Hitachi CPS0209 Engine Camshaft Position Sensor - Intake

Hitachi Camshaft Position Sensor CPS0209

Hitachi CPS0209 is an engine camshaft position sensor built to deliver accurate camshaft timing signals to the ECU. With a 3-pin male connector and pin terminals, this sensor is made for direct-fit service on select GM and Hummer applications, including intake-position installations.

Key Features

• Engine camshaft position sensor for precise ECU signal input
• 3-terminal design with male connector and pin terminals
• Built with quality components and materials for extended service life
• Application-specific design for select intake-position fitments
• Hitachi CPS0209 replacement for direct service use

Detailed Description

The Hitachi CPS0209 camshaft position sensor monitors camshaft position and sends the signal to the vehicle’s electrical control unit for accurate engine management. This helps maintain proper timing input for the engine control system and supports consistent operation in vehicles that rely on a precise intake cam signal. Fitment includes 2004-2007 GMC Canyon, intake; 2006-2007 Hummer H3, intake; and 2004-2006 Chevrolet Colorado, intake. The CPS0209 is also referenced by cross-number 12584516 for the same application.

What It Helps Address

• Camshaft position signal faults
• Intermittent engine stalling related to sensor input
• Hard starting caused by incorrect cam timing data
• Check engine lights tied to camshaft position sensor codes
• Rough running from inconsistent ECU timing information

Installation Notes and Tips

Verify the connector style, terminal count, and intake position before installation. Confirm the vehicle application by year, make, and model, especially for 2004-2007 GMC Canyon, 2006-2007 Hummer H3, and 2004-2006 Chevrolet Colorado. Inspect the harness connector and surrounding wiring for damage before replacing the sensor.

Quality Assurance

Hitachi builds this sensor with high-quality components and materials to support dependable signal transmission and service durability. The design is matched to the specific vehicle application for accurate fit and function.