Ford Transit Mk7 EGR Valve Exhaust Cooler 2.4 2.2 TDCi Diesel 8C1Q9F464AB

Ford Transit Mk7 EGR Valve Exhaust Cooler 2.4 2.2 TDCi Diesel is a component from the EGR valves and parts category, designed for the Ford Transit Mk7 generation diesel engines. It enables efficient discharge and cooling of exhaust gases recirculated by the EGR valve, which supports stable engine operation and reduces exhaust emissions. This technical solution is dedicated to diesel-powered systems and designed according to Ford manufacturer specifications.

Specifications and technical data

• SKU: 8C1Q9F464AB
• Mark: Ford
• Condition: Used
• OEM Part Number: 8C1Q9F464AB
• Substitutable numbers: 8C1Q9F464AB, 8C1Q-9F464-AB, 1674284
• Fuel type: Diesel
• Category: EGR Parts & Valves

Purpose and function in the EGR system

The EGR exhaust cooler in the Ford Transit Mk7 is responsible for lowering the temperature of exhaust gases directed back to the intake manifold. Thanks to this, the exhaust gas recirculation system operates under stable thermal conditions, which promotes uniform combustion of the mixture in the diesel engine. A properly selected EGR cooler helps reduce the formation of nitrogen oxides while supporting the maintenance of appropriate engine operating parameters under the typical operating conditions of a commercial Transit.

Construction and fitment for Ford Transit Mk7

The presented exhaust cooler has been designed specifically for the EGR systems used in the Ford Transit Mk7 with TDCi engines. The construction is intended for use with diesel units, which means appropriately selected exhaust flow channels and heat exchange surface area. The component is prepared for installation at factory mounting points, which facilitates service and reduces replacement time compared to universal solutions.

Benefits of using a functional exhaust cooler

A properly functioning EGR exhaust cooler in the Ford Transit Mk7 translates into a number of practical operational benefits:

• more stable operating conditions for the diesel engine under variable loads,
• more predictable exhaust gas recirculation system parameters,
• reduced risk of overheating components working with the EGR,
• support for maintaining compliance with exhaust emission standards provided for the vehicle's model year.

For commercial vehicles such as the Transit, this is important both in terms of engine durability and performance repeatability in daily work. Choosing a dedicated EGR cooler is a solution technically consistent with the factory system configuration.

Product characteristics and fuel type

The EGR valve exhaust cooler is intended for use with Diesel-powered engines. This means that its construction takes into account the typical temperatures and composition of exhaust gases generated by the TDCi diesel units used in the Ford Transit Mk7. The product belongs to the EGR valves and parts group, which facilitates selection within the same area of the exhaust recirculation system, e.g., when simultaneously replacing the EGR valve, hoses, or mounting elements.

Part selection and technical support

When selecting an EGR exhaust cooler for a specific version of the Ford Transit Mk7, it is worth paying attention to compatibility with the TDCi engine and the exhaust system configuration. Comparing the shape, placement of connectors, and mounting points with the component currently installed in the vehicle may be helpful. In case of doubt, it is worth using service documentation or consulting a mechanic specializing in Ford commercial vehicles.

To better plan service and maintenance for your car, you can use the practical tips contained in the article TOP 10 most frequently replaced parts in your car, where you will find advice on how to rationally approach the costs of car maintenance and upkeep.

If you are planning a comprehensive repair or upgrade of the exhaust gas recirculation area in your Ford and need other components from the same group, such as EGR coolers, EGR valves, or recirculation hoses, check the available parts in the Ford EGR valves and parts category.