Delphi SS11959 Engine Camshaft Position Sensor

Delphi SS11959 Camshaft Position Sensor

Delphi SS11959 is an engine camshaft position sensor built for accurate cam signal reporting in supported applications. It is a direct-fit style replacement for the 2003-2006 Kia Sorento and uses OE-based development and validation methods to support consistent sensor output.

Key Features

• Engine camshaft position sensor for ignition and engine management systems
• Fits 2003-2006 Kia Sorento
• Black housing with oval female connector
• 3-terminal male blade design
• Wiring harness included with a 410.0 length harness
• Tested and calibrated to OE standards for accurate readings
• Delphi part number SS11959

Detailed Description

Delphi SS11959 is engineered for vehicles that rely on precise camshaft position data to coordinate ignition timing and fuel delivery. Delphi draws on OE heritage and product validation practices to build aftermarket sensors that match the electrical and signal requirements of the original application. For drivers and technicians servicing a Kia Sorento camshaft position sensor concern, this part number SS11959 provides a focused replacement option for 2003-2006 Kia Sorento models.

This part cross-references Standard Ignition PC632 for the same application.

What It Helps Fix

• Camshaft position sensor fault codes
• Hard starting or extended crank conditions
• Rough idle caused by incorrect cam signal input
• Intermittent stalling related to sensor signal loss
• Check engine light concerns tied to camshaft position monitoring

Installation Notes and Tips

Verify connector shape, terminal count, and harness routing before installation. This Delphi camshaft position sensor includes the wiring harness and uses a single oval female connector with 3 male blade terminals. Confirm the sensor location and mounting style on the vehicle before removal, and inspect the connector and wiring for corrosion or damage that could affect signal quality.

Quality Assurance

Delphi backs this sensor with OE-based development and validation methods, and each sensor is tested and calibrated to OE standards to help deliver accurate readings and reduce repeat comebacks.