SKF SC514 ABS Wheel Speed Sensor Wiring Harness - Front

Reliable ABS Wheel Speed Sensor Wiring Harness for Dodge Ram Dakota

The SKF SC514 ABS wheel speed sensor wiring harness is designed specifically for Dodge Ram Dakota models. With an inside diameter of 30.00 mm, this wiring harness ensures proper fit and function within the vehicle's braking system.

• Compatible with Dodge Ram Dakota vehicles
• Inside diameter of 30.00 mm for precise fitment
• Part number SC514 for accurate identification
• Designed for ABS wheel speed sensor wiring applications

Product Details and Specifications

This ABS wheel speed sensor wiring harness from SKF is engineered to meet the exact specifications required for Dodge Ram Dakota models. The 30.00 mm inside diameter is a critical attribute that ensures the harness fits securely and maintains optimal electrical connectivity. The SC514 part number corresponds to this specific configuration, making it easier to source the correct replacement part for your vehicle's ABS system.

Purpose and Common Applications

This wiring harness is essential for maintaining the integrity of the ABS wheel speed sensor circuit. It helps address several common issues, including:

• Intermittent ABS warning lights due to faulty wiring
• Loss of wheel speed sensor signal affecting braking performance
• Corrosion or damage to existing wiring harness components
• Electrical shorts or open circuits in the ABS sensor wiring

Installation Notes and Tips

When installing the SKF SC514 wiring harness, ensure the inside diameter matches the vehicle’s sensor mounting points to avoid strain or loose connections. Carefully route the harness to prevent exposure to heat or moving parts. Verify all electrical connections are secure and free of corrosion before final assembly.

Quality Assurance and Warranty

SKF manufactures this wiring harness to meet industry standards for durability and performance. While specific warranty details are not provided, SKF products typically undergo rigorous quality control to ensure reliability in automotive applications.