Delphi SS21368 ABS Wheel Speed Sensor - Front Left

Delphi ABS Wheel Speed Sensor SS21368

Delphi SS21368 is a front left ABS wheel speed sensor built for accurate wheel-speed signal reporting in supported Toyota truck and SUV applications. It is a direct-fit replacement for select Toyota Sequoia and Toyota Tundra models, with OE-style calibration and connector design for dependable brake system input.

Key Features

• ABS wheel speed sensor for the front left position
• Blade terminal type with 2 terminals
• 1 square male connector
• No wiring harness included
• Package includes the ABS wheel speed sensor and instruction sheet
• OE-standard testing and calibration for accurate readings

Detailed Description

Delphi SS21368 is engineered for vehicles that rely on precise wheel-speed data for ABS operation and related brake control functions. Delphi validates its sensors to OE standards, helping maintain consistent signal output and reduce repeat repairs. This part cross-references Standard Ignition ALS664 for the same application. For Toyota Sequoia and Toyota Tundra owners, SS21368 provides a direct replacement option for the front left wheel speed sensor location.

Vehicle Fitment

• Fits 2001-2007 Toyota Sequoia, front left.
• Fits 2000-2006 Toyota Tundra, front left.

Common Issues This Part May Resolve

• ABS warning light illuminated
• Wheel speed signal loss at the front left corner
• Erratic ABS operation during braking
• Fault codes related to wheel speed sensor performance
• Intermittent brake control system input from the sensor circuit

Installation Notes and Tips

Confirm the front left position before installation and compare the connector, terminal count, and mounting style to the original sensor. Inspect the tone ring, hub area, and wiring path for damage or corrosion before installing Delphi SS21368. Clear stored ABS codes after installation and verify proper wheel-speed data with a scan tool.

Quality Assurance

Delphi sensors are tested and calibrated to OE standards and validated through stringent development methods to support accurate readings and consistent performance in service.