Ford Transit Mk7 2.2 TDCi High Pressure Injection Fuel Pump Diesel BK2Q-9B395-CC

Ford Transit Mk7 2.2 TDCi High Pressure Injection Fuel Pump Diesel is an original component from the Fuel pumps and level sensors group, designed for Diesel fuel systems. Engineered by the vehicle manufacturer, it ensures the correct operating parameters of the fuel supply system and the stable vacuum necessary for the proper functioning of the power unit.

Specifications and technical data

• SKU: 2464828
• Mark: Ford
• Condition: Used
• OEM Part Number: 2464828
• Substitutable numbers: 2464828, BK2Q9B395CC, BK2Q-9B395-CC
• Fuel type: Diesel
• Part type: Fuel Injector Pump
• Category: Fuel Pumps & Sending Units

Purpose and function in the fuel system

The described pump is a component of the diesel engine fuel supply system, responsible for generating and maintaining the appropriate vacuum and proper fuel circulation. In the 2.2 TDCi engine, its correct operation affects the stability of pressure in the supply line, proper response to load, and the overall performance of the power unit.

A properly selected fuel vacuum pump reduces the risk of starting problems, power drops, or unstable idle, which directly translates into operational safety and predictable vehicle behavior in daily driving.

Benefits of using an original Ford component

Using a component sourced from the Ford brand means maintaining the factory operating parameters of the fuel system. The original design is engineered for a specific engine type and its characteristics, which ensures:

• proper cooperation with diesel engine accessories,
• reduced risk of leaks and vacuum drops,
• stable operating conditions for the fuel supply system across the full load range,
• easier diagnostics – operating parameters correspond to factory specifications.

For the user, this means more predictable vehicle behavior, better performance consistency, and compliance with the manufacturer's service documentation.

Characteristics of the used component

The offered pump comes from dismantling and is classified as a used part. This type of part represents a reasonable compromise between repair costs and maintaining the original technical specification. In practice, this allows for:

• lower service costs while retaining a component from the same production line as the factory-installed part,
• easier matching to the existing fuel system and engine accessories,
• reduced risk of compatibility issues compared to random aftermarket replacements.

For fuel system components, it is particularly important that the design and operating parameters comply with the manufacturer's requirements – a used original component often meets this criterion better than low-budget replacements.

Selection by numbers and compatibility

The pump belongs to a group of components that are selected primarily based on catalog numbers and manufacturer markings. Proper matching to the specific engine version and vehicle year minimizes the risk of installation problems and incorrect operating parameters. It is worth checking the consistency of markings with service documentation or vehicle data to ensure full compatibility with the fuel system.

For users who want to learn more about the safe use of aftermarket components, a guide on selecting and installing used modules and sensors will be useful – you can find it in the article Used automotive electronics on board – why is it worth choosing second-hand ECU modules and sensors?, where the importance of OEM numbers and compatibility is discussed.

Expanding the fuel system in a Ford

If you are planning a comprehensive repair or upgrade of the fuel supply area in your Ford and need other components from the same group, such as additional pumps, power modules, or fuel level sensors, check the available parts in the Ford fuel pumps and level sensors category.

Summary

Ford Transit Mk7 2.2 TDCi High Pressure Injection Fuel Pump Diesel is an original fuel system component designed for Diesel engines. Thanks to its factory design, it ensures proper vacuum and supply parameters, which translates into stable power unit operation and predictable vehicle behavior. Choosing a used component of this class allows for optimizing repair costs while maintaining compliance with the manufacturer's specifications.