Ford Transit Connect Mk2 Brake Booster Servo Unit Master Cylinder DV61-2B195-XB

Ford Transit Connect Mk2 Brake Booster Servo Unit Master Cylinder integrated with the brake master cylinder is a factory-original brake system component designed for Diesel engine versions. This used brake servo and master cylinder assembly provides stable brake pedal force assistance, improving comfort and braking predictability in the daily operation of a Ford commercial vehicle.

Specifications and technical data

• SKU: DV61-2B195-XB
• Mark: Ford
• Condition: Used
• OEM Part Number: DV61-2B195-XB
• Substitutable numbers: DV61-2B195-XB, DV612B195XB
• Fuel type: Diesel
• Part type: Brake Servo & Master Cylinder
• Category: Brake Servos

Purpose and function in the brake system

The presented servo integrated with the master cylinder has been designed specifically for the Ford Transit Connect Mk2 brake system with a diesel engine. As a component from the Brake servos and pressure regulators category, it is responsible for the effective use of vacuum to amplify the force exerted by the driver on the brake pedal, which translates into more predictable and repeatable operation of the entire system.

In vehicles with a Diesel engine, a properly selected servo is crucial for the stable operation of the brake system, especially during frequent stops, driving with a load, and in city traffic. Using an original Ford component allows you to maintain factory braking characteristics and compatibility with other system elements.

Benefits of using an original brake servo

Choosing an original servo with a brake master cylinder for the Ford Transit Connect Mk2 provides a number of practical advantages:

• maintaining factory brake pedal characteristics and predictable vehicle response,
• consistency with the vacuum system in Diesel versions,
• easier diagnostics and service thanks to compliance with manufacturer documentation,
• reduced risk of compatibility issues during installation.

For workshops and fleet users, this means more repeatable repair results, and for the driver – stable, comfortable braking in typical commercial vehicle operating conditions.

Condition, origin, and practical application

The element comes from the Ford product line and is offered as a used part, which allows for an economical repair of the brake system while maintaining the original design. This type of solution is particularly beneficial when servicing vehicles used intensively, where both the cost of repair and maintaining correct system operating parameters are important.

Due to the integrated design of the servo and master cylinder, installation in place of the factory unit is simpler than in the case of mixing different manufacturers or configurations. This is a practical solution for workshops specializing in servicing Ford commercial vehicles, as well as for individual users who want to restore proper brake operation without interfering with the vehicle's design.

Operation of a used servo and good service practices

To maximize the potential of a used brake servo, it is worth ensuring the correct installation procedure, system bleeding, and checking the tightness of brake and vacuum lines. Regular inspection of the brake fluid condition and periodic system checks allow you to maintain stable braking parameters and reduce the wear of other components.

When working with used brake system elements, proper maintenance and operation are particularly important. Practical tips on caring for dismantled components can be found in the article How to extend the life of used car parts?, which describes proven methods for protecting key mechanical and hydraulic elements.

Expanding the Ford Transit Connect brake system

If you are planning a comprehensive repair or upgrade of the braking zone in your Ford and need other elements from the same group, such as pumps, boosters, or regulators, check the available parts in the Ford brake servos and pressure regulators category.

By using components from one product group, you can maintain the technical consistency of the system, facilitate future diagnostics, and optimize service costs, especially in commercial vehicles operated in demanding conditions.