Wait

Getting Search Results .... Please Wait

PAT Premium Crank Angle Sensor Fits Mazda 626 GE GESP Sedan [01/1992 to 06/1997] (2.0L FS 4 Cyl DOHC EFI)

PAT Premium logo

PAT Premium Crank Angle Sensor

Fitment Information:

Suits: Crank # RSB-54 Up To 06/1997

AlertWARNING! This part will Not FIT:

07/1997 Onwards

$138.63

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

Mazda 626 GE (2.0 Litre 4 Cyl FS DOHC 16v):
  • GESP FWD Sedan 4 Door [07/1997 to 12/1997] With Auto or Manual Transmission

Tick This part will fit the following Vehicles:

Mazda 626 GE (2.0 Litre 4 Cyl FS DOHC 16v):
  • GESP FWD Sedan 4 Door [01/1992 to 06/1997] With Auto or Manual Transmission With: Suits: Crank # RSB-54
  • GESP FWD Sedan 4 Door [01/1992 to 06/1997] 85KW With Auto or Manual Transmission With: Suits: Crank # RSB-54
  • GESS FWD Hatchback 4 Door [01/1992 to 06/1997] 85KW With Auto or Manual Transmission With: Suits: Crank # RSB-54

Description

Introducing the PAT Premium Crank Angle Sensor, the perfect solution for ensuring your vehicle's engine runs smoothly and with optimal performance. This high-quality sensor, with product code RSB-54, is designed to accurately measure the position of the crankshaft in real-time, allowing for precise ignition timing and fuel delivery.

Made by the trusted brand PAT Premium, known for their durable and reliable automotive parts, this crank angle sensor is guaranteed to meet or exceed OEM specifications. It is specifically designed for vehicles that require precise timing control, such as modern fuel-injected engines. Whether you're a professional mechanic or a DIY enthusiast, this sensor is easy to install and will provide dependable performance for years to come.

Don't let a faulty crank angle sensor leave you stranded on the side of the road. Upgrade to the PAT Premium Crank Angle Sensor today and experience the peace of mind that comes with knowing your engine is running at its best. Trust in the quality and reliability of PAT Premium products to keep your vehicle performing at its peak.