ESP, AFIL, PDC Switch for Citro&ebreve;n C5 X7 96645836ZD 6490T6

48.00

PSA CITROEN PEUGEOT 96645836ZD 6490T6

1 in stock

Description

Overview

Discover our wide range of high-quality used car parts, including this ESP, AFIL, and PDC switch designed for Citro&ebreve;n C5 X7 vehicles. This product is perfect for professional mechanics and DIY enthusiasts who require reliable replacement parts to maintain and repair their cars. The switch integrates key functions including the Electronic Stability Program (ESP), Parking Distance Control (PDC), and Lane Departure Warning System (AFIL), improving driving safety and comfort.

Product Functionality

This switch manages multiple crucial safety systems in your vehicle. The ESP helps maintain vehicle control during slippery conditions by stabilizing the car. The PDC assists with parking by providing audible or visual warnings about obstacles near your vehicle. The AFIL system monitors your lane position and alerts the driver when the car unintentionally drifts out of the lane, preventing potential accidents.

Replacement Information

This carefully sourced and fully functional switch was removed from a Citro&ebreve;n C5 X7 and is ready for immediate installation. Replacement of this switch is generally recommended if you experience malfunctioning ESP, PDC alerts, or lane departure warnings. These issues can arise due to wear over time, electrical failures, or connector corrosion. Installing this switch restores critical electronic controls without the need for costly brand-new parts.

Technical Information

Manufacturer: Citro&ebreve;n
Model: C5 X7
Product Codes: 96645836ZD, 6490T6
Additional Numbers: NFP

Why Choose This Switch?

This ESP, AFIL, PDC switch is the ideal option to maintain your vehicle’s performance and enhance driving safety at a fraction of the price of a new part. Its multi-functional design consolidates essential control features, ensuring your Citro&ebreve;n C5 X7 remains well-equipped for safe and convenient driving.

Additional information

Weight 0.5 kg