Standard Ignition PWS160 Disc Brake Pad Wear Sensor - Front

Reliable Disc Brake Pad Wear Sensor for Land Rover LR3

The Standard Ignition PWS160 disc brake pad wear sensor is designed specifically for Land Rover LR3 models. This sensor helps monitor brake pad wear to ensure timely maintenance and safe braking performance.

• Compatible with Land Rover LR3 vehicles
• Part number PWS160 for precise identification
• Disc brake pad wear sensor type for accurate wear detection
• Engineered to provide reliable brake system monitoring

Product Overview and Compatibility

The Standard Ignition PWS160 is a disc brake pad wear sensor tailored for the Land Rover LR3. This sensor detects the level of brake pad wear and sends signals to the vehicle’s onboard system, alerting the driver when brake pads need replacement. Using the correct sensor like the PWS160 ensures proper communication with the vehicle’s brake monitoring system, maintaining safety and performance standards.

Purpose and Common Applications

• Monitors brake pad wear to prevent brake failure
• Alerts driver to replace worn brake pads promptly
• Helps maintain consistent braking performance
• Prevents damage to brake rotors caused by worn pads
• Supports overall vehicle safety and maintenance schedules

Installation Notes and Tips

When installing the Standard Ignition PWS160 sensor on a Land Rover LR3, ensure the vehicle is securely lifted and the brake system is cool. Carefully remove the old sensor and connect the new sensor to the brake pad assembly, verifying proper fit and secure electrical connections. It is recommended to inspect brake pads and rotors during installation to address any additional wear or damage.

Quality Assurance and Warranty

Standard Ignition parts are manufactured to meet or exceed OEM specifications. The PWS160 disc brake pad wear sensor undergoes rigorous quality control to ensure durability and reliable performance. This part typically includes a limited warranty covering defects in materials and workmanship, providing confidence in its long-term use on Land Rover LR3 vehicles.