlerart

PROGRAMMIERSTATUS

Dimensions: 19 rows × 2 columns

SB	STATUS_TEXT
0x00	Anlieferzustand
0x01	Normalbetrieb
0x02	nicht benutzt
0x03	Speicher geloescht
0x04	nicht benutzt
0x05	Signaturpruefung PAF nicht durchgefuehrt
0x06	Signaturpruefung DAF nicht durchgefuehrt
0x07	Programmprogrammiersitzung aktiv
0x08	Datenprogrammiersitzung aktiv
0x09	Hardwarereferenzeintrag fehlerhaft
0x0A	Programmreferenzeintrag fehlerhaft
0x0B	Referenzierungsfehler Hardware -> Programm
0x0C	Programm nicht vorhanden oder nicht vollstaendig
0x0D	Datenreferenzeintrag fehlerhaft
0x0E	Referenzierungsfehler Programm -> Daten
0x0F	Daten nicht vorhanden oder nicht vollstaendig
0x10	Reserviert fuer BMW
0x80	Reserviert fuer Zulieferer
0xXY	unbekannter Programmierstatus

SPEICHERSEGMENT

Dimensions: 12 rows × 3 columns

SEG_BYTE	SEG_NAME	SEG_TEXT
0x00	LAR	linearAdressRange
0x01	ROMI	ROM / EPROM, internal
0x02	ROMX	ROM / EPROM, external
0x03	NVRAM	NV-RAM (characteristic zones, DTC memory
0x04	RAMIS	RAM, internal (short MOV)
0x05	RAMXX	RAM, external (x data MOV)
0x06	FLASH	Flash EPROM, internal
0x07	UIFM	User Info Field Memory
0x08	VODM	Vehicle Order Data Memory
0x09	FLASHX	Flash EPROM, external
0x0B	RAMIL	RAM, internal (long MOV / Register)
0xFF	???	unbekanntes Speichersegment

MESSWERTEMODE

Dimensions: 14 rows × 3 columns

TEXT	WERT	KOMMENTAR
ein	1	Argument ARG. Messwertblock im SG löschen, neu schreiben und lesen
aus	0	Argument ARG. Messwertblock nur lesen
ja	1	Argument ARG. Messwertblock im SG löschen, neu schreiben und lesen
nein	0	Argument ARG. Messwertblock nur lesen
yes	1	Argument ARG. Messwertblock im SG löschen, neu schreiben und lesen
no	0	Argument ARG. Messwertblock nur lesen
on	1	Argument ARG. Messwertblock im SG löschen, neu schreiben und lesen
off	0	Argument ARG. Messwertblock nur lesen
1	1	Argument ARG. Messwertblock im SG löschen, neu schreiben und lesen
0	0	Argument ARG. Messwertblock nur lesen
3	3	Argument ID. Messwertblock im SG löschen, neu schreiben und lesen
2	2	Argument ID. Messwertblock nur lesen
5	5	Argument LABEL. Messwertblock im SG löschen, neu schreiben und lesen
4	4	Argument LABEL. Messwertblock nur lesen

JOBRESULTEXTENDED

Dimensions: 1 rows × 2 columns

SB	STATUS_TEXT
0xXY	ERROR_UNKNOWN

SG_DIAGNOSEKONZEPT

Dimensions: 4 rows × 2 columns

RANG	KONZEPT_TEXT
1	BMW-FAST
2	KWP2000*
3	KWP2000
-	DS2

FORTTEXTE

Dimensions: 162 rows × 2 columns

ORT	ORTTEXT
0x55F1	Pressure Control Solenoid A (line pressure)
0x55F2	Pressure Control Solenoid A (line pressure)
0x55F3	Pressure Control Solenoid A (line pressure)
0x55F4	Pressure Control Solenoid B (C35R)
0x55F5	Pressure Control Solenoid B (C35R)
0x55F6	Pressure Control Solenoid B (C35R)
0x55F7	Pressure Control Solenoid C (CBR1/C456)
0x55F8	Pressure Control Solenoid C (CBR1/C456)
0x55F9	Pressure Control Solenoid C (CBR1/C456)
0x55FA	Pressure Control Solenoid D (CB26)
0x55FB	Pressure Control Solenoid D (CB26)
0x55FC	Pressure Control Solenoid D (CB26)
0x55FD	Pressure Control Solenoid E (C1234)
0x55FE	Pressure Control Solenoid E (C1234)
0x55FF	Pressure Control Solenoid E (C1234)
0x5600	Torque Converter Clutch Pressure Control Solenoid
0x5601	Torque Converter Clutch Pressure Control Solenoid
0x5602	Torque Converter Clutch Pressure Control Solenoid
0x5603	Shift Solenoid A
0x5604	Shift Solenoid A
0x5605	Shift Solenoid B
0x5606	Shift Solenoid B
0x5607	Shiftlock solenoid
0x5608	Shiftlock solenoid
0x5609	Interlock solenoid or Reverse light circuit
0x560A	Interlock solenoid or Reverse light circuit
0x5654	Input Speed Sensor
0x5655	Input Speed Sensor
0x5656	Output Speed Sensor
0x5657	Output Speed Sensor
0x5658	Transmission Range Sensor
0x5659	Transmission Fluid Pressure Switch A
0x565A	Transmission Fluid Pressure Switch A
0x565B	Transmission Fluid Pressure Switch B
0x565C	Transmission Fluid Pressure Switch B
0x565D	Transmission Fluid Pressure Switch C
0x565E	Transmission Fluid Pressure Switch C
0x565F	Transmission Fluid Pressure Switch D
0x5660	Transmission Fluid Pressure Switch D
0x5661	Transmission Fluid Pressure Switch E
0x5662	Transmission Fluid Pressure Switch E
0x5663	Steptronic Tip up circuit
0x5664	Steptronic Tip down circuit
0x5665	Manual switch circuit
0x56B8	Gear R incorrect ratio
0x56B9	Gear 1 incorrect ratio
0x56BA	Gear 2 incorrect ratio
0x56BB	Gear 3 incorrect ratio
0x56BC	Gear 4 incorrect ratio
0x56BD	Gear 5 incorrect ratio
0x56BE	Gear 6 incorrect ratio
0x56C0	Clutch gears 3, 5, and R
0x56C1	Clutch gears 3, 5, and R
0x56C2	Clutch gears 1, 4,5,6 and R
0x56C3	Clutch gears 1, 4,5,6 and R
0x56C4	Clutch gears 2 and 6
0x56C5	Clutch gears 2 and 6
0x56C6	Clutch gears 1, 2, 3 and 4
0x56C7	Clutch gears 1, 2, 3 and 4
0x56C8	Torque Converter Clutch
0x56C9	Torque Converter Clutch
0x56CA	Too many broken Latch Mode 2 Valve
0x56CB	not used
0x56CC	not used
0x571C	Battery Voltage
0x571D	Battery Voltage
0x571E	Internal TCU failure - High Side Driver #1
0x571F	Internal TCU failure - High Side Driver #1
0x5720	Internal TCU failure - High Side Driver #2
0x5721	Internal TCU failure - High Side Driver #2
0x5722	Internal TCU failure
0x5723	Internal TCU failure
0x5724	Internal TCU failure
0x5725	Internal TCU failure
0x5726	not used
0x5727	not used
0x5780	Transmission Fluid Over Temperature Condition
0x5781	Transmission Fluid Temperature Sensor
0x5782	Transmission Fluid Temperature Sensor
0x5783	Transmission Fluid Temperature Sensor
0x5785	Internal Temperature Sensor
0x5786	Internal Temperature Sensor
0x5787	Internal Temperature Sensor
0x5788	Internal Temperature Too High
0x5789	Hot Mode CC Message 1
0x578A	Hot Mode CC Message 2
0x578B	Transmission Fluid Temperature Sensor
0x578C	Internal Power-up Temperature Sensor
0x578D	Internal Substrate Temperature Sensor
0x5795	not used
0x5796	not used
0x5797	not used
0x57B2	CAN Bus Monitoring
0x57B3	Lost communication with Torque1
0x57B4	Lost communication with Torque2
0x57B5	Lost communication with Torque3
0x57B6	Lost communication with Engine1
0x57B7	Lost communication with Klemmenstatus
0x57B8	Lost communication with Drehmomentanforderung ACC
0x57B9	Lost communication with Geschwindigkeit
0x57BA	Lost communication with Status DSC
0x57BB	Lost communication with Radgeschwindigkeit
0x57BC	Lost communication with Kilometerstand/Reichweite (Kombi)
0x57BD	Lost communication with Bedienung Getriebewahlschalter
0x57BE	Lost communication with Vehicle Modus
0x57BF	Lost communication with Trailer Module Status
0x57C0	Lost communication with Outside Temperature Relative Time
0x57C1	Lost communication with Wheel Tolerance Comparision
0x57C2	Lost communication with Instrument Pack Status
0x57C3	Lost communication with Control Speed Cruise Control
0x57C4	Lost communication with Request Powertrain Wheel Torque
0x57C5	Lost communication with Torque Request DSC
0x57C6	Lost communication with Status Door Lock System
0x57C7	Lost communication with Steering Wheel Angle DSC
0x57C8	Lost communication with Brake Pressure Wheel DSC
0x57C9	Lost communication with Climate Heat Flow
0x57CA	Lost communication with Seat Occupation and Safety Belt Status
0x57D0	Lost communication with Automatic Stability Control 1
0x57D1	Lost communication with Automatic Stability Control 2
0x57D2	Lost communication with Automatic Stability Control 3
0x57D3	Lost communication with Automatic Stability Control 4
0x57D4	Lost communication with ECM / PCM 'A'
0x57D5	Lost communication with ECM / PCM 'B'
0x57D6	Lost communication with ECM / PCM 'C'
0x57D7	Lost communication with Instrumentation 2
0x57D8	Lost communication with Instrumentation 3
0x57D9	Lost communication with ECM / PCM 'D'
0x57E4	Invalid Data Received from ECM/PCM 1
0x57E5	Invalid Data Received from ECM/PCM 2
0x57E6	Invalid Data Received from ECM/PCM 3
0x57E7	Invalid Data Received from ECM/ Engine Data
0x57E8	Invalid Data Received from CAS / Terminal Status
0x57E9	Invalid Data Received from ACC / Torque Request
0x57EA	Invalid Data Received from DSC / Vehicle Speed
0x57EB	Invalid Data Received from DSC / Status DSC
0x57EC	Invalid Data Received from Vehicle Mode
0x57ED	Invalid Data Received from Request Powertrain Wheel Torque
0x57EE	Invalid Data Received from Instrument Pack Status
0x57EF	Invalid Data Received from SZ / Operation of Gear
0x57F0	CAN Message DME1 / Torque 1 Checksum Error
0x57F1	CAN Message DME1 / Torque 3 Checksum Error
0x57F2	CAN Message CAS / Terminal Status Checksum Error
0x57F3	CAN Message ACC / Torque Request Checksum Error
0x57F4	CAN Message DSC / Status DSC Checksum Error
0x57F5	CAN Message DME / Torque 2 Checksum Error
0x57F6	CAN Message DSC / Vehicle Speed Checksum Error
0x57F7	CAN Message Vehicle Mode Checksum Error
0x57F8	CAN Message Request Powertrain Wheel Torque Checksum Error
0x57F9	CAN Message Instrument Pack Status / Checksum Error
0x5816	CAN torque signal
0x5817	CAN torque reduction
0x5818	CAN accelerator pedal signal
0x5819	CAN engine temperature signal
0x581A	CAN Left Front Wheel Speed
0x581B	CAN Right Front Wheel Speed
0x581C	CAN Left Rear Wheel Speed
0x581D	CAN Right Rear Wheel Speed
0x581E	CAN Engine Speed
0x581F	CAN Terminal 15 Signal
0x5820	CAN Wheel speed Comparision to TOS
0x5821	CAN Brake switch signal
0xFFFF	unbekannter Fehlerort

FDETAILSTRUKTUR

Dimensions: 7 rows × 2 columns

NAME	TYP
F_ART_IND	ja
F_ART_ERW	nein
F_PCODE	ja
F_PCODE7	ja
F_HFK	ja
F_LZ	ja
F_UWB_ERW	ja

FUMWELTMATRIX

Dimensions: 162 rows × 5 columns

ORT	UW1_NR	UW2_NR	UW3_NR	UW4_NR
0x55F1	0x194F	0x1940	0x1941	0x1942
0x55F2	0x194F	0x1940	0x1941	0x1942
0x55F3	0x194F	0x1940	0x1941	0x1942
0x55F4	0x194F	0x1940	0x1941	0x1942
0x55F5	0x194F	0x1940	0x1941	0x1942
0x55F6	0x194F	0x1940	0x1941	0x1942
0x55F7	0x194F	0x1940	0x1941	0x1942
0x55F8	0x194F	0x1940	0x1941	0x1942
0x55F9	0x194F	0x1940	0x1941	0x1942
0x55FA	0x194F	0x1940	0x1941	0x1942
0x55FB	0x194F	0x1940	0x1941	0x1942
0x55FC	0x194F	0x1940	0x1941	0x1942
0x55FD	0x194F	0x1940	0x1941	0x1942
0x55FE	0x194F	0x1940	0x1941	0x1942
0x55FF	0x194F	0x1940	0x1941	0x1942
0x5600	0x194F	0x1940	0x1941	0x1942
0x5601	0x194F	0x1940	0x1941	0x1942
0x5602	0x194F	0x1940	0x1941	0x1942
0x5603	0x194F	0x1940	0x1941	0x1942
0x5604	0x194F	0x1940	0x1941	0x1942
0x5605	0x194F	0x1940	0x1941	0x1942
0x5606	0x194F	0x1940	0x1941	0x1942
0x5607	0x194F	0x1940	0x1941	0x1942
0x5608	0x194F	0x1940	0x1941	0x1942
0x5609	0x194F	0x1940	0x1941	0x1942
0x560A	0x194F	0x1940	0x1941	0x1942
0x5654	0x194F	0x1940	0x1941	0x1942
0x5655	0x194F	0x1940	0x1941	0x1942
0x5656	0x194F	0x1940	0x1941	0x1942
0x5657	0x194F	0x1940	0x1941	0x1942
0x5658	0x194F	0x1940	0x1941	0x1942
0x5659	0x194F	0x1940	0x1941	0x1942
0x565A	0x194F	0x1940	0x1941	0x1942
0x565B	0x194F	0x1940	0x1941	0x1942
0x565C	0x194F	0x1940	0x1941	0x1942
0x565D	0x194F	0x1940	0x1941	0x1942
0x565E	0x194F	0x1940	0x1941	0x1942
0x565F	0x194F	0x1940	0x1941	0x1942
0x5660	0x194F	0x1940	0x1941	0x1942
0x5661	0x194F	0x1940	0x1941	0x1942
0x5662	0x194F	0x1940	0x1941	0x1942
0x5663	0x194F	0x1940	0x1941	0x1942
0x5664	0x194F	0x1940	0x1941	0x1942
0x5665	0x194F	0x1940	0x1941	0x1942
0x56B8	0x194F	0x1940	0x1941	0x1942
0x56B9	0x194F	0x1940	0x1941	0x1942
0x56BA	0x194F	0x1940	0x1941	0x1942
0x56BB	0x194F	0x1940	0x1941	0x1942
0x56BC	0x194F	0x1940	0x1941	0x1942
0x56BD	0x194F	0x1940	0x1941	0x1942
0x56BE	0x194F	0x1940	0x1941	0x1942
0x56C0	0x194F	0x1940	0x1941	0x1942
0x56C1	0x194F	0x1940	0x1941	0x1942
0x56C2	0x194F	0x1940	0x1941	0x1942
0x56C3	0x194F	0x1940	0x1941	0x1942
0x56C4	0x194F	0x1940	0x1941	0x1942
0x56C5	0x194F	0x1940	0x1941	0x1942
0x56C6	0x194F	0x1940	0x1941	0x1942
0x56C7	0x194F	0x1940	0x1941	0x1942
0x56C8	0x194F	0x1940	0x1941	0x1942
0x56C9	0x194F	0x1940	0x1941	0x1942
0x56CA	0x194F	0x1940	0x1941	0x1942
0x56CB	0x194F	0x1940	0x1941	0x1942
0x56CC	0x194F	0x1940	0x1941	0x1942
0x571C	0x194F	0x1940	0x1941	0x1942
0x571D	0x194F	0x1940	0x1941	0x1942
0x571E	0x194F	0x1940	0x1941	0x1942
0x571F	0x194F	0x1940	0x1941	0x1942
0x5720	0x194F	0x1940	0x1941	0x1942
0x5721	0x194F	0x1940	0x1941	0x1942
0x5722	0x194F	0x1940	0x1941	0x1942
0x5723	0x194F	0x1940	0x1941	0x1942
0x5724	0x194F	0x1940	0x1941	0x1942
0x5725	0x194F	0x1940	0x1941	0x1942
0x5726	0x194F	0x1940	0x1941	0x1942
0x5727	0x194F	0x1940	0x1941	0x1942
0x5780	0x194F	0x1940	0x1941	0x1942
0x5781	0x194F	0x1940	0x1941	0x1942
0x5782	0x194F	0x1940	0x1941	0x1942
0x5783	0x194F	0x1940	0x1941	0x1942
0x5785	0x194F	0x1940	0x1941	0x1942
0x5786	0x194F	0x1940	0x1941	0x1942
0x5787	0x194F	0x1940	0x1941	0x1942
0x5788	0x194F	0x1940	0x1941	0x1942
0x5789	0x194F	0x1940	0x1941	0x1942
0x578A	0x194F	0x1940	0x1941	0x1942
0x578B	0x194F	0x1940	0x1941	0x1942
0x578C	0x194F	0x1940	0x1941	0x1942
0x578D	0x194F	0x1940	0x1941	0x1942
0x5795	0x194F	0x1940	0x1941	0x1942
0x5796	0x194F	0x1940	0x1941	0x1942
0x5797	0x194F	0x1940	0x1941	0x1942
0x57B2	0x194F	0x1940	0x1941	0x1942
0x57B3	0x194F	0x1940	0x1941	0x1942
0x57B4	0x194F	0x1940	0x1941	0x1942
0x57B5	0x194F	0x1940	0x1941	0x1942
0x57B6	0x194F	0x1940	0x1941	0x1942
0x57B7	0x194F	0x1940	0x1941	0x1942
0x57B8	0x194F	0x1940	0x1941	0x1942
0x57B9	0x194F	0x1940	0x1941	0x1942
0x57BA	0x194F	0x1940	0x1941	0x1942
0x57BB	0x194F	0x1940	0x1941	0x1942
0x57BC	0x194F	0x1940	0x1941	0x1942
0x57BD	0x194F	0x1940	0x1941	0x1942
0x57BE	0x194F	0x1940	0x1941	0x1942
0x57BF	0x194F	0x1940	0x1941	0x1942
0x57C0	0x194F	0x1940	0x1941	0x1942
0x57C1	0x194F	0x1940	0x1941	0x1942
0x57C2	0x194F	0x1940	0x1941	0x1942
0x57C3	0x194F	0x1940	0x1941	0x1942
0x57C4	0x194F	0x1940	0x1941	0x1942
0x57C5	0x194F	0x1940	0x1941	0x1942
0x57C6	0x194F	0x1940	0x1941	0x1942
0x57C7	0x194F	0x1940	0x1941	0x1942
0x57C8	0x194F	0x1940	0x1941	0x1942
0x57C9	0x194F	0x1940	0x1941	0x1942
0x57CA	0x194F	0x1940	0x1941	0x1942
0x57D0	0x194F	0x1940	0x1941	0x1942
0x57D1	0x194F	0x1940	0x1941	0x1942
0x57D2	0x194F	0x1940	0x1941	0x1942
0x57D3	0x194F	0x1940	0x1941	0x1942
0x57D4	0x194F	0x1940	0x1941	0x1942
0x57D5	0x194F	0x1940	0x1941	0x1942
0x57D6	0x194F	0x1940	0x1941	0x1942
0x57D7	0x194F	0x1940	0x1941	0x1942
0x57D8	0x194F	0x1940	0x1941	0x1942
0x57D9	0x194F	0x1940	0x1941	0x1942
0x57E4	0x194F	0x1940	0x1941	0x1942
0x57E5	0x194F	0x1940	0x1941	0x1942
0x57E6	0x194F	0x1940	0x1941	0x1942
0x57E7	0x194F	0x1940	0x1941	0x1942
0x57E8	0x194F	0x1940	0x1941	0x1942
0x57E9	0x194F	0x1940	0x1941	0x1942
0x57EA	0x194F	0x1940	0x1941	0x1942
0x57EB	0x194F	0x1940	0x1941	0x1942
0x57EC	0x194F	0x1940	0x1941	0x1942
0x57ED	0x194F	0x1940	0x1941	0x1942
0x57EE	0x194F	0x1940	0x1941	0x1942
0x57EF	0x194F	0x1940	0x1941	0x1942
0x57F0	0x194F	0x1940	0x1941	0x1942
0x57F1	0x194F	0x1940	0x1941	0x1942
0x57F2	0x194F	0x1940	0x1941	0x1942
0x57F3	0x194F	0x1940	0x1941	0x1942
0x57F4	0x194F	0x1940	0x1941	0x1942
0x57F5	0x194F	0x1940	0x1941	0x1942
0x57F6	0x194F	0x1940	0x1941	0x1942
0x57F7	0x194F	0x1940	0x1941	0x1942
0x57F8	0x194F	0x1940	0x1941	0x1942
0x57F9	0x194F	0x1940	0x1941	0x1942
0x5816	0x194F	0x1940	0x1941	0x1942
0x5817	0x194F	0x1940	0x1941	0x1942
0x5818	0x194F	0x1940	0x1941	0x1942
0x5819	0x194F	0x1940	0x1941	0x1942
0x581A	0x194F	0x1940	0x1941	0x1942
0x581B	0x194F	0x1940	0x1941	0x1942
0x581C	0x194F	0x1940	0x1941	0x1942
0x581D	0x194F	0x1940	0x1941	0x1942
0x581E	0x194F	0x1940	0x1941	0x1942
0x581F	0x194F	0x1940	0x1941	0x1942
0x5820	0x194F	0x1940	0x1941	0x1942
0x5821	0x194F	0x1940	0x1941	0x1942
0xFFFF	0x0	0x0	0x0	0x0

FUMWELTTEXTE

Dimensions: 33 rows × 9 columns

UWNR	UWTEXT	UW_EINH	L/H	UWTYP	NAME	MUL	DIV	ADD
0x0005	Engine Coolant Temperature	degrees C	-	signed char	-	1	1	-40
0x000C	Engine Speed	rpm	high	unsigned int	-	25	100	0
0x000D	Vehicle Speed	kph	-	unsigned char	-	1	1	0
0x000F	Intake Air Temperature	degrees C	-	signed char	-	1	1	-40
0x0021	Distance With Malfunction Indicator Lamp On	km	high	unsigned int	-	1	1	0
0x0030	Warm-Up Cycles Since Code Clear	counts	-	unsigned char	-	1	1	0
0x0031	Distance Since Code Clear	counts	-	unsigned char	-	1	1	0
0x0042	Control Module Voltage	volt	high	unsigned int	-	1	1000	0
0x1141	Run/Crank Voltage	volt	-	unsigned char	-	1	10	0
0x11A1	Engine Run Time	seconds	high	unsigned int	-	1	1	0
0x1232	Emissions Warm-Up Counter	counts	-	unsigned char	-	1	1	0
0x1233	Non Emissions Warm-Up Counter	counts	-	unsigned char	-	1	1	0
0x1234	Distance Since Code Clear	km	high	unsigned int	-	5	1	0
0x1940	Transmission Oil Temperature	degrees C	high	signed int	-	1	1	-40
0x1941	Transmission Input Speed	rpm	high	unsigned int	-	125	1000	0
0x1942	Transmission Output Speed	rpm	high	unsigned int	-	125	1000	0
0x194C	Transmission 4-5 Upshift Time	second	-	unsigned char	-	25	1000	0
0x194F	Transmission PRNDL Range	0-n	-	0x00FF	PRNDL	-	-	-
0x195D	Transfer Case Ratio	ratio	high	unsigned int	-	1	4096	0
0x1970	Torque Converter Clutch PWM Duty Cycle	%	-	unsigned char	-	100	256	0
0x1975	Transmission Component Slipping Counter	counts	-	unsigned char	-	1	1	0
0x1976	Modeled Torque Converter Speed Ratio	ratio	-	unsigned char	-	1	128	0
0x1991	Torque Converter Clutch Slip	rpm	-	signed char	-	125	1000	0
0x1992	Transmission Upshift Time	second	-	unsigned char	-	25	1000	0
0x1993	Transmission 1-2 Upshift Time	second	-	unsigned char	-	25	1000	0
0x1994	Transmission 2-3 Upshift Time	second	-	unsigned char	-	25	1000	0
0x1995	Transmission 3-4 Upshift Time	second	-	unsigned char	-	25	1000	0
0x199A	Transmission Commanded Gear	0-n	-	0x00FF	CommandedGear	-	-	-
0x19A0	Transmission Upshift Delay Time	second	-	unsigned char	-	25	1000	0
0x19CC	Transmission Steady State Slip Counter	count	-	unsigned char	-	1	1	0
0x19D0	Transmission Steady State Pressure Mode	0-n	-	0x00FF	TSSPressureMode	-	-	-
0x1A01	Torque Converter Speed Ratio	ratio	high	unsigned int	-	1	8192	0
0x1A13	Torque Converter Clutch Mode	0-n	-	0X00FF	TCCMode	-	-	-

FARTTYP

Dimensions: 162 rows × 5 columns

ORT	PLAUS	SIG	MIN	MAX
0x55F1	0x000A	0x0004	0x0019	0x0001
0x55F2	0x000A	0x0004	0x0002	0x001B
0x55F3	0x0018	0x0004	0x0002	0x0001
0x55F4	0x000A	0x0004	0x0019	0x0001
0x55F5	0x000A	0x0004	0x0002	0x001B
0x55F6	0x0018	0x0004	0x0002	0x0001
0x55F7	0x000A	0x0004	0x0019	0x0001
0x55F8	0x000A	0x0004	0x0002	0x001B
0x55F9	0x0018	0x0004	0x0002	0x0001
0x55FA	0x000A	0x0004	0x0002	0x001A
0x55FB	0x000A	0x0004	0x001C	0x0001
0x55FC	0x0018	0x0004	0x0002	0x0001
0x55FD	0x000A	0x0004	0x0002	0x001A
0x55FE	0x000A	0x0004	0x001C	0x0001
0x55FF	0x0018	0x0004	0x0002	0x0001
0x5600	0x000A	0x0004	0x001C	0x0001
0x5601	0x000A	0x0004	0x0002	0x001A
0x5602	0x0018	0x0004	0x0002	0x0001
0x5603	0x000A	0x0004	0x001D	0x0001
0x5604	0x000A	0x0004	0x0002	0x001E
0x5605	0x000A	0x0004	0x001D	0x0001
0x5606	0x000A	0x0004	0x0002	0x001E
0x5607	0x000A	0x0004	0x0002	0x001D
0x5608	0x000A	0x0004	0x001E	0x0001
0x5609	0x000A	0x0004	0x0002	0x001D
0x560A	0x000A	0x0004	0x001E	0x0001
0x5654	0x0014	0x0004	0x0002	0x0001
0x5655	0x000A	0x0015	0x0002	0x0001
0x5656	0x000A	0x0015	0x0002	0x0001
0x5657	0x0014	0x0004	0x0002	0x0001
0x5658	0x0025	0x0004	0x0002	0x0001
0x5659	0x000A	0x0004	0x0016	0x0001
0x565A	0x000A	0x0004	0x0002	0x0017
0x565B	0x000A	0x0004	0x0016	0x0001
0x565C	0x000A	0x0004	0x0002	0x0017
0x565D	0x000A	0x0004	0x0016	0x0001
0x565E	0x000A	0x0004	0x0002	0x0017
0x565F	0x000A	0x0004	0x0016	0x0001
0x5660	0x000A	0x0004	0x0002	0x0017
0x5661	0x000A	0x0004	0x0016	0x0001
0x5662	0x000A	0x0004	0x0002	0x0017
0x5663	0x000B	0x0004	0x0002	0x0001
0x5664	0x000B	0x0004	0x0002	0x0001
0x5665	0x000B	0x0004	0x0002	0x0001
0x56B8	0x000A	0x0004	0x0002	0x0001
0x56B9	0x000A	0x0004	0x0002	0x0001
0x56BA	0x000A	0x0004	0x0002	0x0001
0x56BB	0x000A	0x0004	0x0002	0x0001
0x56BC	0x000A	0x0004	0x0002	0x0001
0x56BD	0x000A	0x0004	0x0002	0x0001
0x56BE	0x000A	0x0004	0x0002	0x0001
0x56C0	0x0021	0x0004	0x0002	0x0001
0x56C1	0x0022	0x0004	0x0002	0x0001
0x56C2	0x0021	0x0004	0x0002	0x0001
0x56C3	0x0022	0x0004	0x0002	0x0001
0x56C4	0x0021	0x0004	0x0002	0x0001
0x56C5	0x0022	0x0004	0x0002	0x0001
0x56C6	0x0021	0x0004	0x0002	0x0001
0x56C7	0x0022	0x0004	0x0002	0x0001
0x56C8	0x0023	0x0004	0x0002	0x0001
0x56C9	0x0024	0x0004	0x0002	0x0001
0x56CA	0x000A	0x0004	0x0002	0x0001
0x56CB	0x0024	0x0004	0x0002	0x0001
0x56CC	0x0023	0x0004	0x0002	0x0001
0x571C	0x0008	0x0004	0x000C	0x0001
0x571D	0x0008	0x0004	0x0002	0x000D
0x571E	0x000A	0x0020	0x0002	0x0001
0x571F	0x000A	0x0004	0x0002	0x001F
0x5720	0x000A	0x0020	0x0002	0x0001
0x5721	0x000A	0x0004	0x0002	0x001F
0x5722	0x000E	0x0004	0x0002	0x0001
0x5723	0x000F	0x0004	0x0002	0x0001
0x5724	0x0010	0x0004	0x0002	0x0001
0x5725	0x0008	0x0004	0x0002	0x0001
0x5726	0x0008	0x0004	0x0002	0x0001
0x5727	0x0008	0x0004	0x0002	0x0001
0x5780	0x0008	0x0004	0x0002	0x0011
0x5781	0x0014	0x0004	0x0002	0x0001
0x5782	0x000A	0x0004	0x0002	0x0012
0x5783	0x000A	0x0004	0x0013	0x0001
0x5785	0x000A	0x0004	0x0002	0x0001
0x5786	0x000A	0x0004	0x0002	0x0012
0x5787	0x000A	0x0004	0x0013	0x0001
0x5788	0x0008	0x0004	0x0002	0x0011
0x5789	0x000A	0x0004	0x0002	0x0011
0x578A	0x000A	0x0004	0x0002	0x0011
0x578B	0x000B	0x0004	0x0002	0x0001
0x578C	0x000B	0x0004	0x0002	0x0001
0x578D	0x000B	0x0004	0x0002	0x0001
0x5795	0x000A	0x0004	0x0002	0x0001
0x5796	0x000A	0x0004	0x0002	0x0001
0x5797	0x000A	0x0004	0x0002	0x0001
0x57B2	0x0026	0x0004	0x0002	0x0001
0x57B3	0x000A	0x0027	0x0002	0x0001
0x57B4	0x000A	0x0027	0x0002	0x0001
0x57B5	0x000A	0x0027	0x0002	0x0001
0x57B6	0x000A	0x0027	0x0002	0x0001
0x57B7	0x000A	0x0027	0x0002	0x0001
0x57B8	0x000A	0x0027	0x0002	0x0001
0x57B9	0x000A	0x0027	0x0002	0x0001
0x57BA	0x000A	0x0027	0x0002	0x0001
0x57BB	0x000A	0x0027	0x0002	0x0001
0x57BC	0x000A	0x0027	0x0002	0x0001
0x57BD	0x000A	0x0027	0x0002	0x0001
0x57BE	0x000A	0x0027	0x0002	0x0001
0x57BF	0x000A	0x0027	0x0002	0x0001
0x57C0	0x000A	0x0027	0x0002	0x0001
0x57C1	0x000A	0x0027	0x0002	0x0001
0x57C2	0x000A	0x0027	0x0002	0x0001
0x57C3	0x000A	0x0027	0x0002	0x0001
0x57C4	0x000A	0x0027	0x0002	0x0001
0x57C5	0x000A	0x0027	0x0002	0x0001
0x57C6	0x000A	0x0027	0x0002	0x0001
0x57C7	0x000A	0x0027	0x0002	0x0001
0x57C8	0x000A	0x0027	0x0002	0x0001
0x57C9	0x000A	0x0027	0x0002	0x0001
0x57CA	0x000A	0x0027	0x0002	0x0001
0x57D0	0x000A	0x0027	0x0002	0x0001
0x57D1	0x000A	0x0027	0x0002	0x0001
0x57D2	0x000A	0x0027	0x0002	0x0001
0x57D3	0x000A	0x0027	0x0002	0x0001
0x57D4	0x000A	0x0027	0x0002	0x0001
0x57D5	0x000A	0x0027	0x0002	0x0001
0x57D6	0x000A	0x0027	0x0002	0x0001
0x57D7	0x000A	0x0027	0x0002	0x0001
0x57D8	0x000A	0x0027	0x0002	0x0001
0x57D9	0x000A	0x0027	0x0002	0x0001
0x57E4	0x000A	0x0004	0x0028	0x0001
0x57E5	0x000A	0x0004	0x0028	0x0001
0x57E6	0x000A	0x0004	0x0028	0x0001
0x57E7	0x000A	0x0004	0x0028	0x0001
0x57E8	0x000A	0x0004	0x0028	0x0001
0x57E9	0x000A	0x0004	0x0028	0x0001
0x57EA	0x000A	0x0004	0x0028	0x0001
0x57EB	0x000A	0x0004	0x0028	0x0001
0x57EC	0x000A	0x0004	0x0028	0x0001
0x57ED	0x000A	0x0004	0x0028	0x0001
0x57EE	0x000A	0x0004	0x0028	0x0001
0x57EF	0x000A	0x0004	0x0028	0x0001
0x57F0	0x000A	0x0004	0x0002	0x0029
0x57F1	0x000A	0x0004	0x0002	0x0029
0x57F2	0x000A	0x0004	0x0002	0x0029
0x57F3	0x000A	0x0004	0x0002	0x0029
0x57F4	0x000A	0x0004	0x0002	0x0029
0x57F5	0x000A	0x0004	0x0002	0x0029
0x57F6	0x000A	0x0004	0x0002	0x0029
0x57F7	0x000A	0x0004	0x0002	0x0029
0x57F8	0x000A	0x0004	0x0002	0x0029
0x57F9	0x000A	0x0004	0x0002	0x0029
0x5816	0x0009	0x0004	0x0002	0x0001
0x5817	0x0009	0x0004	0x0002	0x0001
0x5818	0x0009	0x0004	0x0002	0x0001
0x5819	0x0009	0x0004	0x0002	0x0001
0x581A	0x0009	0x0004	0x0002	0x0001
0x581B	0x0009	0x0004	0x0002	0x0001
0x581C	0x0009	0x0004	0x0002	0x0001
0x581D	0x0009	0x0004	0x0002	0x0001
0x581E	0x0009	0x0004	0x0002	0x0001
0x581F	0x0009	0x0004	0x0002	0x0001
0x5820	0x000B	0x0004	0x0002	0x0001
0x5821	0x000A	0x0004	0x0002	0x0001
0xFFFF	0x0008	0x0004	0x0002	0x0001

FARTTEXTEINDIVIDUELL

Dimensions: 39 rows × 2 columns

ARTNR	ARTTEXT
0x0000	No matching error symptom
0x0001	Signal or value above threshold
0x0002	Signal or value below threshold
0x0004	No signal or value
0x0008	Implausible signal or value
0x0009	Invalid
0x000A	Performance
0x000B	Plausibility
0x000C	Low voltage
0x000D	High voltage
0x000E	Flash ROM checksum error
0x000F	Abnormal resets
0x0010	RAM error
0x0011	Overtemperature
0x0012	Circuit Low Input
0x0013	Circuit High Input
0x0014	Circuit Range / Performance
0x0015	Circuit no signal
0x0016	Low input
0x0017	High input
0x0018	Electrical failure - wrong pressure
0x0019	Short to ground - low pressure
0x001A	Short to ground - high pressure
0x001B	Open or short to battery - high pressure
0x001C	Open or Short to battery - low pressure
0x001D	Short to ground
0x001E	Open or short to battery
0x001F	Short to battery
0x0020	Open or Short to ground
0x0021	Indicated Neutral test failed
0x0022	Tie-up test failed
0x0023	Stuck OFF
0x0024	Stuck ON
0x0025	Circuit Malfunction
0x0026	Bus off
0x0027	Timeout
0x0028	Alive Counter Error
0x0029	Checksum Error
0x002A	RAM not copied to EEPROM at Shutdown

HORTTEXTE

Dimensions: 162 rows × 2 columns

ORT	ORTTEXT
0x55F1	Pressure Control Solenoid A (line pressure)
0x55F2	Pressure Control Solenoid A (line pressure)
0x55F3	Pressure Control Solenoid A (line pressure)
0x55F4	Pressure Control Solenoid B (C35R)
0x55F5	Pressure Control Solenoid B (C35R)
0x55F6	Pressure Control Solenoid B (C35R)
0x55F7	Pressure Control Solenoid C (CBR1/C456)
0x55F8	Pressure Control Solenoid C (CBR1/C456)
0x55F9	Pressure Control Solenoid C (CBR1/C456)
0x55FA	Pressure Control Solenoid D (CB26)
0x55FB	Pressure Control Solenoid D (CB26)
0x55FC	Pressure Control Solenoid D (CB26)
0x55FD	Pressure Control Solenoid E (C1234)
0x55FE	Pressure Control Solenoid E (C1234)
0x55FF	Pressure Control Solenoid E (C1234)
0x5600	Torque Converter Clutch Pressure Control Solenoid
0x5601	Torque Converter Clutch Pressure Control Solenoid
0x5602	Torque Converter Clutch Pressure Control Solenoid
0x5603	Shift Solenoid A
0x5604	Shift Solenoid A
0x5605	Shift Solenoid B
0x5606	Shift Solenoid B
0x5607	Shiftlock solenoid
0x5608	Shiftlock solenoid
0x5609	Interlock solenoid or Reverse light circuit
0x560A	Interlock solenoid or Reverse light circuit
0x5654	Input Speed Sensor
0x5655	Input Speed Sensor
0x5656	Output Speed Sensor
0x5657	Output Speed Sensor
0x5658	Transmission Range Sensor
0x5659	Transmission Fluid Pressure Switch A
0x565A	Transmission Fluid Pressure Switch A
0x565B	Transmission Fluid Pressure Switch B
0x565C	Transmission Fluid Pressure Switch B
0x565D	Transmission Fluid Pressure Switch C
0x565E	Transmission Fluid Pressure Switch C
0x565F	Transmission Fluid Pressure Switch D
0x5660	Transmission Fluid Pressure Switch D
0x5661	Transmission Fluid Pressure Switch E
0x5662	Transmission Fluid Pressure Switch E
0x5663	Steptronic Tip up circuit
0x5664	Steptronic Tip down circuit
0x5665	Manual switch circuit
0x56B8	Gear R incorrect ratio
0x56B9	Gear 1 incorrect ratio
0x56BA	Gear 2 incorrect ratio
0x56BB	Gear 3 incorrect ratio
0x56BC	Gear 4 incorrect ratio
0x56BD	Gear 5 incorrect ratio
0x56BE	Gear 6 incorrect ratio
0x56C0	Clutch gears 3, 5, and R
0x56C1	Clutch gears 3, 5, and R
0x56C2	Clutch gears 1, 4,5,6 and R
0x56C3	Clutch gears 1, 4,5,6 and R
0x56C4	Clutch gears 2 and 6
0x56C5	Clutch gears 2 and 6
0x56C6	Clutch gears 1, 2, 3 and 4
0x56C7	Clutch gears 1, 2, 3 and 4
0x56C8	Torque Converter Clutch
0x56C9	Torque Converter Clutch
0x56CA	Too many broken Latch Mode 2 Valve
0x56CB	not used
0x56CC	not used
0x571C	Battery Voltage
0x571D	Battery Voltage
0x571E	Internal TCU failure - High Side Driver #1
0x571F	Internal TCU failure - High Side Driver #1
0x5720	Internal TCU failure - High Side Driver #2
0x5721	Internal TCU failure - High Side Driver #2
0x5722	Internal TCU failure
0x5723	Internal TCU failure
0x5724	Internal TCU failure
0x5725	Internal TCU failure
0x5726	not used
0x5727	not used
0x5780	Transmission Fluid Over Temperature Condition
0x5781	Transmission Fluid Temperature Sensor
0x5782	Transmission Fluid Temperature Sensor
0x5783	Transmission Fluid Temperature Sensor
0x5785	Internal Temperature Sensor
0x5786	Internal Temperature Sensor
0x5787	Internal Temperature Sensor
0x5788	Internal Temperature Too High
0x5789	Hot Mode CC Message 1
0x578A	Hot Mode CC Message 2
0x578B	Transmission Fluid Temperature Sensor
0x578C	Internal Power-up Temperature Sensor
0x578D	Internal Substrate Temperature Sensor
0x5795	not used
0x5796	not used
0x5797	not used
0x57B2	CAN Bus Monitoring
0x57B3	Lost communication with Torque1
0x57B4	Lost communication with Torque2
0x57B5	Lost communication with Torque3
0x57B6	Lost communication with Engine1
0x57B7	Lost communication with Klemmenstatus
0x57B8	Lost communication with Drehmomentanforderung ACC
0x57B9	Lost communication with Geschwindigkeit
0x57BA	Lost communication with Status DSC
0x57BB	Lost communication with Radgeschwindigkeit
0x57BC	Lost communication with Kilometerstand/Reichweite (Kombi)
0x57BD	Lost communication with Bedienung Getriebewahlschalter
0x57BE	Lost communication with Vehicle Modus
0x57BF	Lost communication with Trailer Module Status
0x57C0	Lost communication with Outside Temperature Relative Time
0x57C1	Lost communication with Wheel Tolerance Comparision
0x57C2	Lost communication with Instrument Pack Status
0x57C3	Lost communication with Control Speed Cruise Control
0x57C4	Lost communication with Request Powertrain Wheel Torque
0x57C5	Lost communication with Torque Request DSC
0x57C6	Lost communication with Status Door Lock System
0x57C7	Lost communication with Steering Wheel Angle DSC
0x57C8	Lost communication with Brake Pressure Wheel DSC
0x57C9	Lost communication with Climate Heat Flow
0x57CA	Lost communication with Seat Occupation and Safety Belt Status
0x57D0	Lost communication with Automatic Stability Control 1
0x57D1	Lost communication with Automatic Stability Control 2
0x57D2	Lost communication with Automatic Stability Control 3
0x57D3	Lost communication with Automatic Stability Control 4
0x57D4	Lost communication with ECM / PCM 'A'
0x57D5	Lost communication with ECM / PCM 'B'
0x57D6	Lost communication with ECM / PCM 'C'
0x57D7	Lost communication with Instrumentation 2
0x57D8	Lost communication with Instrumentation 3
0x57D9	Lost communication with ECM / PCM 'D'
0x57E4	Invalid Data Received from ECM/PCM 1
0x57E5	Invalid Data Received from ECM/PCM 2
0x57E6	Invalid Data Received from ECM/PCM 3
0x57E7	Invalid Data Received from ECM/ Engine Data
0x57E8	Invalid Data Received from CAS / Terminal Status
0x57E9	Invalid Data Received from ACC / Torque Request
0x57EA	Invalid Data Received from DSC / Vehicle Speed
0x57EB	Invalid Data Received from DSC / Status DSC
0x57EC	Invalid Data Received from Vehicle Mode
0x57ED	Invalid Data Received from Request Powertrain Wheel Torque
0x57EE	Invalid Data Received from Instrument Pack Status
0x57EF	Invalid Data Received from SZ / Operation of Gear
0x57F0	CAN Message DME1 / Torque 1 Checksum Error
0x57F1	CAN Message DME1 / Torque 3 Checksum Error
0x57F2	CAN Message CAS / Terminal Status Checksum Error
0x57F3	CAN Message ACC / Torque Request Checksum Error
0x57F4	CAN Message DSC / Status DSC Checksum Error
0x57F5	CAN Message DME / Torque 2 Checksum Error
0x57F6	CAN Message DSC / Vehicle Speed Checksum Error
0x57F7	CAN Message Vehicle Mode Checksum Error
0x57F8	CAN Message Request Powertrain Wheel Torque Checksum Error
0x57F9	CAN Message Instrument Pack Status / Checksum Error
0x5816	CAN torque signal
0x5817	CAN torque reduction
0x5818	CAN accelerator pedal signal
0x5819	CAN engine temperature signal
0x581A	CAN Left Front Wheel Speed
0x581B	CAN Right Front Wheel Speed
0x581C	CAN Left Rear Wheel Speed
0x581D	CAN Right Rear Wheel Speed
0x581E	CAN Engine Speed
0x581F	CAN Terminal 15 Signal
0x5820	CAN Wheel speed Comparision to TOS
0x5821	CAN Brake switch signal
0xFFFF	unbekannter Fehlerort

HDETAILSTRUKTUR

Dimensions: 7 rows × 2 columns

NAME	TYP
F_ART_IND	ja
F_ART_ERW	nein
F_PCODE	ja
F_PCODE7	ja
F_HFK	ja
F_LZ	ja
F_UWB_ERW	ja

HUMWELTMATRIX

Dimensions: 162 rows × 5 columns

ORT	UW1_NR	UW2_NR	UW3_NR	UW4_NR
0x55F1	0x194F	0x1940	0x1941	0x1942
0x55F2	0x194F	0x1940	0x1941	0x1942
0x55F3	0x194F	0x1940	0x1941	0x1942
0x55F4	0x194F	0x1940	0x1941	0x1942
0x55F5	0x194F	0x1940	0x1941	0x1942
0x55F6	0x194F	0x1940	0x1941	0x1942
0x55F7	0x194F	0x1940	0x1941	0x1942
0x55F8	0x194F	0x1940	0x1941	0x1942
0x55F9	0x194F	0x1940	0x1941	0x1942
0x55FA	0x194F	0x1940	0x1941	0x1942
0x55FB	0x194F	0x1940	0x1941	0x1942
0x55FC	0x194F	0x1940	0x1941	0x1942
0x55FD	0x194F	0x1940	0x1941	0x1942
0x55FE	0x194F	0x1940	0x1941	0x1942
0x55FF	0x194F	0x1940	0x1941	0x1942
0x5600	0x194F	0x1940	0x1941	0x1942
0x5601	0x194F	0x1940	0x1941	0x1942
0x5602	0x194F	0x1940	0x1941	0x1942
0x5603	0x194F	0x1940	0x1941	0x1942
0x5604	0x194F	0x1940	0x1941	0x1942
0x5605	0x194F	0x1940	0x1941	0x1942
0x5606	0x194F	0x1940	0x1941	0x1942
0x5607	0x194F	0x1940	0x1941	0x1942
0x5608	0x194F	0x1940	0x1941	0x1942
0x5609	0x194F	0x1940	0x1941	0x1942
0x560A	0x194F	0x1940	0x1941	0x1942
0x5654	0x194F	0x1940	0x1941	0x1942
0x5655	0x194F	0x1940	0x1941	0x1942
0x5656	0x194F	0x1940	0x1941	0x1942
0x5657	0x194F	0x1940	0x1941	0x1942
0x5658	0x194F	0x1940	0x1941	0x1942
0x5659	0x194F	0x1940	0x1941	0x1942
0x565A	0x194F	0x1940	0x1941	0x1942
0x565B	0x194F	0x1940	0x1941	0x1942
0x565C	0x194F	0x1940	0x1941	0x1942
0x565D	0x194F	0x1940	0x1941	0x1942
0x565E	0x194F	0x1940	0x1941	0x1942
0x565F	0x194F	0x1940	0x1941	0x1942
0x5660	0x194F	0x1940	0x1941	0x1942
0x5661	0x194F	0x1940	0x1941	0x1942
0x5662	0x194F	0x1940	0x1941	0x1942
0x5663	0x194F	0x1940	0x1941	0x1942
0x5664	0x194F	0x1940	0x1941	0x1942
0x5665	0x194F	0x1940	0x1941	0x1942
0x56B8	0x194F	0x1940	0x1941	0x1942
0x56B9	0x194F	0x1940	0x1941	0x1942
0x56BA	0x194F	0x1940	0x1941	0x1942
0x56BB	0x194F	0x1940	0x1941	0x1942
0x56BC	0x194F	0x1940	0x1941	0x1942
0x56BD	0x194F	0x1940	0x1941	0x1942
0x56BE	0x194F	0x1940	0x1941	0x1942
0x56C0	0x194F	0x1940	0x1941	0x1942
0x56C1	0x194F	0x1940	0x1941	0x1942
0x56C2	0x194F	0x1940	0x1941	0x1942
0x56C3	0x194F	0x1940	0x1941	0x1942
0x56C4	0x194F	0x1940	0x1941	0x1942
0x56C5	0x194F	0x1940	0x1941	0x1942
0x56C6	0x194F	0x1940	0x1941	0x1942
0x56C7	0x194F	0x1940	0x1941	0x1942
0x56C8	0x194F	0x1940	0x1941	0x1942
0x56C9	0x194F	0x1940	0x1941	0x1942
0x56CA	0x194F	0x1940	0x1941	0x1942
0x56CB	0x194F	0x1940	0x1941	0x1942
0x56CC	0x194F	0x1940	0x1941	0x1942
0x571C	0x194F	0x1940	0x1941	0x1942
0x571D	0x194F	0x1940	0x1941	0x1942
0x571E	0x194F	0x1940	0x1941	0x1942
0x571F	0x194F	0x1940	0x1941	0x1942
0x5720	0x194F	0x1940	0x1941	0x1942
0x5721	0x194F	0x1940	0x1941	0x1942
0x5722	0x194F	0x1940	0x1941	0x1942
0x5723	0x194F	0x1940	0x1941	0x1942
0x5724	0x194F	0x1940	0x1941	0x1942
0x5725	0x194F	0x1940	0x1941	0x1942
0x5726	0x194F	0x1940	0x1941	0x1942
0x5727	0x194F	0x1940	0x1941	0x1942
0x5780	0x194F	0x1940	0x1941	0x1942
0x5781	0x194F	0x1940	0x1941	0x1942
0x5782	0x194F	0x1940	0x1941	0x1942
0x5783	0x194F	0x1940	0x1941	0x1942
0x5785	0x194F	0x1940	0x1941	0x1942
0x5786	0x194F	0x1940	0x1941	0x1942
0x5787	0x194F	0x1940	0x1941	0x1942
0x5788	0x194F	0x1940	0x1941	0x1942
0x5789	0x194F	0x1940	0x1941	0x1942
0x578A	0x194F	0x1940	0x1941	0x1942
0x578B	0x194F	0x1940	0x1941	0x1942
0x578C	0x194F	0x1940	0x1941	0x1942
0x578D	0x194F	0x1940	0x1941	0x1942
0x5795	0x194F	0x1940	0x1941	0x1942
0x5796	0x194F	0x1940	0x1941	0x1942
0x5797	0x194F	0x1940	0x1941	0x1942
0x57B2	0x194F	0x1940	0x1941	0x1942
0x57B3	0x194F	0x1940	0x1941	0x1942
0x57B4	0x194F	0x1940	0x1941	0x1942
0x57B5	0x194F	0x1940	0x1941	0x1942
0x57B6	0x194F	0x1940	0x1941	0x1942
0x57B7	0x194F	0x1940	0x1941	0x1942
0x57B8	0x194F	0x1940	0x1941	0x1942
0x57B9	0x194F	0x1940	0x1941	0x1942
0x57BA	0x194F	0x1940	0x1941	0x1942
0x57BB	0x194F	0x1940	0x1941	0x1942
0x57BC	0x194F	0x1940	0x1941	0x1942
0x57BD	0x194F	0x1940	0x1941	0x1942
0x57BE	0x194F	0x1940	0x1941	0x1942
0x57BF	0x194F	0x1940	0x1941	0x1942
0x57C0	0x194F	0x1940	0x1941	0x1942
0x57C1	0x194F	0x1940	0x1941	0x1942
0x57C2	0x194F	0x1940	0x1941	0x1942
0x57C3	0x194F	0x1940	0x1941	0x1942
0x57C4	0x194F	0x1940	0x1941	0x1942
0x57C5	0x194F	0x1940	0x1941	0x1942
0x57C6	0x194F	0x1940	0x1941	0x1942
0x57C7	0x194F	0x1940	0x1941	0x1942
0x57C8	0x194F	0x1940	0x1941	0x1942
0x57C9	0x194F	0x1940	0x1941	0x1942
0x57CA	0x194F	0x1940	0x1941	0x1942
0x57D0	0x194F	0x1940	0x1941	0x1942
0x57D1	0x194F	0x1940	0x1941	0x1942
0x57D2	0x194F	0x1940	0x1941	0x1942
0x57D3	0x194F	0x1940	0x1941	0x1942
0x57D4	0x194F	0x1940	0x1941	0x1942
0x57D5	0x194F	0x1940	0x1941	0x1942
0x57D6	0x194F	0x1940	0x1941	0x1942
0x57D7	0x194F	0x1940	0x1941	0x1942
0x57D8	0x194F	0x1940	0x1941	0x1942
0x57D9	0x194F	0x1940	0x1941	0x1942
0x57E4	0x194F	0x1940	0x1941	0x1942
0x57E5	0x194F	0x1940	0x1941	0x1942
0x57E6	0x194F	0x1940	0x1941	0x1942
0x57E7	0x194F	0x1940	0x1941	0x1942
0x57E8	0x194F	0x1940	0x1941	0x1942
0x57E9	0x194F	0x1940	0x1941	0x1942
0x57EA	0x194F	0x1940	0x1941	0x1942
0x57EB	0x194F	0x1940	0x1941	0x1942
0x57EC	0x194F	0x1940	0x1941	0x1942
0x57ED	0x194F	0x1940	0x1941	0x1942
0x57EE	0x194F	0x1940	0x1941	0x1942
0x57EF	0x194F	0x1940	0x1941	0x1942
0x57F0	0x194F	0x1940	0x1941	0x1942
0x57F1	0x194F	0x1940	0x1941	0x1942
0x57F2	0x194F	0x1940	0x1941	0x1942
0x57F3	0x194F	0x1940	0x1941	0x1942
0x57F4	0x194F	0x1940	0x1941	0x1942
0x57F5	0x194F	0x1940	0x1941	0x1942
0x57F6	0x194F	0x1940	0x1941	0x1942
0x57F7	0x194F	0x1940	0x1941	0x1942
0x57F8	0x194F	0x1940	0x1941	0x1942
0x57F9	0x194F	0x1940	0x1941	0x1942
0x5816	0x194F	0x1940	0x1941	0x1942
0x5817	0x194F	0x1940	0x1941	0x1942
0x5818	0x194F	0x1940	0x1941	0x1942
0x5819	0x194F	0x1940	0x1941	0x1942
0x581A	0x194F	0x1940	0x1941	0x1942
0x581B	0x194F	0x1940	0x1941	0x1942
0x581C	0x194F	0x1940	0x1941	0x1942
0x581D	0x194F	0x1940	0x1941	0x1942
0x581E	0x194F	0x1940	0x1941	0x1942
0x581F	0x194F	0x1940	0x1941	0x1942
0x5820	0x194F	0x1940	0x1941	0x1942
0x5821	0x194F	0x1940	0x1941	0x1942
0xFFFF	0x0	0x0	0x0	0x0

HUMWELTTEXTE

Dimensions: 33 rows × 9 columns

UWNR	UWTEXT	UW_EINH	L/H	UWTYP	NAME	MUL	DIV	ADD
0x0005	Engine Coolant Temperature	degrees C	-	signed char	-	1	1	-40
0x000C	Engine Speed	rpm	high	unsigned int	-	25	100	0
0x000D	Vehicle Speed	kph	-	unsigned char	-	1	1	0
0x000F	Intake Air Temperature	degrees C	-	signed char	-	1	1	-40
0x0021	Distance With Malfunction Indicator Lamp On	km	high	unsigned int	-	1	1	0
0x0030	Warm-Up Cycles Since Code Clear	counts	-	unsigned char	-	1	1	0
0x0031	Distance Since Code Clear	counts	-	unsigned char	-	1	1	0
0x0042	Control Module Voltage	volt	high	unsigned int	-	1	1000	0
0x1141	Run/Crank Voltage	volt	-	unsigned char	-	1	10	0
0x11A1	Engine Run Time	seconds	high	unsigned int	-	1	1	0
0x1232	Emissions Warm-Up Counter	counts	-	unsigned char	-	1	1	0
0x1233	Non Emissions Warm-Up Counter	counts	-	unsigned char	-	1	1	0
0x1234	Distance Since Code Clear	km	high	unsigned int	-	5	1	0
0x1940	Transmission Oil Temperature	degrees C	high	signed int	-	1	1	-40
0x1941	Transmission Input Speed	rpm	high	unsigned int	-	125	1000	0
0x1942	Transmission Output Speed	rpm	high	unsigned int	-	125	1000	0
0x194C	Transmission 4-5 Upshift Time	second	-	unsigned char	-	25	1000	0
0x194F	Transmission PRNDL Range	0-n	-	0x00FF	PRNDL	-	-	-
0x195D	Transfer Case Ratio	ratio	high	unsigned int	-	1	4096	0
0x1970	Torque Converter Clutch PWM Duty Cycle	%	-	unsigned char	-	100	256	0
0x1975	Transmission Component Slipping Counter	counts	-	unsigned char	-	1	1	0
0x1976	Modeled Torque Converter Speed Ratio	ratio	-	unsigned char	-	1	128	0
0x1991	Torque Converter Clutch Slip	rpm	-	signed char	-	125	1000	0
0x1992	Transmission Upshift Time	second	-	unsigned char	-	25	1000	0
0x1993	Transmission 1-2 Upshift Time	second	-	unsigned char	-	25	1000	0
0x1994	Transmission 2-3 Upshift Time	second	-	unsigned char	-	25	1000	0
0x1995	Transmission 3-4 Upshift Time	second	-	unsigned char	-	25	1000	0
0x199A	Transmission Commanded Gear	0-n	-	0x00FF	CommandedGear	-	-	-
0x19A0	Transmission Upshift Delay Time	second	-	unsigned char	-	25	1000	0
0x19CC	Transmission Steady State Slip Counter	count	-	unsigned char	-	1	1	0
0x19D0	Transmission Steady State Pressure Mode	0-n	-	0x00FF	TSSPressureMode	-	-	-
0x1A01	Torque Converter Speed Ratio	ratio	high	unsigned int	-	1	8192	0
0x1A13	Torque Converter Clutch Mode	0-n	-	0x00FF	TCCMode	-	-	-

HARTTYP

Dimensions: 162 rows × 5 columns

ORT	PLAUS	SIG	MIN	MAX
0x55F1	0x000A	0x0004	0x0019	0x0001
0x55F2	0x000A	0x0004	0x0002	0x001B
0x55F3	0x0018	0x0004	0x0002	0x0001
0x55F4	0x000A	0x0004	0x0019	0x0001
0x55F5	0x000A	0x0004	0x0002	0x001B
0x55F6	0x0018	0x0004	0x0002	0x0001
0x55F7	0x000A	0x0004	0x0019	0x0001
0x55F8	0x000A	0x0004	0x0002	0x001B
0x55F9	0x0018	0x0004	0x0002	0x0001
0x55FA	0x000A	0x0004	0x0002	0x001A
0x55FB	0x000A	0x0004	0x001C	0x0001
0x55FC	0x0018	0x0004	0x0002	0x0001
0x55FD	0x000A	0x0004	0x0002	0x001A
0x55FE	0x000A	0x0004	0x001C	0x0001
0x55FF	0x0018	0x0004	0x0002	0x0001
0x5600	0x000A	0x0004	0x001C	0x0001
0x5601	0x000A	0x0004	0x0002	0x001A
0x5602	0x0018	0x0004	0x0002	0x0001
0x5603	0x000A	0x0004	0x001D	0x0001
0x5604	0x000A	0x0004	0x0002	0x001E
0x5605	0x000A	0x0004	0x001D	0x0001
0x5606	0x000A	0x0004	0x0002	0x001E
0x5607	0x000A	0x0004	0x0002	0x001D
0x5608	0x000A	0x0004	0x001E	0x0001
0x5609	0x000A	0x0004	0x0002	0x001D
0x560A	0x000A	0x0004	0x001E	0x0001
0x5654	0x0014	0x0004	0x0002	0x0001
0x5655	0x000A	0x0015	0x0002	0x0001
0x5656	0x000A	0x0015	0x0002	0x0001
0x5657	0x0014	0x0004	0x0002	0x0001
0x5658	0x0025	0x0004	0x0002	0x0001
0x5659	0x000A	0x0004	0x0016	0x0001
0x565A	0x000A	0x0004	0x0002	0x0017
0x565B	0x000A	0x0004	0x0016	0x0001
0x565C	0x000A	0x0004	0x0002	0x0017
0x565D	0x000A	0x0004	0x0016	0x0001
0x565E	0x000A	0x0004	0x0002	0x0017
0x565F	0x000A	0x0004	0x0016	0x0001
0x5660	0x000A	0x0004	0x0002	0x0017
0x5661	0x000A	0x0004	0x0016	0x0001
0x5662	0x000A	0x0004	0x0002	0x0017
0x5663	0x000B	0x0004	0x0002	0x0001
0x5664	0x000B	0x0004	0x0002	0x0001
0x5665	0x000B	0x0004	0x0002	0x0001
0x56B8	0x000A	0x0004	0x0002	0x0001
0x56B9	0x000A	0x0004	0x0002	0x0001
0x56BA	0x000A	0x0004	0x0002	0x0001
0x56BB	0x000A	0x0004	0x0002	0x0001
0x56BC	0x000A	0x0004	0x0002	0x0001
0x56BD	0x000A	0x0004	0x0002	0x0001
0x56BE	0x000A	0x0004	0x0002	0x0001
0x56C0	0x0021	0x0004	0x0002	0x0001
0x56C1	0x0022	0x0004	0x0002	0x0001
0x56C2	0x0021	0x0004	0x0002	0x0001
0x56C3	0x0022	0x0004	0x0002	0x0001
0x56C4	0x0021	0x0004	0x0002	0x0001
0x56C5	0x0022	0x0004	0x0002	0x0001
0x56C6	0x0021	0x0004	0x0002	0x0001
0x56C7	0x0022	0x0004	0x0002	0x0001
0x56C8	0x0023	0x0004	0x0002	0x0001
0x56C9	0x0024	0x0004	0x0002	0x0001
0x56CA	0x000A	0x0004	0x0002	0x0001
0x56CB	0x0024	0x0004	0x0002	0x0001
0x56CC	0x0023	0x0004	0x0002	0x0001
0x571C	0x0008	0x0004	0x000C	0x0001
0x571D	0x0008	0x0004	0x0002	0x000D
0x571E	0x000A	0x0020	0x0002	0x0001
0x571F	0x000A	0x0004	0x0002	0x001F
0x5720	0x000A	0x0020	0x0002	0x0001
0x5721	0x000A	0x0004	0x0002	0x001F
0x5722	0x000E	0x0004	0x0002	0x0001
0x5723	0x000F	0x0004	0x0002	0x0001
0x5724	0x0010	0x0004	0x0002	0x0001
0x5725	0x0008	0x0004	0x0002	0x0001
0x5726	0x0008	0x0004	0x0002	0x0001
0x5727	0x0008	0x0004	0x0002	0x0001
0x5780	0x0008	0x0004	0x0002	0x0011
0x5781	0x0014	0x0004	0x0002	0x0001
0x5782	0x000A	0x0004	0x0002	0x0012
0x5783	0x000A	0x0004	0x0013	0x0001
0x5785	0x000A	0x0004	0x0002	0x0001
0x5786	0x000A	0x0004	0x0002	0x0012
0x5787	0x000A	0x0004	0x0013	0x0001
0x5788	0x0008	0x0004	0x0002	0x0011
0x5789	0x000A	0x0004	0x0002	0x0011
0x578A	0x000A	0x0004	0x0002	0x0011
0x578B	0x000B	0x0004	0x0002	0x0001
0x578C	0x000B	0x0004	0x0002	0x0001
0x578D	0x000B	0x0004	0x0002	0x0001
0x5795	0x000A	0x0004	0x0002	0x0001
0x5796	0x000A	0x0004	0x0002	0x0001
0x5797	0x000A	0x0004	0x0002	0x0001
0x57B2	0x0026	0x0004	0x0002	0x0001
0x57B3	0x000A	0x0027	0x0002	0x0001
0x57B4	0x000A	0x0027	0x0002	0x0001
0x57B5	0x000A	0x0027	0x0002	0x0001
0x57B6	0x000A	0x0027	0x0002	0x0001
0x57B7	0x000A	0x0027	0x0002	0x0001
0x57B8	0x000A	0x0027	0x0002	0x0001
0x57B9	0x000A	0x0027	0x0002	0x0001
0x57BA	0x000A	0x0027	0x0002	0x0001
0x57BB	0x000A	0x0027	0x0002	0x0001
0x57BC	0x000A	0x0027	0x0002	0x0001
0x57BD	0x000A	0x0027	0x0002	0x0001
0x57BE	0x000A	0x0027	0x0002	0x0001
0x57BF	0x000A	0x0027	0x0002	0x0001
0x57C0	0x000A	0x0027	0x0002	0x0001
0x57C1	0x000A	0x0027	0x0002	0x0001
0x57C2	0x000A	0x0027	0x0002	0x0001
0x57C3	0x000A	0x0027	0x0002	0x0001
0x57C4	0x000A	0x0027	0x0002	0x0001
0x57C5	0x000A	0x0027	0x0002	0x0001
0x57C6	0x000A	0x0027	0x0002	0x0001
0x57C7	0x000A	0x0027	0x0002	0x0001
0x57C8	0x000A	0x0027	0x0002	0x0001
0x57C9	0x000A	0x0027	0x0002	0x0001
0x57CA	0x000A	0x0027	0x0002	0x0001
0x57D0	0x000A	0x0027	0x0002	0x0001
0x57D1	0x000A	0x0027	0x0002	0x0001
0x57D2	0x000A	0x0027	0x0002	0x0001
0x57D3	0x000A	0x0027	0x0002	0x0001
0x57D4	0x000A	0x0027	0x0002	0x0001
0x57D5	0x000A	0x0027	0x0002	0x0001
0x57D6	0x000A	0x0027	0x0002	0x0001
0x57D7	0x000A	0x0027	0x0002	0x0001
0x57D8	0x000A	0x0027	0x0002	0x0001
0x57D9	0x000A	0x0027	0x0002	0x0001
0x57E4	0x000A	0x0004	0x0028	0x0001
0x57E5	0x000A	0x0004	0x0028	0x0001
0x57E6	0x000A	0x0004	0x0028	0x0001
0x57E7	0x000A	0x0004	0x0028	0x0001
0x57E8	0x000A	0x0004	0x0028	0x0001
0x57E9	0x000A	0x0004	0x0028	0x0001
0x57EA	0x000A	0x0004	0x0028	0x0001
0x57EB	0x000A	0x0004	0x0028	0x0001
0x57EC	0x000A	0x0004	0x0028	0x0001
0x57ED	0x000A	0x0004	0x0028	0x0001
0x57EE	0x000A	0x0004	0x0028	0x0001
0x57EF	0x000A	0x0004	0x0028	0x0001
0x57F0	0x000A	0x0004	0x0002	0x0029
0x57F1	0x000A	0x0004	0x0002	0x0029
0x57F2	0x000A	0x0004	0x0002	0x0029
0x57F3	0x000A	0x0004	0x0002	0x0029
0x57F4	0x000A	0x0004	0x0002	0x0029
0x57F5	0x000A	0x0004	0x0002	0x0029
0x57F6	0x000A	0x0004	0x0002	0x0029
0x57F7	0x000A	0x0004	0x0002	0x0029
0x57F8	0x000A	0x0004	0x0002	0x0029
0x57F9	0x000A	0x0004	0x0002	0x0029
0x5816	0x0009	0x0004	0x0002	0x0001
0x5817	0x0009	0x0004	0x0002	0x0001
0x5818	0x0009	0x0004	0x0002	0x0001
0x5819	0x0009	0x0004	0x0002	0x0001
0x581A	0x0009	0x0004	0x0002	0x0001
0x581B	0x0009	0x0004	0x0002	0x0001
0x581C	0x0009	0x0004	0x0002	0x0001
0x581D	0x0009	0x0004	0x0002	0x0001
0x581E	0x0009	0x0004	0x0002	0x0001
0x581F	0x0009	0x0004	0x0002	0x0001
0x5820	0x000B	0x0004	0x0002	0x0001
0x5821	0x000A	0x0004	0x0002	0x0001
0xFFFF	0x0008	0x0004	0x0002	0x0001

HARTTEXTEINDIVIDUELL

Dimensions: 39 rows × 2 columns

ARTNR	ARTTEXT
0x0000	No matching error symptom
0x0001	Signal or value above threshold
0x0002	Signal or value below threshold
0x0004	No signal or value
0x0008	Implausible signal or value
0x0009	Invalid
0x000A	Performance
0x000B	Plausibility
0x000C	Low voltage
0x000D	High voltage
0x000E	Flash ROM checksum error
0x000F	Abnormal resets
0x0010	RAM error
0x0011	Overtemperature
0x0012	Circuit Low Input
0x0013	Circuit High Input
0x0014	Circuit Range / Performance
0x0015	Circuit no signal
0x0016	Low input
0x0017	High input
0x0018	Electrical failure - wrong pressure
0x0019	Short to ground - low pressure
0x001A	Short to ground - high pressure
0x001B	Open or short to battery - high pressure
0x001C	Open or Short to battery - low pressure
0x001D	Short to ground
0x001E	Open or short to battery
0x001F	Short to battery
0x0020	Open or Short to ground
0x0021	Indicated Neutral test failed
0x0022	Tie-up test failed
0x0023	Stuck OFF
0x0024	Stuck ON
0x0025	Circuit Malfunction
0x0026	Bus off
0x0027	Timeout
0x0028	Alive Counter Error
0x0029	Checksum Error
0x002A	RAM not copied to EEPROM at Shutdown

IORTTEXTE

Dimensions: 162 rows × 2 columns

ORT	ORTTEXT
0x55F1	Pressure Control Solenoid A (line pressure)
0x55F2	Pressure Control Solenoid A (line pressure)
0x55F3	Pressure Control Solenoid A (line pressure)
0x55F4	Pressure Control Solenoid B (C35R)
0x55F5	Pressure Control Solenoid B (C35R)
0x55F6	Pressure Control Solenoid B (C35R)
0x55F7	Pressure Control Solenoid C (CBR1/C456)
0x55F8	Pressure Control Solenoid C (CBR1/C456)
0x55F9	Pressure Control Solenoid C (CBR1/C456)
0x55FA	Pressure Control Solenoid D (CB26)
0x55FB	Pressure Control Solenoid D (CB26)
0x55FC	Pressure Control Solenoid D (CB26)
0x55FD	Pressure Control Solenoid E (C1234)
0x55FE	Pressure Control Solenoid E (C1234)
0x55FF	Pressure Control Solenoid E (C1234)
0x5600	Torque Converter Clutch Pressure Control Solenoid
0x5601	Torque Converter Clutch Pressure Control Solenoid
0x5602	Torque Converter Clutch Pressure Control Solenoid
0x5603	Shift Solenoid A
0x5604	Shift Solenoid A
0x5605	Shift Solenoid B
0x5606	Shift Solenoid B
0x5607	Shiftlock solenoid
0x5608	Shiftlock solenoid
0x5609	Interlock solenoid or Reverse light circuit
0x560A	Interlock solenoid or Reverse light circuit
0x5654	Input Speed Sensor
0x5655	Input Speed Sensor
0x5656	Output Speed Sensor
0x5657	Output Speed Sensor
0x5658	Transmission Range Sensor
0x5659	Transmission Fluid Pressure Switch A
0x565A	Transmission Fluid Pressure Switch A
0x565B	Transmission Fluid Pressure Switch B
0x565C	Transmission Fluid Pressure Switch B
0x565D	Transmission Fluid Pressure Switch C
0x565E	Transmission Fluid Pressure Switch C
0x565F	Transmission Fluid Pressure Switch D
0x5660	Transmission Fluid Pressure Switch D
0x5661	Transmission Fluid Pressure Switch E
0x5662	Transmission Fluid Pressure Switch E
0x5663	Steptronic Tip up circuit
0x5664	Steptronic Tip down circuit
0x5665	Manual switch circuit
0x56B8	Gear R incorrect ratio
0x56B9	Gear 1 incorrect ratio
0x56BA	Gear 2 incorrect ratio
0x56BB	Gear 3 incorrect ratio
0x56BC	Gear 4 incorrect ratio
0x56BD	Gear 5 incorrect ratio
0x56BE	Gear 6 incorrect ratio
0x56C0	Clutch gears 3, 5, and R
0x56C1	Clutch gears 3, 5, and R
0x56C2	Clutch gears 1, 4,5,6 and R
0x56C3	Clutch gears 1, 4,5,6 and R
0x56C4	Clutch gears 2 and 6
0x56C5	Clutch gears 2 and 6
0x56C6	Clutch gears 1, 2, 3 and 4
0x56C7	Clutch gears 1, 2, 3 and 4
0x56C8	Torque Converter Clutch
0x56C9	Torque Converter Clutch
0x56CA	Too many broken Latch Mode 2 Valve
0x56CB	not used
0x56CC	not used
0x571C	Battery Voltage
0x571D	Battery Voltage
0x571E	Internal TCU failure - High Side Driver #1
0x571F	Internal TCU failure - High Side Driver #1
0x5720	Internal TCU failure - High Side Driver #2
0x5721	Internal TCU failure - High Side Driver #2
0x5722	Internal TCU failure
0x5723	Internal TCU failure
0x5724	Internal TCU failure
0x5725	Internal TCU failure
0x5726	not used
0x5727	not used
0x5780	Transmission Fluid Over Temperature Condition
0x5781	Transmission Fluid Temperature Sensor
0x5782	Transmission Fluid Temperature Sensor
0x5783	Transmission Fluid Temperature Sensor
0x5785	Internal Temperature Sensor
0x5786	Internal Temperature Sensor
0x5787	Internal Temperature Sensor
0x5788	Internal Temperature Too High
0x5789	Hot Mode CC Message 1
0x578A	Hot Mode CC Message 2
0x578B	Transmission Fluid Temperature Sensor
0x578C	Internal Power-up Temperature Sensor
0x578D	Internal Substrate Temperature Sensor
0x5795	not used
0x5796	not used
0x5797	not used
0x57B2	CAN Bus Monitoring
0x57B3	Lost communication with Torque1
0x57B4	Lost communication with Torque2
0x57B5	Lost communication with Torque3
0x57B6	Lost communication with Engine1
0x57B7	Lost communication with Klemmenstatus
0x57B8	Lost communication with Drehmomentanforderung ACC
0x57B9	Lost communication with Geschwindigkeit
0x57BA	Lost communication with Status DSC
0x57BB	Lost communication with Radgeschwindigkeit
0x57BC	Lost communication with Kilometerstand/Reichweite (Kombi)
0x57BD	Lost communication with Bedienung Getriebewahlschalter
0x57BE	Lost communication with Vehicle Modus
0x57BF	Lost communication with Trailer Module Status
0x57C0	Lost communication with Outside Temperature Relative Time
0x57C1	Lost communication with Wheel Tolerance Comparision
0x57C2	Lost communication with Instrument Pack Status
0x57C3	Lost communication with Control Speed Cruise Control
0x57C4	Lost communication with Request Powertrain Wheel Torque
0x57C5	Lost communication with Torque Request DSC
0x57C6	Lost communication with Status Door Lock System
0x57C7	Lost communication with Steering Wheel Angle DSC
0x57C8	Lost communication with Brake Pressure Wheel DSC
0x57C9	Lost communication with Climate Heat Flow
0x57CA	Lost communication with Seat Occupation and Safety Belt Status
0x57D0	Lost communication with Automatic Stability Control 1
0x57D1	Lost communication with Automatic Stability Control 2
0x57D2	Lost communication with Automatic Stability Control 3
0x57D3	Lost communication with Automatic Stability Control 4
0x57D4	Lost communication with ECM / PCM 'A'
0x57D5	Lost communication with ECM / PCM 'B'
0x57D6	Lost communication with ECM / PCM 'C'
0x57D7	Lost communication with Instrumentation 2
0x57D8	Lost communication with Instrumentation 3
0x57D9	Lost communication with ECM / PCM 'D'
0x57E4	Invalid Data Received from ECM/PCM 1
0x57E5	Invalid Data Received from ECM/PCM 2
0x57E6	Invalid Data Received from ECM/PCM 3
0x57E7	Invalid Data Received from ECM/ Engine Data
0x57E8	Invalid Data Received from CAS / Terminal Status
0x57E9	Invalid Data Received from ACC / Torque Request
0x57EA	Invalid Data Received from DSC / Vehicle Speed
0x57EB	Invalid Data Received from DSC / Status DSC
0x57EC	Invalid Data Received from Vehicle Mode
0x57ED	Invalid Data Received from Request Powertrain Wheel Torque
0x57EE	Invalid Data Received from Instrument Pack Status
0x57EF	Invalid Data Received from SZ / Operation of Gear
0x57F0	CAN Message DME1 / Torque 1 Checksum Error
0x57F1	CAN Message DME1 / Torque 3 Checksum Error
0x57F2	CAN Message CAS / Terminal Status Checksum Error
0x57F3	CAN Message ACC / Torque Request Checksum Error
0x57F4	CAN Message DSC / Status DSC Checksum Error
0x57F5	CAN Message DME / Torque 2 Checksum Error
0x57F6	CAN Message DSC / Vehicle Speed Checksum Error
0x57F7	CAN Message Vehicle Mode Checksum Error
0x57F8	CAN Message Request Powertrain Wheel Torque Checksum Error
0x57F9	CAN Message Instrument Pack Status / Checksum Error
0x5816	CAN torque signal
0x5817	CAN torque reduction
0x5818	CAN accelerator pedal signal
0x5819	CAN engine temperature signal
0x581A	CAN Left Front Wheel Speed
0x581B	CAN Right Front Wheel Speed
0x581C	CAN Left Rear Wheel Speed
0x581D	CAN Right Rear Wheel Speed
0x581E	CAN Engine Speed
0x581F	CAN Terminal 15 Signal
0x5820	CAN Wheel speed Comparision to TOS
0x5821	CAN Brake switch signal
0xFFFF	unbekannter Fehlerort

IDETAILSTRUKTUR

Dimensions: 7 rows × 2 columns

NAME	TYP
F_ART_IND	ja
F_ART_ERW	nein
F_PCODE	ja
F_PCODE7	ja
F_HFK	ja
F_LZ	ja
F_UWB_ERW	ja

IUMWELTMATRIX

Dimensions: 162 rows × 5 columns

ORT	UW1_NR	UW2_NR	UW3_NR	UW4_NR
0x55F1	0x194F	0x1940	0x1941	0x1942
0x55F2	0x194F	0x1940	0x1941	0x1942
0x55F3	0x194F	0x1940	0x1941	0x1942
0x55F4	0x194F	0x1940	0x1941	0x1942
0x55F5	0x194F	0x1940	0x1941	0x1942
0x55F6	0x194F	0x1940	0x1941	0x1942
0x55F7	0x194F	0x1940	0x1941	0x1942
0x55F8	0x194F	0x1940	0x1941	0x1942
0x55F9	0x194F	0x1940	0x1941	0x1942
0x55FA	0x194F	0x1940	0x1941	0x1942
0x55FB	0x194F	0x1940	0x1941	0x1942
0x55FC	0x194F	0x1940	0x1941	0x1942
0x55FD	0x194F	0x1940	0x1941	0x1942
0x55FE	0x194F	0x1940	0x1941	0x1942
0x55FF	0x194F	0x1940	0x1941	0x1942
0x5600	0x194F	0x1940	0x1941	0x1942
0x5601	0x194F	0x1940	0x1941	0x1942
0x5602	0x194F	0x1940	0x1941	0x1942
0x5603	0x194F	0x1940	0x1941	0x1942
0x5604	0x194F	0x1940	0x1941	0x1942
0x5605	0x194F	0x1940	0x1941	0x1942
0x5606	0x194F	0x1940	0x1941	0x1942
0x5607	0x194F	0x1940	0x1941	0x1942
0x5608	0x194F	0x1940	0x1941	0x1942
0x5609	0x194F	0x1940	0x1941	0x1942
0x560A	0x194F	0x1940	0x1941	0x1942
0x5654	0x194F	0x1940	0x1941	0x1942
0x5655	0x194F	0x1940	0x1941	0x1942
0x5656	0x194F	0x1940	0x1941	0x1942
0x5657	0x194F	0x1940	0x1941	0x1942
0x5658	0x194F	0x1940	0x1941	0x1942
0x5659	0x194F	0x1940	0x1941	0x1942
0x565A	0x194F	0x1940	0x1941	0x1942
0x565B	0x194F	0x1940	0x1941	0x1942
0x565C	0x194F	0x1940	0x1941	0x1942
0x565D	0x194F	0x1940	0x1941	0x1942
0x565E	0x194F	0x1940	0x1941	0x1942
0x565F	0x194F	0x1940	0x1941	0x1942
0x5660	0x194F	0x1940	0x1941	0x1942
0x5661	0x194F	0x1940	0x1941	0x1942
0x5662	0x194F	0x1940	0x1941	0x1942
0x5663	0x194F	0x1940	0x1941	0x1942
0x5664	0x194F	0x1940	0x1941	0x1942
0x5665	0x194F	0x1940	0x1941	0x1942
0x56B8	0x194F	0x1940	0x1941	0x1942
0x56B9	0x194F	0x1940	0x1941	0x1942
0x56BA	0x194F	0x1940	0x1941	0x1942
0x56BB	0x194F	0x1940	0x1941	0x1942
0x56BC	0x194F	0x1940	0x1941	0x1942
0x56BD	0x194F	0x1940	0x1941	0x1942
0x56BE	0x194F	0x1940	0x1941	0x1942
0x56C0	0x194F	0x1940	0x1941	0x1942
0x56C1	0x194F	0x1940	0x1941	0x1942
0x56C2	0x194F	0x1940	0x1941	0x1942
0x56C3	0x194F	0x1940	0x1941	0x1942
0x56C4	0x194F	0x1940	0x1941	0x1942
0x56C5	0x194F	0x1940	0x1941	0x1942
0x56C6	0x194F	0x1940	0x1941	0x1942
0x56C7	0x194F	0x1940	0x1941	0x1942
0x56C8	0x194F	0x1940	0x1941	0x1942
0x56C9	0x194F	0x1940	0x1941	0x1942
0x56CA	0x194F	0x1940	0x1941	0x1942
0x56CB	0x194F	0x1940	0x1941	0x1942
0x56CC	0x194F	0x1940	0x1941	0x1942
0x571C	0x194F	0x1940	0x1941	0x1942
0x571D	0x194F	0x1940	0x1941	0x1942
0x571E	0x194F	0x1940	0x1941	0x1942
0x571F	0x194F	0x1940	0x1941	0x1942
0x5720	0x194F	0x1940	0x1941	0x1942
0x5721	0x194F	0x1940	0x1941	0x1942
0x5722	0x194F	0x1940	0x1941	0x1942
0x5723	0x194F	0x1940	0x1941	0x1942
0x5724	0x194F	0x1940	0x1941	0x1942
0x5725	0x194F	0x1940	0x1941	0x1942
0x5726	0x194F	0x1940	0x1941	0x1942
0x5727	0x194F	0x1940	0x1941	0x1942
0x5780	0x194F	0x1940	0x1941	0x1942
0x5781	0x194F	0x1940	0x1941	0x1942
0x5782	0x194F	0x1940	0x1941	0x1942
0x5783	0x194F	0x1940	0x1941	0x1942
0x5785	0x194F	0x1940	0x1941	0x1942
0x5786	0x194F	0x1940	0x1941	0x1942
0x5787	0x194F	0x1940	0x1941	0x1942
0x5788	0x194F	0x1940	0x1941	0x1942
0x5789	0x194F	0x1940	0x1941	0x1942
0x578A	0x194F	0x1940	0x1941	0x1942
0x578B	0x194F	0x1940	0x1941	0x1942
0x578C	0x194F	0x1940	0x1941	0x1942
0x578D	0x194F	0x1940	0x1941	0x1942
0x5795	0x194F	0x1940	0x1941	0x1942
0x5796	0x194F	0x1940	0x1941	0x1942
0x5797	0x194F	0x1940	0x1941	0x1942
0x57B2	0x194F	0x1940	0x1941	0x1942
0x57B3	0x194F	0x1940	0x1941	0x1942
0x57B4	0x194F	0x1940	0x1941	0x1942
0x57B5	0x194F	0x1940	0x1941	0x1942
0x57B6	0x194F	0x1940	0x1941	0x1942
0x57B7	0x194F	0x1940	0x1941	0x1942
0x57B8	0x194F	0x1940	0x1941	0x1942
0x57B9	0x194F	0x1940	0x1941	0x1942
0x57BA	0x194F	0x1940	0x1941	0x1942
0x57BB	0x194F	0x1940	0x1941	0x1942
0x57BC	0x194F	0x1940	0x1941	0x1942
0x57BD	0x194F	0x1940	0x1941	0x1942
0x57BE	0x194F	0x1940	0x1941	0x1942
0x57BF	0x194F	0x1940	0x1941	0x1942
0x57C0	0x194F	0x1940	0x1941	0x1942
0x57C1	0x194F	0x1940	0x1941	0x1942
0x57C2	0x194F	0x1940	0x1941	0x1942
0x57C3	0x194F	0x1940	0x1941	0x1942
0x57C4	0x194F	0x1940	0x1941	0x1942
0x57C5	0x194F	0x1940	0x1941	0x1942
0x57C6	0x194F	0x1940	0x1941	0x1942
0x57C7	0x194F	0x1940	0x1941	0x1942
0x57C8	0x194F	0x1940	0x1941	0x1942
0x57C9	0x194F	0x1940	0x1941	0x1942
0x57CA	0x194F	0x1940	0x1941	0x1942
0x57D0	0x194F	0x1940	0x1941	0x1942
0x57D1	0x194F	0x1940	0x1941	0x1942
0x57D2	0x194F	0x1940	0x1941	0x1942
0x57D3	0x194F	0x1940	0x1941	0x1942
0x57D4	0x194F	0x1940	0x1941	0x1942
0x57D5	0x194F	0x1940	0x1941	0x1942
0x57D6	0x194F	0x1940	0x1941	0x1942
0x57D7	0x194F	0x1940	0x1941	0x1942
0x57D8	0x194F	0x1940	0x1941	0x1942
0x57D9	0x194F	0x1940	0x1941	0x1942
0x57E4	0x194F	0x1940	0x1941	0x1942
0x57E5	0x194F	0x1940	0x1941	0x1942
0x57E6	0x194F	0x1940	0x1941	0x1942
0x57E7	0x194F	0x1940	0x1941	0x1942
0x57E8	0x194F	0x1940	0x1941	0x1942
0x57E9	0x194F	0x1940	0x1941	0x1942
0x57EA	0x194F	0x1940	0x1941	0x1942
0x57EB	0x194F	0x1940	0x1941	0x1942
0x57EC	0x194F	0x1940	0x1941	0x1942
0x57ED	0x194F	0x1940	0x1941	0x1942
0x57EE	0x194F	0x1940	0x1941	0x1942
0x57EF	0x194F	0x1940	0x1941	0x1942
0x57F0	0x194F	0x1940	0x1941	0x1942
0x57F1	0x194F	0x1940	0x1941	0x1942
0x57F2	0x194F	0x1940	0x1941	0x1942
0x57F3	0x194F	0x1940	0x1941	0x1942
0x57F4	0x194F	0x1940	0x1941	0x1942
0x57F5	0x194F	0x1940	0x1941	0x1942
0x57F6	0x194F	0x1940	0x1941	0x1942
0x57F7	0x194F	0x1940	0x1941	0x1942
0x57F8	0x194F	0x1940	0x1941	0x1942
0x57F9	0x194F	0x1940	0x1941	0x1942
0x5816	0x194F	0x1940	0x1941	0x1942
0x5817	0x194F	0x1940	0x1941	0x1942
0x5818	0x194F	0x1940	0x1941	0x1942
0x5819	0x194F	0x1940	0x1941	0x1942
0x581A	0x194F	0x1940	0x1941	0x1942
0x581B	0x194F	0x1940	0x1941	0x1942
0x581C	0x194F	0x1940	0x1941	0x1942
0x581D	0x194F	0x1940	0x1941	0x1942
0x581E	0x194F	0x1940	0x1941	0x1942
0x581F	0x194F	0x1940	0x1941	0x1942
0x5820	0x194F	0x1940	0x1941	0x1942
0x5821	0x194F	0x1940	0x1941	0x1942
0xFFFF	0x0	0x0	0x0	0x0

IUMWELTTEXTE

Dimensions: 33 rows × 9 columns

UWNR	UWTEXT	UW_EINH	L/H	UWTYP	NAME	MUL	DIV	ADD
0x0005	Engine Coolant Temperature	degrees C	-	signed char	-	1	1	-40
0x000C	Engine Speed	rpm	high	unsigned int	-	25	100	0
0x000D	Vehicle Speed	kph	-	unsigned char	-	1	1	0
0x000F	Intake Air Temperature	degrees C	-	signed char	-	1	1	-40
0x0021	Distance With Malfunction Indicator Lamp On	km	high	unsigned int	-	1	1	0
0x0030	Warm-Up Cycles Since Code Clear	counts	-	unsigned char	-	1	1	0
0x0031	Distance Since Code Clear	counts	-	unsigned char	-	1	1	0
0x0042	Control Module Voltage	volt	high	unsigned int	-	1	1000	0
0x1141	Run/Crank Voltage	volt	-	unsigned char	-	1	10	0
0x11A1	Engine Run Time	seconds	high	unsigned int	-	1	1	0
0x1232	Emissions Warm-Up Counter	counts	-	unsigned char	-	1	1	0
0x1233	Non Emissions Warm-Up Counter	counts	-	unsigned char	-	1	1	0
0x1234	Distance Since Code Clear	km	high	unsigned int	-	5	1	0
0x1940	Transmission Oil Temperature	degrees C	high	signed int	-	1	1	-40
0x1941	Transmission Input Speed	rpm	high	unsigned int	-	125	1000	0
0x1942	Transmission Output Speed	rpm	high	unsigned int	-	125	1000	0
0x194C	Transmission 4-5 Upshift Time	second	-	unsigned char	-	25	1000	0
0x194F	Transmission PRNDL Range	0-n	-	0x00FF	PRNDL	-	-	-
0x195D	Transfer Case Ratio	ratio	high	unsigned int	-	1	4096	0
0x1970	Torque Converter Clutch PWM Duty Cycle	%	-	unsigned char	-	100	256	0
0x1975	Transmission Component Slipping Counter	counts	-	unsigned char	-	1	1	0
0x1976	Modeled Torque Converter Speed Ratio	ratio	-	unsigned char	-	1	128	0
0x1991	Torque Converter Clutch Slip	rpm	-	signed char	-	125	1000	0
0x1992	Transmission Upshift Time	second	-	unsigned char	-	25	1000	0
0x1993	Transmission 1-2 Upshift Time	second	-	unsigned char	-	25	1000	0
0x1994	Transmission 2-3 Upshift Time	second	-	unsigned char	-	25	1000	0
0x1995	Transmission 3-4 Upshift Time	second	-	unsigned char	-	25	1000	0
0x199A	Transmission Commanded Gear	0-n	-	0x00FF	CommandedGear	-	-	-
0x19A0	Transmission Upshift Delay Time	second	-	unsigned char	-	25	1000	0
0x19CC	Transmission Steady State Slip Counter	count	-	unsigned char	-	1	1	0
0x19D0	Transmission Steady State Pressure Mode	0-n	-	0x00FF	TSSPressureMode	-	-	-
0x1A01	Torque Converter Speed Ratio	ratio	high	unsigned int	-	1	8192	0
0x1A13	Torque Converter Clutch Mode	0-n	-	0x00FF	TCCMode	-	-	-

IARTTYP

Dimensions: 162 rows × 5 columns

ORT	PLAUS	SIG	MIN	MAX
0x55F1	0x000A	0x0004	0x0019	0x0001
0x55F2	0x000A	0x0004	0x0002	0x001B
0x55F3	0x0018	0x0004	0x0002	0x0001
0x55F4	0x000A	0x0004	0x0019	0x0001
0x55F5	0x000A	0x0004	0x0002	0x001B
0x55F6	0x0018	0x0004	0x0002	0x0001
0x55F7	0x000A	0x0004	0x0019	0x0001
0x55F8	0x000A	0x0004	0x0002	0x001B
0x55F9	0x0018	0x0004	0x0002	0x0001
0x55FA	0x000A	0x0004	0x0002	0x001A
0x55FB	0x000A	0x0004	0x001C	0x0001
0x55FC	0x0018	0x0004	0x0002	0x0001
0x55FD	0x000A	0x0004	0x0002	0x001A
0x55FE	0x000A	0x0004	0x001C	0x0001
0x55FF	0x0018	0x0004	0x0002	0x0001
0x5600	0x000A	0x0004	0x001C	0x0001
0x5601	0x000A	0x0004	0x0002	0x001A
0x5602	0x0018	0x0004	0x0002	0x0001
0x5603	0x000A	0x0004	0x001D	0x0001
0x5604	0x000A	0x0004	0x0002	0x001E
0x5605	0x000A	0x0004	0x001D	0x0001
0x5606	0x000A	0x0004	0x0002	0x001E
0x5607	0x000A	0x0004	0x0002	0x001D
0x5608	0x000A	0x0004	0x001E	0x0001
0x5609	0x000A	0x0004	0x0002	0x001D
0x560A	0x000A	0x0004	0x001E	0x0001
0x5654	0x0014	0x0004	0x0002	0x0001
0x5655	0x000A	0x0015	0x0002	0x0001
0x5656	0x000A	0x0015	0x0002	0x0001
0x5657	0x0014	0x0004	0x0002	0x0001
0x5658	0x0025	0x0004	0x0002	0x0001
0x5659	0x000A	0x0004	0x0016	0x0001
0x565A	0x000A	0x0004	0x0002	0x0017
0x565B	0x000A	0x0004	0x0016	0x0001
0x565C	0x000A	0x0004	0x0002	0x0017
0x565D	0x000A	0x0004	0x0016	0x0001
0x565E	0x000A	0x0004	0x0002	0x0017
0x565F	0x000A	0x0004	0x0016	0x0001
0x5660	0x000A	0x0004	0x0002	0x0017
0x5661	0x000A	0x0004	0x0016	0x0001
0x5662	0x000A	0x0004	0x0002	0x0017
0x5663	0x000B	0x0004	0x0002	0x0001
0x5664	0x000B	0x0004	0x0002	0x0001
0x5665	0x000B	0x0004	0x0002	0x0001
0x56B8	0x000A	0x0004	0x0002	0x0001
0x56B9	0x000A	0x0004	0x0002	0x0001
0x56BA	0x000A	0x0004	0x0002	0x0001
0x56BB	0x000A	0x0004	0x0002	0x0001
0x56BC	0x000A	0x0004	0x0002	0x0001
0x56BD	0x000A	0x0004	0x0002	0x0001
0x56BE	0x000A	0x0004	0x0002	0x0001
0x56C0	0x0021	0x0004	0x0002	0x0001
0x56C1	0x0022	0x0004	0x0002	0x0001
0x56C2	0x0021	0x0004	0x0002	0x0001
0x56C3	0x0022	0x0004	0x0002	0x0001
0x56C4	0x0021	0x0004	0x0002	0x0001
0x56C5	0x0022	0x0004	0x0002	0x0001
0x56C6	0x0021	0x0004	0x0002	0x0001
0x56C7	0x0022	0x0004	0x0002	0x0001
0x56C8	0x0023	0x0004	0x0002	0x0001
0x56C9	0x0024	0x0004	0x0002	0x0001
0x56CA	0x000A	0x0004	0x0002	0x0001
0x56CB	0x0024	0x0004	0x0002	0x0001
0x56CC	0x0023	0x0004	0x0002	0x0001
0x571C	0x0008	0x0004	0x000C	0x0001
0x571D	0x0008	0x0004	0x0002	0x000D
0x571E	0x000A	0x0020	0x0002	0x0001
0x571F	0x000A	0x0004	0x0002	0x001F
0x5720	0x000A	0x0020	0x0002	0x0001
0x5721	0x000A	0x0004	0x0002	0x001F
0x5722	0x000E	0x0004	0x0002	0x0001
0x5723	0x000F	0x0004	0x0002	0x0001
0x5724	0x0010	0x0004	0x0002	0x0001
0x5725	0x0008	0x0004	0x0002	0x0001
0x5726	0x0008	0x0004	0x0002	0x0001
0x5727	0x0008	0x0004	0x0002	0x0001
0x5780	0x0008	0x0004	0x0002	0x0011
0x5781	0x0014	0x0004	0x0002	0x0001
0x5782	0x000A	0x0004	0x0002	0x0012
0x5783	0x000A	0x0004	0x0013	0x0001
0x5785	0x000A	0x0004	0x0002	0x0001
0x5786	0x000A	0x0004	0x0002	0x0012
0x5787	0x000A	0x0004	0x0013	0x0001
0x5788	0x0008	0x0004	0x0002	0x0011
0x5789	0x000A	0x0004	0x0002	0x0011
0x578A	0x000A	0x0004	0x0002	0x0011
0x578B	0x000B	0x0004	0x0002	0x0001
0x578C	0x000B	0x0004	0x0002	0x0001
0x578D	0x000B	0x0004	0x0002	0x0001
0x5795	0x000A	0x0004	0x0002	0x0001
0x5796	0x000A	0x0004	0x0002	0x0001
0x5797	0x000A	0x0004	0x0002	0x0001
0x57B2	0x0026	0x0004	0x0002	0x0001
0x57B3	0x000A	0x0027	0x0002	0x0001
0x57B4	0x000A	0x0027	0x0002	0x0001
0x57B5	0x000A	0x0027	0x0002	0x0001
0x57B6	0x000A	0x0027	0x0002	0x0001
0x57B7	0x000A	0x0027	0x0002	0x0001
0x57B8	0x000A	0x0027	0x0002	0x0001
0x57B9	0x000A	0x0027	0x0002	0x0001
0x57BA	0x000A	0x0027	0x0002	0x0001
0x57BB	0x000A	0x0027	0x0002	0x0001
0x57BC	0x000A	0x0027	0x0002	0x0001
0x57BD	0x000A	0x0027	0x0002	0x0001
0x57BE	0x000A	0x0027	0x0002	0x0001
0x57BF	0x000A	0x0027	0x0002	0x0001
0x57C0	0x000A	0x0027	0x0002	0x0001
0x57C1	0x000A	0x0027	0x0002	0x0001
0x57C2	0x000A	0x0027	0x0002	0x0001
0x57C3	0x000A	0x0027	0x0002	0x0001
0x57C4	0x000A	0x0027	0x0002	0x0001
0x57C5	0x000A	0x0027	0x0002	0x0001
0x57C6	0x000A	0x0027	0x0002	0x0001
0x57C7	0x000A	0x0027	0x0002	0x0001
0x57C8	0x000A	0x0027	0x0002	0x0001
0x57C9	0x000A	0x0027	0x0002	0x0001
0x57CA	0x000A	0x0027	0x0002	0x0001
0x57D0	0x000A	0x0027	0x0002	0x0001
0x57D1	0x000A	0x0027	0x0002	0x0001
0x57D2	0x000A	0x0027	0x0002	0x0001
0x57D3	0x000A	0x0027	0x0002	0x0001
0x57D4	0x000A	0x0027	0x0002	0x0001
0x57D5	0x000A	0x0027	0x0002	0x0001
0x57D6	0x000A	0x0027	0x0002	0x0001
0x57D7	0x000A	0x0027	0x0002	0x0001
0x57D8	0x000A	0x0027	0x0002	0x0001
0x57D9	0x000A	0x0027	0x0002	0x0001
0x57E4	0x000A	0x0004	0x0028	0x0001
0x57E5	0x000A	0x0004	0x0028	0x0001
0x57E6	0x000A	0x0004	0x0028	0x0001
0x57E7	0x000A	0x0004	0x0028	0x0001
0x57E8	0x000A	0x0004	0x0028	0x0001
0x57E9	0x000A	0x0004	0x0028	0x0001
0x57EA	0x000A	0x0004	0x0028	0x0001
0x57EB	0x000A	0x0004	0x0028	0x0001
0x57EC	0x000A	0x0004	0x0028	0x0001
0x57ED	0x000A	0x0004	0x0028	0x0001
0x57EE	0x000A	0x0004	0x0028	0x0001
0x57EF	0x000A	0x0004	0x0028	0x0001
0x57F0	0x000A	0x0004	0x0002	0x0029
0x57F1	0x000A	0x0004	0x0002	0x0029
0x57F2	0x000A	0x0004	0x0002	0x0029
0x57F3	0x000A	0x0004	0x0002	0x0029
0x57F4	0x000A	0x0004	0x0002	0x0029
0x57F5	0x000A	0x0004	0x0002	0x0029
0x57F6	0x000A	0x0004	0x0002	0x0029
0x57F7	0x000A	0x0004	0x0002	0x0029
0x57F8	0x000A	0x0004	0x0002	0x0029
0x57F9	0x000A	0x0004	0x0002	0x0029
0x5816	0x0009	0x0004	0x0002	0x0001
0x5817	0x0009	0x0004	0x0002	0x0001
0x5818	0x0009	0x0004	0x0002	0x0001
0x5819	0x0009	0x0004	0x0002	0x0001
0x581A	0x0009	0x0004	0x0002	0x0001
0x581B	0x0009	0x0004	0x0002	0x0001
0x581C	0x0009	0x0004	0x0002	0x0001
0x581D	0x0009	0x0004	0x0002	0x0001
0x581E	0x0009	0x0004	0x0002	0x0001
0x581F	0x0009	0x0004	0x0002	0x0001
0x5820	0x000B	0x0004	0x0002	0x0001
0x5821	0x000A	0x0004	0x0002	0x0001
0xFFFF	0x0008	0x0004	0x0002	0x0001

IARTTEXTEINDIVIDUELL

Dimensions: 39 rows × 2 columns

ARTNR	ARTTEXT
0x0000	No matching error symptom
0x0001	Signal or value above threshold
0x0002	Signal or value below threshold
0x0004	No signal or value
0x0008	Implausible signal or value
0x0009	Invalid
0x000A	Performance
0x000B	Plausibility
0x000C	Low voltage
0x000D	High voltage
0x000E	Flash ROM checksum error
0x000F	Abnormal resets
0x0010	RAM error
0x0011	Overtemperature
0x0012	Circuit Low Input
0x0013	Circuit High Input
0x0014	Circuit Range / Performance
0x0015	Circuit no signal
0x0016	Low input
0x0017	High input
0x0018	Electrical failure - wrong pressure
0x0019	Short to ground - low pressure
0x001A	Short to ground - high pressure
0x001B	Open or short to battery - high pressure
0x001C	Open or Short to battery - low pressure
0x001D	Short to ground
0x001E	Open or short to battery
0x001F	Short to battery
0x0020	Open or Short to ground
0x0021	Indicated Neutral test failed
0x0022	Tie-up test failed
0x0023	Stuck OFF
0x0024	Stuck ON
0x0025	Circuit Malfunction
0x0026	Bus off
0x0027	Timeout
0x0028	Alive Counter Error
0x0029	Checksum Error
0x002A	RAM not copied to EEPROM at Shutdown

PRNDL

Dimensions: 10 rows × 2 columns

WERT	UWTEXT
0x00	Illegal
0x01	Park
0x02	Reverse
0x04	Neutral
0x06	Drive 6
0x08	Drive 5
0x10	Drive 4
0x20	Drive 3
0x40	Drive 2
0x80	Drive 1

COMMANDEDGEAR

Dimensions: 6 rows × 2 columns

WERT	UWTEXT
0x01	First gear
0x02	Second gear
0x03	Third gear
0x04	Fourth gear
0x05	Fifth gear
0x06	Sixth gear

TSSPRESSUREMODE

Dimensions: 13 rows × 2 columns

WERT	UWTEXT
0x00	First gear TCC OFF
0x01	First gear TCC ON
0x02	Second gear TCC OFF
0x03	Second gear TCC ON
0x04	Third gear TCC OFF
0x05	Third gear TCC ON
0x06	Fourth gear TCC OFF
0x07	Fourth gear TCC ON
0x08	Fifth gear TCC OFF
0x09	Fifth gear TCC ON
0x0A	Sixth gear TCC OFF
0x0B	Sixth gear TCC ON
0x0C	Reverse

TCCMODE

Dimensions: 9 rows × 2 columns

WERT	UWTEXT
0x00	OFF
0x01	Release ramp OFF
0x02	Release Enable OFF Delay
0x03	Release Failsafe Delay
0x04	Apply Enable ON Delay
0x05	Apply Ramp Delay
0x06	ON
0x07	Lock ON
0x08	Coast ON

PSWITCH_TEXT

Dimensions: 2 rows × 2 columns

WERT	STATUS_TEXT
0x00	Switch Pressurized
0x01	Switch Exhausted

SWITCH_TEXT

Dimensions: 2 rows × 2 columns

WERT	STATUS_TEXT
0x00	Switch Open
0x01	Switch Closed

INDETERMINATE

Dimensions: 4 rows × 2 columns

WERT	STATUS_TEXT
0x00	Failed
0x01	Indeterminate
0x02	Not assigned
0x03	Passed

CMND_GEAR

Dimensions: 6 rows × 2 columns

WERT	STATUS_TEXT
0x01	Gear 1
0x02	Gear 2
0x03	Gear 3
0x04	Gear 4
0x05	Gear 5
0x06	Gear 6

STAT_SFL_TEXT0

Dimensions: 17 rows × 2 columns

WERT	STATUS_TEXT
0x00	Fast Learn Disabled
0x01	Fast Learn Completed
0x02	Service Brake must be Applied
0x03	Sump Temperature below operating range
0x04	Sump Temperature above operating range
0x05	Park/Neutral must be selected
0x06	Drive must be selected
0x07	Reverse must be selected
0x08	Max throttle / Engine Speed exceeded
0x09	Low Engine Speed deteced
0x0A	Max Output Speed detected
0x0B	Transmission Purge in progress
0x0C	Drive calibration test in progress
0x0D	Drive calibration test complete
0x0E	Reverse calibration test in progress
0x0F	Abort - Test criteria not met
0x10	Abort - Test failed

STAT_SFL_TEXT1

Dimensions: 17 rows × 2 columns

WERT	STATUS_TEXT
0x00	Fast Learn Disabled
0x01	Fast Learn Completed
0x02	Service Brake must be Applied
0x03	Sump Temperature below operating range
0x04	Sump Temperature above operating range
0x05	Park/Neutral must be selected
0x06	Drive must be selected
0x07	Reverse must be selected
0x08	Max throttle / Engine Speed exceeded
0x09	Low Engine Speed deteced
0x0A	Max Output Speed detected
0x0B	Transmission Purge in progress
0x0C	Drive calibration test in progress
0x0D	Drive calibration test complete
0x0E	Reverse calibration test in progress
0x0F	Abort - Test criteria not met
0x10	Abort - Test failed