Ford Transit MK7 2.2 TDCI Diesel Air Intake Pipe Hose CC119C623BE

Ford Transit MK7 2.2 TDCI Diesel Air Intake Pipe Hose is an air supply system component in a diesel engine, responsible for stable and airtight delivery of air to the power unit. By maintaining the factory geometry and cross-sectional diameter, the hose ensures proper flow, which promotes efficient operation of the turbocharged diesel engine and the maintenance of correct combustion parameters.

Specifications and technical data

• SKU: CC119C623BE
• Mark: Ford
• Condition: Used
• OEM Part Number: CC119C623BE
• Substitutable numbers: CC119C623BE, CC11-9C623-BE
• Fuel type: Diesel
• Category: Hoses, Lines & Pipes

Purpose and function in the intake system

The intake hose in the Ford Transit MK7 2.2 TDCI operates in a demanding environment – it carries compressed air generated by the turbocharger to other parts of the system. Its properly selected shape and diameter allow for maintaining stable boost pressure, reducing flow drops, and supporting uniform cylinder filling. The proper condition of this component has a direct impact on:

• engine throttle response,
• maintaining power and torque across the entire rev range,
• operation of the turbocharging system and diesel engine management.

Technical characteristics and fitment

The offered hose belongs to the Hoses, pipes and tubes group, which means it has been designed to operate in systems transporting air and gases within the engine bay. The hose construction is adapted to the specifics of the 2.2 TDCI unit, including the typical thermal and pressure loads occurring in a diesel engine. Using an original Ford solution promotes:

• proper routing of the intake path in the engine bay,
• preservation of factory mounting and support points,
• reduction of the risk of collision with other components.

As a result, installation is orderly, and the hose operates under the conditions intended by the manufacturer, which translates into the stability and predictability of the intake system's performance.

Component condition and use in a diesel engine

The hose is offered as a used part, which allows for an economical repair of the intake system while maintaining the original Ford design. For a diesel engine, the tightness and appropriate rigidity of the hose are of particular importance – leaks in the intake can cause power loss, ECU errors, and unstable turbocharger operation. Replacing a worn or damaged hose with a functional component from the same design group allows for restoring:

• proper boost pressure across the entire rev range,
• correct cooperation with the engine management system,
• stable combustion parameters characteristic of TDCI units.

Benefits of using an original Ford hose

Using an intake hose from the Ford range ensures consistency with other air supply system components. The original geometry and material selected by the vehicle manufacturer promote the maintenance of factory performance parameters and minimize the risk of problems resulting from inaccurate fitment. This solution is particularly beneficial when:

• performing repairs after an intake system or turbocharger failure,
• eliminating leaks that cause performance drops,
• restoring the stock configuration after previous modifications.

If you are planning a comprehensive repair or upgrade of the intake system area in your Ford and need other components from the same group, such as flexible air hoses, rigid guide pipes, or additional connecting sections, check the available parts in the Ford Hoses, pipes and tubes category.

Additional technical support

When selecting used components for diesel vehicles, it is worth paying attention to their construction, operating conditions, and impact on other vehicle systems. If you are interested in a broader context of using used components in vehicles, including an analysis of design and operational differences, the article Stock vs. sports suspension – design differences and is it worth buying used suspension parts? may be helpful, as it discusses practical aspects of selecting parts based on real-world operating conditions in a car.