Connector Pipe Mercedes W901 W903 OM602 Turbocharger Hose Housing A6021800036

The Mercedes W901 OM601 turbo hose connector is a specialized turbocharger component designed for use in this series of commercial vehicles. It enables efficient and tight routing of charge air between the turbocharger and other intake system components, which directly impacts the engine's performance.

Specifications and technical data

• SKU: A6021800036
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A6021800036
• Substitutable numbers: A6021800036, A 602 180 00 36
• Fuel type: Diesel
• Category: Turbos & Parts

Purpose and function in the supercharging system

The turbo pipe connector operates in the demanding environment of a diesel engine, where elevated temperatures and variable charge air pressures occur. Its task is to provide a stable connection between the turbocharger and the rest of the intake system, while maintaining adequate tightness and resistance to operational loads.

In a properly configured supercharging system, such an element affects:

• maintaining the correct boost pressure throughout the entire rev range,
• reducing power drops resulting from leaks in the pipes,
• stable operation of the turbocharger and correct response to load.

Compatibility with OM601 engine and Mercedes W901 vehicles

This connector is designed to work with the OM601 diesel engine used in the Mercedes W901 series. This means it has matching geometry, appropriate port diameters, and a design consistent with the manufacturer's factory specifications. This allows it to be used as a replacement in vehicles whose supercharging system is based on this engine-to-body configuration.

Part selection is made easier by the presence of a dedicated part number and related interchangeable numbers, which allows for precise identification of the component in service catalogues and selection systems based on the vehicle's technical data.

Characteristics of the element used

The turbo hose connector is offered as a used part, sourced from a dismantled system. When properly maintained and free from mechanical damage, these components retain their performance characteristics for a long time, making them a viable alternative to new components, especially in commercial vehicles.

The main advantages of using this type of element include:

• maintaining the original geometry and fit to the factory intake system,
• favorable cost-to-functionality ratio compared to new parts,
• Possibility of direct installation in place of a worn or damaged turbo hose.

Benefits of using the original turbo coupler in a diesel engine

In compression-ignition engines, especially in commercial vehicles, a stable turbocharger system is crucial for engine durability and operating economy. Using a properly selected turbo hose connector allows for:

• reduce the risk of leaks leading to power loss and increased fuel consumption,
• maintain correct turbocharger operating parameters under typical driving conditions and load,
• reduce thermal and mechanical loads on other components of the intake system.

This is particularly important in vehicles operating in fleet mode or under intensive use, where the stability of engine parameters translates into predictable service costs.

Selection and additional technical materials

When selecting a turbo hose connector for a specific Mercedes W901 diesel engine, it's helpful to use the part number and reference numbers to avoid confusion due to design differences between body variants and powertrains. When in doubt, it's helpful to compare the shape and routing of the hose with the component currently installed in the vehicle.

If you are also interested in other turbochargers and parts for Mercedes, check out the turbochargers and parts for Mercedes available in our store to choose a complete solution for your supercharging system.

For more practical tips on how to consciously use used components in vehicle modifications and upgrades, see the article The Best Used Parts for Tuning Your Car , where we discuss, among other things, the selection of components based on technical parameters and cost-effectiveness.