Wait

Getting Search Results .... Please Wait

Volvo >> V70 >> (No Series) >> 2.4 Litre 5 Cyl B 5254 S DOHC 20v >> 2.5 20V 02/1997 - 07/1999 4 Door Wagon >> FAE Coolant Temp Sensor

FAE Coolant Temp Sensor Fits Volvo V70 2.5 20V Wagon [02/1997 to 07/1999] (2.4L B 5254 S 5 Cyl DOHC MPFI)

Part
FAE logo

FAE Coolant Temp Sensor

$28.77

Specifications
Sensor connection: M12 x 1.5 male
Contents: 1 x sensor
Brand origin *: Australia
Condition: New
Warranty: 2 Year

Alert WARNING! This part will NOT FIT the following Vehicles:

Volvo S70 (No Series) (2.4 Litre 5 Cyl B 5254 S DOHC 20v):
  • 2.4 20V FWD Sedan 4 Door [01/1999 to 12/1999] 125KW With Auto or Manual Transmission

Tick This part will fit the following Vehicles:

Volvo S70 (2.4 Litre 5 Cyl B 5254 S DOHC 20v):
  • 2.4 20V FWD Sedan 4 Door [01/1997 to 12/1998] 125KW With Auto or Manual Transmission With: Suits: MY99
Volvo V70 (2.4 Litre 5 Cyl B 5254 S DOHC 20v):
  • 2.5 FWD Wagon 4 Door [02/1997 to 10/1998] 106KW With Auto or Manual Transmission With: Suits: MY99
  • 2.5 20V FWD Wagon 4 Door [02/1997 to 07/1999] 125KW With Auto or Manual Transmission

Description

Introducing the FAE Coolant Temp Sensor, designed to monitor and regulate the temperature of your vehicle's engine coolant for optimal performance. With a product code of 32425 and bearing the trusted FAE brand, this sensor is a reliable and efficient choice for your automotive needs.

This coolant temperature sensor has a sensor connection of M12 x 1.5 male, ensuring a secure fit and accurate readings. By accurately measuring the temperature of the coolant, this sensor helps prevent overheating and potential damage to the engine, ensuring a smooth and efficient operation of your vehicle.

Count on FAE to deliver high-quality automotive sensors that meet and exceed industry standards. The FAE Coolant Temp Sensor is a must-have for any vehicle maintenance and repair toolkit, providing peace of mind and reliable performance for your engine's cooling system. Choose FAE for quality, reliability, and superior performance in automotive sensors.