Delphi SS20536 ABS Wheel Speed Sensor - Front Right

Delphi ABS Wheel Speed Sensor SS20536

Delphi SS20536 is a front right ABS wheel speed sensor built for OE-style replacement on select Kia Soul models. It uses a black female connector, 2 blade terminals, and an included wiring harness for a direct-fit service part.

Key Features

• ABS wheel speed sensor for the front right position
• Fits 2010-2013 Kia Soul, front right
• Standard replacement grade
• 1155 mm wiring harness length
• Black rectangular connector with female gender
• 2-terminal blade connection
• Package includes the ABS wheel speed sensor and instruction sheet

Detailed Description

Delphi SS20536 is engineered for vehicles that rely on accurate wheel speed input for ABS operation and related brake control functions. Delphi validates and calibrates its sensors to OE standards, helping deliver consistent readings for the braking system. This part cross-references Standard Ignition ALS1968 for the same application. Compatible with 2010, 2011, 2012, and 2013 Kia Soul front right applications, Delphi SS20536 is a direct replacement choice for service work on the Kia Soul brake sensor circuit.

Common Issues This Part May Address

• ABS warning light illuminated
• Wheel speed signal loss at the front right corner
• Intermittent ABS or traction control operation
• Fault codes related to wheel speed sensor performance
• Brake system response issues caused by inaccurate sensor readings

Installation Notes and Tips

Verify the front right position before installation and compare the connector, terminal style, and harness length to the original sensor. Inspect the tone ring, hub area, and wiring path for damage or corrosion before completing the repair. Use the included instruction sheet during installation and confirm the sensor is seated and routed correctly to avoid signal issues.

Quality Assurance

Delphi backs this ABS wheel speed sensor with OE development and product validation methods, and each sensor is tested and calibrated to OE standards for accurate readings and reduced comebacks.