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TuningBot DTC-Datenbank · v4.37.15

P1031 Diagnose-Fehlercode (10 Interpretationen)

10 herstellerspezifische Interpretationen bei 8 Herstellern in der TuningBot DTC-Datenbank.

P · AntriebsstrangEmissionsOBD2

BMW

1 Interpretation
P1031
O2 Sensor Circuit Slow Switching From Lean to Rich Bank 1 Sensor 1 BMW · emissions Datenzuverlässigkeit 62%

The control module detected a fault associated with the O2 Sensor Circuit Slow Switching From Lean to Rich Bank 1 Sensor 1 circuit or function; the stored code identifies the affected component rather than a single failure mode. This is the manufacturer-specific definition used by BMW.

Chevrolet

1 Interpretation
P1031
HO2S Heater Current Monitor Control Circuit Banks 1 and 2 Sensor 1 Chevrolet · emissions Datenzuverlässigkeit 80%

The control module detected a fault associated with the HO2S Heater Current Monitor Control Circuit Banks 1 and 2 Sensor 1 circuit or function; the stored code identifies the affected component rather than a single failure mode. This is the manufacturer-specific definition used by Chevrolet.

Chrysler

1 Interpretation
P1031
HO2S Heater Current Monitor Control Circuit Sensors 1 Chrysler · emissions Datenzuverlässigkeit 62%

The control module detected a fault associated with the HO2S Heater Current Monitor Control Circuit Sensors 1 circuit or function; the stored code identifies the affected component rather than a single failure mode. This is the manufacturer-specific definition used by Chrysler.

Empfohlene Prüfungen

  • Perform a full module scan
  • Review freeze-frame and occurrence data
  • Confirm the exact vehicle, ECU and software context
  • Inspect relevant wiring and connectors
  • Check applicable OEM service information

Dodge

1 Interpretation
P1031
Ignition coil, 2 - secondary range/performance Dodge · ignition Datenzuverlässigkeit 62%

The control module judged the Ignition coil, 2 - secondary behaviour implausible for the current operating conditions. This is the manufacturer-specific definition used by Dodge.

Mögliche Ursachen

  • Wiring
  • connectors
  • ignition coil 2
  • spark plug
  • ECM

Mercedes-Benz

1 Interpretation
P1031
Heated oxygen sensor (HO2S) 1 - malfunction Mercedes-Benz · emissions Datenzuverlässigkeit 62%

The control module detected improper operation of the Heated oxygen sensor (HO2S) 1. This is the manufacturer-specific definition used by Mercedes-Benz.

Mögliche Ursachen

  • Wiring
  • connector
  • HO2S

Nissan

1 Interpretation
P1031
Heated oxygen sensor (HO2S), bank 1, heater - voltage low Nissan · emissions Datenzuverlässigkeit 62%

The control module detected that the Heated oxygen sensor (HO2S), bank 1, heater voltage stayed below the expected range. This is the manufacturer-specific definition used by Nissan.

Mögliche Ursachen

  • Wiring
  • HO2S

PSA

2 Interpretationen
P1031
Fault in the variable valve lift system : Mechanical blockage PSA · engine Datenzuverlässigkeit 72%

The control module detected the fault condition "Mechanical blockage" for the Fault in the variable valve lift system. Documented for the Bosch MED 17.4.x engine ECU (EP6 THP family) on Peugeot applications; the same PSA control units are also fitted to Citroën models.

Gilt für Peugeot Bosch MED 17.4.x engine ECU (EP6 THP family)
P1031
Fault in the variable valve lift system : Mechanical blockage PSA · engine Datenzuverlässigkeit 72%

The control module detected the fault condition "Mechanical blockage" for the Fault in the variable valve lift system. Documented for the Bosch MEV17.4 engine ECU (EP6 1.6 VTi) on Peugeot applications; the same PSA control units are also fitted to Citroën models.

Gilt für Peugeot Bosch MEV17.4 engine ECU (EP6 1.6 VTi)

VAG

2 Interpretationen
P1031
Intake manifold air control valve position sensor - specification not attained VAG · engine Datenzuverlässigkeit 62%

The control module detected a fault associated with the Intake manifold air control valve position sensor - specification not attained circuit or function; the stored code identifies the affected component rather than a single failure mode. This is the manufacturer-specific definition used by Audi.

Mögliche Ursachen

  • Air control flap tight/sticking
  • hose connection(s)
  • intake manifold air control actuator
  • intake manifold air control solenoid
Gilt für Audi
P1031
Intake Manifold Tuning Valve (N316): Setpoint Not Reached VAG · engine Datenzuverlässigkeit 80%

The control module detected a fault associated with the Intake Manifold Tuning Valve (N316): Setpoint Not Reached circuit or function; the stored code identifies the affected component rather than a single failure mode. This is the manufacturer-specific definition used by Volkswagen. Volkswagen Group tools also report it as fault code 17439. Documented across Volkswagen Group applications (Audi, SEAT and Škoda included).

Mögliche Ursachen

  • Intake Manifold Flap blocked/tight
  • Intake Manifold Tuning Valve (N316) faulty
  • Intake Manifold Tuning Valve Position Sensor (G336) faulty

Empfohlene Prüfungen

  • Check Intake Manifold Tuning Valve (N316)
  • Check Intake Manifold Tuning Valve Position Sensor (G336)
  • Check Intake Manifold Flap
Gilt für Volkswagen

Verwandte und benachbarte Codes

So liest man P1031

P

Antriebsstrang: Motor, Getriebe und Antrieb.

1

Herstellerdefinierter Bereich: die Bedeutung kann je Marke abweichen.

031

Spezifischer Fehlerindex innerhalb des Subsystems.

Häufige Fragen zu P1031

Was bedeutet P1031?

Diagnose-Fehlercode (10 Interpretationen). The control module detected a fault associated with the O2 Sensor Circuit Slow Switching From Lean to Rich Bank 1 Sensor 1 circuit or function; the stored code identifies the affected component rather than a single failure mode. This is the manufacturer-specific definition used by BMW.

Ist P1031 generisch oder herstellerspezifisch?

P1031 ist ein herstellerspezifischer Code. In dieser Datenbank ist er dokumentiert für: BMW, Chevrolet, Chrysler, Dodge, Mercedes-Benz, Nissan, PSA, VAG. Dieselbe Nummer kann bei anderen Marken etwas anderes bedeuten.

Kann TuningBot P1031 auf Dateiebene entfernen?

Wenn die Fehlerlogik in der Steuergerätekalibrierung liegt, ja: unser DTC-Removal-Dienst deaktiviert den konkreten Fehlereintrag. Die Checksum-Korrektur ist nicht enthalten: Sie ist ein separater, optionaler Service. Unsicher, ob Ihr Fall dazugehört? Fordern Sie eine kostenlose Einschätzung an, und unsere Ingenieure prüfen Ihre Datei.

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