Delphi SS12167 Engine Crankshaft Position Sensor

Engine Crankshaft Position Sensor for Jeep, Dodge, Ram

The Delphi SS12167 engine crankshaft position sensor is built for direct replacement on a wide range of Chrysler, Jeep, Dodge, Ram, and Mitsubishi applications. It uses a black housing with a round 1-connector, 2-terminal male pin design for a clean OE-style connection.

Key Features

• Engine crankshaft position sensor for ignition system service
• Black sensor body with round connector shape
• 1 connector, 2 terminals, male connector and terminal gender
• No wiring harness included
• Package contents: sensor and instruction sheet
• OE-standard testing and calibration for accurate signal output

Detailed Description

Delphi SS12167 is an engine crankshaft position sensor engineered for accurate crankshaft signal reporting to the engine control system. Delphi validates and calibrates its sensors to OE standards, helping maintain consistent readings and reducing repeat repairs. This part cross-references Standard Ignition PC487 for the same application. Common vehicle coverage includes Fits 2004-2012 Jeep Liberty, N/A; Fits 2004-2010 Dodge Dakota, N/A; and Fits 2004-2010 Dodge Ram 1500, N/A. The Delphi SS12167 is also used on select Dodge Durango, Jeep Grand Cherokee, Jeep Commander, Dodge Nitro, Ram 1500, Ram Dakota, and Mitsubishi Raider applications.

What It Helps Fix

• Crankshaft position sensor fault codes
• Hard starting or extended crank conditions
• Intermittent stalling or engine cut-out
• Rough running caused by incorrect crank signal input
• Check engine light related to crankshaft sensor performance

Installation Notes and Tips

Verify connector style, terminal count, and vehicle application before installation. This sensor uses a round, 1-connector, 2-terminal male pin configuration and does not include a wiring harness. For best results, compare the original sensor to the Delphi SS12167 and follow the included instruction sheet during replacement.

Quality Assurance

Delphi backs this sensor with OE development and product validation methods. Each unit is tested and calibrated to OE standards to support accurate readings in service.