Delphi SS20913 ABS Wheel Speed Sensor - Front Left

Delphi SS20913 Front Left ABS Sensor

The Delphi SS20913 ABS wheel speed sensor is built for front left applications on select Toyota and Lexus vehicles. It uses a 2-terminal blade connection with a female connector and included wiring harness for a direct replacement setup.

Key Features

• Part number: SS20913
• ABS wheel speed sensor for the front left position
• 42.72 in. wiring harness length
• 1 rectangular female connector
• 2 female blade terminals
• Wiring harness included
• Package contents: ABS wheel speed sensor and instruction sheet
• Mounting hardware not included

Vehicle Fitment

• Fits 1997-2004 Toyota Avalon, front left.
• Fits 1999-2003 Toyota Solara, front left.
• Fits 1998-2001 Lexus ES300, front left.
• Fits 1997-2001 Toyota Camry, front left.
• Fits 1992 Toyota Camry, front left.

Detailed Description

Delphi SS20913 is an ABS wheel speed sensor engineered for accurate wheel-speed signal input at the front left corner. Delphi validates its sensors to OE standards and calibrates them for consistent readings, helping support stable ABS operation and reducing repeat repairs. This part is a direct-fit option for Toyota Camry, Toyota Avalon, Toyota Solara, and Lexus ES300 applications listed above.

This part cross-references Standard Ignition ALS644 for the same application.

What It Helps Address

• ABS warning light caused by a failed front left wheel speed sensor
• Erratic or missing wheel speed signal data
• ABS system fault codes related to the front left sensor circuit
• Brake control issues tied to inaccurate wheel-speed input
• Repeat repairs from inconsistent sensor output

Installation Notes

Verify the connector style, terminal count, and harness length before installation. Compare the original sensor location and routing on the vehicle, and follow the included instruction sheet during replacement. Confirm the front left application on the specific Toyota or Lexus model before ordering.

Quality Assurance

Delphi sensors are developed and validated using OE-focused methods and tested to OE standards for accurate signal output. That calibration focus supports dependable performance in ABS wheel speed applications.