Ford Transit Mk7 V Air Intake Intercooler Pipe MAF Sensor 2.2 TDCi

Ford Transit Mk7 V Air Intake Intercooler Pipe MAF Sensor 2.2 TDCi is an original air supply system component for diesel engines, designed for vehicles equipped with a Diesel unit. It ensures stable airflow to the intake system, which promotes smooth engine operation and proper interaction with the turbocharger. This used OEM part is a practical solution for users looking for a proven component at a reasonable price.

Specifications and technical data

• SKU: 6C119R504C-2
• Mark: Ford
• Condition: Used
• OEM Part Number: 6C119R504C
• Substitutable numbers: 6C119R504C, 6C11-9R504-C
• Fuel type: Diesel
• Category: Hoses, Lines & Pipes

Purpose and function of the intake pipe

The described intake pipe is responsible for the airtight and directional delivery of air to the engine of a Ford Transit with a diesel unit. A properly selected intake pipe reduces pressure drops, minimizes the risk of air turbulence, and supports stable combustion parameters, which translates into the refinement of the power unit.

Thanks to a design tailored to the specific generation of the Transit, this component works with the factory filtration and charging system, maintaining the original flow geometry. This is particularly important for turbocharged engines, where proper airflow has a direct impact on performance and the durability of the equipment.

Benefits of using an original intake pipe

Using an original intake pipe instead of a worn or damaged element allows for the restoration of the factory parameters of the intake system. In practice, this means:

• maintaining proper airtightness between the air filter, turbocharger, and manifold,
• reducing the risk of sucking in unfiltered air,
• stable engine operating conditions across the full load range,
• better cooperation with the engine control system and flow sensors.

For commercial vehicles such as the Transit, this is significant both in terms of operation and economics – a properly functioning intake helps maintain predictable fuel consumption and reduces the risk of secondary equipment failures.

Technical characteristics and fitment

The pipe belongs to the Hoses, pipes and tubes group, which means it has been designed as part of the flow system, resistant to typical thermal and mechanical loads occurring in the engine compartment. The pipe's construction is adapted for operation in a Diesel engine, where higher boost pressures and greater thermal loads occur compared to gasoline units.

The original origin of the component from the Ford brand promotes precise fitment to factory mounts, which facilitates installation and limits the need for additional modifications. This is a particularly beneficial solution for workshops that want to reduce vehicle service time and provide the customer with a predictable repair result.

Part condition and practical application

The item is offered as a used part, which allows for an economical repair of the intake system while maintaining the manufacturer's original specifications. In many cases, replacing the intake pipe solves problems such as power loss, uneven engine operation, or errors related to airflow.

An intake pipe of this type will prove effective both in standard operation of a delivery vehicle and in vehicles undergoing modifications to improve airflow. For those planning more extensive modifications to the air supply system, the following guide may be useful: how to increase engine power using used intake system components.

Integration with other system elements

The intake pipe works with the air filter, turbocharger, mass air flow sensor, and intake manifold. In the case of comprehensive system maintenance, it is also worth paying attention to other elements from the flow group, available in the Hoses, pipes and tubes category. A consistent approach to intake service helps reduce vehicle downtime and increase the reliability of the entire air supply system.

Summary

Ford Transit Mk7 V Air Intake Intercooler Pipe MAF Sensor 2.2 TDCi is a practical choice for users and workshops that want to restore proper airflow in a diesel engine while maintaining manufacturer specifications. The original design, fitment for the Diesel system, and the possibility of an economical replacement make this component a solid foundation for further, trouble-free vehicle operation.