Delphi SS20976 ABS Wheel Speed Sensor - Front Left

Delphi ABS Wheel Speed Sensor SS20976

Delphi SS20976 is a front left ABS wheel speed sensor built for accurate wheel speed signal reporting in the brake system. It is a direct-fit option for 2014-2016 Honda CR-V front left applications and uses a square, male connector with a 2-terminal layout and included wiring harness.

Key Features

• ABS wheel speed sensor for the front left position
• Fits 2014-2016 Honda CR-V, front left
• Square connector with 1 connector and 2 terminals
• Male connector and male terminal design
• Wiring harness included for the sensor assembly
• Package includes the ABS wheel speed sensor and instruction sheet
• Delphi part number SS20976

Detailed Description

Delphi SS20976 is an ABS wheel speed sensor for the front left side of the vehicle, with confirmed fitment for 2014-2016 Honda CR-V models. Delphi validates its sensor lineup to OE standards and calibrates each unit for accurate readings, helping maintain proper wheel speed input to the ABS system. This part cross-references Standard Ignition ALS2801 for the same application.

What It Helps Address

• ABS warning light caused by a faulty front left wheel speed sensor
• Erratic or missing wheel speed signal input
• ABS system fault codes related to the front left sensor circuit
• Brake control issues tied to inaccurate wheel speed data
• Intermittent sensor performance from a worn or damaged unit

Installation Notes and Tips

Install SS20976 at the front left wheel position only on the listed Honda CR-V applications. Verify the connector shape, terminal count, and harness routing before installation. Because mounting hardware is not included, reuse existing hardware if serviceable or source the correct hardware separately. Always clear fault codes and confirm proper ABS operation after installation.

Quality Assurance

Delphi backs this sensor with OE-focused development and product validation methods. Each sensor is tested and calibrated to OE standards to support accurate signal output and reduce repeat comebacks.