Ford Transit Mk7 Air Charge Intercooler Radiator 2.2 TDCI CC11-9L440-AF

The Ford Transit Mk7 Air Charge Intercooler Radiator 2.2 TDCI is an original part of the boost system, designed by Ford for stable cooling of compressed air in diesel engines. A properly selected intercooler ensures smoother engine operation, improves driving comfort, and helps maintain safe temperatures in the intake system. This is a practical solution for users who want to restore the proper efficiency of their Transit's boost system.

Specifications and technical data

• SKU: 1881207
• Mark: Ford
• Condition: Used
• OEM Part Number: 1881207
• Substitutable numbers: 1881207, CC119L440AF, CC11-9L440-AF
• Fuel type: Diesel
• Part type: Intercooler
• Category: Intercoolers

Purpose and Role in the Boost System

The presented intercooler is a component of the intake system in cars with a Diesel engine, where air compressed by the turbocharger needs to be cooled before entering the combustion chamber. Lowering the charge air temperature increases its density, which translates into more stable engine operating parameters, better throttle response, and reduced risk of engine overheating under load.

A properly functioning intercooler also helps reduce power losses resulting from "heat soak," which is excessive heating of the intake system during prolonged driving under load. This ensures that the boost system maintains consistent performance, and the engine operates under more predictable thermal conditions.

Construction and Technical Characteristics

The intercooler belongs to a group of components referred to as Charge Air Coolers, meaning it is installed between the turbocharger and the intake manifold. Its construction is based on an aluminum core with a dense network of flow channels and cooling fins, which increase the heat exchange surface area. This design promotes efficient dissipation of heat energy from the air to the surroundings while maintaining minimal flow resistance.

Original manufacturing by the vehicle's producer ensures proper fitment with factory mounts, hoses, and covers. This makes installation predictable and minimizes the risk of leaks at the intake connections. The intercooler is designed to operate within the typical boost pressure and temperature ranges for diesel engines, allowing for safe operation in road and utility conditions.

Benefits of Using an Original Intercooler

Using a factory intercooler in the Ford Transit Mk7 offers a range of practical operational benefits:

• maintaining stable charge air temperature under typical diesel engine operating conditions,
• reducing the risk of power losses due to intake system overheating,
• better performance consistency under prolonged load, e.g., when driving with cargo,
• factory fitment to the intake system and engine bay mounts,
• compliance with parameters specified by the vehicle manufacturer.

For utility vehicles like the Transit, a properly functioning intercooler directly impacts engine durability and daily operational comfort. Replacing a worn or leaking component with an original part allows for the restoration of correct engine operating conditions without the need to modify the factory configuration.

Condition, Verification, and Part Selection

The offered intercooler is a used part, which helps reduce repair costs while maintaining the original design. Before installation, a standard check for leaks and the condition of the connectors and mounts is recommended to ensure trouble-free operation of the intake system after replacement. It is also advisable to verify the part's compatibility with the specific engine version and year of the vehicle.

If you want to check compatibility step-by-step using the OEM or VIN number, a practical guide will be helpful: how to select the correct car part by OEM or VIN number. You will find a procedure, a list of questions for the seller, and tips on how to compare technical specifications with the already installed part.

Operation of the Cooling and Boost System

A functional intercooler works in conjunction with other components of the cooling and boost system, influencing the overall engine operating temperature. Leaks, clogged channels, or mechanical damage can lead to an increase in intake air temperature, and consequently, to greater thermal load on the engine. Therefore, if you notice symptoms of overheating, power loss, or smoke, it is worth comprehensively assessing the condition of the entire system.

If you want to better understand the relationships between the radiator, intercooler, and engine durability, check out the article: engine cooling system – overheating, repair, and the role of used radiators. This is a practical addition to your knowledge when planning repairs on diesel-powered vehicles.