ABS ESP ATE Citroën C3 9649028880 10.0206-0101.4 10.0960-1125.3 4541C1

Description

Product Overview

This ABS and ESP control module by ATE is designed for the Citroën C3 Pluriel with a 1.6L 16V Sensodrive engine. It integrates the ABS pump and the ESP control unit into a single compact module, ensuring precise braking control and enhanced vehicle stability under various driving conditions.

The module comes with a piece of wiring harness for straightforward installation. It is a vital component for maintaining optimal brake system performance and vehicle safety, especially in challenging road or weather situations.

Function and Common Issues

The ABS and ESP control module regulates the anti-lock braking system and electronic stability program, preventing wheel lockup and helping the driver maintain control during sudden maneuvers or slippery surfaces. Over time, these modules can fail due to wear on the internal pump or electronic components, leading to warning lights on the dashboard and reduced braking efficiency.

Replacing this module restores full ABS and ESP system functionality, which is crucial for safe driving. Professional installation or expert knowledge is recommended to ensure correct integration with the vehicle’s electronic systems.

Technical Information

• Manufacturer: ATE
• Model Compatibility: Citroën C3 Pluriel 1.6V 16V Sensodrive
• Product Codes: 9649028880, 10.0206-0101.4, 10.0960-1125.3
• Additional Numbers: 454190, 4541C1, 4541S0, 454294, 454295

Replacement Tips

The replacement process involves disconnecting the battery, removing the old ABS/ESP module along with any attached wiring, and installing the new module in its place. Calibration or programming may be necessary after installation to ensure full system functionality, so a diagnostic tool compatible with PSA vehicles is recommended.

Regular maintenance and timely replacement of the ABS/ESP module help prevent brake system failures and contribute significantly to vehicle safety and control, especially for vehicles frequently driven in variable conditions.