- Fault codes
- 269
- Block
- 35
- Make group
- BMW · Rolls-Royce · Mini
- Source language
- English · German
The 269 BMW · Rolls-Royce · Mini fault codes that start with 35, with descriptions.
| Code | Description | German |
|---|---|---|
350000 | xDFC_HegnOutOfRngDiagNoxMinS6B1: DFC of Nox signal minimum physical range diagnosis | xDFC_HegnOutOfRngDiagNoxMinS6B1: DFC of Nox signal minimum physical range diagnosis |
350100 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, power supply: supply voltage faulty | Lambda-Stickoxidsensor vor Oxidationskatalysator, Spannungsversorgung: Versorgungsspannung fehlerhaft |
350200 | NOx sensor in front of DeNOx-Kat, power supply: supply voltage faulty | NOx-Sensor vor DeNOx-Kat, Spannungsversorgung: Versorgungsspannung fehlerhaft |
350300 | NOx sensor according to DeNOx-Kat, power supply: supply voltage faulty | NOx-Sensor nach DeNOx-Kat, Spannungsversorgung: Versorgungsspannung fehlerhaft |
350400 | xDFC_UEGOASICS3B1: Error CJ135-ASIC diagnosis, sensor 3 bank 1 | xDFC_UEGOASICS3B1: Error CJ135-ASIC-Diagnose, Sensor 3 Bank 1 |
350500 | xDFC_UEGOOLIPES3B1: Lambda sensor wire diagnosis open load at pin IPE, sensor 3 bank 1 | xDFC_UEGOOLIPES3B1: Lambda sensor wire diagnosis open load at pin IPE, sensor 3 bank 1 |
350600 | xDFC_UEGOSCBS3B1: Lambda sensor wire diagnosis short circuit to battery, sensor 3 bank 1 | xDFC_UEGOSCBS3B1: Lambda sensor wire diagnosis short circuit to battery, sensor 3 bank 1 |
350700 | xDFC_UEGOSCGS3B1: Lambda sensor wire diagnosis short circuit to ground, sensor 3 bank 1 | xDFC_UEGOSCGS3B1: Lambda sensor wire diagnosis short circuit to ground, sensor 3 bank 1 |
350800 | xDFC_UEGOSPIS3B1: Error CJ135-SPI-Diagnosis, sensor 3 bank 1 | xDFC_UEGOSPIS3B1: Error CJ135-SPI-Diagnosis, sensor 3 bank 1 |
350900 | xDFC_UEGOSnsrS3B1: Error lambda-sensor diagnosis sensor 3 bank 1 | xDFC_UEGOSnsrS3B1: Error lambda-sensor diagnosis sensor 3 bank 1 |
350A00 | xDFC_UegoSnsrRichRdyS3B1: Error rich-readiness lambda-sensor sensor 3 bank 1 | xDFC_UegoSnsrRichRdyS3B1: Error rich-readiness lambda-sensor sensor 3 bank 1 |
350B00 | xDFC_UegoSnsrRpcAbortS3B1: Abort reversed pump current lambda sensor sensor 3 bank 1 | xDFC_UegoSnsrRpcAbortS3B1: Abort reversed pump current lambda-sensor sensor 3 bank 1 |
350C00 | xDFC_UegoSnsrRpcBlacknS3B1: Error during reversed pump current lambda-sensor sensor 3 bank 1 | xDFC_UegoSnsrRpcBlacknS3B1: Error during reversed pump current lambda-sensor sensor 3 bank 1 |
350D00 | xDFC_HegnHeatrOpCirS2B1: DFC of open circuit errors of Heater Nox sensor | xDFC_HegnHeatrOpCirS2B1: DFC of open circuit errors of Heater Nox sensor |
350E00 | NOx sensor before DeNOx-Kat, heating: interruption | NOx-Sensor vor DeNOx-Kat, Heizung: Unterbrechung |
350F00 | NOx sensor according to DeNOx-Kat, heating: interruption | NOx-Sensor nach DeNOx-Kat, Heizung: Unterbrechung |
351000 | xDFC_HegnHeatrShCirS2B1: DFC of all short circuit errors of Heater Nox sensor | xDFC_HegnHeatrShCirS2B1: DFC of all short circuit errors of Heater Nox sensor |
351100 | NOx sensor in front of DeNOx catalytic converter, heating: short circuit | NOx-Sensor vor DeNOx-Kat, Heizung: Kurzschluss |
351200 | NOx sensor according to DeNOx-Kat, heating: short circuit | NOx-Sensor nach DeNOx-Kat, Heizung: Kurzschluss |
351300 | xDFC_HegnLamBinOpCirS2B1: DFC of lambda binary open circuit error of Nox sensor | xDFC_HegnLamBinOpCirS2B1: DFC of lambda binary open circuit error of Nox sensor |
351400 | NOx sensor in front of DeNOx-Kat, binary lambda: interruption | NOx-Sensor vor DeNOx-Kat, binäres Lambda: Unterbrechung |
351500 | NOx sensor according to DeNOx-Kat, binary lambda: interruption | NOx-Sensor nach DeNOx-Kat, binäres Lambda: Unterbrechung |
351600 | xDFC_HegnLamBinShCirS2B1: DFC of lambda binary short circuit errors of Nox sensor | xDFC_HegnLamBinShCirS2B1: DFC of lambda binary short circuit errors of Nox sensor |
351700 | NOx sensor in front of DeNOx-Kat, binary lambda: short circuit | NOx-Sensor vor DeNOx-Kat, binäres Lambda: Kurzschluss |
351800 | NOx sensor according to DeNOx-Kat, binary lambda: short circuit | NOx-Sensor nach DeNOx-Kat, binäres Lambda: Kurzschluss |
351900 | xDFC_HegnLamRecprOpCirS2B1: DFC of lambda reciproc open circuit error of Nox sensor | xDFC_HegnLamRecprOpCirS2B1: DFC of lambda reciproc open circuit error of Nox sensor |
351A00 | NOx sensor in front of DeNOx catalytic converter, reciprocal lambda: interruption | NOx-Sensor vor DeNOx-Kat, reziprokes Lambda: Unterbrechung |
351B00 | NOx sensor according to DeNOx-Kat, reciprocal lambda: interruption | NOx-Sensor nach DeNOx-Kat, reziprokes Lambda: Unterbrechung |
351C00 | xDFC_HegnLamRecprShCirS2B1: DFC of lambda reciproc short circuit errors of Nox sensor | xDFC_HegnLamRecprShCirS2B1: DFC of lambda reciproc short circuit errors of Nox sensor |
351D00 | NOx sensor in front of DeNOx catalytic converter, reciprocal lambda: short circuit | NOx-Sensor vor DeNOx-Kat, reziprokes Lambda: Kurzschluss |
351E00 | NOx sensor according to DeNOx-Kat, reciprocal lambda: short circuit | NOx-Sensor nach DeNOx-Kat, reziprokes Lambda: Kurzschluss |
351F00 | xDFC_HegnNOxSRCMaxS2B1: DFC of Nox signal range check of Nox sensor (maximum) | xDFC_HegnNOxSRCMaxS2B1: DFC of Nox signal range check of Nox sensor (maximum) |
3520 | 0x3520 Idling control: Speed too high | 0x3520 Leerlaufregelung: Drehzahl zu hoch |
352000 | xDFC_HegnNOxSRCMaxS4B1: DFC of Nox signal range check of Nox sensor (maximum) | xDFC_HegnNOxSRCMaxS4B1: DFC of Nox signal range check of Nox sensor (maximum) |
3521 | 0x3521 Idling control: Speed too low | 0x3521 Leerlaufregelung: Drehzahl zu niedrig |
352100 | xDFC_HegnNOxSRCMaxS6B1: DFC of Nox signal range check of Nox sensor (maximum) | xDFC_HegnNOxSRCMaxS6B1: DFC of Nox signal range check of Nox sensor (maximum) |
352200 | xDFC_HegnNOxSRCMinS2B1: DFC of Nox signal range check of Nox sensor (minimum) | xDFC_HegnNOxSRCMinS2B1: DFC of Nox signal range check of Nox sensor (minimum) |
352300 | xDFC_HegnNOxSRCMinS4B1: DFC of Nox signal range check of Nox sensor (minimum) | xDFC_HegnNOxSRCMinS4B1: DFC of Nox signal range check of Nox sensor (minimum) |
3524 | 0x3524 Idling control, cold start: speed too high | 0x3524 Leerlaufregelung, Kaltstart: Drehzahl zu hoch |
352400 | xDFC_HegnNOxSRCMinS6B1: DFC of Nox signal range check of Nox sensor (minimum) | xDFC_HegnNOxSRCMinS6B1: DFC of Nox signal range check of Nox sensor (minimum) |
3525 | 0x3525 Idling control, cold start: speed too low | 0x3525 Leerlaufregelung, Kaltstart: Drehzahl zu niedrig |
352500 | xDFC_HegnNoxOpCirS2B1: DFC of Nox open circuit error of Nox sensor | xDFC_HegnNoxOpCirS2B1: DFC of Nox open circuit error of Nox sensor |
3526 | 0x3526 Idling control, plausibility, cold start: speed implausible | 0x3526 Leerlaufregelung, Plausibilität, Kaltstart: Drehzahl unplausibel |
352600 | NOx sensor in front of DeNOx-Kat, signal NOx, binary lambda, linear lambda: interruption | NOx-Sensor vor DeNOx-Kat, Signal NOx, binäres Lambda, lineares Lambda: Unterbrechung |
352700 | NOx sensor according to DeNOx-Kat, signal NOx, binary lambda, linear lambda: interruption | NOx-Sensor nach DeNOx-Kat, Signal NOx, binäres Lambda, lineares Lambda: Unterbrechung |
3528 | 0x3528 Drive, safety function: power reduction through safety concept | 0x3528 Antrieb, Sicherheitsfunktion: Leistungsreduzierung durch Sicherheitskonzept |
352800 | xDFC_HegnNoxShCirS2B1: DFC of Nox short circuit errors of Nox sensor | xDFC_HegnNoxShCirS2B1: DFC of Nox short circuit errors of Nox sensor |
3529 | 0x3529 Speed limitation when the vehicle is stationary: Idling speed too high for too long | 0x3529 Drehzahlbegrenzung bei stehendem Fahrzeug: Leerlaufdrehzahl zu lange zu hoch |
352900 | NOx sensor in front of DeNOx-Kat, signal NOx, binary lambda, linear lambda: short circuit | NOx-Sensor vor DeNOx-Kat, Signal NOx, binäres Lambda, lineares Lambda: Kurzschluss |
352A | 0x352A Tamper Protection: Motor power too high | 0x352A Manipulationsschutz: Motorleistung zu hoch |
352A00 | NOx sensor according to DeNOx-Kat, signal NOx, binary lambda, linear lambda: short circuit | NOx-Sensor nach DeNOx-Kat, Signal NOx, binäres Lambda, lineares Lambda: Kurzschluss |
352B00 | xDFC_HegnSRCBinMaxS2B1: DFC of lambda binary signal range check of Nox sensor (maximum) | xDFC_HegnSRCBinMaxS2B1: DFC of lambda binary signal range check of Nox sensor (maximum) |
352C00 | xDFC_HegnSRCBinMaxS4B1: DFC of lambda binary signal range check of Nox sensor (maximum) | xDFC_HegnSRCBinMaxS4B1: DFC of lambda binary signal range check of Nox sensor (maximum) |
352D00 | xDFC_HegnSRCBinMaxS6B1: DFC of lambda binary signal range check of Nox sensor (maximum) | xDFC_HegnSRCBinMaxS6B1: DFC of lambda binary signal range check of Nox sensor (maximum) |
352E00 | xDFC_HegnSRCBinMinS2B1: DFC of lambda binary signal range check of Nox sensor (minimum) | xDFC_HegnSRCBinMinS2B1: DFC of lambda binary signal range check of Nox sensor (minimum) |
352F00 | xDFC_HegnSRCBinMinS4B1: DFC of lambda binary signal range check of Nox sensor (minimum) | xDFC_HegnSRCBinMinS4B1: DFC of lambda binary signal range check of Nox sensor (minimum) |
353000 | xDFC_HegnSRCBinMinS6B1: DFC of lambda binary signal range check of Nox sensor (minimum) | xDFC_HegnSRCBinMinS6B1: DFC of lambda binary signal range check of Nox sensor (minimum) |
353100 | xDFC_HegnSRCLinMaxS2B1: DFC of linear lambda signal range check of Nox sensor (maximum) | xDFC_HegnSRCLinMaxS2B1: DFC of linear lambda signal range check of Nox sensor (maximum) |
353200 | xDFC_HegnSRCLinMaxS4B1: DFC of linear lambda signal range check of Nox sensor (maximum) | xDFC_HegnSRCLinMaxS4B1: DFC of linear lambda signal range check of Nox sensor (maximum) |
353300 | xDFC_HegnSRCLinMaxS6B1: DFC of linear lambda signal range check of Nox sensor (maximum) | xDFC_HegnSRCLinMaxS6B1: DFC of linear lambda signal range check of Nox sensor (maximum) |
353400 | xDFC_HegnSRCLinMinS2B1: DFC of linear lambda signal range check of Nox sensor (minimum) | xDFC_HegnSRCLinMinS2B1: DFC of linear lambda signal range check of Nox sensor (minimum) |
353500 | xDFC_HegnSRCLinMinS4B1: DFC of linear lambda signal range check of Nox sensor (minimum) | xDFC_HegnSRCLinMinS4B1: DFC of linear lambda signal range check of Nox sensor (minimum) |
353600 | xDFC_HegnSRCLinMinS6B1: DFC of linear lambda signal range check of Nox sensor (minimum) | xDFC_HegnSRCLinMinS6B1: DFC of linear lambda signal range check of Nox sensor (minimum) |
353700 | xDFC_HegnSelfDiagTimeoutS2B1: Self Diagnosis error detection based on the timeout criteria in NOx sensor 2 bank 1 | xDFC_HegnSelfDiagTimeoutS2B1: Self Diagnosis error detection based on the timeout criteria in NOx sensor 2 Bank 1 |
353800 | xDFC_HegnSelfDiagTimeoutS4B1: Self Diagnosis error detection based on the timeout criteria in NOx sensor 4 Bank 1 | xDFC_HegnSelfDiagTimeoutS4B1: Self Diagnosis error detection based on the timeout criteria in NOx sensor 4 Bank 1 |
3539 | 0x3539 engine oil, cold start: ethanol content warning threshold 1 exceeded | 0x3539 Motoröl, Kaltstart: Ethanolgehalt Warnschwelle 1 überschritten |
353900 | xDFC_HegnSelfDiagTimeoutS6B1: self diagnosis error detection based on sensor response timeout in NOx sensor 6 bank 2 | xDFC_HegnSelfDiagTimeoutS6B1: self diagnosis error detection based on sensor response timeout in NOx sensor 6 Bank 2 |
353A | 0x353A engine oil, cold start: ethanol content warning threshold 2 exceeded | 0x353A Motoröl, Kaltstart: Ethanolgehalt Warnschwelle 2 überschritten |
353A00 | xDFC_UEGOCoolgDetnS3B1: Error cooling out heater lambdasensor (LSU); Sensor 3 bank 1 | xDFC_UEGOCoolgDetnS3B1: Error cooling out heater lambdasensor (LSU); Sensor 3 Bank 1 |
353B00 | xDFC_UEGOHeatrPsS3B1Max: Max. Error (SCB) LSU Heater Powerstage Sensor 3, Bank 1 | xDFC_UEGOHeatrPsS3B1Max: Max. Error (SCB) LSU Heater Powerstage Sensor 3, Bank 1 |
353C00 | xDFC_UEGOHeatrPsS3B1Min: Min. Error (SCG) LSU Heater Powerstage Sensor 3, Bank 1 | xDFC_UEGOHeatrPsS3B1Min: Min. Error (SCG) LSU Heater Powerstage Sensor 3, Bank 1 |
353D00 | xDFC_UEGOHeatrPsS3B1Sig: Sig. Error (OL) LSU Heater Powerstage Sensor 3, Bank 1 | xDFC_UEGOHeatrPsS3B1Sig: Sig. Error (OL) LSU Heater Powerstage Sensor 3, Bank 1 |
353E00 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, NOx plausibility: NOx signal offset too high | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität NOx: NOx-Signal Offset zu hoch |
353F00 | NOx sensor in front of DeNOx catalytic converter, NOx plausibility: NOx signal offset too high | NOx-Sensor vor DeNOx-Kat, Plausibilität NOx: NOx-Signal Offset zu hoch |
354000 | NOx sensor according to DeNOx-Kat, plausibility NOx: NOx signal offset too high | NOx-Sensor nach DeNOx-Kat, Plausibilität NOx: NOx-Signal Offset zu hoch |
354100 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility NOx: NOx signal offset too low | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität NOx: NOx-Signal Offset zu niedrig |
354200 | NOx sensor in front of DeNOx catalytic converter, NOx plausibility: NOx signal offset too low | NOx-Sensor vor DeNOx-Kat, Plausibilität NOx: NOx-Signal Offset zu niedrig |
354300 | NOx sensor according to DeNOx-Kat, plausibility NOx: NOx signal offset too low | NOx-Sensor nach DeNOx-Kat, Plausibilität NOx: NOx-Signal Offset zu niedrig |
354400 | xDFC_EGSDNoxOffsUshtS2B1: DFC of Nox undershoot error detection | xDFC_EGSDNoxOffsUshtS2B1: DFC of Nox undershoot error detection |
354500 | xDFC_EGSDNoxOffsUshtS4B1: DFC of Nox undershoot error detection | xDFC_EGSDNoxOffsUshtS4B1: DFC of Nox undershoot error detection |
354600 | xDFC_EGSDNoxOffsUshtS6B1: DFC of Nox undershoot error detection | xDFC_EGSDNoxOffsUshtS6B1: DFC of Nox undershoot error detection |
354700 | xDFC_HegnHtrRdnS2B1: DFC of heater readiness diagnosis of Nox sensor | xDFC_HegnHtrRdnS2B1: DFC of heater readiness diagnosis of Nox sensor |
354800 | NOx sensor in front of DeNOx catalytic converter, heating control: heating time too long | NOx-Sensor vor DeNOx-Kat, Heizungsregelung: Aufheizdauer zu lang |
354900 | NOx sensor according to DeNOx-Kat, heating control: heating time too long | NOx-Sensor nach DeNOx-Kat, Heizungsregelung: Aufheizdauer zu lang |
354A00 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, NOx signal: NOx signal invalid for too long | Lambda-Stickoxidsensor vor Oxidationskatalysator, Signal NOx: NOx-Signal zu lange ungültig |
354B00 | NOx sensor in front of DeNOx-Kat, signal NOx: NOx signal invalid for too long | NOx-Sensor vor DeNOx-Kat, Signal NOx: NOx-Signal zu lange ungültig |
354C00 | NOx sensor after DeNOx-Kat, signal NOx: NOx signal invalid for too long | NOx-Sensor nach DeNOx-Kat, Signal NOx: NOx-Signal zu lange ungültig |
354D00 | xDFC_HegnSelfDiagAbrtS2B1: Self Diagnosis error detection based on the abort criteria in NOx sensor 2 bank 1 | xDFC_HegnSelfDiagAbrtS2B1: Self Diagnosis error detection based on the abort criteria in NOx sensor 2 Bank 1 |
354E00 | xDFC_HegnSelfDiagAbrtS4B1: Self Diagnosis error detection based on the abort criteria in NOx sensor 4 Bank 1 | xDFC_HegnSelfDiagAbrtS4B1: Self Diagnosis error detection based on the abort criteria in NOx sensor 4 Bank 1 |
354F00 | xDFC_HegnSelfDiagAbrtS6B1: Self Diagnosis error detection based on the abort criteria in NOx sensor 6 Bank 1 | xDFC_HegnSelfDiagAbrtS6B1: Self Diagnosis error detection based on the abort criteria in NOx sensor 6 Bank 1 |
355000 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility: sensor self-diagnosis result too high (sensitivity) | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität: Sensor Eigendiagnoseergebnis zu hoch (Empfindlichkeit) |
355100 | NOx sensor in front of DeNOx-Kat, plausibility: sensor self-diagnosis result too high (sensitivity) | NOx-Sensor vor DeNOx-Kat, Plausibilität: Sensor Eigendiagnoseergebnis zu hoch (Empfindlichkeit) |
355200 | NOx sensor according to DeNOx-Kat, plausibility: sensor self-diagnosis result too high (sensitivity) | NOx-Sensor nach DeNOx-Kat, Plausibilität: Sensor Eigendiagnoseergebnis zu hoch (Empfindlichkeit) |
355300 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility: sensor self-diagnosis result too low (sensitivity) | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität: Sensor Eigendiagnoseergebnis zu niedrig (Empfindlichkeit) |
355400 | NOx sensor in front of DeNOx-Kat, plausibility: sensor self-diagnosis result too low (sensitivity) | NOx-Sensor vor DeNOx-Kat, Plausibilität: Sensor Eigendiagnoseergebnis zu niedrig (Empfindlichkeit) |
355500 | NOx sensor according to DeNOx-Kat, plausibility: sensor self-diagnosis result too low (sensitivity) | NOx-Sensor nach DeNOx-Kat, Plausibilität: Sensor Eigendiagnoseergebnis zu niedrig (Empfindlichkeit) |
355600 | xDFC_HegnSnsrSigRdnS2B1: DFC of sensor signal readiness diagnosis of NOx sensor | xDFC_HegnSnsrSigRdnS2B1: DFC of sensor signal readiness diagnosis of NOx sensor |
355700 | xDFC_HegnSnsrSigRdnS4B1: DFC of sensor signal readiness diagnosis of NOx sensor | xDFC_HegnSnsrSigRdnS4B1: DFC of sensor signal readiness diagnosis of NOx sensor |
355800 | xDFC_HegnSnsrSigRdnS6B1: DFC of sensor signal readiness diagnosis of NOx sensor | xDFC_HegnSnsrSigRdnS6B1: DFC of sensor signal readiness diagnosis of NOx sensor |
355900 | xDFC_EGSDNoxDlyHtlS2B1: fault status of NOx dynamic diagnosis for falling edges (dead time) (sensor 2, bank 1) | xDFC_EGSDNoxDlyHtlS2B1: fault status of NOx dynamic diagnosis for falling edges (dead time) (sensor 2, bank 1) |
355A00 | xDFC_EGSDNoxDlyLthS2B1: fault status of NOx dynamic diagnosis for rising edges (dead time) (sensor 2, bank 1) | xDFC_EGSDNoxDlyLthS2B1: fault status of NOx dynamic diagnosis for rising edges (dead time) (sensor 2, bank 1) |
355B00 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility NOx: Dynamic NOx signal during load-thrust transition implausible | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität NOx: Dynamik NOx-Signal beim Last-Schub-Übergang unplausibel |
355C00 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility NOx: Dynamics of NOx signal during thrust-load transition implausible | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität NOx: Dynamik NOx-Signal beim Schub-Last-Übergang unplausibel |
355D00 | xDFC_EGSDO2PlausOP1MaxCompMdlS6B1: O2 plausibility check sensor 6 in comparison with model, bank 1, OP1, max error | xDFC_EGSDO2PlausOP1MaxCompMdlS6B1: O2-plausibility check sensor 6 in comparison with model, bank 1, OP1, max error |
355E00 | Lambda probe before catalytic converter, plausibility: measured oxygen concentration too high compared to the remaining oxygen concentrations | Lambdasonde vor Kat, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu den restlichen Sauerstoffkonzentrationen zu hoch |
355F00 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility: measured oxygen concentration too high compared to the remaining oxygen concentrations | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu den restlichen Sauerstoffkonzentrationen zu hoch |
356000 | Lambda probe after catalytic converter, plausibility: measured oxygen concentration too high compared to the remaining oxygen concentrations | Lambdasonde nach Kat, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu den restlichen Sauerstoffkonzentrationen zu hoch |
356100 | NOx sensor in front of DeNOx-Kat, plausibility: measured oxygen concentration too high compared to the remaining oxygen concentrations | NOx-Sensor vor DeNOx-Kat, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu den restlichen Sauerstoffkonzentrationen zu hoch |
356200 | NOx sensor according to DeNOx-Kat, plausibility: measured oxygen concentration too high compared to the remaining oxygen concentrations | NOx-Sensor nach DeNOx-Kat, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu den restlichen Sauerstoffkonzentrationen zu hoch |
356300 | xDFC_EGSDO2PlausOP1MinCompMdlS6B1: O2 plausibility check sensor 6 in comparison with model, bank 1, OP1, min error | xDFC_EGSDO2PlausOP1MinCompMdlS6B1: O2-plausibility check sensor 6 in comparison with model, bank 1, OP1, min error |
356400 | Lambda probe before catalytic converter, plausibility: measured oxygen concentration too low compared to the remaining oxygen concentrations | Lambdasonde vor Kat, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu den restlichen Sauerstoffkonzentrationen zu niedrig |
356500 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility: measured oxygen concentration too low compared to the remaining oxygen concentrations | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu den restlichen Sauerstoffkonzentrationen zu niedrig |
356600 | Lambda probe after catalytic converter, plausibility: measured oxygen concentration too low compared to the remaining oxygen concentrations | Lambdasonde nach Kat, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu den restlichen Sauerstoffkonzentrationen zu niedrig |
356700 | NOx sensor in front of DeNOx-Kat, plausibility: measured oxygen concentration too low compared to the remaining oxygen concentrations | NOx-Sensor vor DeNOx-Kat, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu den restlichen Sauerstoffkonzentrationen zu niedrig |
356800 | NOx sensor according to DeNOx-Kat, plausibility: measured oxygen concentration too low compared to the remaining oxygen concentrations | NOx-Sensor nach DeNOx-Kat, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu den restlichen Sauerstoffkonzentrationen zu niedrig |
356900 | xDFC_EGSDO2PlausOP2MaxCompMdlS6B1: O2 plausibility check sensor 6 in comparison with model, bank 1, OP2, max error | xDFC_EGSDO2PlausOP2MaxCompMdlS6B1: O2-plausibility check sensor 6 in comparison with model, bank 1, OP2, max error |
356A00 | xDFC_EGSDO2PlausOP2MinCompMdlS6B1: O2 plausibility check sensor 6 in comparison with model, bank 1, OP2, min error | xDFC_EGSDO2PlausOP2MinCompMdlS6B1: O2-plausibility check sensor 6 in comparison with model, bank 1, OP2, min error |
356B00 | xDFC_UEGOHeatrCtlS3B1: Error Heater Lambda Sensor (LSU); Sensor 3 bank 1 | xDFC_UEGOHeatrCtlS3B1: Error Heater Lambdasensor (LSU); Sensor 3 Bank 1 |
356C00 | Message (ENSTO_1_MEAQ_FAST_2_LIN, 0x20, LIN), Alivecounter: Message (E-Speicher_1_Mess Größe_Schnell_2_LIN) from IBS1 not up to date | Botschaft (ENSTO_1_MEAQ_FAST_2_LIN, 0x20, LIN), Alivecounter: Botschaft (E-Speicher_1_Messgröße_Schnell_2_LIN) von IBS1 nicht aktuell |
356D00 | Message (ENSTO_1_MEAQ_FAST_2_LIN, 0x20, LIN), checksum: Error in message (E-Speicher_1_Mess Größe_Schnell_2_LIN) from IBS1 | Botschaft (ENSTO_1_MEAQ_FAST_2_LIN, 0x20, LIN), Checksumme: Fehler in Botschaft (E-Speicher_1_Messgröße_Schnell_2_LIN) von IBS1 |
356E00 | Message (ENSTO_1_MEAQ_FAST_2_LIN, 0x20, LIN), timeout: Message (E-Speicher_1_Mess Größe_Schnell_2_LIN) from IBS1 failed | Botschaft (ENSTO_1_MEAQ_FAST_2_LIN, 0x20, LIN), Timeout: Botschaft (E-Speicher_1_Messgröße_Schnell_2_LIN) von IBS1 ausgefallen |
356F00 | Message (VL_CAL_MEASMT_SEN_3, 0x13A mode 0, Sensor-CAN), signal error: Signal (s) in message (Wert_Kalibrierung_Messung_Sensor_1) from lambda nitrogen oxide sensor according to SCRF not valid | Botschaft (VL_CAL_MEASMT_SEN_3, 0x13A Modus 0, Sensor-CAN), Signalfehler: Signal(e) in Botschaft (Wert_Kalibrierung_Messung_Sensor_1) von Lambda-Stickoxidsensor nach SCRF nicht gültig |
357000 | Message (VL_CAL_MEASMT_SEN_3, 0x13A mode 0, Sensor-CAN), timeout: Message (Wert_Kalibrierung_Messung_Sensor_1) from lambda nitrogen oxide sensor to SCRF failed | Botschaft (VL_CAL_MEASMT_SEN_3, 0x13A Modus 0, Sensor-CAN), Timeout: Botschaft (Wert_Kalibrierung_Messung_Sensor_1) von Lambda-Stickoxidsensor nach SCRF ausgefallen |
357100 | Message (VL_CAL_MEASMT_SEN_3, 0x13A mode 1, sensor CAN), signal error: Signal (s) in message (Wert_Kalibrierung_Messung_Sensor_1) from lambda nitrogen oxide sensor to SCRF not valid | Botschaft (VL_CAL_MEASMT_SEN_3, 0x13A Modus 1, Sensor-CAN), Signalfehler: Signal(e) in Botschaft (Wert_Kalibrierung_Messung_Sensor_1) von Lambda-Stickoxidsensor nach SCRF nicht gültig |
357200 | Message (VL_CAL_MEASMT_SEN_3, 0x13A mode 1, Sensor-CAN), timeout: Message (Wert_Kalibrierung_Messung_Sensor_1) from lambda nitrogen oxide sensor to SCRF failed | Botschaft (VL_CAL_MEASMT_SEN_3, 0x13A Modus 1, Sensor-CAN), Timeout: Botschaft (Wert_Kalibrierung_Messung_Sensor_1) von Lambda-Stickoxidsensor nach SCRF ausgefallen |
357300 | Message (VL_CAL_MEASMT_SEN_3, 0x13A mode 2, sensor CAN), signal error: Signal (s) in message (Wert_Kalibrierung_Messung_Sensor_1) from lambda nitrogen oxide sensor to SCRF not valid | Botschaft (VL_CAL_MEASMT_SEN_3, 0x13A Modus 2, Sensor-CAN), Signalfehler: Signal(e) in Botschaft (Wert_Kalibrierung_Messung_Sensor_1) von Lambda-Stickoxidsensor nach SCRF nicht gültig |
357400 | Message (VL_CAL_MEASMT_SEN_3, 0x13A mode 2, Sensor-CAN), timeout: Message (Wert_Kalibrierung_Messung_Sensor_1) from lambda nitrogen oxide sensor to SCRF failed | Botschaft (VL_CAL_MEASMT_SEN_3, 0x13A Modus 2, Sensor-CAN), Timeout: Botschaft (Wert_Kalibrierung_Messung_Sensor_1) von Lambda-Stickoxidsensor nach SCRF ausgefallen |
357500 | Message (VL_CAL_MEASMT_SEN_3, 0x13A mode 7, Sensor-CAN), signal error: Signal (s) in message (Wert_Kalibrierung_Messung_Sensor_1) from lambda nitrogen oxide sensor according to SCRF not valid | Botschaft (VL_CAL_MEASMT_SEN_3, 0x13A Modus 7, Sensor-CAN), Signalfehler: Signal(e) in Botschaft (Wert_Kalibrierung_Messung_Sensor_1) von Lambda-Stickoxidsensor nach SCRF nicht gültig |
357600 | Message (VL_CAL_MEASMT_SEN_3, 0x13A mode 7, Sensor-CAN), timeout: Message (Wert_Kalibrierung_Messung_Sensor_1) from lambda nitrogen oxide sensor to SCRF failed | Botschaft (VL_CAL_MEASMT_SEN_3, 0x13A Modus 7, Sensor-CAN), Timeout: Botschaft (Wert_Kalibrierung_Messung_Sensor_1) von Lambda-Stickoxidsensor nach SCRF ausgefallen |
357700 | Message (OBD_DT_SEN_3, 0x369, Sensor-CAN), signal error: Signal (s) in message (OBD_Daten_Sensor_1) from lambda nitrogen oxide sensor to SCRF not valid | Botschaft (OBD_DT_SEN_3, 0x369, Sensor-CAN), Signalfehler: Signal(e) in Botschaft (OBD_Daten_Sensor_1) von Lambda-Stickoxidsensor nach SCRF nicht gültig |
357800 | Message (OBD_DT_SEN_3, 0x369, Sensor-CAN), timeout: Message (OBD_Daten_Sensor_1) from lambda nitrogen oxide sensor to SCRF failed | Botschaft (OBD_DT_SEN_3, 0x369, Sensor-CAN), Timeout: Botschaft (OBD_Daten_Sensor_1) von Lambda-Stickoxidsensor nach SCRF ausgefallen |
357900 | xDFC_VlvLftHH_ErrShrtTrmDrft: Error due to short term drift deviation auxiliary hub | xDFC_VlvLftHH_ErrShrtTrmDrft: Error due to short term drift deviation Hilfshub |
357A00 | xDFC_VlvLftHH_LngTrmDrft: Long term drift deviation auxiliary hub | xDFC_VlvLftHH_LngTrmDrft: Long term drift deviation Hilfshub |
357B00 | xDFC_VlvLftHH_ShrtTrmDrft: Short term drift deviation auxiliary hub | xDFC_VlvLftHH_ShrtTrmDrft: Short term drift deviation Hilfshub |
357C00 | DDE main relay, plausibility: relay switches off too early or undervoltage | DDE-Hauptrelais, Plausibilität: Relais schaltet zu früh ab oder Unterspannung |
357D00 | Low fuel pressure temperature sensor (SENT), self-diagnosis: Low fuel pressure faulty | Kraftstoffniederdruck-Temperatur-Sensor (SENT), Eigendiagnose: Kraftstoffniederdruck fehlerhaft |
357E00 | xDFC_FuelTSENTSnsrErr: - | xDFC_FuelTSENTSnsrErr: - |
357F00 | Switchable valve train, plausibility: safety shutdown | Schaltbarer Ventiltrieb, Plausibilität: Sicherheitsabschaltung |
358000 | EGR cooler bypass flap, status line: interruption or short circuit to positive | AGR-Kühler Bypassklappe, Statusleitung: Unterbrechung oder Kurzschluss nach Plus |
358100 | EGR cooler bypass flap, status line: short circuit to ground | AGR-Kühler Bypassklappe, Statusleitung: Kurzschluss nach Masse |
358200 | EGR cooler bypass flap, status line: signal faulty (period outside valid range) | AGR-Kühler Bypassklappe, Statusleitung: Signal fehlerhaft (Periodendauer ausserhalb gültigem Bereich) |
358300 | EGR cooler switchover flap, status line: interruption or short circuit to positive | AGR-Kühler Umschaltklappe, Statusleitung: Unterbrechung oder Kurzschluss nach Plus |
3584 | 0x3584 DME, internal error, internal temperature sensor: value too high | 0x3584 DME, interner Fehler, Innentemperatursensor: Wert zu hoch |
358400 | EGR cooler switchover flap, status line: short circuit to ground | AGR-Kühler Umschaltklappe, Statusleitung: Kurzschluss nach Masse |
3585 | 0x3585 DME, internal error, internal temperature sensor: value too low | 0x3585 DME, interner Fehler, Innentemperatursensor: Wert zu niedrig |
358500 | EGR cooler switchover flap, status line: signal faulty (period outside valid range) | AGR-Kühler Umschaltklappe, Statusleitung: Signal fehlerhaft (Periodendauer ausserhalb gültigem Bereich) |
3586 | 0x3586 DME Temperature: Overtemperature | 0x3586 DME Temperatur: Übertemperatur |
358600 | Boost pressure sensor after low pressure compressor (SENT), plausibility: communication error (protocol / transmission) | Ladedrucksensor nach Niederdruck-Verdichter (SENT), Plausibilität: Fehler Kommunikation (Protokoll/Übertragung) |
358700 | Boost pressure sensor after low pressure compressor (SENT), signal: short circuit to positive | Ladedrucksensor nach Niederdruck-Verdichter (SENT), Signal: Kurzschluss nach Plus |
358800 | Boost pressure sensor after low pressure compressor (SENT), signal: interruption or short circuit to ground | Ladedrucksensor nach Niederdruck-Verdichter (SENT), Signal: Unterbrechung oder Kurzschluss nach Masse |
358900 | Boost pressure sensor after low pressure compressor (SENT), signal: raw signal at maximum value | Ladedrucksensor nach Niederdruck-Verdichter (SENT), Signal: Rohsignal auf maximalem Wert |
358A00 | Boost pressure sensor after low pressure compressor (SENT), signal: raw signal at minimum value | Ladedrucksensor nach Niederdruck-Verdichter (SENT), Signal: Rohsignal auf minimalem Wert |
358B00 | Boost pressure sensor after low pressure compressor (SENT), self-diagnosis: Boost pressure after low pressure compressor faulty | Ladedrucksensor nach Niederdruck-Verdichter (SENT), Eigendiagnose: Ladedruck nach Niederdruck-Verdichter fehlerhaft |
358C00 | Boost pressure sensor (SENT), plausibility: communication error (protocol / transmission) | Ladedrucksensor (SENT), Plausibilität: Fehler Kommunikation (Protokoll/Übertragung) |
358D00 | Boost pressure sensor (SENT), signal: short circuit to positive | Ladedrucksensor (SENT), Signal: Kurzschluss nach Plus |
358E00 | Boost pressure sensor (SENT), signal: interruption or short circuit to ground | Ladedrucksensor (SENT), Signal: Unterbrechung oder Kurzschluss nach Masse |
358F00 | Boost pressure sensor (SENT), signal: raw signal at maximum value | Ladedrucksensor (SENT), Signal: Rohsignal auf maximalem Wert |
359000 | Boost pressure sensor (SENT), signal: raw signal at minimum value | Ladedrucksensor (SENT), Signal: Rohsignal auf minimalem Wert |
359100 | Boost pressure sensor (SENT), self-diagnosis: boost pressure faulty | Ladedrucksensor (SENT), Eigendiagnose: Ladedruck fehlerhaft |
359200 | Exhaust pressure sensor in front of the turbine, signal: short circuit to positive | Abgasdrucksensor vor Turbine, Signal: Kurzschluss nach Plus |
359300 | Exhaust pressure sensor in front of the turbine, signal: interruption or short circuit to ground | Abgasdrucksensor vor Turbine, Signal: Unterbrechung oder Kurzschluss nach Masse |
359400 | EGR cooler bypass flap, diagnostic feedback 1: control signal implausible | AGR-Kühler Bypassklappe, Diagnoserückmeldung 1: Ansteuersignal unplausibel |
359500 | EGR cooler bypass flap, diagnostic feedback 2: internal temperature too high | AGR-Kühler Bypassklappe, Diagnoserückmeldung 2: interne Temperatur zu hoch |
359600 | EGR cooler bypass flap, diagnostic feedback 3: mechanically defective | AGR-Kühler Bypassklappe, Diagnoserückmeldung 3: mechanisch defekt |
359700 | EGR cooler bypass flap, diagnostic feedback 4: mechanical blocking | AGR-Kühler Bypassklappe, Diagnoserückmeldung 4: mechanische Blockierung |
359800 | EGR cooler bypass flap, plausibility Diagnostic feedback: frequency implausible | AGR-Kühler Bypassklappe, Plausibilität Diagnoserückmeldung: Frequenz unplausibel |
359900 | xDFC_ECBVlvPWMInSRC: EGR cooler bypass flap | xDFC_ECBVlvPWMInSRC: AGR-Kühler Bypassklappe |
359A00 | EGR cooler switchover flap, diagnostic feedback 1: control signal implausible | AGR-Kühler Umschaltklappe, Diagnoserückmeldung 1: Ansteuersignal unplausibel |
359B00 | EGR cooler switchover flap, diagnostic feedback 2: internal temperature too high | AGR-Kühler Umschaltklappe, Diagnoserückmeldung 2: interne Temperatur zu hoch |
359C00 | EGR cooler switchover flap, diagnostic feedback 3: mechanically defective | AGR-Kühler Umschaltklappe, Diagnoserückmeldung 3: mechanisch defekt |
359D00 | EGR cooler switchover flap, diagnostic feedback 4: mechanical blocking | AGR-Kühler Umschaltklappe, Diagnoserückmeldung 4: mechanische Blockierung |
359E00 | EGR cooler switchover flap, plausibility Diagnostic feedback: frequency implausible | AGR-Kühler Umschaltklappe, Plausibilität Diagnoserückmeldung: Frequenz unplausibel |
359F00 | xDFC_ECBVlvTwinPWMInSRC: EGR cooler switchover flap | xDFC_ECBVlvTwinPWMInSRC: AGR-Kühler Umschaltklappe |
35A000 | Low fuel pressure temperature sensor (SENT), signal: interruption or short circuit to positive / ground | Kraftstoffniederdruck-Temperatur-Sensor (SENT), Signal: Unterbrechung oder Kurzschluss nach Plus/Masse |
35A100 | Low fuel pressure temperature sensor (SENT), plausibility: communication error (fast data) | Kraftstoffniederdruck-Temperatur-Sensor (SENT), Plausibilität: Fehler Kommunikation (Fast Data) |
35A200 | Low fuel pressure temperature sensor (SENT), plausibility: communication error (slow data) | Kraftstoffniederdruck-Temperatur-Sensor (SENT), Plausibilität: Fehler Kommunikation (Slow Data) |
35A300 | Boost pressure sensor after low pressure compressor (SENT), signal: interruption or short circuit to positive / ground | Ladedrucksensor nach Niederdruck-Verdichter (SENT), Signal: Unterbrechung oder Kurzschluss nach Plus/Masse |
35A400 | Boost pressure sensor after low pressure compressor (SENT), plausibility: communication error (fast data) | Ladedrucksensor nach Niederdruck-Verdichter (SENT), Plausibilität: Fehler Kommunikation (Fast Data) |
35A500 | Boost pressure sensor after low pressure compressor (SENT), plausibility: communication error (slow data) | Ladedrucksensor nach Niederdruck-Verdichter (SENT), Plausibilität: Fehler Kommunikation (Slow Data) |
35A600 | Boost pressure sensor (SENT), signal: interruption or short circuit to positive / ground | Ladedrucksensor (SENT), Signal: Unterbrechung oder Kurzschluss nach Plus/Masse |
35A700 | Boost pressure sensor (SENT), plausibility: communication error (fast data) | Ladedrucksensor (SENT), Plausibilität: Fehler Kommunikation (Fast Data) |
35A800 | Boost pressure sensor (SENT), plausibility: communication error (slow data) | Ladedrucksensor (SENT), Plausibilität: Fehler Kommunikation (Slow Data) |
35A900 | EGR cooler switchover flap, control: interruption | AGR-Kühler Umschaltklappe, Ansteuerung: Unterbrechung |
35AA00 | EGR cooler switchover flap, control: output stage overtemperature | AGR-Kühler Umschaltklappe, Ansteuerung: Endstufe Übertemperatur |
35AB00 | EGR cooler switchover flap, control: short circuit to positive | AGR-Kühler Umschaltklappe, Ansteuerung: Kurzschluss nach Plus |
35AC00 | EGR cooler switchover flap, control: short circuit to ground | AGR-Kühler Umschaltklappe, Ansteuerung: Kurzschluss nach Masse |
35AD00 | Electric air heater, plausibility: Deviation target / actual output too high | Elektrischer Luftheizer, Plausibilität: Abweichung Soll-/ Ist-Leistung zu hoch |
35AE00 | Start system (MSASTART_BLOCKED_BDC): Starter not activated (terminal circuit not carried out by BDC) | Startsystem (MSASTART_BLOCKED_BDC): Starter nicht angesteuert (Klemmenschaltung durch BDC nicht erfolgt) |
35AF00 | Start system (MSASTART_BLOCKED_SSM): starter not activated (start command not permitted due to DDE safety function) | Startsystem (MSASTART_BLOCKED_SSM): Starter nicht angesteuert (Startbefehl nicht zulässig wegen DDE Sicherheitsfunktion) |
35B000 | Automatic engine start-stop system MSA (BMW_MSA_DEAK_DIAG): MSA deactivated via diagnosis | Motor-Start-Stop-Automatik MSA (BMW_MSA_DEAK_DIAG): MSA über Diagnose deaktiviert |
35B100 | CC message (ID 2132): Cannot be activated in driving mode (actuation of the MSA button during SPORT, off-road mode or M / S lane) | CC-Meldung (ID 2132): In Fahrmodus nicht aktivierbar (Betätigung MSA-Taster während SPORT-, Offroad-Modus oder M/S-Gasse) |
35B200 | CC message (ID 49): You can continue your journey. Drive. (Display at the end of the journey) | CC-Meldung (ID 49): Weiterfahrt möglich. Antrieb. (Anzeige am Ende der Fahrt) |
35B300 | Starter generator 48V system (OSA_RIEMEN_RISS): Belt between combustion engine and starter generator torn | Startergenerator 48V-System (OSA_RIEMEN_RISS): Riemen zwischen Verbrennungsmotor und Startergenerator gerissen |
35B400 | Electric fan, function: Degradation through the power management safety function | Elektrolüfter, Funktion: Degradation durch Sicherheitsfunktion Powermanagement |
35B500 | Switchable valve train, plausibility: current too low | Schaltbarer Ventiltrieb, Plausibilität: Strom zu niedrig |
35B600 | Switchable valve train, current measurement (SG internal): defective | Schaltbarer Ventiltrieb, Strommessung (SG intern): defekt |
35B700 | EGR cooler bypass flap, diagnostic feedback 5: internal error (electrically defective) | AGR-Kühler Bypassklappe, Diagnoserückmeldung 5: interner Fehler (elektrisch defekt) |
35B800 | EGR cooler bypass flap, diagnostic feedback 6: Invalid supply voltage | AGR-Kühler Bypassklappe, Diagnoserückmeldung 6: Versorgungsspannung ungültig |
35B900 | EGR cooler switchover flap, diagnostic feedback 5: internal error (electrically defective) | AGR-Kühler Umschaltklappe, Diagnoserückmeldung 5: interner Fehler (elektrisch defekt) |
35BA00 | EGR cooler switchover flap, diagnostic feedback 6: Invalid supply voltage | AGR-Kühler Umschaltklappe, Diagnoserückmeldung 6: Versorgungsspannung ungültig |
35BB00 | Switchable valve train, plausibility: current too high | Schaltbarer Ventiltrieb, Plausibilität: Strom zu hoch |
35BC00 | Switchable valve train, plausibility: electricity sporadically implausible | Schaltbarer Ventiltrieb, Plausibilität: Strom sporadisch unplausibel |
35BD00 | CBS client: engine oil change interval shortened (engine oil level too high) | CBS-Client: Motorölwechselintervall verkürzt (Motorölniveau zu hoch) |
35BE00 | Active cooling air flap, system: Error combination for activating CC message (ID 29) drive | Aktive-Kühlluftklappe, System: Fehlerkombination zur Ansteuerung CC-Meldung (ID 29) Antrieb |
35BF00 | newDFC_BMW_MOELNIV_UEBERFUELL_CBS: Error path for error memory in the event of oil overfilling and blurring of oil CBS | newDFC_BMW_MOELNIV_UEBERFUELL_CBS: Fehlerpfad für Fehlerspeicher bei Öl-Überfüllung und Verschleifen Öl-CBS |
35C000 | xDFC_VlvLftHH_JamVlvCls: watchdog auxiliary hub timeout | xDFC_VlvLftHH_JamVlvCls: watchdog Hilfhub timeout |
35C100 | xDFC_VlvLftHH_JamVlvOpen: watchdog auxiliary hub timeout | xDFC_VlvLftHH_JamVlvOpen: watchdog Hilfhub timeout |
35C200 | Electric air heater, diagnostic feedback: output stage defective (permanently switched off) | Elektrischer Luftheizer, Diagnoserückmeldung: Endstufe defekt (permanent ausgeschaltet) |
35C300 | Electric air heater, diagnostic feedback: control interruption | Elektrischer Luftheizer, Diagnoserückmeldung: Ansteuerung Unterbrechung |
35C400 | Electric air heater, diagnostic feedback: control short circuit | Elektrischer Luftheizer, Diagnoserückmeldung: Ansteuerung Kurzschluss |
35C500 | Electric air heater, diagnostic feedback: output stage defective (permanently switched on) | Elektrischer Luftheizer, Diagnoserückmeldung: Endstufe defekt (permanent eingeschaltet) |
35C600 | CC message (ID 2144): Repeat the start attempt | CC-Meldung (ID 2144): Startversuch wiederholen |
35C700 | CC message (ID 21): engine start not possible | CC-Meldung (ID 21): Motorstart nicht möglich |
35C800 | newDFC_MoFErrHdlEmNeutSlip: DFC neutral emac torque demand in case of unwanted deceleration with slipping wheels | newDFC_MoFErrHdlEmNeutSlip: DFC neutral emac torque demand in case of unwanted deceleration with slipping wheels |
35C900 | newDFC_MoFErrHdlEmNeutTrac: DFC neutral emac torque demand in case of unwanted deceleration without slipping wheels | newDFC_MoFErrHdlEmNeutTrac: DFC neutral emac torque demand in case of unwanted deceleration without slipping wheels |
35CA00 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility: measured oxygen concentration compared to the calculated one too low (at partial load) | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu berechneter zu niedrig (bei Teillast) |
35CB00 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility: measured oxygen concentration compared to the calculated one is too high (at partial load) | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu berechneter zu hoch (bei Teillast) |
35CC00 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility: measured oxygen concentration compared to the calculated one too low (in overrun mode) | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu berechneter zu niedrig (im Schubbetrieb) |
35CD00 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility: measured oxygen concentration compared to the calculated one is too high (in overrun mode) | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität: gemessene Sauerstoffkonzentration im Vergleich zu berechneter zu hoch (im Schubbetrieb) |
35CE00 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility Lambda: Dynamics (time constant) of the probe signal during the transition from lean to rich implausible | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität Lambda: Dynamik (Zeitkonstante) des Sondensignals beim Übergang mager auf fett unplausibel |
35CF00 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility Lambda: Dynamics (time constant) of the probe signal during the transition from rich to lean implausible | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität Lambda: Dynamik (Zeitkonstante) des Sondensignals beim Übergang fett auf mager unplausibel |
35D000 | Exhaust gas recirculation actuator high pressure, control: interruption (control current too low) | Abgasrückführsteller Hochdruck, Ansteuerung: Unterbrechung (Ansteuerstrom zu niedrig) |
35D100 | Exhaust gas recirculation actuator low pressure, control: interruption (control current too low) | Abgasrückführsteller Niederdruck, Ansteuerung: Unterbrechung (Ansteuerstrom zu niedrig) |
35D200 | Throttle valve actuator, control: interruption (control current too low) | Drosselklappensteller, Ansteuerung: Unterbrechung (Ansteuerstrom zu niedrig) |
35D300 | Turbine bypass high pressure, control: interruption (control current too low) | Turbinenbypass Hochdruck, Ansteuerung: Unterbrechung (Ansteuerstrom zu niedrig) |
35D400 | Turbine actuator high pressure 1, control: interruption (control current too low) | Turbinensteller Hochdruck 1, Ansteuerung: Unterbrechung (Ansteuerstrom zu niedrig) |
35D500 | Turbine actuator low pressure, control: interruption (control current too low) | Turbinensteller Niederdruck, Ansteuerung: Unterbrechung (Ansteuerstrom zu niedrig) |
35D600 | Swirl flap actuator, control: interruption (control current too low) | Drallklappensteller, Ansteuerung: Unterbrechung (Ansteuerstrom zu niedrig) |
35D700 | Coolant pump (EWP23) current, range: upper physical limit exceeded | Kühlmittelpumpe (EWP23) Strom, Bereich: obere physikalische Grenze überschritten |
35D800 | Coolant pump (EWP23) current, range: below lower physical limit | Kühlmittelpumpe (EWP23) Strom, Bereich: untere physikalische Grenze unterschritten |
35D900 | Coolant pump (EWP23) current, signal: signal too high | Kühlmittelpumpe (EWP23) Strom, Signal: Signal zu hoch |
35DA00 | Coolant pump (EWP23) current, signal: signal too low | Kühlmittelpumpe (EWP23) Strom, Signal: Signal zu niedrig |
35DB00 | Coolant pump (EWP23) temperature, range: upper physical limit exceeded | Kühlmittelpumpe (EWP23) Temperatur, Bereich: obere physikalische Grenze überschritten |
35DC00 | Coolant pump (EWP23) temperature, range: below lower physical limit | Kühlmittelpumpe (EWP23) Temperatur, Bereich: untere physikalische Grenze unterschritten |
35DD00 | Coolant pump (EWP23) temperature, signal: Signal too high | Kühlmittelpumpe (EWP23) Temperatur, Signal: Signal zu hoch |
35DE00 | Coolant pump (EWP23) temperature, signal: signal too low | Kühlmittelpumpe (EWP23) Temperatur, Signal: Signal zu niedrig |
35DF00 | Coolant pump (EWP23) voltage, range: upper physical limit exceeded | Kühlmittelpumpe (EWP23) Spannung, Bereich: obere physikalische Grenze überschritten |
35E000 | Coolant pump (EWP23) voltage, range: below lower physical limit | Kühlmittelpumpe (EWP23) Spannung, Bereich: untere physikalische Grenze unterschritten |
35E100 | Coolant pump (EWP23) voltage, plausibility: Voltage difference between coolant pump and DDE supply voltage too high | Kühlmittelpumpe (EWP23) Spannung, Plausibilität: Spannungsdifferenz Kühlmittelpumpe zu DDE Versorgungsspannung zu hoch |
35E200 | Coolant pump (EWP23) voltage, signal: signal too high | Kühlmittelpumpe (EWP23) Spannung, Signal: Signal zu hoch |
35E300 | Coolant pump (EWP23) voltage, signal: signal too low | Kühlmittelpumpe (EWP23) Spannung, Signal: Signal zu niedrig |
35E400 | xDFC_VlvLftHHSwtFlt: watchdog auxiliary hub timeout | xDFC_VlvLftHHSwtFlt: watchdog Hilfhub timeout |
35E500 | Switchable valve drive, plausibility: servomotor, temperature warning threshold exceeded | Schaltbarer Ventiltrieb, Plausiblität: Stellmotor, Temperatur Warnschwelle überschritten |
35E600 | Switchable valve train, plausibility: servomotor, temperature too high | Schaltbarer Ventiltrieb, Plausiblität: Stellmotor, Temperatur zu hoch |
35E700 | xDFC_VlvLft_DutyCycleMax: maximum duty cycle exceed | xDFC_VlvLft_DutyCycleMax: maximum duty-cycle exceed |
35E800 | xDFC_VlvLft_DutyCycleMin: minimum duty cycle underflow | xDFC_VlvLft_DutyCycleMin: minimum duty-cycle underflow |
35E900 | xDFC_VlvLft_GovDvtMax: watchdog auxiliary hub timeout | xDFC_VlvLft_GovDvtMax: watchdog Hilfhub timeout |
35EA00 | xDFC_VlvLft_GovDvtMin: watchdog auxiliary hub timeout | xDFC_VlvLft_GovDvtMin: watchdog Hilfhub timeout |
35EB00 | xDFC_DASrvLibUnused: dummy DFC for the usage in DASrvLib library functions | xDFC_DASrvLibUnused: dummy DFC for the usage in DASrvLib library functions |
35EC00 | xDFC_OxiCatMonActvMin: Diagnostic fault check for active oxidation catalyst monitoring | xDFC_OxiCatMonActvMin: Diagnostic fault check for active oxidation catalyst monitoring |
35ED00 | xDFC_AirMonEGRRedTwnBypImps: DFC to detect an implausibility in the EGR twin bypass | xDFC_AirMonEGRRedTwnBypImps: DFC to detect an implausibility in the EGR twin bypass |
35EE00 | xDFC_AirMonEGRRedTwnCoolrImps: DFC to detect an implausibility in the EGR twin cooler | xDFC_AirMonEGRRedTwnCoolrImps: DFC to detect an implausibility in the EGR twin cooler |
35EF00 | xDFC_AirMonEGRRedTwnCoolrSoot: DFC to detect a sooted EGR twin cooler | xDFC_AirMonEGRRedTwnCoolrSoot: DFC to detect an sooted EGR twin cooler |
35F000 | xDFC_AirMonEGRRedTwnCoolrSootObd: DFC to detect an sooted EGR twin cooler for OBD | xDFC_AirMonEGRRedTwnCoolrSootObd: DFC to detect an sooted EGR twin cooler for OBD |
35F100 | Coolant pump (EWP23), plausibility: operating mode switchover failed (speed synchronization error) | Kühlmittelpumpe (EWP23), Plausibilität: Betriebsartenumschaltung fehlgeschlagen (Drehzahl-Synchronisationsfehler) |
35F200 | Active oil separation, plausibility: disc separator blocked | Aktive-Ölabscheidung, Plausibilität: Tellerseparator blockiert |
35F300 | Active oil separation, plausibility: disc separator blocked (or frozen) | Aktive-Ölabscheidung, Plausibilität: Tellerseparator blockiert (oder eingefroren) |
35F400 | xDFC_VlvLftCtlD_LongTermDrift_down: Short term drift deviation of trajectory adaption | xDFC_VlvLftCtlD_LongTermDrift_down: Short term drift deviation of trajectory adaption |
35F500 | xDFC_VlvLftCtlD_LongTermDrift_up: Short term drift deviation of trajectory adaption | xDFC_VlvLftCtlD_LongTermDrift_up: Short term drift deviation of trajectory adaption |
35F600 | xDFC_VlvLftCtlD_ShortTermDrift_down: Short term drift deviation of trajectory adaption | xDFC_VlvLftCtlD_ShortTermDrift_down: Short term drift deviation of trajectory adaption |
35F700 | xDFC_VlvLftCtlD_ShortTermDrift_up: Short term drift deviation of trajectory adaption | xDFC_VlvLftCtlD_ShortTermDrift_up: Short term drift deviation of trajectory adaption |
35F800 | xDFC_VlvLftRLongTrmDriftMax: SVT actuator coil resistance long term drift maximum | xDFC_VlvLftRLongTrmDriftMax: SVT actuator coil resistance long term drift maximum |
35F900 | xDFC_VlvLftRLongTrmDriftMin: SVT actuator coil resistance long term drift minimum | xDFC_VlvLftRLongTrmDriftMin: SVT actuator coil resistance long term drift minimum |
35FA00 | xDFC_VlvLftRShoTrmDriftMax: SVT actuator coil resistance short term drift maximum | xDFC_VlvLftRShoTrmDriftMax: SVT actuator coil resistance short term drift maximum |
35FB00 | xDFC_VlvLftRShoTrmDriftMin: SVT actuator coil resistance short term drift minimum | xDFC_VlvLftRShoTrmDriftMin: SVT actuator coil resistance short term drift minimum |
35FC00 | xDFC_VlvLft_HhFSwtErrCnt: Help hub error counter | xDFC_VlvLft_HhFSwtErrCnt: Hilfhub error counter |
35FD00 | Lambda nitrogen oxide sensor in front of the oxidation catalytic converter, plausibility: wrong sensor type installed | Lambda-Stickoxidsensor vor Oxidationskatalysator, Plausibilität: falscher Sensortyp verbaut |
35FE00 | NOx sensor in front of DeNOx-Kat, plausibility: wrong sensor type installed | NOx-Sensor vor DeNOx-Kat, Plausibilität: falscher Sensortyp verbaut |
35FF00 | NOx sensor according to DeNOx-Kat, plausibility: wrong sensor type installed | NOx-Sensor nach DeNOx-Kat, Plausibilität: falscher Sensortyp verbaut |
Other blocks
Makes that use these codes
Code descriptions are shown in their source language; records without a translation stay raw. Source: CarCoding fault code database.
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