VW Polo Mk6 ABS Pump Brake Control Unit Module 2Q0614517AA 2Q0614517N

VW Polo Mk6 ABS Pump Brake Control Unit Module is a specialized component from the ABS Control Units category, designed for the braking system of VAG group vehicles in the version branded by Seat. This used module allows for an economical yet technically sound repair of the ABS system, maintaining factory performance characteristics and compatibility with the vehicle's installation. It is a solution for users who expect a proven component with stable operating parameters.

Specifications and technical data

• SKU: 2Q0614517AA
• Mark: Seat
• Condition: Used
• OEM Part Number: 2Q0614517AA
• Substitutable numbers: 2Q0614517AA, 2Q0 614 517 AA, 2Q0614517N, 2Q0 614 517 N
• Part type: ABS Control Module
• Category: ABS Control Modules

Technical characteristics of the ABS module

The presented control unit belongs to the group of factory solutions used in modern braking systems, where the hydraulic block and electronic control unit work in conjunction with wheel speed sensors and electronic stability control systems. The module's design is prepared for operation in demanding service conditions, maintaining appropriate resistance to vibrations and temperature fluctuations. Thanks to the use of original control architecture, the ABS pump maintains proper pressure modulation in the brake circuits, which translates into predictable system performance during emergency braking, on surfaces with varying grip, and in emergency situations.

Purpose and compatibility

VW Polo Mk6 ABS Pump Brake Control Unit Module has been designed as a component that works with the vehicle's factory electrical and hydraulic installation, without the need for modifications to the braking system structure. Proper connector matching and the layout of hydraulic ports facilitate installation and reduce the risk of installation errors. The presence of a dedicated OEM part number and available interchangeable numbers allows for precise verification of compatibility with a specific car configuration. Before purchasing, it is recommended to compare the module markings with vehicle data or service documentation to ensure full compatibility with the ABS system and onboard electronics.

Condition, verification, and safety of use

The offered item is in used condition, which allows for reduced repair costs while maintaining the functionality required in the braking system. Such modules are frequently chosen by workshops and individual users looking for a reasonable compromise between price and quality. It is crucial, however, to entrust the installation to a person with experience in working with ABS systems, which minimizes the risk of assembly errors. For additional support in selecting braking system components, it is worth using the practical tips included in the blog article "Second-hand braking system: how to safely choose discs, calipers, and ABS?", where the process of evaluating and selecting used components such as pumps, control units, and other ABS parts is discussed step by step.

Benefits of using an original ABS control unit

Using a factory ABS module in a Seat vehicle ensures:

• preservation of the original braking system performance characteristics,
• proper cooperation with onboard systems, such as traction control or electronic stability control,
• consistent communication with the vehicle's electronic network,
• possibility of diagnostics using standard service tools. Thanks to this, the braking system maintains predictable behavior, and the vehicle's reaction to signals from wheel speed sensors remains consistent with the manufacturer's specifications. This is particularly important in modern designs, where the ABS control unit is an integral part of the entire active safety system.

Expansion and service of the ABS system in Seat vehicles

If you are planning a comprehensive repair or upgrade of the braking area in your Seat and need other elements from the same group, such as pumps, electronic modules, or control units, check the available parts in the Seat ABS Control Units category. This approach allows for maintaining the consistency of the components used, facilitates diagnostics and subsequent service, and increases the predictability of the entire braking system's operation after the module replacement.