Automotive > Sensors > Oxygen Sensors

The Lambda Oxygen Sensor ZGR22009 is specifically designed for the Toyota Verso 1.6 engine. It plays a critical role in monitoring the air-fuel ratio to ensure optimal engine performance and emissions control.

Lambda UAA3002FA006 is an oxygen sensor (lambda probe) designed for automotive emissions control and engine management systems. The sensor measures oxygen concentration in exhaust gases to optimize air-fuel mixture and reduce emissions. Zirconia ceramic construction with direct-mount design.

The Lambda S1000R Oxygen Sensor is designed for use in BMW vehicles, providing accurate air-fuel ratio measurements to optimize engine performance and emissions. It is a high-quality sensor that ensures reliable operation under various driving conditions.

The Lambda P1105 is a high-precision oxygen sensor designed for use in Nissan Primera vehicles. It provides accurate air-fuel ratio measurements to ensure optimal engine performance and emissions control.

The Lambda NV250 is a high-precision oxygen sensor designed for automotive applications. It measures the air-fuel ratio by detecting the voltage output, which corresponds to the oxygen levels in the exhaust gases. This probe is compatible with various engine control systems and provides accurate feedback for optimal combustion efficiency.

The Lambda M550I Oxygen Sensor is specifically designed for BMW G30 models. It ensures accurate air-fuel ratio measurement, contributing to optimal engine performance and emissions control. This sensor is a direct replacement for the OEM part 8650475 and is built to meet high-quality standards for automotive applications.

Lambda oxygen sensor (probe) used in automotive engine management systems to monitor exhaust oxygen levels for emissions control and fuel mixture optimization. Essential maintenance component for modern vehicles with catalytic converter systems.

The Lambda HJ325H310AD is a high-precision oxygen sensor designed for automotive and industrial applications. It provides accurate air-fuel ratio measurements to optimize engine performance and reduce emissions.

The Lambda A0009050008 is a high-performance oxygen sensor specifically designed for Mercedes vehicles. It provides accurate oxygen level readings to ensure optimal engine performance and emissions control. This sensor is engineered for durability and reliability in demanding industrial and automotive environments.

The Lambda Oxygen Sensor A0009053603 is designed for use in Mercedes-Benz C-Class W205 models. It provides accurate oxygen level readings to ensure optimal engine performance and emissions control. This sensor is a reliable replacement for original equipment, offering consistent and precise data for the vehicle's onboard computer.

The Lambda Mercedes-Benz Oxygen Sensor A0009059703 is a high-performance sensor designed for use in Mercedes-Benz vehicles. It provides accurate oxygen level readings to ensure optimal engine performance and emissions control. This sensor is essential for maintaining the balance of the air-fuel mixture in the engine.

The Lambda A0065424918 is an oxygen sensor designed for the Mercedes E-Class vehicle. It is used to monitor the oxygen levels in the exhaust gases to ensure optimal engine performance and emissions control. This sensor plays a crucial role in the vehicle's fuel efficiency and environmental compliance.

The Lambda Oxygen Sensor A0075421618 is a high-performance sensor designed for use in Mercedes-Benz E W212 vehicles. It provides accurate oxygen level readings to ensure optimal engine performance and emissions control. This sensor is engineered for reliability and durability in demanding industrial and automotive environments.

The Lambda AD2016 is a high-performance oxygen sensor designed for the Hyundai Elantra 1.6L engine. It provides accurate air-fuel ratio measurements to ensure optimal engine performance and emissions control. This sensor is engineered for durability and reliability in demanding automotive environments.

The Lambda ADH27055 is a rear lambda sensor designed for oxygen detection in automotive exhaust systems. It provides real-time feedback to the engine control unit (ECU) to optimize fuel-air mixture and reduce emissions. This sensor is essential for maintaining efficient engine performance and compliance with environmental regulations.

The Lambda AV619T540BE is a high-precision oxygen sensor designed for use in Ford C-MAX vehicles. It provides accurate air-fuel ratio measurements to ensure optimal engine performance and emissions control. This probe is specifically calibrated for the 68800 system, ensuring compatibility and reliable operation in modern fuel injection systems.

Lambda BS519G444BA Lambda Probe 312172

The Lambda Denso DOX-0117 is a high-performance right oxygen sensor designed for use in modern automotive applications. It provides accurate oxygen level measurements to help maintain optimal engine performance and emissions control. This sensor is engineered for durability and reliability in demanding environments.

The Lambda DOX-0280 is an oxygen sensor designed for use in automotive applications. It provides accurate oxygen level measurements to help maintain optimal engine performance and emissions control. This sensor is compatible with DENSO systems and is known for its reliability in harsh operating conditions.

The Lambda DOX-0574 is an oxygen sensor designed for use in automotive and industrial applications. It provides accurate oxygen level measurements to support efficient engine management and emissions control systems.

The Lambda DOX-0603 is a front-mounted oxygen sensor designed for precise air-fuel ratio monitoring in internal combustion engines. It provides real-time feedback to the engine control unit (ECU) for optimal combustion efficiency and emissions control.

The Lambda DOX-1366 is a high-precision oxygen sensor designed for use in Nissan Micra III vehicles. It provides accurate air-fuel ratio measurements to ensure optimal engine performance and emissions control.

The Lambda DOX-1409 is an oxygen sensor designed for use in automotive applications. It provides accurate oxygen level measurements to help maintain optimal engine performance and emissions control. This sensor is compatible with Denso systems and is used to monitor the air-fuel ratio in the engine's exhaust system.

The Lambda DOX-1501 is an oxygen sensor designed for use in automotive applications. It provides accurate oxygen level measurements to help maintain optimal engine performance and emissions control. This sensor is compatible with Denso systems and is used in various vehicle models for monitoring exhaust gas composition.

The Lambda DOX-1559 is an oxygen sensor designed for compatibility with Denso systems. It provides accurate oxygen level measurements for efficient engine performance and emissions control. This sensor is commonly used in automotive and industrial applications requiring precise air-fuel ratio monitoring.

The Lambda DOX-1588 is an oxygen sensor designed for compatibility with DENSO systems in vehicles such as Volkswagen and BMW. It provides accurate air-fuel ratio measurements to ensure optimal engine performance and emissions control.

The Lambda DOX-2016 is an oxygen sensor designed for use in automotive applications. It provides accurate oxygen level measurements to help maintain optimal engine performance and emissions control. The sensor operates with a voltage output of 1.1V, making it suitable for integration into modern engine management systems.

The Lambda DOX-2058 is an oxygen sensor designed for use in automotive applications, specifically for measuring oxygen levels in the exhaust system. It is compatible with DENSO systems and is used to optimize engine performance and emissions control.

The Lambda E361990 is a high-performance oxygen sensor designed for the BMW 3 Series 2.5 engine. It provides accurate air-fuel ratio feedback to the engine control unit, ensuring optimal combustion efficiency and emissions control. This probe is engineered for durability and reliability in demanding automotive environments.

The Lambda E7172 is a high-precision oxygen sensor designed for automotive emission control systems. It measures the air-fuel ratio in real-time, providing critical data for optimal engine performance and emissions compliance. This probe is suitable for use in modern vehicles requiring precise fuel mixture monitoring.

The Lambda DELPHI ES10795-12B1 is an oxygen sensor designed for precise air-fuel ratio measurement in internal combustion engines. It provides reliable feedback to the engine control unit (ECU) for optimal combustion efficiency and emissions control.

The Lambda ES11117-12B1 is an oxygen sensor designed for use in automotive applications, specifically compatible with DELPHI systems and Audi vehicles. It provides accurate air-fuel ratio measurements to ensure optimal engine performance and emissions control.