Lambda sensor Chevrolet | Opel | 4 Pin Oval Connector | Front or Rear Mount | OEM Similar to 855235

Product Description:

Chevrolet | Opel | Black 4 Pin Oval Connector | Rear or Front Mount depending on model | OEM Similar to 855235

Voltage: 12v
Mounting Side: Front | Rear (depending on model)
Recommended Replacement Interval: 100,000 miles (160,000 km)
Terminal Type: Black 4 Pin Square Connector | Check model as this may vary depending on vehicle | Adapt Plug Connection if applicable
M18x1.5
Cable Length: 300 mm

Compatible Models:

Chevrolet

Aveo (T300) 1.4 Turbo de 08-2013 a 11-2014 | 1364cc 103 kw 140 cv | Tipo Motor LUJ |
Aveo (T300) 1.4 de 03-2011 a 11-2014 | 1398cc 101 kw 101 cv | Tipo Motor A 14 XER |
Aveo (T300) 1.2 de 03-2011 a 11-2014 | 1229cc 51 kw 69 cv | Tipo Motor A 12 XEL |
Aveo (T300) 1.2 LPG de 11-2012 a 11-2014 | 1229cc 63 kw 86 cv | Tipo Motor A 12 XER |
Aveo (T300) 1.2 de 03-2012 a 11-2014 | 1229cc 63 kw 86 cv | Tipo Motor A 12 XER |
Aveo Sedan (T300) 1.2 de 03-2011 a 11-2014 | 1229cc 63 kw 86 cv | Tipo Motor A 12 XER |
Aveo Sedan (T300) 1.2 de 03-2011 a 11-2014 | 1229cc 51 kw 69 cv | Tipo Motor A 12 XEL |
Aveo Sedan (T300) 1.4 de 07-2011 a 11-2014 | 1398cc 74 kw 100 cv | Tipo Motor A 14 XER |
Aveo Sedan (T300) 1.2 LPG de 11-2012 a 11-2014 | 1229cc 63 kw 86 cv | Tipo Motor A 12 XER |

Cruze Sedan (J300) 1.4 de 07-2013 a 2014 | 1398 cc | 47 kw 101 cv | Tipo de Motor A 14 XER; LDD |
Cruze Estate Combi (J308) 1.4 de 08-2012 a 2014 | 1364 cc | 103 kw 140 cv | Tipo de Motor LUJ |
Cruze Estate Combi (J308) 1.4 de 08-2012 a 2014 | 1398 cc | 74 kw 101 cv | Tipo de Motor LUJ |
Cruze Hatchback (J305) 1.4 de 07-2013 a 2014 | 1398 cc | 74 kw 101 cv | Tipo de Motor A 14 XER; LDD |
Cruze Hatchback (J305) 1.4 de 06-2012 a 2014 | 1364 cc | 103 kw 140 cv | Tipo de Motor LUJ |

Orlando (J309) 1.4 de 06-2012 a 2015 | 1362 cc 103 kw 140 cv | Tipo de Motor LUJ |

TRAX 1.4 AWD de 12-2012 en adelante | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET: LUJ |
TRAX 1.4 LPG de 04-2013 en adelante | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET | B 14 NET |
TRAX 1.4 de 12-2012 en adelante | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET: LUJ |

Opel

ADAM 1.4 LPG de 07-2013 en adelante | 1398 cc 64 kw 87 cv | Tipo de Motor A 14 XEL |
ADAM 1.4 de 10-2012 en adelante | 1398 cc 74 kw 101 cv | Tipo de Motor A 14 XER |
ADAM 1.4 de 10-2012 en adelante | 1398 cc 64 kw 87 cv | Tipo de Motor A 14 XEL |
ADAM 1.2 de 10-2012 en adelante | 1229 cc 51 kw 69 cv | Tipo de Motor A 12 XEL |

Ampera EV 150 1.4 de 11-2011 a 2014 | 1398 cc 111 kw 151 cv | Tipo de Motor A 14 FXL |

Astra J GTC 1.4 de 10-2011 a 2015 | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET | B 14 NET |
Astra J GTC 1.4 de 10-2011 a 2015 | 1364 cc 88 kw 120 cv | Tipo de Motor A 14 NEL | B 14 NEL |
Astra J GTC 1.4 de 10-2011 a 2015 | 1398 cc 74 kw 101 cv | Tipo de Motor A 14 XER | Antes de Catalizador
Astra J Sedan 1.4 Turbo de 06-2012 a 2015 | 1364 cc 88 kw 120 cv | Tipo de Motor A 14 NEL | B 14 NEL |
Astra J Sedan 1.4 Turbo de 06-2012 a 2015 | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET | B 14 NET |
Astra J Sedan 1.4 de 06-2012 a 2015 | 1398 cc 74 kw 101 cv | Tipo de Motor A 14 XER | B 14 XER |
Astra J Sedan 1.4 LPG de 07-2014 a 2015 | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET |
Astra J Sports Tourer 1.4 Turbo de 10-2010 a 2015 | 1364 cc 88 kw 120 cv | Tipo de Motor A 14 NEL | B 14 NEL |
Astra J Sports Tourer 1.4 Turbo de 10-2010 a 2015 | 1364 cc 88 kw 120 cv | Tipo de Motor A 14 NEL | B 14 NEL |
Astra J Sports Tourer 1.4 Turbo de 10-2010 a 2015 | 1364 cc 88 kw 120 cv | Tipo de Motor A 14 NEL | B 14 NEL |
Astra J Sports Tourer 1.4 LPG de 01-2012 a 2015 | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET |
Astra J 1.4 Turbo de 10-2010 a 2015 | 1364 cc 88 kw 120 cv | Tipo de Motor A 14 NEL | B 14 NEL
Astra J 1.4 de 12-2009 a 2015 | 1398 cc 74 kw 100 cv | Tipo de Motor A 14 XER | B 14 XER
Astra J 1.4 de 12-2009 a 2015 | 1398 cc 64 kw 87 cv | Tipo de Motor A 14 XEL
Astra J 1.4 LPG de 01-2012 a 2015 | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET
Astra J 1.4 Turbo de 12-2009 a 2015 | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET

Combo C 1.6 CNG 16v de 10-2001 en adelante | 1598 cc 71 kw 97 cv | Tipo de Motor Z 16 YNG
Combo C 1.6 CNG 16v de 10-2001 en adelante | 1598 cc 69 kw 94 cv | Tipo de Motor Z 16 YNG

Corsa D (S07) 1.2 de 06-2010 a 2015 | 1229 cc 63 kw 86 cv | Tipo de Motor A 12 XER
Corsa D (S07) 1.0 de 07-2006 a 2015 | 998 cc 44 kw 60 cv | Tipo de Motor A 10 XEP
Corsa D (S07) 1.2 de 06-2010 a 2015 | 1229 cc 51 kw 69 cv | Tipo de Motor A 12 XEL
Corsa D (S07) 1.0 de 01-2010 a 2015 | 998 cc 48 kw 65 cv | Tipo de Motor A 10 XEP
Corsa D (S07) 1.4 de 09-2009 a 2015 | 1398 cc 64 kw 87 cv | Tipo de Motor A 14 XEL
Corsa D (S07) 1.4 de 06-2010 a 2015 | 1398 cc 74 kw 100 cv | Tipo de Motor A 14 XER
Corsa D (S07) 1.4 LPG de 09-2009 a 2015 | 1398 cc 64 kw 87 cv | Tipo de Motor A 14 XEL
Corsa D (S07) 1.0 de 01-2010 a 2015 | 998 cc 48 kw 65 cv | Tipo de Motor A 10 XEP
Corsa D (S07) 1.2 LPG de 08-2011 a 2015 | 1229 cc 63 kw 86 cv | Tipo de Motor A 12 XER
Corsa D (S07) 1.2 LPG de 06-2011 a 2015 | 1229 cc 61 kw 83 cv | Tipo de Motor A 12 XER

Corsa E 1.2 de 01-2015 a 2019 | 1229 cc 51 kw 69 cv | Tipo de Motor B 12 XEL
Corsa E 1.4 de 09-2014 a 2019 | 1398 cc 66 kw 90 cv | Tipo de Motor B 14 XEL
Corsa E 1.4 de 09-2014 a 2019 | 1398 cc 55 kw 75 cv | Tipo de Motor B 14 XEJ
Corsa E 1.4 LPG de 03-2015 a 2019 | 1398 cc 66 kw 90 cv | Tipo de Motor B 14 XEL

Insignia (G09) 1.4 LPG de 07-2012 a 2017 | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET
Insignia (G09) 1.4 de 04-2011 a 2017 | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET | B 14 NET

Meriva B 1.4 de 06-2010 a 2017 | 1398 cc 74 kw 100 cv | Tipo de Motor A 14 XER | B 14 XER

Mokka 1.4 de 04-2013 a 2016 | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET | B 14 NET
Mokka 1.4 A las 4 Ruedas de 06-2012 a 2016 | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET | B 14 NET
Mokka 1.4 LPG de 04-2013 a 2016 | 1364 cc 103 kw 140 cv | Tipo de Motor A 14 NET | B 14 NET

Zafira B (A05) 1.6 de 01-2006 a 2012 | 1598 cc 69 kw 94 cv | Tipo de Motor Z 16 CNG (M75)

Zafira Tourer C (P12) 1.4 de 10-2011 a 2019 | 1362 cc 103 kw 140 cv | Tipo de Motor A 14 NET | B 14 NET
Zafira Tourer C (P12) 1.4 LPG de 10-2011 a 2019 | 1362 cc 103 kw 140 cv | Tipo de Motor A 14 NET | B 14 NET
Zafira Tourer C (P12) 1.4 de 10-2011 a 2019 | 1364 cc 88 kw 120 cv | Tipo de Motor A 14 NEL | B 14 NEL

Article no:

SL1032

Similar OEM part number:

855235 | 855251 | 855436 | 855462 | 55561635 | 55563348 | 55568668 | 55569903 | 55572993 | 93188396

Mounting Side:

Mounting Side: Front | Rear (depending on model).

Compatible Models:


Other Specifications:

Voltage: 12v
Recommended Replacement Interval: 100,000 miles (160,000 km)
Terminal Type: Black 4 Pin Square Connector | Check model as this may vary depending on vehicle | Adapt Plug Connection if applicable
M18x1.5
Cable Length:

Warranty:

1 Year Warranty against manufacturing defect.

The images of our products may vary depending on the manufacturer, maintaining all the technical characteristics and compatibilities indicated in the product specifications. Our company is associated to Fremm (Regional Federation of Metal Entrepreneurs of Murcia) and is part of the Association of Automobile Spare Parts Dealers of the Region of Murcia (ACRAREM).

Check the installation and use specifications according to the manufacturer's instructions.

With the use of a Lambda sensor in perfect condition, we will be sure to have:

Less pollution.

Better engine operation and performance.

Lower fuel consumption (Lambda sensors in poor condition can cause up to a 15% increase in fuel consumption).

No damage to the catalytic converter.

Check the correct functioning of the Oxygen Sensor at least every 30,000 km.

By means of the lambda sensor signal, the control unit recognises the composition of the mixture. The lambda sensor monitors the fuel-air mixture ratio and ensures that the engine operates at the optimum mixture, which is Lambda 1.

In over-fuelled or rich mixtures (Lambda <1), fuel injection is reduced, while in under-fuelled or lean mixtures (Lambda >1), the amount of fuel injected is increased until the optimum is reached.

It is recommended that after a major crash the Lambda sensors be checked or replaced.

The following steps must be followed to install the Oxygen Sensor:

    Before installing the Oxygen Sensor, ensure that you are using the appropriate part number for your vehicle.

    Do not install the Oxygen Sensor if it has been knocked.

    Disconnect the battery. Disconnect the connector from the Oxygen Sensor to be replaced (the one located on the vehicle).

    Remove the lambda sensor from the vehicle, making sure to leave enough cable for splicing if necessary.

    Then, if it is a universal sensor, cut the wires from the removed lambda sensor, thus separating the connector from the rest of the lambda sensor.

    Remove the insulation, according to the length indicated, taking care not to damage the metal core of the cable.

    Insert the stripped wires from the connector into the bushings fitted to the new Oxygen Sensor, taking care to respect the colours of the wires.

    Flatten the sleeves. Apply heat to the heat-shrink sleeve on the bushing to ensure that the connection between the recovered connector and the new sensor is correctly fixed and watertight.

Once the process described above has been completed, you can install the lambda sensor in your vehicle.

To check the correct operation of a lambda sensor, without removing it from the vehicle, we need an oscilloscope.

Bearing in mind that the engine must be adjusted within the manufacturer's specifications, we proceed to warm up the engine.

Connect, by means of the appropriate and specific connection system, the sensor output to the oscilloscope input, always without disconnecting the Lambda sensor from the car's ECU. Once these connections have been made, keep the engine at around 2,000rpm. Under these conditions, if the Lambda sensor is working correctly, the signal shown on the oscilloscope will vary rapidly and constantly between 0.2 volts (lean mixture) and 0.8 volts (rich mixture).

Another very important fact that must be taken into account is the time taken to change from one voltage to another, which should be about 300 milliseconds.

The time taken to switch from lean to rich and from rich to lean should be the same or very similar. If the signal generated by the sensor is constant or the reaction time to the change in richness of the mixture is too slow, the lambda sensor must be replaced. It is advisable to check the operation of the lambda sensor every time the engine is adjusted and always before emissions testing. Remember that slow lambda sensor operation directly affects the vehicle's fuel consumption, so the cost of replacing the lambda sensor will be quickly amortised.