Delphi SS20520 ABS Wheel Speed Sensor - Rear Right

Delphi Rear Right ABS Wheel Speed Sensor

Delphi SS20520 is a rear right ABS wheel speed sensor built for accurate wheel speed signal reporting in supported Hyundai and Kia applications. It is a direct-fit sensor solution for 2005-2010 Kia Sportage and 2005-2009 Hyundai Tucson rear right positions.

Key Features

• ABS wheel speed sensor for rear right placement
• Wiring harness included with a 1200 mm (46.8 in.) length
• White female connector with rectangular shape
• 2-terminal blade connection
• Package contents: ABS wheel speed sensor and instruction sheet
• OE-standard testing and calibration for accurate signal output

Detailed Description

Delphi SS20520 is engineered for vehicles that rely on precise wheel speed input for ABS operation. Delphi validates its sensors to OE standards and calibrates them for accurate readings, helping maintain consistent signal quality in the braking system. This rear right ABS wheel speed sensor is a strong match for drivers searching for a 2005-2010 Kia Sportage rear right ABS wheel speed sensor or a 2005-2009 Hyundai Tucson rear right wheel speed sensor. This part cross-references Standard Ignition ALS587 for the same application.

What It Helps Solve

• ABS warning light caused by a failed rear wheel speed sensor
• Intermittent or missing wheel speed signal at the rear right wheel
• ABS system fault codes related to wheel speed input
• Brake control issues caused by inaccurate sensor readings
• Drivability concerns tied to unstable ABS data on Kia Sportage and Hyundai Tucson models

Installation Notes and Tips

Confirm rear right position before installation and compare the connector, terminal count, and harness length to the original sensor. Inspect the mounting area, tone ring, and wiring path for damage or corrosion before connecting the new sensor. Verify fitment by year, make, model, and position for 2005-2010 Kia Sportage and 2005-2009 Hyundai Tucson applications.

Quality Assurance

Delphi sensors are developed and validated using OE-focused methods, with testing and calibration performed to support accurate signal output and consistent performance in braking applications.