Hitachi CPS0103 Engine Camshaft Position Sensor

Engine Camshaft Position Sensor for Ford, Mercury, and Land Rover

Hitachi CPS0103 is an engine camshaft position sensor built to deliver accurate camshaft timing signals to the ECU. For Ford Ranger, Ford Explorer, Ford Mustang, Mercury Mountaineer, and Land Rover LR3 applications, this sensor supports precise engine management with components and materials selected for extended service life.

Key Features

• Engine camshaft position sensor for ignition and engine management systems
• Provides accurate signal transmission to the vehicle ECU
• Built with high-quality internal components and durable materials
• Designed to match the exact requirements of specific vehicle applications
• Hitachi part number CPS0103 for direct catalog identification

Detailed Description

Hitachi CPS0103 is engineered for vehicles that rely on consistent camshaft position data for proper fuel and ignition control. This sensor is used in 2005-2010 Ford Explorer, 2005-2010 Ford Mustang, 2006-2011 Ford Ranger, 2005-2010 Mercury Mountaineer, 1997-2001 Ford Explorer, 1998-2001 Mercury Mountaineer, and 2005-2009 Land Rover LR3 applications. The design focuses on accurate readings, stable signal output, and fitment matched to the vehicle platform. This part cross-references 5L2Z6B288A and LR000442 for the same application.

What It Helps Resolve

• Camshaft position signal faults
• Rough engine operation caused by incorrect timing input
• Hard starting related to sensor signal loss
• Check engine light conditions tied to camshaft sensor performance
• Intermittent ECU data errors from a worn sensor

Installation Notes and Tips

Verify the vehicle year, make, model, and engine application before installation. Compare the original sensor connector and mounting style to the replacement part number CPS0103. After installation, clear diagnostic trouble codes and confirm that the engine starts and idles normally.

Quality Assurance

Hitachi builds this camshaft position sensor with durable materials and application-specific engineering to support accurate ECU signal delivery and consistent service performance.