Delphi SS21584 ABS Wheel Speed Sensor - Rear

Rear ABS Wheel Speed Sensor for Jeep Cherokee

Delphi SS21584 is a rear ABS wheel speed sensor for 2015-2019 Jeep Cherokee applications. It is built as a standard replacement part with OE-focused validation to support accurate wheel speed signal output for the braking system.

Key Features

• Part number: SS21584
• ABS wheel speed sensor for the rear position
• Standard replacement grade
• Female connector with 1 connector, 2 terminals
• Blade terminal type with rectangular connector shape
• Wiring harness included; harness length: 36.26 in. (921 mm)
• Package contents: ABS wheel speed sensor and instruction sheet
• Cross-reference: Standard Ignition ALS2806

Detailed Description

Delphi SS21584 is an ABS wheel speed sensor engineered for rear-wheel applications on the Jeep Cherokee. Delphi validates its sensors to OE standards and calibrates them for accurate readings, helping maintain consistent wheel speed data for the ABS system. For drivers and technicians servicing a 2015-2019 Jeep Cherokee, this rear sensor provides a direct-fit replacement option with the correct connector style and harness configuration.

This part cross-references Standard Ignition ALS2806 for the same application.

What It Helps Address

• ABS warning light triggered by a faulty rear wheel speed sensor
• Erratic or missing wheel speed signal data
• Brake system fault codes related to rear sensor input
• Loss of ABS performance caused by sensor signal interruption
• Drivability concerns tied to inaccurate wheel speed readings

Installation Notes and Tips

Fits 2015-2019 Jeep Cherokee, rear. Confirm the connector shape, terminal count, and harness routing before installation. Inspect the tone ring, wiring path, and mounting area for damage or corrosion, and compare the removed sensor to SS21584 before final assembly.

Quality Assurance

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