Ford Transit Mk7 Gear Pulley Camshaft Drive 2.4 TDCi 6C1Q-6256-AC

Ford Transit Mk7 Gear Pulley Camshaft Drive 2.4 TDCi is a precision timing system component designed for installation at the front of the engine. It is responsible for stable power transmission within the timing mechanism, which directly impacts the engine's performance and durability. By using this original Ford component from the Tensioners and pulleys category, you maintain factory engine operating parameters and minimize the risk of failure.

Specifications and technical data

• SKU: 1576366
• Mark: Ford
• Condition: Used
• OEM Part Number: 1576366
• Substitutable numbers: 1576366, 6C1Q-6256-AC, 6C1Q6256AC
• Location on the vehicle: Front
• Category: Tensioners & Pulleys

Purpose and function in the timing system

The described camshaft gear pulley is dedicated to the 2.4 TDCi unit in the Ford Transit Mk7 model and operates at the front of the engine. Its task is to ensure proper synchronization of the camshaft with other drive components, which translates into correct valve opening and closing. Stable cooperation with other components from the Tensioners and pulleys group reduces vibrations, noise, and wear on mating parts.

Selecting the correct gear pulley is crucial during engine overhauls, timing belt/chain replacements, or restoring factory settings after previous repairs. Using an original Ford solution allows you to maintain compliance with service documentation and manufacturer procedures.

Benefits of using an original Ford gear pulley

Choosing an original camshaft gear pulley for the Ford Transit Mk7 provides a number of practical technical benefits:

• preservation of factory tooth geometry and the profile for cooperation with the timing belt or chain,
• properly selected material hardness, reducing accelerated wear,
• compatibility with factory timing marks and setting procedures,
• consistency with other system elements, such as tensioners and guide pulleys.

As a result, installation is predictable, and the mechanic can use factory reference points when setting timing phases. This is important both for standard service maintenance and for more advanced engine repairs.

Installation characteristics and application

The gear pulley is designed for installation at the front of the engine, in the immediate vicinity of other timing drive components. Its design allows for correct seating on the camshaft and cooperation with factory mounting elements. In practice, this means:

• easier fitment during installation without the need for modifications,
• correct guidance of the timing drive on the camshaft axis,
• the ability to use standard locking and setting tools.

Such a solution is particularly beneficial in professional workshops where repair repeatability and compliance with manufacturer procedures are important, but it will also work well for informed Ford Transit fleet maintenance.

Component condition and use in service practice

The offered gear pulley comes from the used components group, which allows for economical repair while maintaining the original manufacturer's specification. This solution is often chosen for engine overhauls in commercial vehicles, where reasonable maintenance costs are important while maintaining appropriate quality. A properly selected element of this type can effectively restore the correct operation of the timing system after previous damage or wear.

If you are planning a comprehensive repair or upgrade of the engine area in your Ford and need other elements from the same group, such as guide pulleys, rollers, or tensioners, check the available parts in the Ford Tensioners and pulleys category.

Technical support and part selection

When selecting timing system elements, it is worth paying attention to compliance with manufacturer markings, reference numbers, and vehicle placement. Data such as OEM part number, interchangeable numbers, SKU, as well as information about placement on the vehicle are available in the technical specification and facilitate unambiguous component identification. This is particularly important for fleet vehicles, where the repeatability of applied solutions affects subsequent service maintenance.

If you are interested in a broader context of using used subassemblies in drive systems and engine accessories, you will find practical tips in the article When is it worth replacing an alternator with a used one: a practical guide for drivers, which discusses the approach to selecting used elements in modern cars.

Additional inspiration regarding the conscious use of used components in modernization and service projects can also be provided by the guide The best used parts for tuning your car, describing how to effectively combine cost-effectiveness with appropriate technical quality.