18384MBTD20, Clamp, Oxygen Sensor, Honda
Recambios
originales
Honda
garantizados
El Clamp, Oxygen Sensor es el número 16 en el dibujo de la pieza de abajo.
- Marca(s):
- Honda
- Número de pieza:
- 18384MBTD20
- Descripción:
- Clamp, Oxygen Sensor
- Disponibilidad de existencias:
- Si tu pieza no está disponible, tardará 8-9 días en llegar a MSP
¿No estás seguro de que sea la pieza correcta?
Precio: USD 11.37 excl. IVA
Motorcycle Spare Parts solo vende piezas de repuesto originales y fabricadas por el propio fabricante. La pieza Clamp, Oxygen Sensor ha sido fabricada por Honda y será enviada completamente nueva y en su embalaje original.
The part under discussion is an Oxygen Sensor Clamp, designed specifically for Honda vehicles. The manufacturer part number for this component is 18384MBTD20. This serves as a unique identifier for the part, thus ensuring that you obtain the correct component for your specific automotive needs.
The main function of an Oxygen Sensor Clamp is to secure the oxygen sensor in place within the vehicle. Oxygen sensors, also known as O2 sensors, are crucial components within a vehicle’s exhaust system. They measure the amount of oxygen present in the vehicle's exhaust gases. These are then used by the vehicle’s computer system to optimize the air-fuel mixture in real-time to ensure that combustion within the engine is as efficient as possible.
The Oxygen Sensor Clamp ensures that the sensor is firmly held, protecting it from dislodging due to the vehicle's regular movement. This is crucial because the proper functioning of the oxygen sensor is essential for maintaining the fuel efficiency of the car, reducing exhaust emissions, and ensuring the optimal performance of the vehicle's engine. a suitable and stable clamp that fits correctly, like the referenced one, is essential to securely fasten the sensor and ensure it functions as expected.
The Oxygen Sensor Clamp is specialized for Honda vehicles, primarily functioning to securely position the oxygen sensor within the vehicle's exhaust system, thus allowing the efficient monitoring and management of the engine's air-fuel mixture.
