Delphi SS20887 ABS Wheel Speed Sensor - Front Right

Delphi ABS Wheel Speed Sensor SS20887

Delphi SS20887 is an ABS wheel speed sensor built for accurate wheel-speed signal reporting in braking and stability systems. It is a direct-fit option for select Dodge Ram 1500 front-right applications and is backed by OE-focused development and validation practices.

Key Features

• ABS wheel speed sensor for front axle applications
• Blade terminal type with 2 terminals
• 1 square male connector for a secure electrical connection
• Package contents include the ABS wheel speed sensor and instruction sheet
• Delphi OE-standard testing and calibration for consistent readings
• Compatible with 2002-2005 Dodge Ram 1500, front right

Product Details

This Delphi wheel speed sensor, part number SS20887, is engineered for vehicles that rely on precise ABS input at the wheel hub. It is listed for front left and front right positions in general applications, with confirmed fitment for 2002-2005 Dodge Ram 1500 front right. Delphi validates and calibrates its sensors to OE standards to help maintain accurate signal output and reduce repeat repairs. This part cross-references Standard Ignition ALS104 for the same application.

Common Problems It Can Help Resolve

• ABS warning light triggered by an erratic wheel speed signal
• Loss of wheel-speed data to the ABS control system
• Brake system fault codes related to the front wheel sensor
• Intermittent traction control or stability system operation
• Incorrect speed input from a worn or failed front wheel sensor

Installation Notes

Fits 2002-2005 Dodge Ram 1500, front right. Verify the connector shape, terminal count, and sensor position before installation. No mounting hardware is included, and no wiring harness is included. The package contains the ABS wheel speed sensor and an instruction sheet. For position-specific applications, refer to the vehicle application details before ordering.

Quality Assurance

Delphi sensors are developed with OE-focused validation methods and tested and calibrated to OE standards for accurate readings. That process supports dependable signal output in ABS applications and helps reduce comebacks after repair.