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ems2k_a.prg

INFO

Field Value
ECU EMS2K
ORIGIN BMW TI-433 Robert Kuessel
REVISION 0.06
AUTHOR Rover SSL M.Rafferty
COMMENT A00 Software Version
PACKAGE N/A
SPRACHE English

Jobs

Index

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 Steuergeraet im Klartext ECU / SGBD name
ORIGIN string Steuergeraete-Verantwortlicher Person responsible for this file
REVISION string Versions-Nummer
AUTHOR string Name aller Autoren Author list
COMMENT string wichtige Hinweise General comment about file
SPRACHE string deutsch, english

START_DIAGNOSTIC_SESSION

Begins a diagnostic session

Arguments

Name Type Comment
MODE int Diagnostic mode: 0x81=Standard, 0x83=EOL, 0x86=Development 0x85=Programming at 9.6k, 0xFF=Programming at 62.5k

Results

Name Type Comment
_TEL_SENDE binary Sendetelegramm anzeigen Telegram sent to ECU
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

SEED_KEY

Obtain security access to the ECU Schutzmechanismus SEED_KEY

Arguments

Name Type Comment
MODE int Security access mode Typ zugang 1 = breakdown, 3 = dealer, 5 = End of line 7 = programming, 9 = development

Results

Name Type Comment
_TEL_ANTWORT1 binary Hex-Antwort von SG Request seed response
_TEL_ANTWORT2 binary Hex-Antwort von SG Send key response
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

IDENT

Ident-Daten fuer EMS2000

No arguments.

Results

Name Type Comment
ID_ORIG_BMW_NR string Urspruenglich BMW-Teilenummer Original BMW part number
ID_BMW_NR string Zurzeit BMW-Teilenummer Current BMW part number
ID_HW_NR int BMW-Hardwarenummer
ID_COD_INDEX int Codier-Index
ID_DIAG_INDEX int Diagnose-Index
ID_BUS_INDEX int Bus-Index
ID_DATUM_TAG int Herstelldatum tag Day of manufacture
ID_DATUM_MON int Herstelldatum monat Month of manufacture
ID_DATUM_JAHR int Herstelldatum Jahr Year of manufacture
ID_LIEF_NR int Lieferanten-Nummer Supplier code
ID_LIEF_TEXT string Lieferanten-Text Supplier Name
ID_SW_NR int Softwarenummer
ID_AIF_VORHANDEN int Ist ein AIF vorhanden (0 (nein)/ 1 (ja)) Is AIF data available 0=no 1=yes
ID_LAMBDA_STEREO int Parameter fuer MoTest 0=Mono, 1=STEREO Single or dual oxygen sensors
ID_EML int Parameter fuer MoTest 0=Kein EML verb, 1=EML M70, 2=EML M73
ID_LU_MESSUNG int Parameter fuer MoTest 1=Laufunruhemessung, sonst 0
ID_OBD2 int Parameter fuer MoTest 0=ECE, 1=OBD2-Fahrzeug
ID_SG_HERSTELLER int Parameter fuer MoTest 0=Bosch, 1=Siemens-Fahrzeug
ID_MOTOR string Parameter fuer MoTest Motorkennung
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

IDENT_EXTENDED

Read additional ECU Ident information

No arguments.

Results

Name Type Comment
ID_SIEMENS_PRODUCT string Siemens logistic information - Product ID
ID_SIEMENS_SERIAL_NR string Siemens logistic information - Serial number
ID_SIEMENS_TEST_DATE string Siemens logistic information - Date of final test
ID_SUB_SYSTEM_BOOT_SW_NR string Sub-system Boot software number
ID_SUB_SYSTEM_ECU_SW_NR string Sub-system ECU software number
ID_SUB_SYSTEM_CALIB_NR string Sub-system calibration number
ID_SIEMENS_ECU_SW_NR string Siemens ECU software number
ID_SYSTEM_NAME int System name
ID_ROVER_ECU_SW_NR long Rover ECU Software number
ID_ROVER_TUNE_PART_NR long Rover tune part number
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

DIAGNOSE_AUFRECHT

Tester present message

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

DIAGNOSE_ENDE

Diagnosemode des SG beenden Stop the diagnostic session

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

SG_RESET

Reset the ECU

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
_TEL_ANTWORTB binary Hex-Antwort von SG ECU response packet - last response Only received if first ECU response was "response pending"
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

STAT_FREEZEFRAME

Read the freeze frame data

Arguments

Name Type Comment
DTC int Diagnostic trouble code See "ORT" column in table "FOrtTexte" Fehler ort nummer

Results

Name Type Comment
STAT_FTL_WERT real Fuel tank level
STAT_FTL_EINH string
STAT_OBD_TPS_WERT real Throttle opening
STAT_OBD_TPS_EINH string
STAT_OBD_PV_AV_WERT real Driver demand
STAT_OBD_PV_AV_EINH string
STAT_VB_RLY_WERT real Battery voltage
STAT_VB_RLY_EINH string
STAT_LV_CAN_TQ_STATE int ABS/ASC Activity Status
STAT_LV_VS_ERR int Vehicle speed error status
STAT_LV_ACCOUT_RLY int Air conditioner status
STAT_LV_DRI int Gear status 1 = Drive position selected, 0 = not selected
STAT_OBD_MAP_UP_WERT real Upstream manifold pressure
STAT_OBD_MAP_UP_EINH string
STAT_CMD_TYPE_WERT real Gearbox oil temperature
STAT_CMD_TYPE_EINH string
STAT_OBD_TIA_WERT real Inlet air temperature
STAT_OBD_TIA_EINH string
STAT_OBD_TCO_EX_WERT real Radiator coolant temperature
STAT_OBD_TCO_EX_EINH string
STAT_DIST_FAIL_WERT real Covered distance when the failure occured
STAT_DIST_FAIL_EINH string
STAT_STATE_LS1_WERT real Status of Fuel system 1
STAT_STATE_LS1_EINH string
STAT_LOAD_CLC_WERT real Calculated load
STAT_LOAD_CLC_EINH string
STAT_OBD_TCO_WERT real Engine coolant temperature
STAT_OBD_TCO_EINH string
STAT_TI_LAM_1_WERT real Short term fuel trim bank 1
STAT_TI_LAM_1_EINH string
STAT_FUEL_AD_MMV_REL_1_WERT real Long term fuel trim bank 1
STAT_FUEL_AD_MMV_REL_1_EINH string
STAT_OBD_MAP_WERT real Intake manifold absolute pressure
STAT_OBD_MAP_EINH string
STAT_N_WERT real Engine speed
STAT_N_EINH string
STAT_VS_WERT real Vehicle speed
STAT_VS_EINH string
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

FS_LESEN

Read all faults

No arguments.

Results

Name Type Comment
F_HEX_CODE binary Hexdump des Fehlersatzes Raw fault data from the ECU
F_ORT_NR int Fehlercode des SG als Index Fault number as an integer
F_ORT_TEXT string Fehlercode des SG als Text Fault description
F_HFK int Haeufigkeit des einzelnen Fehlers Frequency counter
F_UW_ANZ int Anzahl der Umweltbedingungen des einzelnen Fehlers Count of Environment Data Items per fault
F_ART_ANZ int Anzahl der Fehlerarten des SG Count of additional fault status information
F_ART1_NR int Fehlerart 1 Index Fault status 1
F_ART1_TEXT string Fehlerart 1 Text Fault status text 1
F_ART2_NR int Fehlerart 2 Index Fault status 2
F_ART2_TEXT string Fehlerart 2 Text Fault status text 2
F_ART3_NR int Fehlerart 3 Index Fault status 3
F_ART3_TEXT string Fehlerart 3 Text Fault status text 3
F_ART4_NR int Fehlerart 4 Index Fault status 4
F_ART4_TEXT string Fehlerart 4 Text Fault status text 4
F_ART5_NR int Fehlerart 5 Index Fault status 5
F_ART5_TEXT string Fehlerart 5 Text Fault status text 5
F_ART6_NR int Fehlerart 6 Index Fault status 6
F_ART6_TEXT string Fehlerart 6 Text Fault status text 6
F_ART7_NR int Fehlerart 7 Index Fault status 7
F_ART7_TEXT string Fehlerart 7 Text Fault status text 7
F_ART8_NR int Fehlerart 8 Index Fault status 8
F_ART8_TEXT string Fehlerart 8 Text Fault status text 8
F_UW1_NR int Umweltbedingung 1 Index First Environment Result Index
F_UW1_TEXT string Umweltbedingung 1 Text First Environment Result Description
F_UW1_WERT real Umweltbedingung 1 Wert First Environment Result Value
F_UW1_EINH string Umweltbedingung 1 Einheit First Environment Result Units
F_UW2_NR int Umweltbedingung 2 Index Second Environment Result Index
F_UW2_TEXT string Umweltbedingung 2 Text Second Environment Result Description
F_UW2_WERT real Umweltbedingung 2 Wert Second Environment Result Value
F_UW2_EINH string Umweltbedingung 2 Einheit Second Environment Result Units
F_UW3_NR int Umweltbedingung 3 Index Third Environment Result Index
F_UW3_TEXT string Umweltbedingung 3 Text Third Environment Result Description
F_UW3_WERT real Umweltbedingung 3 Wert Third Environment Result Value
F_UW3_EINH string Umweltbedingung 3 Einheit Third Environment Result Units
F_UW4_NR int Umweltbedingung 4 Index Fourth Environment Result Index
F_UW4_TEXT string Umweltbedingung 4 Text Fourth Environment Result Description
F_UW4_WERT real Umweltbedingung 4 Wert Fourth Environment Result Value
F_UW4_EINH string Umweltbedingung 4 Einheit Fourth Environment Result Units
F_UW5_NR int Umweltbedingung 5 Index Fifth Environment Result Index
F_UW5_TEXT string Umweltbedingung 5 Text Fifth Environment Result Description
F_UW5_WERT real Umweltbedingung 5 Wert Fifth Environment Result Value
F_UW5_EINH string Umweltbedingung 5 Einheit Fifth Environment Result Units
F_LZ1 int Anti bounce counter
F_LZ2 int Warmreihezaehler Warm up cycle counter
_TEL_ANTWORT1 binary Hex-Antwort von SG Read quick fault memory response
_TEL_ANTWORT2 binary Hex-Antwort von SG Read full fault memory response
_TEL_ANTWORT3 binary Hex-Antwort von SG Read freezeframe response
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

FS_LOESCHEN

Clears All Faults

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
_TEL_ANTWORTB binary Hex-Antwort von SG ECU response packet - last response Only received if first ECU response was "response pending"
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

READ_MEMORY

Read ECU Memory by Address Speicher lesen mit Adresse

Arguments

Name Type Comment
MEM_ADDRESS long 24 bit ECU memory address addresse speicher SG 0xF600 -> 0xFDFF (IRAM) 0xE000 -> 0xE7FF (XRAM) 0x4000 -> 0x7FFF (EEPROM) 0xC000 -> 0xDFFF (EXRAM) 0x70000 -> 0xEFFFF (FLASH)
MEM_LENGTH int Length of memory to be read (1 - 254) Umfang speicher lesen

Results

Name Type Comment
MEM_DATA binary ECU memory which is read SG speicher data
_TEL_SENDE binary Sendetelegramm anzeigen Telegram sent to ECU
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

WRITE_MEMORY

Write data to a specified memory address Speicher schreiben mit Adresse

Arguments

Name Type Comment
ADDRESS long 24 bit ECU memory address addresse speicher SG 0xF600 -> 0xFDFF (IRAM) 0xE000 -> 0xE7FF (XRAM) 0xC000 -> 0xDFFF (EXRAM)
LENGTH int Length of memory to write (1 -> 250) Umfang speicher schreiben
MEMDATA string Data to write Data format hex: 0xXX 0xXX ... 0xXX Data format decimal: d d ... d Data format binary: 0ybbbbbbbb 0ybbbbbbbb ... 0ybbbbbbbb

Results

Name Type Comment
_TEL_SENDE binary Sendetelegramm anzeigen Telegram sent to ECU
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
_TEL_ANTWORTB binary Hex-Antwort von SG ECU response packet - last response Only received if first ECU response was "response pending"
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

ACCESS_TIMING_PARAMETERS

Read the comms timing parameters Kommunikationsparameter lesen

No arguments.

Results

Name Type Comment
P2_MIN unsigned int Minimum time between tester request and ECU response Timeout-Zeit minimum
P2_MAX unsigned int Maximum time between tester request and ECU response Timeout-Zeit maximum
P3_MIN unsigned int Minimum time between ECU response and tester request Regenerations-Zeit minimum
P3_MAX unsigned int Maximum time between ECU response and tester request Regenerations-Zeit maximum
P4_MIN unsigned int Minimum inter byte time for tester request Byte-Zwischenzeit minumum
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

CHANGE_TIMING_PARAMETERS

Set timing parameters for standard or programming mode Diagnosetimeout aendern

Arguments

Name Type Comment
MODE int Set timing parameters mode 0 = set timing parameters to standard mode 1 = set timing parameters to programming mode

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
_TEL_ANTWORTB binary Hex-Antwort von SG ECU response packet - last response Only received if first ECU response was "response pending"
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

CODE_LOESCHEN

Erase the software code and calibration data within flash Das kalibrabrierung daten und software schluessel in flash loeshen

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
_TEL_ANTWORTB binary Hex-Antwort von SG ECU response packet - last response Only received if first ECU response was "response pending"
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

DATA_LOESCHEN

Erase the calibration data within flash Das kalibrabrierung daten in flash loeshen

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
_TEL_ANTWORTB binary Hex-Antwort von SG ECU response packet - last response Only received if first ECU response was "response pending"
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

CHECK_REPROG_DEPENDING

Calculate the checksum and check the coherence system

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

REPORT_REPROG_STATUS

Get the status of reprogramming after a mistake Programmieren status nach fehler auslesen

No arguments.

Results

Name Type Comment
REPROG_STATUS unsigned int Reprogramming status Bit0: reference error boot software - if error than flag = TRUE Bit1: reference error ECU software - if error than flag = TRUE Bit2: reference calibration data - if error than flag = TRUE Bit3: ECU software does not fit to boot software - if error than flag = TRUE Bit4: calibration data does not fit to ECU software - if error than flag = TRUE Bit5: system references fit together - if OK then flag = TRUE Bit6: ECU locked (seed_key procedure is missing) - if ECU locked then flag = TRUE Bit7: ECU configuration is OK - if OK then flag = TRUE Bit8: ECU software is OK - if OK then flag = TRUE Bit9: ECU software security key is OK - if OK then flag = TRUE Bit10: ECU software security key is not written - if error then flag = TRUE Bit11: checksum ECU software is OK - if OK then flag = TRUE Bit12: calibration data is OK - if OK then flag = TRUE Bit13: calibration data security key is OK - if OK then flag = TRUE Bit14: calibration data security key is not written - if not written then flag = TRUE Bit15: checksum calibration data is OK - if OK then flag = TRUE
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

LEARN_IMOB_SEED

The ECM learns the immobolisation seed

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
_TEL_ANTWORTB binary Hex-Antwort von SG ECU response packet - last response Only received if first ECU response was "response pending"
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

RESYNC_IMOB_SEED

The ECM resynchronises the immobolisation seed

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
_TEL_ANTWORTB binary Hex-Antwort von SG ECU response packet - last response Only received if first ECU response was "response pending"
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

SLEEP_MODE

Stop the power latch phase

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JUNK unsigned char Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

START_MAN_TEST

Start the end of line test Hersteller test

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

START_CAT_TEST

Start catalyst test Katalysator test

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

GIB_SELF_TEST

Run the Gearbox Interface Box self test routine Getriebe Interface test

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

LDP_TEST

Run the Leak Detection Pump test Leckdiagnosepumpen test

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

EXECUTE_RAM_ROUTINE

Start a routine which is stored within RAM (MTOS)

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
_TEL_ANTWORTB binary Hex-Antwort von SG ECU response packet - last response Only received if first ECU response was "response pending"
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

SWITCH_TO_BOOT

Allow activation of the boot software mode Needed for programming

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
_TEL_ANTWORTB binary Hex-Antwort von SG ECU response packet - last response Only received if first ECU response was "response pending"
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

SWNR_SCHREIBEN

Write the Software number

Arguments

Name Type Comment
SWNR string Software number - 8 characters

Results

Name Type Comment
_TEL_SENDE binary Sendetelegramm anzeigen Write Software number telegram to ECU
_TEL_ANTWORT1 binary Hex-Antwort von SG Write Software number response
_TEL_ANTWORT1B binary Hex-Antwort von SG Write Software number last response Only received if first ECU response was "response pending"
_TEL_ANTWORT2 binary Hex-Antwort von SG Read Software number response
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

TUNE_NR_SCHREIBEN

Write the tune part number

Arguments

Name Type Comment
TUNE_NR string Tune part number - 8 characters

Results

Name Type Comment
_TEL_SENDE binary Sendetelegramm anzeigen Write tune telegram to ECU
_TEL_ANTWORT1 binary Hex-Antwort von SG Write tune response
_TEL_ANTWORT1B binary Hex-Antwort von SG Write tune last response Only received if first ECU response was "response pending"
_TEL_ANTWORT2 binary Hex-Antwort von SG Read tune response
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

FLASH_SCHREIBEN_ADRESSE

Request download

Arguments

Name Type Comment
ADRESSE long 24 bit ECU memory address Addresse speicher SG 0x108000 -> 0x13FFFF (FLASH)
SIZE long Uncompressed memory size 0x000000 -> 0xFFFFFF Speicher umfang

Results

Name Type Comment
_TEL_SENDE binary Sendetelegramm anzeigen Telegram sent to ECU
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

FLASH_SCHREIBEN

Transfer data to the ECU

Arguments

Name Type Comment
DATA binary Data to transfer to the ECU (250 bytes)

Results

Name Type Comment
_TEL_SENDE binary Sendetelegramm anzeigen Telegram sent to ECU
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
_TEL_ANTWORTB binary Hex-Antwort von SG ECU response packet - last response Only received if first ECU response was "response pending"
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

FLASH_SCHREIBEN_ENDE

Exit data transfer

No arguments.

Results

Name Type Comment
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

AIF_LESEN

Read the AIF record

No arguments.

Results

Name Type Comment
AIF_FG_NR string Fahrgestellnummer VIN
AIF_DATUM string Fertigungsdatum Production date
AIF_ZB_NR string Zusbaunummer Assembly number
AIF_BEHOERDEN_NR long Behoerdennummer Homologation test number
AIF_PROGG_NR string Programming unit serial number
AIF_WERKSCODE string Plant / Workshop number (Dealer number ?)
AIF_KM_STAND long km-Stand
AIF_PROG_STATUS string Program Status
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

AIF_SCHREIBEN

Write the AIF record

Arguments

Name Type Comment
AIF_FG_NR string Fahrgestellnummer VIN - 17 or 18 characters - if 18 the last character is ignored
AIF_DATUM string Fertigungsdatum Programming date - 6 characters
AIF_ZB_NR string Zusbaunummer Assembly number - 14 characters
AIF_BEHOERDEN_NR long Behoerdennummer Homologation test number
AIF_PROGG_NR string Programming unit serial number - 12 characters
AIF_WERKSCODE string Plant / Workshop number (Dealer number) - 6 characters
AIF_KM_STAND long km-Stand (0 -> 655350)
AIF_PROG_STATUS string Program Status - 8 characters

Results

Name Type Comment
_TEL_SENDE binary Sendetelegramm anzeigen Write AIF telegram to ECU
_TEL_ANTWORT1 binary Hex-Antwort von SG Write AIF response
_TEL_ANTWORT1B binary Hex-Antwort von SG Write AIF last response Only received if first ECU response was "response pending"
_TEL_ANTWORT2 binary Hex-Antwort von SG Read AIF response
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

C_FG_LESEN

Auslesen der Fahrgestellnummer aus dem Anwenderinfofeld Read the VIN from the current AIF record

No arguments.

Results

Name Type Comment
FG_NR string Fahrgestellnummer VIN
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

C_FG_AUFTRAG

Schreiben der 17-stelligen Fahrgestellnummer in dem Anwenderinfofeld Write the VIN into the AIF record

Arguments

Name Type Comment
FG_NR string Fahrgestellnummer VIN Either 17 or 18 characters - if 18 the last character is ignored

Results

Name Type Comment
_TEL_ANTWORT1 binary Hex-Antwort von SG Read existing AIF response
_TEL_SENDE binary Sendetelegramm anzeigen Write new AIF Telegram to ECU
_TEL_ANTWORT2 binary Hex-Antwort von SG Write new AIF response
_TEL_ANTWORT2B binary Hex-Antwort von SG Write new AIF last response Only received if first ECU response was "response pending"
_TEL_ANTWORT3 binary Hex-Antwort von SG Read new AIF response
JOB_STATUS string OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

C_ZCS_LESEN

Read the ZCS record

No arguments.

Results

Name Type Comment
GM string Zentralcode C1 - Grundmerkmal (8 ASCII nos + 1 ASCII c/sum) Basic features
SA string Zentralcode C2 - Sonderausstattung (16 ASCII nos + 1 ASCII c/sum) Particular equipment
VN string Zentralcode C3 - Versionsmerkmal (10 ASCII nos + 1 ASCII c/sum) Version information
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

C_ZCS_AUFTRAG

Write and verify the Central code

Arguments

Name Type Comment
GM string Zentralcode C1 - Grundmerkmal (8 ASCII nos + 1 ASCII c/sum) Basic features
SA string Zentralcode C2 - Sonderausstattung (16 ASCII nos + 1 ASCII c/sum) Particular equipment
VN string Zentralcode C3 - Versionsmerkmal (10 ASCII nos + 1 ASCII c/sum) Version information

Results

Name Type Comment
_TEL_SENDE binary Sendetelegramm anzeigen Write ZCS telegram to ECU
_TEL_ANTWORT1 binary Hex-Antwort von SG Write ZCS response
_TEL_ANTWORT1B binary Hex-Antwort von SG Write ZCS last response Only received if first ECU response was "response pending"
_TEL_ANTWORT2 binary Hex-Antwort von SG Read ZCS response
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

C_AZCS_LESEN

Read the auxiliary ZCS record

No arguments.

Results

Name Type Comment
GM string Zentralcode C1 - Grundmerkmal (8 ASCII nos + 1 ASCII c/sum) Basic features
SA string Zentralcode C2 - Sonderausstattung (16 ASCII nos + 1 ASCII c/sum) Particular equipment
VN string Zentralcode C3 - Versionsmerkmal (10 ASCII nos + 1 ASCII c/sum) Version information
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

C_AZCS_AUFTRAG

Write and verify the Auxiliary Central code

Arguments

Name Type Comment
GM string Zentralcode C1 - Grundmerkmal (8 ASCII nos + 1 ASCII c/sum)
SA string Zentralcode C2 - Sonderausstattung (16 ASCII nos + 1 ASCII c/sum)
VN string Zentralcode C3 - Versionsmerkmal (10 ASCII nos + 1 ASCII c/sum)

Results

Name Type Comment
_TEL_SENDE binary Sendetelegramm anzeigen Write AZCS telegram sent to ECU
_TEL_ANTWORT1 binary Hex-Antwort von SG Write AZCS response
_TEL_ANTWORT1B binary Hex-Antwort von SG Write AZCS last response Only received if first ECU response was "response pending"
_TEL_ANTWORT2 binary Hex-Antwort von SG Read AZCS response
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

C_C_LESEN

Codierdaten lesen

Arguments

Name Type Comment
BINAER_BUFFER binary Byte 0: 01=Daten 02=Maskenbyte (nicht unterstuetzt) Byte 1: Wortbreite (0:Byte, 2:Word, 3:DW Byte 2: Byteordnung (0:LSB zuerst, 1 MSB Byte 3: Adressierung (0: freie Adressier Byte 4: Byteparameter 1 Byte 5,6: WordParameter 1 (low/high) Byte 7,8: WordParameter 2 (low/high) Byte 9,10,11,12: Maske (linksbuendig) Byte 13,14: Anzahl Bytedaten (low/high) Byte 15,16: Anzahl Wortdaten (low/high) Byte 17: Byteadresse im Block Byte 18,19,20: Blockadresse (low, middle, high) Byte 21,....: Codierdaten Byte 21+Anzahl Daten: ETX (0x03)

Results

Name Type Comment
CODIER_DATEN binary Codierdaten
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

C_C_AUFTRAG

Codierdaten schreiben und verifizieren Write and verify coding data

Arguments

Name Type Comment
BINAER_BUFFER binary Byte 0: 01=Daten 02=Maskenbyte (nicht unterstuetzt) Byte 1: Wortbreite (0:Byte, 2:Word, 3:DW Byte 2: Byteordnung (0:LSB zuerst, 1 MSB Byte 3: Adressierung (0: freie Adressier Byte 4: Byteparameter 1 Byte 5,6: WordParameter 1 (low/high) Byte 7,8: WordParameter 2 (low/high) Byte 9,10,11,12: Maske (linksbuendig) Byte 13,14: Anzahl Bytedaten (low/high) Byte 15,16: Anzahl Wortdaten (low/high) Byte 17: Byteadresse im Block Byte 18,19,20: Blockadresse (low, middle, high) Byte 21,....: Codierdaten Byte 21+Anzahl Daten: ETX (0x03)

Results

Name Type Comment
_TEL_SENDE binary Sendetelegramm anzeigen Write coding data telegram to ECU
_TEL_ANTWORT1 binary Hex-Antwort von SG Write coding data response
_TEL_ANTWORT1B binary Hex-Antwort von SG Write coding data last response Only received if first ECU response was "response pending"
_TEL_ANTWORT2 binary Hex-Antwort von SG Read coding data response
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

C_CHECKSUM

Berechnung und Speicherung der Checksumme

Arguments

Name Type Comment
BINAER_BUFFER binary Codierdaten

Results

Name Type Comment
CHECKSUM unsigned char berechnete Checksumme calculated checksum
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string OKAY, ERROR_..

STEUERN_ACTUATOR

Actuator test

Arguments

Name Type Comment
NAME string Name of the Actuator test to perform From the "NAME" column of the table "Actuator_test" MAIN_RELAY FUEL_PUMP AC_COMPRESSOR FAN_RELAY_HIGH FAN_RELAY_MED FAN_RELAY_LOW CANISTER_PURGE THROTTLE_ACT LEAK_DETECTION PRIME_FUEL CVT_SHIFT_LOCK INJECTOR_1 INJECTOR_2 INJECTOR_3 INJECTOR_4 UPSTR_O2_HEAT DWSTR_O2_HEAT DISABLE_ACTS
CONTROL int Control option 0=return control to ECU, 1=report current status, 7=short term adjustments

Results

Name Type Comment
_TEL_SENDE binary Sendetelegramm anzeigen Telegram sent to ECU
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
CURRENT_STATUS int Control state 0=Activating done, 255=Activating in progress
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

STEUERN_APPLICATION_CORRECTION

Application correction. Non volatile adjustment

Arguments

Name Type Comment
NAME string Name of the Application correction to make From the "NAME" column of the table "Applic_Correction" IDLE_CO_TRIM IDLE_TEMP_CORR IDLE_DUR_CORR
CONTROL int Control option 0=return control to ECU, 1=report current status 7=short term adjustments, 8=long term adjustments
STATE int only used when control option is short term adjustments 0=decrease short term adjustment, 1=increase short term adjustments

Results

Name Type Comment
STAT_TI_AD_ADD_MMV_0_WERT real Long term additive fuel trim
STAT_TI_AD_ADD_MMV_0_EINH string
STAT_N_SP_IS_WERT real Idle speed at set point
STAT_N_SP_IS_EINH string
STAT_N_SP_ADD_KWP_LTA_WERT real Long term additive fuel trim value used in setting idle speed
STAT_N_SP_ADD_KWP_LTA_EINH string
_TEL_SENDE binary Sendetelegramm anzeigen Telegram sent to ECU
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

STEUERN_ADAPTIVE_VALUES

Reset adaptive values

Arguments

Name Type Comment
NAME string Name of the Adaptive value to reset From the "NAME" column of the table "Adaptive_Values" ALL_VALUES MAP KNOCK_CONTROL ECT_THROTTLE CVT LAMBDA MISFIRING IDLE_SPEED DYNAMIC_TRIM KNOCK_SPARK_ADV

Results

Name Type Comment
_TEL_SENDE binary Sendetelegramm anzeigen Telegram sent to ECU
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet table JobResult STATUS_TEXT
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

STATUS_ANA_CAN_ASC1

Read Analogue Input and Output States for LID 01 Read Anti Slip Control 1 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_CAN_VS_BAS_WERT real Vehicle speed
STAT_CAN_VS_BAS_EINH string
STAT_CAN_TQI_ASR_WERT real Torque reduction
STAT_CAN_TQI_ASR_EINH string
STAT_CAN_TQI_MSR_WERT real Torque increase
STAT_CAN_TQI_MSR_EINH string

STATUS_ANA_WHEEL_SPEED

Read Analogue Input and Output States for LID 02 Read Anti Slip Control 2 analogue information (wheel speeds)

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_CAN_VRD_LV_ASC_WERT real Left front wheel speed
STAT_CAN_VRD_LV_ASC_EINH string
STAT_CAN_VRD_RV_ASC_WERT real Right front wheel speed
STAT_CAN_VRD_RV_ASC_EINH string
STAT_CAN_VRD_LH_ASC_WERT real Left rear wheel speed
STAT_CAN_VRD_LH_ASC_EINH string
STAT_CAN_VRD_RH_ASC_WERT real Right rear wheel speed
STAT_CAN_VRD_RH_ASC_EINH string

STATUS_ANA_CAN_ASC4

Read Analogue Input and Output States for LID 04 Read Anti Slip Control 4 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_CAN_RR_WERT real Wheel acceleration signal
STAT_CAN_RR_EINH string
STAT_CAN_TQI_TW_ASR_WERT real Absolute torque at wheels decrease request
STAT_CAN_TQI_TW_ASR_EINH string
STAT_CAN_TQI_TW_MSR_WERT real Absolute torque at wheels increase request
STAT_CAN_TQI_TW_MSR_EINH string

STATUS_ANA_CAN_DME1

Read Analogue Input and Output States for LID 05 Read Digital Motor Electronics 1 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_TQ_COR_STATE_WERT real Torque reduction status
STAT_TQ_COR_STATE_EINH string
STAT_CAN_TQI_AV_WERT real Actual Engine torque (includes overrides)
STAT_CAN_TQI_AV_EINH string
STAT_CAN_N_WERT real Engine speed
STAT_CAN_N_EINH string
STAT_CAN_TQI_BAS_WERT real Maximum engine torque
STAT_CAN_TQI_BAS_EINH string
STAT_CAN_TQI_LOSS_WERT real Friction moment
STAT_CAN_TQI_LOSS_EINH string

STATUS_ANA_CAN_DME2

Read Analogue Input and Output States for LID 06 Read Digital Motor Electronics 2 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_CAN_MUL_INFO_WERT real Multiplexed information
STAT_CAN_MUL_INFO_EINH string
STAT_CAN_MUL_COD_WERT real Identifier for multiplexed information
STAT_CAN_MUL_COD_EINH string
STAT_CAN_TCO_WERT real Coolant temperature
STAT_CAN_TCO_EINH string
STAT_CAN_PV_AV_WERT real Demand driver
STAT_CAN_PV_AV_EINH string
STAT_CAN_CRU_SET_LAMP_WERT real Cruise control set lamp
STAT_CAN_CRU_SET_LAMP_EINH string

STATUS_ANA_FUEL_CONS

Read Analogue Input and Output States for LID 07 Read Digital Motor Electronics 4 analogue information - Fuel Consumption

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_TI_SUM_FCO_WERT real Fuel consumption
STAT_TI_SUM_FCO_EINH string

STATUS_ANA_CAN_DME5

Read Analogue Input and Output States for LID 08 Read Digital Motor Electronics 5 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_CAN_DES_AIM_POSITION_WERT real Desired motor position
STAT_CAN_DES_AIM_POSITION_EINH string
STAT_CAN_DES_CMD_TYPE_WERT real Motor special codes
STAT_CAN_DES_CMD_TYPE_EINH string
STAT_CAN_DES_AIM_SPEED_WERT real Desired motor speed
STAT_CAN_DES_AIM_SPEED_EINH string
STAT_CAN_DES_CLU_SOL_DR_WERT real Target clutch duty ratio
STAT_CAN_DES_CLU_SOL_DR_EINH string
STAT_CAN_CLUTCH_CODES_WERT real Clutch special codes
STAT_CAN_CLUTCH_CODES_EINH string
STAT_CAN_DES_SDRY_PRES_DR_WERT real Target secondary pressure duty ratio
STAT_CAN_DES_SDRY_PRES_DR_EINH string
STAT_CAN_SDRY_PRES_CODES_WERT real Secondary pressure duty codes
STAT_CAN_SDRY_PRES_CODES_EINH string
STAT_CAN_MAP_WERT real Manifold gauge pressure
STAT_CAN_MAP_EINH string

STATUS_ANA_WHEEL_TORQUE

Read Analogue Input and Output States for LID 09 Read Digital Motor Electronics 6 analogue information (wheel torques)

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_CAN_TQ_AT_WHEELS_WOUT_LOSS_WERT real Indicated actual torque at wheels
STAT_CAN_TQ_AT_WHEELS_WOUT_LOSS_EINH string
STAT_CAN_TW_NORM_WERT real Maximum absolute torque at wheels
STAT_CAN_TW_NORM_EINH string
STAT_CAN_TW_TQ_LOSS_WERT real Torque losses at wheels
STAT_CAN_TW_TQ_LOSS_EINH string
STAT_CAN_TW_TQI_REQ_TRA_WERT real Torque requested at wheels
STAT_CAN_TW_TQI_REQ_TRA_EINH string

STATUS_ANA_CAN_DME_ZZ

Read Analogue Input and Output States for LID 0A Read Market and Engine information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_MARKET_CONF_WERT real Market Information
STAT_MARKET_CONF_EINH string
STAT_ENGINE_CONF_WERT real Engine information
STAT_ENGINE_CONF_EINH string

STATUS_ANA_CAN_EGS1

Read Analogue Input and Output States for LID 0B Read Electonic Gear Selector 1 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_CAN_GR_AT_WERT real Current gear
STAT_CAN_GR_AT_EINH string
STAT_CAN_L_GS_WERT real Emergency programt status
STAT_CAN_L_GS_EINH string
STAT_CAN_GR_AT_SEL_WERT real Gear selector position
STAT_CAN_GR_AT_SEL_EINH string
STAT_CAN_GR_MOD_WERT real Gear shift mode
STAT_CAN_GR_MOD_EINH string

STATUS_ANA_CVT1

Read Analogue Input and Output States for LID 0C Read Constant Velocity Transmission 1 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_CAN_CURRENT_POSITION_WERT real Actual motor position
STAT_CAN_CURRENT_POSITION_EINH string
STAT_CAN_MOTOR_CDN_COD_WERT real Motor condition codes
STAT_CAN_MOTOR_CDN_COD_EINH string
STAT_CAN_DRIV_LED_STATUS_WERT real PRNDM LED drives status
STAT_CAN_DRIV_LED_STATUS_EINH string
STAT_CAN_CLU_AV_DR_WERT real Actual clutch duty ratio
STAT_CAN_CLU_AV_DR_EINH string
STAT_CAN_CLU_CDN_COD_WERT real Clutch condition codes
STAT_CAN_CLU_CDN_COD_EINH string
STAT_CAN_DRIV_LED_ERR_WERT real PRNDM LED fault status
STAT_CAN_DRIV_LED_ERR_EINH string
STAT_CAN_SDRY_PRS_AV_DR_WERT real Actual secondary pressure duty ratio
STAT_CAN_SDRY_PRS_AV_DR_EINH string
STAT_CAN_SDRY_PRS_CDN_COD_WERT real Secondary pressure condition codes
STAT_CAN_SDRY_PRS_CDN_COD_EINH string
STAT_CAN_GIB_SW_NR_WERT real Software number
STAT_CAN_GIB_SW_NR_EINH string

STATUS_ANA_CAN_INSTR2

Read Analogue Input and Output States for LID 0D Read Instruments 2 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_CAN_DIST_WERT real Kilometer reading
STAT_CAN_DIST_EINH string
STAT_CAN_FTL_WERT real Fuel tank level
STAT_CAN_FTL_EINH string

STATUS_ANA_AC_EVAP

Read Analogue Input and Output States for LID 0F Read Instruments 2 analogue information - Air Conditioner Evaporator temperature

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_CAN_AC_TEMP_WERT real A/C Evaporator temperature
STAT_CAN_AC_TEMP_EINH string

STATUS_ANA_ENGINE2

Read Analogue Input and Output States for LID 11 Read Engine 2 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_STATE_CP_WERT real State variable for canister purge
STAT_STATE_CP_EINH string
STAT_ALTER_WERT real Alternator load
STAT_ALTER_EINH string

STATUS_ANA_ENGINE3

Read Analogue Input and Output States for LID 12 Read Engine 3 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_TCO_BAS_WERT real Raw engine coolant temperature
STAT_TCO_BAS_EINH string
STAT_TIA_BAS_WERT real Raw inlet air temperature voltage
STAT_TIA_BAS_EINH string
STAT_MAP_BAS_WERT real Raw manifold air pressure
STAT_MAP_BAS_EINH string
STAT_MAP_UP_BAS_WERT real Raw upstream manifold air pressure
STAT_MAP_UP_BAS_EINH string
STAT_TCO_EX_BAS_WERT real Raw radiator coolant temperature
STAT_TCO_EX_BAS_EINH string
STAT_TOIL_CVT_BAS_WERT real Raw gearbox oil temperature
STAT_TOIL_CVT_BAS_EINH string
STAT_AC_PRS_BAS_WERT real Raw aircon pressure
STAT_AC_PRS_BAS_EINH string
STAT_TPS_1_BAS_WERT real Raw throttle position sensor voltage 1
STAT_TPS_1_BAS_EINH string
STAT_TPS_2_BAS_WERT real Raw throttle position sensor voltage 2
STAT_TPS_2_BAS_EINH string
STAT_PVS_1_BAS_WERT real Raw driver demand voltage 1
STAT_PVS_1_BAS_EINH string
STAT_PVS_2_BAS_WERT real Raw driver demand voltage 2
STAT_PVS_2_BAS_EINH string
STAT_VLS_UP_1_BAS_WERT real Raw upstream oxygen sensor voltage
STAT_VLS_UP_1_BAS_EINH string
STAT_VLS_DOWN_1_BAS_WERT real Raw downstream oxygen sensor voltage
STAT_VLS_DOWN_1_BAS_EINH string
STAT_VBK_BAS_WERT real Raw battery voltage after relay
STAT_VBK_BAS_EINH string
STAT_VBR_BAS_WERT real Raw battery voltage after key
STAT_VBR_BAS_EINH string

STATUS_ANA_ENGINE4

Read Analogue Input and Output States for LID 13 Read Engine 4 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_TCO_WERT real Engine coolant temperature
STAT_TCO_EINH string
STAT_TIA_WERT real Inlet air temperature
STAT_TIA_EINH string
STAT_MAP_WERT real Manifold air pressure
STAT_MAP_EINH string
STAT_MAP_UP_WERT real Upstream Manifold air pressure
STAT_MAP_UP_EINH string
STAT_TCO_EX_WERT real Radiator coolant temperature
STAT_TCO_EX_EINH string
STAT_TRANS_OIL_TEMP_WERT real Gearbox oil temperature
STAT_TRANS_OIL_TEMP_EINH string
STAT_AC_PRS_WERT real Aircon pressure
STAT_AC_PRS_EINH string
STAT_TPS_MTC_1_WERT real Thottle position sensor 1
STAT_TPS_MTC_1_EINH string
STAT_TPS_MTC_2_WERT real Thottle position sensor 2
STAT_TPS_MTC_2_EINH string
STAT_TPS_WERT real Thottle opening
STAT_TPS_EINH string
STAT_PV_AV_1_WERT real Driver demand 1
STAT_PV_AV_1_EINH string
STAT_PV_AV_2_WERT real Driver demand 2
STAT_PV_AV_2_EINH string
STAT_PV_AV_WERT real Driver demand
STAT_PV_AV_EINH string
STAT_VLS_UP_1_WERT real Upstream oxygen sensor voltage
STAT_VLS_UP_1_EINH string
STAT_VLS_DOWN_1_WERT real Downstream oxygen sensor voltage
STAT_VLS_DOWN_1_EINH string
STAT_VB_RLY_WERT real Battery voltage after relay
STAT_VB_RLY_EINH string
STAT_VB_KEY_WERT real Battery voltage after key
STAT_VB_KEY_EINH string

STATUS_ANA_ENGINE5

Read Analogue Input and Output States for LID 14 Read Engine 5 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_KNKS_BAS_WERT real Knock sensor voltage
STAT_KNKS_BAS_EINH string
STAT_IGA_CYL_KNK0_WERT real Knock ignition angle cor.
STAT_IGA_CYL_KNK0_EINH string
STAT_KNKWB_0_WERT real Knock window angle beggining
STAT_KNKWB_0_EINH string
STAT_KNKWD_0_WERT real Knock window angle duration
STAT_KNKWD_0_EINH string
STAT_KNK_EGY_0_WERT real Energy of knock window
STAT_KNK_EGY_0_EINH string
STAT_KNKS_0_WERT real Noise level
STAT_KNKS_0_EINH string
STAT_IGA_IGC_0_WERT real Ignition angle cylinder 1
STAT_IGA_IGC_0_EINH string
STAT_IGA_IGC_3_WERT real Ignition angle cylinder 2
STAT_IGA_IGC_3_EINH string
STAT_IGA_IGC_1_WERT real Ignition angle cylinder 3
STAT_IGA_IGC_1_EINH string
STAT_IGA_IGC_2_WERT real Ignition angle cylinder 4
STAT_IGA_IGC_2_EINH string
STAT_IGA_SP_WERT real Ignition angle set point
STAT_IGA_SP_EINH string

STATUS_ANA_O2_HEATER

Read Analogue Input and Output States for LID 15 Read Engine 6 analogue infomation - oxygen sensor heaters

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LSHPWM_UP_1_WERT real Upsteam oxygen sensor heater
STAT_LSHPWM_UP_1_EINH string
STAT_LSHPWM_DOWN_WERT real Downstream oxygen sensor heater
STAT_LSHPWM_DOWN_EINH string

STATUS_ANA_ENGINE7

Read Analogue Input and Output States for LID 16 Read Engine 7 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_MAF_KGH_WERT real Mass airflow
STAT_MAF_KGH_EINH string
STAT_MAP_SP_WERT real Manifold pressure setpoint
STAT_MAP_SP_EINH string
STAT_MAP_UP_SP_WERT real Upstream manifold pressure setpoint
STAT_MAP_UP_SP_EINH string
STAT_TPS_SP_CLC_WERT real Thottle position setpoint
STAT_TPS_SP_CLC_EINH string
STAT_V_TPS_AD_BOL_1_WERT real Lower mechanical stop adaptation 1
STAT_V_TPS_AD_BOL_1_EINH string
STAT_V_TPS_AD_BOL_2_WERT real Lower mechanical stop adaptation 2
STAT_V_TPS_AD_BOL_2_EINH string
STAT_V_TPS_AD_EL_BOL_1_WERT real Lower electrical stop adaptation 1
STAT_V_TPS_AD_EL_BOL_1_EINH string
STAT_V_TPS_AD_EL_BOL_2_WERT real Lower electrical stop adaptation 2
STAT_V_TPS_AD_EL_BOL_2_EINH string
STAT_V_TPS_AD_LIH_1_WERT real Limp home adaptation 1
STAT_V_TPS_AD_LIH_1_EINH string
STAT_V_TPS_AD_LIH_2_WERT real Limp home adaptation 2
STAT_V_TPS_AD_LIH_2_EINH string
STAT_N_SP_IS_WERT real Idle speed set point
STAT_N_SP_IS_EINH string
STAT_TPS_LIH_WERT real Limp home throttle position
STAT_TPS_LIH_EINH string

STATUS_ANA_FUEL_TRIM

Read Analogue Input and Output States for LID 17 Read Engine 8 analogue information - fuel trim

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_TI_LAM_1_WERT real Short term fuel trim
STAT_TI_LAM_1_EINH string
STAT_LAM_MV_1_WERT real Short term fuel trim average
STAT_LAM_MV_1_EINH string
STAT_TI_AD_ADD_MMV_0_WERT real Long term additive fuel trim
STAT_TI_AD_ADD_MMV_0_EINH string
STAT_TI_AD_ADD_MMV_REL_0_WERT real Rel. long term additive fuel trim
STAT_TI_AD_ADD_MMV_REL_0_EINH string
STAT_TI_AD_FAC_MMV_0_WERT real Long term multiplicative fuel trim
STAT_TI_AD_FAC_MMV_0_EINH string
STAT_TI_AD_FAC_MMV_REL_0_WERT real Rel. long term multiplicative fuel trim
STAT_TI_AD_FAC_MMV_REL_0_EINH string

STATUS_ANA_ENGINE9

Read Analogue Input and Output States for LID 18 Read Engine 9 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_VB_WERT real Battery voltage
STAT_VB_EINH string
STAT_VS_WERT real Vehicle speed
STAT_VS_EINH string
STAT_N_WERT real Engine speed
STAT_N_EINH string
STAT_VS_CVT_WERT real Transmission output shaft speed
STAT_VS_CVT_EINH string
STAT_GR_MT_WERT real Manual tranmission gear ratio
STAT_GR_MT_EINH string
STAT_GR_AT_WERT real Auto tranmission gear ratio
STAT_GR_AT_EINH string
STAT_CPPWM_WERT real Canister purge duty ratio
STAT_CPPWM_EINH string
STAT_LOAD_CLC_WERT real Calculated load
STAT_LOAD_CLC_EINH string

STATUS_ANA_INJ_TIME

Read Analogue Input and Output States for LID 19 Read Engine 10 analogue information - injection times

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_TIPR_WERT real Pre-injection time
STAT_TIPR_EINH string
STAT_TI_V_000_WERT real Computed injection time
STAT_TI_V_000_EINH string

STATUS_ANA_EWS

Read Analogue Input and Output States for LID 20 Read Immobiliser information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_CTR_SDR_1_IMOB_WERT real Locked engine counter
STAT_CTR_SDR_1_IMOB_EINH string
STAT_CTR_SDR_2_IMOB_WERT real Unsuccesful communication counter
STAT_CTR_SDR_2_IMOB_EINH string
STAT_CTR_SDR_3_IMOB_WERT real Key on counter
STAT_CTR_SDR_3_IMOB_EINH string

STATUS_ANA_MAN_TEST

Read Analogue Input and Output States for LID 21 Read Manufacturing Test information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_CAN_FTL_WERT real Fuel level
STAT_CAN_FTL_EINH string
STAT_TCO_WERT real Coolant temperature
STAT_TCO_EINH string
STAT_TCO_EX_WERT real Radiator coolant temperature
STAT_TCO_EX_EINH string
STAT_N_WERT real Engine speed
STAT_N_EINH string
STAT_TIA_WERT real Air temperature
STAT_TIA_EINH string
STAT_MAP_WERT real Manifold pressure
STAT_MAP_EINH string
STAT_MAP_UP_WERT real Upstream manifold pressure
STAT_MAP_UP_EINH string
STAT_TPS_1_BAS_WERT real Throttle angle 1
STAT_TPS_1_BAS_EINH string
STAT_TPS_2_BAS_WERT real Throttle angle 2
STAT_TPS_2_BAS_EINH string
STAT_PVS_1_BAS_WERT real Accelerator pedal sensor 1
STAT_PVS_1_BAS_EINH string
STAT_PVS_2_BAS_WERT real Accelerator pedal sensor 2
STAT_PVS_2_BAS_EINH string
STAT_TOIL_CVT_BAS_WERT real Gearbox oil temperature
STAT_TOIL_CVT_BAS_EINH string
STAT_AC_PRS_BAS_WERT real Aircon pressure
STAT_AC_PRS_BAS_EINH string
STAT_ALTER_WERT real Alternator load
STAT_ALTER_EINH string
STAT_VS_CVT_WERT real Gearbox output shaft speed
STAT_VS_CVT_EINH string
STAT_VS_WERT real Road speed
STAT_VS_EINH string
STAT_LAM_MV_1_WERT real Fuelling correction
STAT_LAM_MV_1_EINH string
STAT_VLS_CYC_MMV_EOL_1_WERT real Upstream O2 sensor cycle time (filtered)
STAT_VLS_CYC_MMV_EOL_1_EINH string
STAT_KNKS_0_WERT real Knock noise level
STAT_KNKS_0_EINH string
STAT_VLSH_UP_1_WERT real Upstream oxygen sensor heater voltage
STAT_VLSH_UP_1_EINH string
STAT_VLSH_DOWN_1_WERT real Downstream oxygen sensor heater voltage
STAT_VLSH_DOWN_1_EINH string
STAT_MIS_B0_WERT real Misfire value over 1000 rpm for cylinder 1
STAT_MIS_B0_EINH string
STAT_MIS_B1_WERT real Misfire value over 1000 rpm for cylinder 2
STAT_MIS_B1_EINH string
STAT_MIS_B2_WERT real Misfire value over 1000 rpm for cylinder 3
STAT_MIS_B2_EINH string
STAT_MIS_B3_WERT real Misfire value over 1000 rpm for cylinder 4
STAT_MIS_B3_EINH string
STAT_ER_MMV_EOL_000_WERT real Engine roughness value for cylinder 1
STAT_ER_MMV_EOL_000_EINH string
STAT_ER_MMV_EOL_001_WERT real Engine roughness value for cylinder 2
STAT_ER_MMV_EOL_001_EINH string
STAT_ER_MMV_EOL_002_WERT real Engine roughness value for cylinder 3
STAT_ER_MMV_EOL_002_EINH string
STAT_ER_MMV_EOL_003_WERT real Engine roughness value for cylinder 4
STAT_ER_MMV_EOL_003_EINH string

STATUS_ANA_CVT2

Read Analogue Input and Output States for LID 23 Read Constant Velocity Transmission 2 analogue information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_CMD_TYPE_WERT real CVT command type
STAT_CMD_TYPE_EINH string
STAT_MODE_CURRENT_WERT real CVT mode
STAT_MODE_CURRENT_EINH string
STAT_ENG_SPD_TARGET_WERT real Target engine speed
STAT_ENG_SPD_TARGET_EINH string
STAT_CVT_DFT_TOT_DIST_WERT real Distance travelled in default mode
STAT_CVT_DFT_TOT_DIST_EINH string

STATUS_IO_CAN_ASC1

Read Digital Input States for LID 01 Read Anti Slip Control 1 digital information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_ASR_REQ_ACTIVE int ASC torque reduction request
STAT_LV_MSR_REQ_ACTIVE int MSR torque increase request
STAT_LV_ASC_PAS_ACTIVE int ASC activity status
STAT_LV_GS_INH_ACTIVE int ASC gear shift inhibit status
STAT_LV_CAN_TQ_STATE_ACTIVE int ABS/ASC override activity status
STAT_LV_VS_CAN_ERR_DET_ACTIVE int Vehicle speed error status

STATUS_IO_DRIVING_STABILITY

Read Digital Input States for LID 03 Read Driving Stability control status

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_DSC_ACT_ACTIVE int Driving stability control status

STATUS_IO_CAN_ASC4

Read Digital Input States for LID 04 Read Anti Slip Control 4 digital information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_TW_MSR_REQ_ACTIVE int MSR torque increase request active
STAT_LV_TW_ASR_REQ_ACTIVE int ASC torque decrease request active

STATUS_IO_CAN_DME1

Read Digital Input States for LID 05 Read Digital Motor Electronics 1 digital information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_KEY_OFF_ACTIVE int Ignition switch status 0=Ignition on, 1=Ignition off
STAT_LV_CAN_CRK_ERR_ACTIVE int Engine speed error status
STAT_LV_TCS_ACK_ACTIVE int ASC plausibility status
STAT_LV_ACCOUT_RELAY_ACTIVE int Air con compressor status

STATUS_IO_CAN_DME4

Read Digital Input States for LID 07 Read Digital Motor Electronics 4 digital information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_MIL_ON int Engine MIL status
STAT_LV_CRU_ON_LAMP_ON int Cruise available lamp status
STAT_LV_WAL_1_ON int Engine warning lamp

STATUS_IO_WHEEL_TORQUE

Read Digital Input States for LID 09 Read Digital Motor Electronics 6 digital information - torque

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_CAN_TW_FLT_ACTIVE int Torque intervention failure
STAT_LV_CAN_TW_ACK_ACTIVE int Torque at wheels request acknowledgement

STATUS_IO_SHIFTING

Read Digital Input States for LID 0B Read State of Gear Shifting

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_CAN_GS_ACTIVE int Shifting active

STATUS_IO_CVT1

Read Digital Input States for LID 0C Read Constant Vehicle Transmission 1 digital information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response as a hex string
STAT_LV_SHIFTER_PARK_ON int Park switch status
STAT_LV_SHIFTER_REVERSE_ON int Reverse switch status
STAT_LV_SHIFTER_NEUTRAL_ON int Neutral switch status
STAT_LV_SHIFTER_DRIVE_ON int Drive switch status
STAT_LV_SHIFTER_MANUAL_ON int Manual switch status
STAT_LV_SHIFTER_PLUS_ON int Plus switch status
STAT_LV_SHIFTER_MINUS_ON int Minus switch status
STAT_LV_SHIFTER_MODE_ON int Mode switch status
STAT_LV_WHEEL_PLUS_ON int Extra plus switch status
STAT_LV_WHEEL_MINUS_ON int Extra minus switch status
STAT_LV_SPARE_SWI_1_ON int Spare switch 1 status
STAT_LV_SPARE_SWI_2_ON int Spare switch 2 status
STAT_LV_GIB_CKS_ERR_DET_ON int EE checksum fault in GIB
STAT_LV_GIB_CTL_ERR_DET_ON int Control impossible

STATUS_IO_INSTR3

Read Digital Input States for LID 0E Read Instruments 3 digital information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_BLS_3_ON int Handbrake switch
STAT_LV_ACCIN_ON int Air con compressor state request
STAT_LV_ACIN_ON int Air con request

STATUS_IO_ENGINE1

Read Digital Input States for LID 10 Read Engine 1 digital information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_TIA_ERR_ACTIVE int Error currently present on air temperature sensor
STAT_LV_TCO_ERR_ACTIVE int Error currently present on coolant temperature sensor
STAT_LV_CAM_ERR_ACTIVE int Error currently present on camshaft signal
STAT_LV_CAM_ERR_LIH_ACTIVE int Limp home activation for CAM sensor
STAT_LV_CAM_1_LEVEL_ACTIVE int Indication of CAM falling edge
STAT_LV_CRK_ERR_ACTIVE int Error currently present on crankshaft signal
STAT_LV_CRK_ERR_LIH_ACTIVE int Limp home activation for CRANK sensor
STAT_LV_MAP_ERR_ACTIVE int Error currently present on MAP sensor
STAT_LV_MAP_LIH_ACTIVE int Limp home activation for MAP sensor
STAT_LV_TPS_ERR_1_ACTIVE int Error currently present on throttle position sensor 1
STAT_LV_TPS_ERR_2_ACTIVE int Error currently present on throttle position sensor 2
STAT_LV_ERR_IV_0_ACTIVE int Error currently present on injector A
STAT_LV_ERR_IV_1_ACTIVE int Error currently present on injector B
STAT_LV_ERR_IV_2_ACTIVE int Error currently present on injector C
STAT_LV_ERR_IV_3_ACTIVE int Error currently present on injector D
STAT_LV_TCO_EX_ERR_ACTIVE int Error currently present on radiator coolant temp sensor
STAT_LV_PVS_ERR_1_ACTIVE int Error currently present on driver demand 1
STAT_LV_PVS_ERR_2_ACTIVE int Error currently present on driver demand 2
STAT_LV_MTC_AD_ERR_ACTIVE int Error currently present on motorized throttle
STAT_LV_MTC_CTL_ERR_ACTIVE int Error currently present on motorized throttle controller
STAT_LV_AC_PRS_ERR_ACTIVE int Error currently present on Aircon pressure tranducer
STAT_LV_ERR_PRES_TLDP_EOL_ACTIVE int Error currently present on LDP (end of line test only)
STAT_LV_MAP_UP_ERR_ACTIVE int Error currently present on upstream MAP sensor
STAT_LV_ERR_CPS_ACTIVE int Error currently present on canister purge solenoid
STAT_LV_ERR_EFP_ACTIVE int Error currently present on fuel pump relay
STAT_LV_ERR_CAN_ASC_ACTIVE int Error currently present on incoming CAN ABS frame
STAT_LV_ERR_CAN_EGS_ACTIVE int Error currently present on incoming CAN EGS frame
STAT_LV_ERR_CAN_INSTR_ACTIVE int Error currently present on incoming CAN INSTR frame
STAT_LV_ERR_BOFF_ACTIVE int Error currently present on CAN protocol
STAT_LV_EFP_ACTIVE int Fuel pump relay activated
STAT_LV_AST_ACTIVE int Engine after start phase
STAT_LV_IS_ACTIVE int Idle phase
STAT_LV_PL_ACTIVE int Engine part load phase
STAT_LV_PU_ACTIVE int Engine trailing throttle phase
STAT_LV_PUC_ACTIVE int Engine trailing throttle cut-off phase
STAT_LV_FL_ACTIVE int Engine full load phase
STAT_LV_CT_ACTIVE int Closed throttle
STAT_LV_MAIN_RLY_ACTIVE int Main relay activated
STAT_LV_BLS_ACTIVE int Brake switch 1
STAT_LV_BTS_ACTIVE int Brake switch 2
STAT_LV_CS_ACTIVE int Clutch switch
STAT_LV_IN_RS_TLDP_ACTIVE int EVAPS pressure switch
STAT_LV_PRNDM_FAULT_ACTIVE int PRNDM fault flag
STAT_LV_VS_CVT_ERR_ACTIVE int CVT vehicle speed error
STAT_LV_RATIO_PLAUS_ERR_ACTIVE int CVT ratio plausibility error
STAT_LV_TRANS_OIL_TEMP_ERR_ACTIVE int Tranmission oil temperature error
STAT_LV_SHIFT_IN_PROGRESS_ACTIVE int CVT shift in progress
STAT_LV_ASR_AUTH_ACTIVE int ASR request authorised
STAT_LV_MSR_AUTH_ACTIVE int MSR request authorised
STAT_LV_CLUTCH_LOCKED_ACTIVE int Clutch locked

STATUS_IO_ENGINE2

Read Digital Input States for LID 11 Read Engine 2 digital information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_MIL_ALSO_ACTIVE int MIL light
STAT_LV_ACCOUT_RLY_ALSO_ACTIVE int Air conditioning relay activated
STAT_LV_CFA_1_ACTIVE int Cooling fan activated at low speed
STAT_LV_CFA_2_ACTIVE int Cooling fan activated at medium speed
STAT_LV_CFA_3_ACTIVE int Cooling fan activated at high speed
STAT_LV_KEY_ON_ACTIVE int Ignition key is on
STAT_LV_ACIN_ALSO_ACTIVE int Air conditioning request
STAT_LV_ACCIN_ALSO_ACTIVE int Air conditioning compressor relay
STAT_LV_AC_FAN_REQ_1_ACTIVE int Air conditionning fan low speed request
STAT_LV_AFR_1_ACTIVE int Rich mixture detected on upstream oxygen sensor 1
STAT_LV_LSCL_1_ACTIVE int Closed loop enable
STAT_LV_LS_UP_ACTIVE int Upstream oxygen sensor 1 ready for air/fuel regulation
STAT_LV_LS_DOWN_ACTIVE int Downstream sensor operability
STAT_LV_RUN_ENG_ACTIVE int Engine is running
STAT_LV_SYN_ENG_ACTIVE int Engine is synchronized
STAT_LV_ES_ACTIVE int Engine is stopped
STAT_LV_ST_ACTIVE int Engine start phase
STAT_LV_MSR_ACT_ACTIVE int Torque increase flag
STAT_LV_ASR_ACT_ACTIVE int Torque reduction flag
STAT_LV_TPS_AD_REQ_ACTIVE int Throttle adaption successful

STATUS_IO_EWS

Read Digital Input States for LID 20 Read Immobiliser digital information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_ERR_IMOB_03_ACTIVE int No successful communication flag
STAT_LV_ERR_IMOB_04_ACTIVE int Wrong message received
STAT_LV_SEED_KEY_INI_ACTIVE int Rolling code set to start value
STAT_LV_NOT_LEARNT_MEM_IMOB_ACTIVE int SEED code not learnt
STAT_LV_LOCK_IMOB_ACTIVE int Immobilization status 0=unlocked, 1=locked
STAT_LV_ANS_ERR_IMOB_ACTIVE int Erroneous answer received
STAT_LV_ANS_ERR_COM_IMOB_ACTIVE int Communication error
STAT_LV_ANS_NOT_IMOB_ACTIVE int No correct answer before end of comm time

STATUS_IO_MAN_TEST

Read Digital Input States for LID 21 Read Manufacturing Test digital information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_SEG_T_AD_ERR_ACTIVE int Flywheel adaptation flag error
STAT_LV_SEG_AD_STATE_ACTIVE int Flywheel adaptation flag done
STAT_LV_END_CAT_DIAG_EOL_ACTIVE int Manufacturing catalyst test complete flag
STAT_LV_AUTH_CAT_DIAG_EOL_ACTIVE int Catalyst condition flag
STAT_LV_ERR_PRES_LS_DOWN_EOL_ACTIVE int Downstream O2 sensor condition flag
STAT_LV_END_TLDP_DIAG_EOL_ACTIVE int LDP test flag

STATUS_IO_CRUISE

Read Digital Input States for LID 22 Read Cruise digital information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_CRU_CTL_ACT_ACTIVE int Cruise active
STAT_LV_CRU_CTL_AUTH_ACTIVE int Cruise enabled
STAT_LV_CRU_SWI_ON_OFF_ACTIVE int Cruise signal O/I
STAT_LV_CRU_SWI_RES_ACTIVE int Cruise signal RES
STAT_LV_CRU_SWI_SET_POS_ACTIVE int Cruise signal SET+
STAT_LV_CRU_SWI_SET_MINUS_ACTIVE int Cruise signal SET-
STAT_LV_BLS_1_ACTIVE int Cruise suspension byte 1 - brake pedal
STAT_LV_CS_1_ACTIVE int Cruise suspension byte 1 - clutch pedal
STAT_LV_DRIV_1_ACTIVE int Cruise suspension byte 1 - P/N/D engaged or no valid forward ratio
STAT_LV_CRU_N_INH_1_ACTIVE int Cruise suspension byte 1 - engine speed outside of operating range
STAT_LV_CRU_VS_INH_1_ACTIVE int Cruise suspension byte 1 - road speed outside of operating range
STAT_LV_TCS_AUTH_1_ACTIVE int Cruise suspension byte 1 - traction control active
STAT_LV_VS_RATIO_DFT_1_ACTIVE int Cruise suspension byte 1 - vehicle speed below 70% of stored speed
STAT_LV_CRU_SWI_ON_OFF_1_ACTIVE int Cruise suspension byte 1 - O/I switch pressed
STAT_LV_BLS_2_ACTIVE int Cruise suspension byte 2 - brake pedal
STAT_LV_CS_2_ACTIVE int Cruise suspension byte 2 - clutch pedal
STAT_LV_DRIV_2_ACTIVE int Cruise suspension byte 2 - P/N/D engaged or no valid forward ratio
STAT_LV_CRU_N_INH_2_ACTIVE int Cruise suspension byte 2 - engine speed outside of operating range
STAT_LV_CRU_VS_INH_2_ACTIVE int Cruise suspension byte 2 - road speed outside of operating range
STAT_LV_TCS_AUTH_2_ACTIVE int Cruise suspension byte 2 - traction control active
STAT_LV_VS_RATIO_DFT_2_ACTIVE int Cruise suspension byte 2 - vehicle speed below 70% of stored speed
STAT_LV_CRU_SWI_ON_OFF_2_ACTIVE int Cruise suspension byte 2 - O/I switch pressed
STAT_LV_BLS_3_ACTIVE int Cruise suspension byte 3 - brake pedal
STAT_LV_CS_3_ACTIVE int Cruise suspension byte 3 - clutch pedal
STAT_LV_DRIV_3_ACTIVE int Cruise suspension byte 3 - P/N/D engaged or no valid forward ratio
STAT_LV_CRU_N_INH_3_ACTIVE int Cruise suspension byte 3 - engine speed outside of operating range
STAT_LV_CRU_VS_INH_3_ACTIVE int Cruise suspension byte 3 - road speed outside of operating range
STAT_LV_TCS_AUTH_3_ACTIVE int Cruise suspension byte 3 - traction control active
STAT_LV_VS_RATIO_DFT_3_ACTIVE int Cruise suspension byte 3 - vehicle speed below 70% of stored speed
STAT_LV_CRU_SWI_ON_OFF_3_ACTIVE int Cruise suspension byte 3 - O/I switch pressed
STAT_LV_BLS_4_ACTIVE int Cruise suspension byte 4 - brake pedal
STAT_LV_CS_4_ACTIVE int Cruise suspension byte 4 - clutch pedal
STAT_LV_DRIV_4_ACTIVE int Cruise suspension byte 4 - P/N/D engaged or no valid forward ratio
STAT_LV_CRU_N_INH_4_ACTIVE int Cruise suspension byte 4 - engine speed outside of operating range
STAT_LV_CRU_VS_INH_4_ACTIVE int Cruise suspension byte 4 - road speed outside of operating range
STAT_LV_TCS_AUTH_4_ACTIVE int Cruise suspension byte 4 - traction control active
STAT_LV_VS_RATIO_DFT_4_ACTIVE int Cruise suspension byte 4 - vehicle speed below 70% of stored speed
STAT_LV_CRU_SWI_ON_OFF_4_ACTIVE int Cruise suspension byte 4 - O/I switch pressed
STAT_LV_BLS_5_ACTIVE int Cruise suspension byte 5 - brake pedal
STAT_LV_CS_5_ACTIVE int Cruise suspension byte 5 - clutch pedal
STAT_LV_DRIV_5_ACTIVE int Cruise suspension byte 5 - P/N/D engaged or no valid forward ratio
STAT_LV_CRU_N_INH_5_ACTIVE int Cruise suspension byte 5 - engine speed outside of operating range
STAT_LV_CRU_VS_INH_5_ACTIVE int Cruise suspension byte 5 - road speed outside of operating range
STAT_LV_TCS_AUTH_5_ACTIVE int Cruise suspension byte 5 - traction control active
STAT_LV_VS_RATIO_DFT_5_ACTIVE int Cruise suspension byte 5 - vehicle speed below 70% of stored speed
STAT_LV_CRU_SWI_ON_OFF_5_ACTIVE int Cruise suspension byte 5 - O/I switch pressed

STATUS_IO_OIL_TEST_OK

Read Digital Input States for LID 23 Read whether it is OK to measure the oil level

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_OIL_LEVEL_TEST_OK_ACTIVE int Gearbox oil temperature is OK to measure oil level

STATUS_IO_READY_CODE

Read Digital Input States for LID 24 Read Readiness code digital information

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet
STAT_LV_READY_EVAP_1_ACTIVE int Readiness flag of EVAP 1
STAT_LV_READY_EVAP_2_ACTIVE int Readiness flag of EVAP 2
STAT_LV_READY_EVAP_3_ACTIVE int Readiness flag of EVAP 3
STAT_LV_READY_EVAP_4_ACTIVE int Readiness flag of EVAP 4
STAT_LV_READY_MIS_A_ACTIVE int Readiness flag of misfire A
STAT_LV_READY_MIS_B1_ACTIVE int Readiness flag of misfire B1
STAT_LV_READY_MIS_B4_ACTIVE int Readiness flag of misfire B4
STAT_LV_READY_FSD_1_ACTIVE int Readiness flag of fuel system
STAT_LV_READY_OBD_ACTIVE int Readiness flag for comprehensive component
STAT_LV_READY_LS_UP_1_ACTIVE int Readiness flag of UP O2 sensor
STAT_LV_READY_LS_DOWN_1_ACTIVE int Readiness flag of DOWN O2 sensor
STAT_LV_READY_CAT_1_ACTIVE int Readiness flag of catalyst

STATUS_MOTORDREHZAHL

Motordrehzahl Read the engine speed

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STATUS_MOTORDREHZAHL_WERT real Engine speed
STAT_MOTORDREHZAHL_WERT real Engine speed
STAT_MOTORDREHZAHL_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_LL_SOLLDREHZAHL

Solldrehzahl Leerlaufregler auslesen Read the target idle speed

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_LL_SOLLDREHZAHL_WERT real Ergebnis Solldrehzahl Target idle speed
STAT_LL_SOLLDREHZAHL_EINH string Einheit Solldrehzahl
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_ZUENDWINKEL

Zuendwinkel Zyl1 Read the spark advance angle

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_ZUENDWINKEL_WERT real Spark advance angle
STAT_ZUENDWINKEL_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_LMM_MASSE

Luftmasse Read the air mass

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_LMM_MASSE_WERT real Mass airflow
STAT_LMM_MASSE_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_EINSPRITZZEIT

Einspritzzeit EV1 Read the injection duration

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_EINSPRITZZEIT_WERT real Computed injection time
STAT_EINSPRITZZEIT_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_LAST

Lastsignal auslesen Read the calculated load value

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_LAST_WERT real Ergebnis Lastsignal WRGL Caculated load value
STAT_LAST_EINH string Einheit Lastsignal WRGL
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_DKP_WINKEL

DK-Winkel Read the throttle angle

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_DKP_WINKEL_WERT real Throttle opening
STAT_DKP_WINKEL_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_SYSTEMCHECK_LAUFUNRUHE

Laufunruhe lesen Read the engine roughness for each cylinder

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_SYSTEMCHECK_LAUFUNRUHE_ZYL1_WERT real Engine roughness cylinder 1 Rundlaufwert Zylinder 1
STAT_SYSTEMCHECK_LAUFUNRUHE_ZYL2_WERT real Engine roughness cylinder 2 Rundlaufwert Zylinder 2
STAT_SYSTEMCHECK_LAUFUNRUHE_ZYL3_WERT real Engine roughness cylinder 3 Rundlaufwert Zylinder 3
STAT_SYSTEMCHECK_LAUFUNRUHE_ZYL4_WERT real Engine roughness cylinder 4 Rundlaufwert Zylinder 4
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_LS_VKAT_HEIZUNG_TV_1

norm. Heizleist. L-Sonde vKat1 Read the upstream oxygen sensor heater

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_LS_VKAT_HEIZUNG_TV_1_WERT real Upstream oxygen sensor heater
STAT_LS_VKAT_HEIZUNG_TV_1_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_LS_NKAT_HEIZUNG_TV_1

norm. Heizleist. L-Sonde hKat1 Read the downstream oxygen sensor heater

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_LS_NKAT_HEIZUNG_TV_1_WERT real Downstream oxygen sensor heater
STAT_LS_NKAT_HEIZUNG_TV_1_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_LS_VKAT_SIGNAL_1

Lambdasondenspannung v Kat Read the voltage of the upstream oxygen sensor

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_LS_VKAT_SIGNAL_1_WERT real Upstream oxygen sensor voltage
STAT_LS_VKAT_SIGNAL_1_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_LS_NKAT_SIGNAL_1

Lambdasondenspannung n Kat Read the voltage of the downstream oxygen sensor

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_LS_NKAT_SIGNAL_1_WERT real Downstream oxygen sensor voltage
STAT_LS_NKAT_SIGNAL_1_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_LAMBDA_INTEGRATOR_1

Lambdaregler1 Read the fuel control bank 1

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_LAMBDA_INTEGRATOR_1_WERT real Short term fuel trim bank 1
STAT_LAMBDA_INTEGRATOR_1_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_TE_TASTVERHAELTNIS

Tastverhaeltnis TEV Read solenoid valve, tank ventillation (purge cannister)

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_TE_TASTVERHAELTNIS_WERT real Canister purge duty ratio
STAT_TE_TASTVERHAELTNIS_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_MDK_POTI_SPANNUNG

Potentiometer Motordrosselklappe auslesen Read the throttle potentiometer signals

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_MDK_POTI_SPANNUNG_1_WERT real Ergebnis Spannung MDK 1 Throttle position sensor 1
STAT_MDK_POTI_SPANNUNG_2_WERT real Ergebnis Spannung MDK 1 Throttle position sensor 2
STAT_MDK_POTI_SPANNUNG_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_PWG_POTI_SPANNUNG

Fahrerwunsch Read the pedal sensor signals

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_PWG_POTI_SPANNUNG_1_WERT real Driver demand 1
STAT_PWG_POTI_SPANNUNG_2_WERT real Driver demand 2
STAT_PWG_POTI_SPANNUNG_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_PWG_WINKEL

PWG-Winkel auslesen Read the pedal sensor angle

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_PWG_WINKEL_WERT real Ergebnis PWG-Winkel Driver demand
STAT_PWG_WINKEL_EINH string Einheit PWG-Winkel
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_AN_LUFTTEMPERATUR

Ansauglufttemperatur Read the air intake temperature

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_AN_LUFTTEMPERATUR_WERT real Inlet air temperature
STATUS_AN_LUFTTEMPERATUR_WERT real Inlet air temperature
STAT_AN_LUFTTEMPERATUR_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_MOTORTEMPERATUR

Motortemperatur Read the engine coolant temperature

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_MOTORTEMPERATUR_WERT real Engine coolant temperature
STATUS_MOTORTEMPERATUR_WERT real Engine coolant temperature
STAT_MOTORTEMPERATUR_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_KUEHLW_AUSL_TEMPERATUR

Temperatur Kuehleraustritt Read the radiator outlet coolant temperature

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_KUEHLW_AUSL_TEMPERATUR_WERT real Radiator coolant temperature
STAT_KUEHLW_AUSL_TEMPERATUR_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_UBATT

Ubatt Read the battery voltage after relay

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_UBATT_WERT real Battery voltage after relay
STATUS_UBATT_WERT real Battery voltage after relay
STAT_UBATT_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_GEBERRAD_ADAPTION

Geberradadaption Read the crank sensor adaption (engine is synchonized switch)

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STATUS_GEBERRAD_ADAPTION_WERT int Flywheel adaption flag done
STAT_GEBERRAD_ADAPTION_WERT int Flywheel adaption flag done
STATUS_GEBERRAD_ADAPTION_EINH string Einheit inc
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_DIGITAL

Status Schalteingaenge Read switches and I/O states

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_FEHLERLAMPE_EIN int MIL lamp on 0=No / 1=Yes Fehlerlampe an 0=Nein / 1=Ja
STAT_KO_EIN int Air Conditioning switch on 0=No / 1=Yes Klima-Anforderung 0=Nein / 1=Ja
STAT_AC_EIN int Request Air Conditioning compressor 0=No / 1=Yes Anforderung Klimabereitschaft 0=Nein / 1=Ja
STAT_EWS_OK int Flag for successful communication EWS ok 0=Nein / 1=Ja
STAT_IN_OUT_FZG_TYP int Fuel pump active EKP angesteuert
STAT_EGS_VORHANDEN int Tranmission - automatic gearbox - GR_MT_AT_CONF in Siemens configuration data EGS verbaut 0=Nein / 1=Ja
STAT_ASC_VORHANDEN int Automatic stability control - TCS_CONF in Siemens configuration data ASC verbaut 0=Nein / 1=Ja
STAT_KAT_VORHANDEN int Catalyst installed - If set then vehicle is in leaded fuel configuration LV_F_CONF in Siemens configuration data KAT verbaut 0=Nein / 1=Ja
STAT_KLIMA_VORHANDEN int Aircon installed - LV_AC_CONF in Siemens configuation data Klima verbaut 0=Nein / 1=Ja
STAT_LAMBDAREGELUNG_1_EIN int Oxygen sensor monitoring ? Lambdaregelung 0=Nein / 1=Ja
STAT_LL_EIN int Idle speed monitoring ? Leerlauf 0=Nein / 1=Ja
STAT_REEDSWITCH_EIN int Something to do with leak detection pump ? 0=Nein / 1=Ja
_TEL_ANTWORT1 binary Hex-Antwort von SG Read MIL lamp response
_TEL_ANTWORT2 binary Hex-Antwort von SG Read AirCon response
_TEL_ANTWORT3 binary Hex-Antwort von SG Read EWS response
_TEL_ANTWORT4 binary Hex-Antwort von SG Read fuel pump response
_TEL_ANTWORT5 binary Hex-Antwort von SG Read configuration response

STATUS_LAMBDA_ADD_1

Gemischadaption additiv 1 Read adaption mixture additive bank 1

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_LAMBDA_ADD_1_WERT real Rel. long term additive fuel trim
STAT_LAMBDA_ADD_1_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_LAMBDA_MUL_1

Gemischadaption multipl. 1 Read adaption mixture multiplicative bank 1

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_LAMBDA_MUL_1_WERT real Rel. long term multiplicative fuel trim
STAT_LAMBDA_MUL_1_EINH string Einheit
_TEL_ANTWORT binary Hex-Antwort von SG ECU response packet

STATUS_DIGITAL_OBDII

Status Schalteingaenge Read OBD2 Readiness flags

No arguments.

Results

Name Type Comment
JOB_STATUS string Status der Kommunikation - OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
STAT_MIL int MIL monitoring Ueberwachung MIL Status (DATA A, Byte 6, 1xxx xxxx)
ANZAHL_MIL int Count of MIL errors Anzahl von MIL Fehlern (DATA A, Byte 6, x111 1111)
STAT_RDY_LS int Oxygen sensor monitoring completed Readiness flags of upstream and downstream O2 sensors set Lambdasondenueberwachung (DATA D, Byte 9, xx1x xxxx)
STAT_RDY_KKV int Catalyst monitoring completed (readiness flag of catalyst set) Katalysatorueberwachung (DATA D, Byte 9, xxxx xxx1)
STAT_RDY_KVS int Fuel system monitoring completed (readiness flag of fuel system set) Readiness Kraftstoffsystem (DATA B, Byte 7, xx1x xxxx)
STAT_RDY_AUS int Misfire monitoring completed (all misfire readiness flags set) Readiness Verbrennungsaussetzer (DATA B, Byte 7, xxx1 xxxx)
STAT_UBW_TES int Monitoring evaporative system (all EVAP readiness flags set) Ueberwachung Tankentlueftungssystem (DATA C, Byte 8, xxxx x1xx)
KM_STAND_MIL_AN unsigned int Number of kilometers since MIL Kilometerstand MIL an
_TEL_ANTWORT1 binary Hex-Antwort von SG Read MIL response
_TEL_ANTWORT2 binary Hex-Antwort von SG Read quick faults response
_TEL_ANTWORT3 binary Hex-Antwort von SG Read full faults response
_TEL_ANTWORT4 binary Hex-Antwort von SG Read readiness flags response

Tables

Index

JOBRESULT

Dimensions: 22 rows × 2 columns

SB STATUS_TEXT
0x11 SERVICE NOT SUPPORTED
0x12 SUB-FUNCTION NOT SUPPORTED
0x22 CONDITION NOT CORRECT
0x31 REQUEST OUT OF RANGE
0x33 SECURITY ACCESS DENIED / REQUIRED
0x35 INVALID KEY
0x36 EXCEEDED NUMBER OF ATTEMPTS
0x37 REQUIRED TIME DELAY NOT EXPIRED
0x40 DOWNLOAD NOT ACCEPTED
0x41 IMPROPER DOWNLOAD TYPE
0x42 CANNOT DOWNLOAD TO SPECIFIED ADDRESS
0x50 UPLOAD NOT ACCEPTED
0x52 CANNOT UPLOAD FROM SPECIFIED ADDRESS
0x53 CANNOT UPLOAD NUMBER OF BYTES REQUESTED
0x78 REQUEST CORRECTLY RECEIVED - RESPONSE PENDING
0x79 INCORRECT BYTE COUNT DURING BLOCK TRANSFER
0x80 SERVICE NOT SUPPORTED IN CURRENT DIAGNOSTIC MODE
0x90 OPERATION NOT PERFORMED
0x91 INCORRECT MESSAGE FORMAT
0xA0 OKAY
0xFF ERROR_ECU_NACK
0x00 ERROR_ECU_UNKNOWN_STATUSBYTE

LIEFERANTEN

Dimensions: 45 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
0x10 VDO
0x11 Valeo
0x12 MBB
0x13 Kammerer
0x14 SWF
0x15 Blaupunkt
0x16 Philips
0x17 Alpine
0x18 Teves
0x19 Electromatic South Africa
0x20 Becker
0x21 Preh
0x22 Alps
0x23 Motorola
0x24 Temic
0x25 Webasto
0x26 MotoMeter
0x27 Delphi PHI
0x28 DODUCO
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
0xFF Unknown manufacturer

FREEZEFRAME

Dimensions: 22 rows × 10 columns

NAME FACT_A FACT_B EINH UWNR POS SIZE MASK TYPE UWTEXT
FTL 1.0 0.0 L 0x01 6 1 0xFF 0 Fuel Tank Level
OBD_TPS 0.468627450 0.0 Deg TPS 0x02 7 1 0xFF 0 Throttle Opening
OBD_PV_AV 0.392156860 0.0 % 0x03 8 1 0xFF 0 Driver Demand
VB_RLY 0.112941180 0.0 V 0x04 9 1 0xFF 0 Battery Voltage
LV_CAN_TQ_STATE 1.0 0.0 0x05 10 1 0x01 0 ABS/ACS Activity Status
LV_VS_ERR 0.5 0.0 0x06 10 1 0x02 0 Vehicle Speed Error Status
LV_ACCOUT_RLY 1.0 0.0 0x07 11 1 0x01 0 Air Con Status
LV_DRI 1.0 0.0 0x08 12 1 0x01 0 Gear Status
OBD_MAP_UP 0.036621653 0.0 hPa 0x09 13 2 0xFF 0 Upstream Manifold Pressure
CMD_TYPE 1.0 0.0 0x0A 15 1 0xFF 0 CVT command type
OBD_TIA 0.75 -48.0 Deg C 0x0B 16 1 0xFF 0 Inlet Air Temperature
OBD_TCO_EX 0.75 -48.0 Deg C 0x0C 17 1 0xFF 0 Radiator Coolant Temperature
DIST_FAIL 100.0 0.0 m 0x0D 18 4 0xFF 0 Covered distance at failure
STATE_LS1 1.0 0.0 0x0E 22 1 0xFF 0 Status of Fuel System 1
LOAD_CLC 0.392156860 0.0 % 0x10 24 1 0xFF 0 Calculated Load Value
OBD_TCO 0.75 -48.0 Deg C 0x11 25 1 0xFF 0 Engine Coolant Temperature
TI_LAM_1 0.001525902 0.0 % 0x12 26 2 0xFF 1 Short Term Fuel Trim Bank 1
FUEL_AD_MMV_REL_1 0.001525902 0.0 % 0x13 28 2 0xFF 1 Long Term Fuel Trim Bank 1
OBD_MAP 0.036621653 0.0 hPa 0x16 35 2 0xFF 0 Intake Manifold Absolute Pressure
N 1.0 0.0 rpm 0x17 37 2 0xFF 0 Engine Speed
VS 1.0 0.0 km/h 0x18 39 1 0xFF 0 Vehicle Speed
Unknown item 0.0 0.0 0x00 0 0 0xFF 0

DIGITAL

Dimensions: 180 rows × 4 columns

NAME BYTE MASK VALUE
LV_ASR_REQ 6 0x01 0x01
LV_MSR_REQ 6 0x02 0x02
LV_ASC_PAS 6 0x04 0x04
LV_GS_INH 6 0x08 0x08
LV_CAN_TQ_STATE 7 0x02 0x02
LV_VS_CAN_ERR_DET 7 0x04 0x04
LV_DSC_ACT 10 0x04 0x04
LV_TW_MSR_REQ 7 0x20 0x20
LV_TW_ASR_REQ 7 0x40 0x40
LV_KEY_OFF 6 0x01 0x01
LV_CAN_CRK_ERR 6 0x02 0x02
LV_TCS_ACK 6 0x04 0x04
LV_ACCOUT_RELAY 6 0x40 0x40
LV_MIL 6 0x02 0x02
LV_CRU_ON_LAMP 6 0x08 0x08
LV_WAL_1 6 0x10 0x10
LV_CAN_TW_FLT 9 0x01 0x01
LV_CAN_TW_ACK 9 0x02 0x02
LV_CAN_GS 6 0x08 0x08
LV_SHIFTER_PARK 6 0x01 0x01
LV_SHIFTER_REVERSE 6 0x02 0x02
LV_SHIFTER_NEUTRAL 6 0x04 0x04
LV_SHIFTER_DRIVE 6 0x08 0x08
LV_SHIFTER_MANUAL 6 0x10 0x10
LV_SHIFTER_PLUS 6 0x20 0x20
LV_SHIFTER_MINUS 6 0x40 0x40
LV_SHIFTER_MODE 6 0x80 0x80
LV_WHEEL_PLUS 7 0x01 0x01
LV_WHEEL_MINUS 7 0x02 0x02
LV_SPARE_SWI_1 7 0x04 0x04
LV_SPARE_SWI_2 7 0x08 0x08
LV_GIB_CKS_ERR_DET 7 0x10 0x10
LV_GIB_CTL_ERR_DET 7 0x20 0x20
LV_ACCIN 6 0x40 0x40
LV_ACIN 6 0x80 0x80
LV_BLS_3 10 0x02 0x02
LV_TIA_ERR 6 0x01 0x01
LV_TCO_ERR 6 0x02 0x02
LV_CAM_ERR 6 0x04 0x04
LV_CAM_ERR_LIH 6 0x08 0x08
LV_CAM_1_LEVEL 6 0x10 0x10
LV_CRK_ERR 6 0x20 0x20
LV_CRK_ERR_LIH 6 0x40 0x40
LV_MAP_ERR 6 0x80 0x80
LV_MAP_LIH 7 0x01 0x01
LV_TPS_ERR_1 7 0x02 0x02
LV_TPS_ERR_2 7 0x04 0x04
LV_ERR_IV_0 7 0x08 0x08
LV_ERR_IV_1 7 0x10 0x10
LV_ERR_IV_2 7 0x20 0x20
LV_ERR_IV_3 7 0x40 0x40
LV_TCO_EX_ERR 7 0x80 0x80
LV_PVS_ERR_1 8 0x01 0x01
LV_PVS_ERR_2 8 0x02 0x02
LV_MTC_AD_ERR 8 0x04 0x04
LV_MTC_CTL_ERR 8 0x08 0x08
LV_AC_PRS_ERR 8 0x10 0x10
LV_ERR_PRES_TLDP_EOL 8 0x20 0x20
LV_MAP_UP_ERR 9 0x01 0x01
LV_ERR_CPS 9 0x02 0x02
LV_ERR_EFP 9 0x04 0x04
LV_ERR_CAN_ASC 9 0x08 0x08
LV_ERR_CAN_EGS 9 0x10 0x10
LV_ERR_CAN_INSTR 9 0x20 0x20
LV_ERR_BOFF 10 0x01 0x01
LV_EFP 10 0x02 0x02
LV_AST 10 0x04 0x04
LV_IS 10 0x08 0x08
LV_PL 10 0x20 0x20
LV_PU 10 0x40 0x40
LV_PUC 10 0x80 0x80
LV_FL 11 0x01 0x01
LV_CT 11 0x02 0x02
LV_MAIN_RLY 11 0x04 0x04
LV_BLS 11 0x08 0x08
LV_BTS 11 0x10 0x10
LV_CS 11 0x20 0x20
LV_IN_RS_TLDP 11 0x40 0x40
LV_PRNDM_FAULT 12 0x01 0x01
LV_VS_CVT_ERR 12 0x02 0x02
LV_RATIO_PLAUS_ERR 12 0x04 0x04
LV_TRANS_OIL_TEMP_ERR 12 0x08 0x08
LV_SHIFT_IN_PROGRESS 12 0x10 0x10
LV_ASR_AUTH 12 0x20 0x20
LV_MSR_AUTH 12 0x40 0x40
LV_CLUTCH_LOCKED 12 0x80 0x80
LV_MIL_ALSO 6 0x01 0x01
LV_ACCOUT_RLY_ALSO 6 0x02 0x02
LV_CFA_1 6 0x04 0x04
LV_CFA_2 6 0x08 0x08
LV_CFA_3 6 0x10 0x10
LV_KEY_ON 7 0x01 0x01
LV_ACIN_ALSO 7 0x04 0x04
LV_ACCIN_ALSO 7 0x08 0x08
LV_AC_FAN_REQ_1 7 0x10 0x10
LV_AFR_1 8 0x01 0x01
LV_LSCL_1 8 0x02 0x02
LV_LS_UP 8 0x04 0x04
LV_LS_DOWN 8 0x08 0x08
LV_RUN_ENG 9 0x01 0x01
LV_SYN_ENG 9 0x02 0x02
LV_ES 9 0x04 0x04
LV_ST 9 0x08 0x08
LV_MSR_ACT 9 0x10 0x10
LV_ASR_ACT 9 0x20 0x20
LV_TPS_AD_REQ 9 0x40 0x40
LV_ERR_IMOB_03 6 0x01 0x01
LV_ERR_IMOB_04 6 0x02 0x02
LV_SEED_KEY_INI 6 0x04 0x04
LV_NOT_LEARNT_MEM_IMOB 6 0x08 0x08
LV_LOCK_IMOB 6 0x10 0x10
LV_ANS_ERR_IMOB 6 0x20 0x20
LV_ANS_ERR_COM_IMOB 6 0x40 0x40
LV_ANS_NOT_IMOB 7 0x01 0x01
LV_SEG_T_AD_ERR 37 0x01 0x01
LV_SEG_AD_STATE 37 0x02 0x02
LV_END_CAT_DIAG_EOL 37 0x04 0x04
LV_AUTH_CAT_DIAG_EOL 37 0x08 0x08
LV_ERR_PRES_LS_DOWN_EOL 37 0x10 0x10
LV_END_TLDP_DIAG_EOL 37 0x20 0x20
LV_CRU_CTL_ACT 6 0x01 0x01
LV_CRU_CTL_AUTH 6 0x02 0x02
LV_CRU_SWI_ON_OFF 6 0x04 0x04
LV_CRU_SWI_RES 6 0x08 0x08
LV_CRU_SWI_SET_POS 6 0x10 0x10
LV_CRU_SWI_SET_MINUS 6 0x20 0x20
LV_BLS_1 7 0x01 0x01
LV_CS_1 7 0x02 0x02
LV_DRIV_1 7 0x04 0x04
LV_CRU_N_INH_1 7 0x08 0x08
LV_CRU_VS_INH_1 7 0x10 0x10
LV_TCS_AUTH_1 7 0x20 0x20
LV_VS_RATIO_DFT_1 7 0x40 0x40
LV_CRU_SWI_ON_OFF_1 7 0x80 0x80
LV_BLS_2 8 0x01 0x01
LV_CS_2 8 0x02 0x02
LV_DRIV_2 8 0x04 0x04
LV_CRU_N_INH_2 8 0x08 0x08
LV_CRU_VS_INH_2 8 0x10 0x10
LV_TCS_AUTH_2 8 0x20 0x20
LV_VS_RATIO_DFT_2 8 0x40 0x40
LV_CRU_SWI_ON_OFF_2 8 0x80 0x80
LV_BLS_3 9 0x01 0x01
LV_CS_3 9 0x02 0x02
LV_DRIV_3 9 0x04 0x04
LV_CRU_N_INH_3 9 0x08 0x08
LV_CRU_VS_INH_3 9 0x10 0x10
LV_TCS_AUTH_3 9 0x20 0x20
LV_VS_RATIO_DFT_3 9 0x40 0x40
LV_CRU_SWI_ON_OFF_3 9 0x80 0x80
LV_BLS_4 10 0x01 0x01
LV_CS_4 10 0x02 0x02
LV_DRIV_4 10 0x04 0x04
LV_CRU_N_INH_4 10 0x08 0x08
LV_CRU_VS_INH_4 10 0x10 0x10
LV_TCS_AUTH_4 10 0x20 0x20
LV_VS_RATIO_DFT_4 10 0x40 0x40
LV_CRU_SWI_ON_OFF_4 10 0x80 0x80
LV_BLS_5 11 0x01 0x01
LV_CS_5 11 0x02 0x02
LV_DRIV_5 11 0x04 0x04
LV_CRU_N_INH_5 11 0x08 0x08
LV_CRU_VS_INH_5 11 0x10 0x10
LV_TCS_AUTH_5 11 0x20 0x20
LV_VS_RATIO_DFT_5 11 0x40 0x40
LV_CRU_SWI_ON_OFF_5 11 0x80 0x80
LV_OIL_LEVEL_TEST_OK 6 0x40 0x40
LV_READY_EVAP_1 6 0x10 0x10
LV_READY_EVAP_2 6 0x20 0x20
LV_READY_EVAP_3 6 0x40 0x40
LV_READY_EVAP_4 6 0x80 0x80
LV_READY_MIS_A 8 0x04 0x04
LV_READY_MIS_B1 8 0x08 0x08
LV_READY_MIS_B4 8 0x10 0x10
LV_READY_FSD_1 8 0x20 0x20
LV_READY_OBD 8 0x80 0x80
LV_READY_LS_UP_1 9 0x01 0x01
LV_READY_LS_DOWN_1 9 0x04 0x04
LV_READY_CAT_1 9 0x10 0x10
?? FF 0x00 0xFF

ANALOG

Dimensions: 146 rows × 4 columns

NAME FACT_A FACT_B EINH
CAN_VS_BAS 0.06258 0.0 km/h
CAN_TQI_ASR 0.3906525 0.0 %
CAN_TQI_MSR 0.3906525 0.0 %
CAN_VRD_LV_ASC 0.06258 0.0 km/h
CAN_VRD_RV_ASC 0.06258 0.0 km/h
CAN_VRD_LH_ASC 0.06258 0.0 km/h
CAN_VRD_RH_ASC 0.06258 0.0 km/h
CAN_RR 0.08 0.0 G
CAN_TQI_TW_ASR 0.001525902 0.0 %
CAN_TQI_TW_MSR 0.001525902 0.0 %
TQ_COR_STATE 1.0 0.0
CAN_TQI_AV 0.3906525 0.0 %
CAN_N 1.0 0.0 rpm
CAN_TQI_BAS 0.3906525 0.0 %
CAN_TQI_LOSS 0.3906525 0.0 %
CAN_MUL_INFO 1.0 0.0
CAN_MUL_COD 1.0 0.0
CAN_TCO 0.75 -48.0 Deg C
CAN_CRU_SET_LAMP 1.0 0.0
CAN_PV_AV 0.392156860 0.0 %
TI_SUM_FCO 1.0 0.0
CAN_DES_AIM_POSITION 0.5 0.0 steps
CAN_DES_CMD_TYPE 1.0 0.0
CAN_DES_AIM_SPEED 1.0 0.0
CAN_DES_CLU_SOL_DR 0.195694720 0.0 %
CAN_CLUTCH_CODES 1.0 0.0
CAN_DES_SDRY_PRES_DR 0.195694720 0.0 %
CAN_SDRY_PRES_CODES 1.0 0.0
CAN_MAP 1.0 0.0
CAN_TQ_AT_WHEELS_WOUT_LOSS 0.03125 0.0 Nm
CAN_TW_NORM 20.0 0.0 Nm
CAN_TW_TQ_LOSS 0.03125 0.0 Nm
CAN_TW_TQI_REQ_TRA 0.0015259 0.0 %
MARKET_CONF 1.0 0.0
ENGINE_CONF 1.0 0.0
CAN_GR_AT 1.0 0.0
CAN_L_GS 1.0 0.0
CAN_GR_AT_SEL 1.0 0.0
CAN_GR_MOD 1.0 0.0
CAN_CURRENT_POSITION 0.5 0.0 steps
CAN_MOTOR_CDN_COD 1.0 0.0
CAN_DRIV_LED_STATUS 1.0 0.0
CAN_CLU_AV_DR 0.195694720 0.0 %
CAN_CLU_CDN_COD 1.0 0.0
CAN_DRIV_LED_ERR 1.0 0.0
CAN_SDRY_PRS_AV_DR 0.195694720 0.0 %
CAN_SDRY_PRS_CDN_COD 1.0 0.0
CAN_GIB_SW_NR 1.0 0.0
CAN_DIST 10.0 0.0 m
CAN_FTL 1.0 0.0 L
CAN_AC_TEMP 0.364 0.0 Deg C
STATE_CP 1.0 0.0
ALTER 0.001525902 0.0 %
TCO_BAS 0.004887586 0.0 V
TIA_BAS 0.004887586 0.0 V
MAP_BAS 0.004887586 0.0 V
MAP_UP_BAS 0.004887586 0.0 V
TCO_EX_BAS 0.004887586 0.0 V
TOIL_CVT_BAS 0.004887586 0.0 V
AC_PRS_BAS 0.004887586 0.0 V
TPS_1_BAS 0.004887586 0.0 V
TPS_2_BAS 0.004887586 0.0 V
PVS_1_BAS 0.004887586 0.0 V
PVS_2_BAS 0.004887586 0.0 V
VLS_UP_1_BAS 0.004887586 0.0 V
VLS_DOWN_1_BAS 0.004887586 0.0 V
VBK_BAS 0.028152492 0.0 V
VBR_BAS 0.028152492 0.0 V
TCO 0.75 -48.0 Deg C
TIA 0.75 -48.0 Deg C
MAP 0.036621653 0.0 hPa
MAP_UP 0.036621653 0.0 hPa
TCO_EX 0.75 -48.0 Deg C
TRANS_OIL_TEMP 1.0 -50.0 Deg C
AC_PRS 0.156862750 0.0 Bar
TPS_MTC_1 0.001823 0.0 Deg TPS
TPS_MTC_2 0.001823 0.0 Deg TPS
TPS 0.468627450 0.0 Deg TPS
PV_AV_1 0.392156860 0.0 %
PV_AV_2 0.392156860 0.0 %
PV_AV 0.392156860 0.0 %
VLS_UP_1 0.004887586 0.0 V
VLS_DOWN_1 0.004887586 0.0 V
VB_RLY 0.112941180 0.0 V
VB_KEY 0.112941180 0.0 V
KNKS_BAS 0.00489 0.0 V
IGA_CYL_KNK0 0.001459144 0.0 Deg CRK
KNKWB_0 1.0 0.0 Deg CRK
KNKWD_0 1.0 0.0 Deg CRK
KNK_EGY_0 1.0 0.0
KNKS_0 1.0 0.0
IGA_IGC_0 0.375 -23.625 Deg CRK
IGA_IGC_1 0.375 -23.625 Deg CRK
IGA_IGC_2 0.375 -23.625 Deg CRK
IGA_IGC_3 0.375 -23.625 Deg CRK
IGA_SP 0.375 -23.625 Deg CRK
LSHPWM_UP_1 0.001525902 0.0 %
LSHPWM_DOWN 0.001525902 0.0 %
MAF_KGH 0.25 0.0 kg/h
MAP_SP 0.036621653 0.0 hPa
MAP_UP_SP 0.036621653 0.0 hPa
TPS_SP_CLC 0.001823 0.0 Deg TPS
V_TPS_AD_BOL_1 0.004887586 0.0 V
V_TPS_AD_BOL_2 0.004887586 0.0 V
V_TPS_AD_EL_BOL_1 0.004887586 0.0 V
V_TPS_AD_EL_BOL_2 0.004887586 0.0 V
V_TPS_AD_LIH_1 0.004887586 0.0 V
V_TPS_AD_LIH_2 0.004887586 0.0 V
N_SP_IS 1.0 0.0 rpm
TPS_LIH 0.001823 0.0 Deg TPS
TI_LAM_1 0.001525902 0.0 %
LAM_MV_1 0.001525902 0.0 %
TI_AD_ADD_MMV_0 0.004 0.0 ms
TI_AD_ADD_MMV_REL_0 0.004 0.0 ms
TI_AD_FAC_MMV_0 0.001525902 0.0 %
TI_AD_FAC_MMV_REL_0 0.001525902 0.0 %
VB 0.112941180 0.0 V
VS 1.0 0.0 km/h
N 1.0 0.0 rpm
VS_CVT 0.1 0.0 km/h
GR_MT 1.0 0.0
GR_AT 1.0 0.0
CPPWM 0.392156860 0.0 %
LOAD_CLC 0.392156860 0.0 %
TIPR 0.016 0.0 ms
TI_V_000 3.999954200 0.0 microsecond
CTR_SDR_1_IMOB 1.0 0.0
CTR_SDR_2_IMOB 1.0 0.0
CTR_SDR_3_IMOB 1.0 0.0
VLS_CYC_MMV_EOL_1 0.01 0.0 s
VLSH_UP_1 0.004887586 0.0 V
VLSH_DOWN_1 0.004887586 0.0 V
MIS_B0 1.0 0.0
MIS_B1 1.0 0.0
MIS_B2 1.0 0.0
MIS_B3 1.0 0.0
ER_MMV_EOL_000 1.0 0.0 microsecond
ER_MMV_EOL_001 1.0 0.0 microsecond
ER_MMV_EOL_002 1.0 0.0 microsecond
ER_MMV_EOL_003 1.0 0.0 microsecond
CMD_TYPE 1.0 0.0
MODE_CURRENT 1.0 0.0
ENG_SPD_TARGET 1.0 0.0 rpm
CVT_DFT_TOT_DIST 1.0 0.0
N_SP_ADD_KWP_LTA 1.0 0.0
Unknown item 0.0 0

FORTTEXTE

Dimensions: 142 rows × 2 columns

ORT ORTTEXT
0x0113 Air intake temperature sensor short to V batt or open circuit
0x0112 Air intake temperature sensor short to ground
0x0111 Air intake temperature sensor intermittent failure
0x0108 Manifold air pressure sensor short to V batt
0x0107 Manifold air pressure sensor short to ground or open circuit
0x0109 Manifold air pressure sensor intermittent failure
0x0106 Manifold air pressure sensor out of range
0x0238 Upstream compressor air pressure short to V batt
0x0237 Upstream compressor air pressure short to ground or open circuit
0x0235 Upstream compressor air pressure intermittent failure
0x0236 Manifold air pressure upstream sensor out of range
0x1496 Air cleaner leak
0x1497 Downstream throttle air leak
0x1498 Downstream supercharge air leak
0x0118 Coolant temperature sensor short to V batt or open circuit
0x0117 Coolant temperature sensor short to ground
0x0125 Coolant temperature sensor insufficient temperature for close loop control
0x0119 Coolant temperature sensor intermittent failure
0x1118 Radiator outlet Coolant temperature sensor short to V batt or open circuit
0x1117 Radiator outlet Coolant temperature sensor short to ground
0x1119 Radiator outlet Coolant temperature sensor intermittent failure
0x0132 Upstream Lambda sensor 1 short to V batt
0x0131 Upstream Lambda sensor 1 short to ground or air leakage
0x0130 Upstream Lambda sensor 1 line break
0x0135 Upstream Lambda sensor heater 1 malfunction
0x0138 Downstream Lambda sensor short to V batt
0x0137 Downstream Lambda sensor short to ground or air leakage
0x0136 Downstream Lambda sensor open circuit
0x0141 Downstream Lambda sensor heater malfunction
0x0262 Injector 1 short to V batt
0x0261 Injector 1 short to ground or open circuit
0x0265 Injector 2 short to V batt
0x0264 Injector 2 short to ground or open circuit
0x0268 Injector 3 short to V batt
0x0267 Injector 3 short to ground or open circuit
0x0271 Injector 4 short to V batt
0x0270 Injector 4 short to ground or open circuit
0x0232 Fuel pump relay short to V batt
0x0231 Fuel pump relay short to ground or line break
0x0171 Fuel system diagnosis lean limit or Nox emissions
0x0172 Fuel system diagnosis rich limit or HC/CO emissions
0x0133 Upstream oxygen sensor malfunction
0x0139 Downstream oxygen sensor malfunction
0x0340 Camshaft position sensor no signal
0x0344 Camshaft position sensor signal implausible
0x0351 Ignition control signal coil 1 malfunction
0x0352 Ignition control signal coil 2 malfunction
0x0325 Knock sensor noise level too low
0x0324 Knock sensor unreliable SPI communication
0x0300 Misfire on at least one cylinder
0x0301 Misfire on cylinder 1
0x0302 Misfire on cylinder 2
0x0303 Misfire on cylinder 3
0x0304 Misfire on cylinder 4
0x1319 Misfiring at low fuel
0x1320 Crankshaft signal - Segment adaptation at the limit
0x1321 Crankshaft signal - Tooth error
0x0420 Catalytic converter catalyst malfunction
0x0444 Canister purge valve short to V batt or open circuit
0x0445 Canister purge valve short to ground
0x0448 Tank leakage detection pump short to V batt or ground
0x0447 Tank leakage detection pump open circuit
0x0452 Tank leakage detection pump reed switch opened
0x0453 Tank leakage detection pump reed switch closed
0x0451 Tank leakage detection pump - pump problem
0x0441 Tank leakage detection pump - CPS blocked in position or clamped tube
0x0455 Tank leakage detection pump - big leakage, cap missing
0x0442 Tank leakage detection pump - leakage over 0.5mm
0x0123 Throttle position sensor 1 short to V batt
0x0122 Throttle position sensor 1 short to ground or open circuit
0x0223 Throttle position sensor 2 short to V batt
0x0222 Throttle position sensor 2 short to ground or open circuit
0x1121 Throttle position sensor 1 and 2 coherency small discrepency
0x0121 Throttle position sensor 1 and 2 coherency big discrepency
0x1229 Adaptative strategy failed
0x1226 Throttle flap malfunction
0x0228 Pedal position sensor 1 short to V batt
0x0227 Pedal position sensor 1 short to ground or open circuit
0x1228 Pedal position sensor 2 short to V batt
0x1227 Pedal position sensor 2 short to ground or open circuit
0x0226 Pedal position sensor 1 and 2 coherency - plausibility error
0x1660 ETC H bridge malfunction
0x8004 Fault in torque losses compensation
0x8005 ADC fault
0x8006 Engine speed error
0x8007 Idle speed controller PD part fault
0x8008 Idle speed controller I part fault
0x8009 Maximum torque at clutch error
0x8010 Different PVS diag between L1 and L2
0x8011 Different TPS diag between L1 and L2
0x8012 Mass air flow signal error
0x8013 Torque generation error
0x8014 Engine speed limitation error
0x8015 Error for final request for disabled power stages of MTC and IV
0x8016 Error for temporary request for disabled power stages of MTC and IV
0x0533 Linear A/C pressure sensor short to V batt or open circuit
0x0532 Linear A/C pressure sensor short to ground
0x0500 Vehicle speed signal implausible
0x0335 Crankshaft sensor no signal
0x0336 Crankshaft sensor signal implausible
0x1538 Air conditioner compressor short to V batt
0x1537 Air conditioner compressor short to ground or open circuit
0x0480 Engine cooling fan relay for 1 speed malfunction
0x0481 Engine cooling fan relay for 2 speed malfunction
0x0482 Engine cooling fan relay for 3 speed malfunction
0x0704 Clutch switch signal implausible
0x0571 Brake switch signal implausible
0x1825 Shift lock relay malfunction
0x0568 Cruise control out of range input
0x1568 Cruise control electrical error
0x0563 Alternator load sensor short to V batt
0x0562 Alternator load sensor open circuit
0x0713 Gear box oil temperature short to V batt or line break
0x0712 Gear box oil temperature short to ground
0x0711 Gear box oil temperature intermittent failure
0x0721 Gear box shaft speed signal implausible
0x0705 Gear box PRNDM sensor malfunction
0x1816 Shifter minus switch error
0x1815 Shifter plus switch error
0x0790 Mode switch error short to ground
0x1601 GIB ECU error internal failure
0x1606 GIB ECU error check sum error
0x1810 CVT LEDs error
0x1786 Motor electrical error plausibility error
0x1788 Motor electrical error open circuit
0x1787 Motor electrical error short circuit
0x1666 Anti-theft code no successful communication
0x1672 Anti-theft code wrong computation
0x0604 ECU self test RAM error
0x0603 ECU self test NVMY write error
0x0601 ECU self test checksum error
0x0563 Battery voltage after system relay short to V batt
0x0562 Battery voltage after system relay open circuit
0x0608 First sensor supply diagnosis malfunction
0x0609 Second sensor supply diagnosis malfunction
0x1610 System relay short to V batt
0x1611 System relay short to ground or line break
0x1685 CAN error with ABS - frame missing
0x1687 CAN error with instrument pack - frame missing
0x1686 CAN error with gear box - frame missing
0x1683 CAN bus - bus off mode
0xFFFF Unknown Error

FUMWELTMATRIX

Dimensions: 140 rows × 7 columns

ORT UW_ANZ UW_SATZ UW1_NR UW2_NR UW3_NR UW4_NR
0x0113 4 1 0x17 0x11 0x16 0x0B
0x0112 4 1 0x17 0x11 0x16 0x0B
0x0111 4 1 0x17 0x11 0x16 0x0B
0x0108 4 1 0x17 0x02 0x16 0x0B
0x0107 4 1 0x17 0x02 0x16 0x0B
0x0109 4 1 0x17 0x02 0x16 0x0B
0x0106 4 1 0x17 0x02 0x16 0x0B
0x0238 4 1 0x17 0x02 0x09 0x16
0x0237 4 1 0x17 0x02 0x09 0x16
0x0235 4 1 0x17 0x02 0x09 0x16
0x0236 4 1 0x17 0x02 0x09 0x16
0x1496 4 1 0x17 0x0E 0x11 0x0C
0x1497 4 1 0x17 0x0E 0x11 0x0C
0x1498 4 1 0x17 0x0E 0x11 0x0C
0x0118 4 1 0x17 0x16 0x11 0x0B
0x0117 4 1 0x17 0x16 0x11 0x0B
0x0125 4 1 0x17 0x16 0x11 0x0B
0x0119 4 1 0x17 0x16 0x11 0x0B
0x1118 4 1 0x17 0x16 0x0B 0x0C
0x1117 4 1 0x17 0x16 0x0B 0x0C
0x1119 4 1 0x17 0x16 0x0B 0x0C
0x0132 4 1 0x17 0x13 0x0E 0x16
0x0131 4 1 0x17 0x13 0x0E 0x16
0x0130 4 1 0x17 0x13 0x0E 0x16
0x0135 4 1 0x17 0x04 0x0E 0x16
0x0138 4 1 0x17 0x13 0x0E 0x16
0x0137 4 1 0x17 0x13 0x0E 0x16
0x0136 4 1 0x17 0x13 0x0E 0x16
0x0141 4 1 0x17 0x04 0x0E 0x16
0x0262 4 1 0x17 0x04 0x0E 0x16
0x0261 4 1 0x17 0x04 0x0E 0x16
0x0265 4 1 0x17 0x04 0x0E 0x16
0x0264 4 1 0x17 0x04 0x0E 0x16
0x0268 4 1 0x17 0x04 0x0E 0x16
0x0267 4 1 0x17 0x04 0x0E 0x16
0x0271 4 1 0x17 0x04 0x0E 0x16
0x0270 4 1 0x17 0x04 0x0E 0x16
0x0232 4 1 0x17 0x0E 0x01 0x16
0x0231 4 1 0x17 0x0E 0x01 0x16
0x0171 4 1 0x17 0x0E 0x13 0x16
0x0172 4 1 0x17 0x0E 0x13 0x16
0x0133 4 1 0x17 0x13 0x0E 0x16
0x0139 4 1 0x17 0x13 0x0E 0x16
0x0340 4 1 0x17 0x04 0x06 0x16
0x0344 4 1 0x17 0x04 0x06 0x16
0x0351 4 1 0x17 0x04 0x11 0x16
0x0352 4 1 0x17 0x04 0x11 0x16
0x0325 4 1 0x17 0x0E 0x11 0x16
0x0324 4 1 0x17 0x0E 0x11 0x16
0x0300 4 1 0x17 0x0B 0x11 0x16
0x0301 4 1 0x17 0x0B 0x11 0x16
0x0302 4 1 0x17 0x0B 0x11 0x16
0x0303 4 1 0x17 0x0B 0x11 0x16
0x0304 4 1 0x17 0x0B 0x11 0x16
0x1319 4 1 0x17 0x01 0x11 0x16
0x1320 4 1 0x17 0x04 0x06 0x16
0x1321 4 1 0x17 0x04 0x06 0x16
0x0420 4 1 0x17 0x0E 0x13 0x16
0x0444 4 1 0x17 0x04 0x0E 0x16
0x0445 4 1 0x17 0x0B 0x0E 0x16
0x0448 4 1 0x17 0x13 0x0E 0x16
0x0447 4 1 0x17 0x13 0x0E 0x16
0x0452 4 1 0x17 0x13 0x0E 0x16
0x0453 4 1 0x17 0x13 0x0E 0x16
0x0451 4 1 0x17 0x13 0x0E 0x16
0x0441 4 1 0x17 0x13 0x0E 0x16
0x0455 4 1 0x17 0x13 0x0E 0x16
0x0442 4 1 0x17 0x13 0x0E 0x16
0x0123 4 1 0x17 0x02 0x03 0x16
0x0122 4 1 0x17 0x02 0x03 0x16
0x0223 4 1 0x17 0x02 0x03 0x16
0x0222 4 1 0x17 0x02 0x03 0x16
0x1121 4 1 0x17 0x02 0x03 0x16
0x0121 4 1 0x17 0x02 0x03 0x16
0x1229 4 1 0x17 0x02 0x11 0x16
0x1226 4 1 0x17 0x02 0x03 0x16
0x0228 4 1 0x17 0x02 0x03 0x16
0x0227 4 1 0x17 0x02 0x03 0x16
0x1228 4 1 0x17 0x02 0x03 0x16
0x1227 4 1 0x17 0x02 0x03 0x16
0x0226 4 1 0x17 0x02 0x03 0x16
0x1660 4 1 0x17 0x02 0x03 0x16
0x8004 4 1 0x17 0x10 0x11 0x16
0x8005 4 1 0x17 0x10 0x04 0x16
0x8006 4 1 0x17 0x18 0x06 0x16
0x8007 4 1 0x17 0x07 0x11 0x16
0x8008 4 1 0x17 0x07 0x11 0x16
0x8009 4 1 0x17 0x10 0x05 0x16
0x8010 4 1 0x17 0x02 0x03 0x16
0x8011 4 1 0x17 0x02 0x03 0x16
0x8012 4 1 0x17 0x13 0x0E 0x16
0x8013 4 1 0x17 0x10 0x05 0x16
0x8014 4 1 0x17 0x18 0x06 0x16
0x8015 4 1 0x17 0x02 0x10 0x16
0x8016 4 1 0x17 0x02 0x10 0x16
0x0533 4 1 0x17 0x07 0x11 0x16
0x0532 4 1 0x17 0x07 0x11 0x16
0x0500 4 1 0x17 0x18 0x06 0x16
0x0335 4 1 0x17 0x04 0x06 0x16
0x0336 4 1 0x17 0x04 0x06 0x16
0x1538 4 1 0x17 0x07 0x11 0x16
0x1537 4 1 0x17 0x07 0x11 0x16
0x0480 4 1 0x17 0x10 0x11 0x16
0x0481 4 1 0x17 0x10 0x11 0x16
0x0482 4 1 0x17 0x10 0x11 0x16
0x0704 4 1 0x17 0x18 0x04 0x16
0x0571 4 1 0x17 0x18 0x04 0x16
0x1825 4 1 0x17 0x0A 0x08 0x16
0x1568 4 1 0x17 0x18 0x08 0x16
0x0568 4 1 0x17 0x18 0x08 0x16
0x0563 4 1 0x17 0x04 0x10 0x16
0x0562 4 1 0x17 0x04 0x10 0x16
0x0713 4 1 0x17 0x08 0x11 0x16
0x0712 4 1 0x17 0x08 0x11 0x16
0x0711 4 1 0x17 0x08 0x11 0x16
0x0721 4 1 0x17 0x08 0x11 0x16
0x0705 4 1 0x17 0x08 0x04 0x16
0x1816 4 1 0x17 0x08 0x04 0x16
0x1815 4 1 0x17 0x08 0x04 0x16
0x0790 4 1 0x17 0x08 0x04 0x16
0x1601 4 1 0x17 0x08 0x04 0x16
0x1606 4 1 0x17 0x08 0x04 0x16
0x1810 4 1 0x17 0x08 0x04 0x16
0x1786 4 1 0x17 0x08 0x04 0x16
0x1788 4 1 0x17 0x08 0x04 0x16
0x1787 4 1 0x17 0x08 0x04 0x16
0x1666 4 1 0x17 0x0D 0x04 0x16
0x1672 4 1 0x17 0x0D 0x04 0x16
0x0604 4 1 0x17 0x0D 0x04 0x16
0x0603 4 1 0x17 0x0D 0x04 0x16
0x0601 4 1 0x17 0x0D 0x04 0x16
0x0608 4 1 0x17 0x0D 0x04 0x16
0x0609 4 1 0x17 0x0D 0x04 0x16
0x1610 4 1 0x17 0x0D 0x04 0x16
0x1611 4 1 0x17 0x0D 0x04 0x16
0x1685 4 1 0x17 0x0D 0x04 0x16
0x1687 4 1 0x17 0x0D 0x04 0x16
0x1686 4 1 0x17 0x0D 0x04 0x16
0x1683 4 1 0x17 0x0D 0x04 0x16
0x00 0 0 0x00 0x00 0x00 0x00

FARTTEXTE

Dimensions: 10 rows × 2 columns

ARTNR ARTTEXT
0x00 --
0x01 short to V batt
0x02 short to ground
0x03 no signal detected
0x04 signal out of range
0x05 test complete
0x06 sporadic error
0x07 fault present
0x08 warning lamp state
0xFF unknown status

ACTUATOR_TEST

Dimensions: 19 rows × 3 columns

NAME LID ACTION
MAIN_RELAY 0x11 Main Relay
FUEL_PUMP 0x12 Fuel Pump
AC_COMPRESSOR 0x13 Air conditioner compressor
FAN_RELAY_HIGH 0x1B Cooling fan relay (high)
FAN_RELAY_MED 0x1A Cooling fan relay (medium)
FAN_RELAY_LOW 0x19 Cooling fan relay (low)
CANISTER_PURGE 0x20 Canister Purge
THROTTLE_ACT 0x23 Throttle actuator
LEAK_DETECTION 0x24 Leak detection pump
PRIME_FUEL 0x34 Prime fuel line
CVT_SHIFT_LOCK 0x37 Constantly Variable Transmission shift interlock
INJECTOR_1 0x39 Injector 1
INJECTOR_2 0x3A Injector 2
INJECTOR_3 0x3B Injector 3
INJECTOR_4 0x3C Injector 4
UPSTR_O2_HEAT 0x3D Upstream oxygen heater
DWSTR_O2_HEAT 0x3E Downstream oxygen heater
DISABLE_ACTS 0x3F Disable all actuators
0xFF

APPLIC_CORRECTION

Dimensions: 4 rows × 3 columns

NAME LID ACTION
IDLE_CO_TRIM 0x90 Idle speed CO trim
IDLE_TEMP_CORR 0x91 Idle speed temporary correction
IDLE_DUR_CORR 0x92 Idle speed durable correction
0xFF

ADAPTIVE_VALUES

Dimensions: 11 rows × 3 columns

NAME LID ACTION
ALL_VALUES 0x50 Reset All adaptive values
MAP 0x51 Reset Manifold Air Pressure correction
KNOCK_CONTROL 0x52 Reset Knock control adaptive value
ECT_THROTTLE 0x53 Reset ECT throttle adaption
CVT 0x54 Reset Constantly Variable Transmission
LAMBDA 0x56 Reset Lambda adaptive value
MISFIRING 0x57 Reset Misfiring adaptive value
IDLE_SPEED 0x58 Reset Idle speed adaptive value
DYNAMIC_TRIM 0x59 Reset Dynamic trim
KNOCK_SPARK_ADV 0x5A Reset Knock spark advance slow correction
0xFF