Mercedes W205 Air Conditioning Refrigerant Pipe Hose OM654 Diesel A2138302100

The Mercedes W205 OM654 Diesel Air Conditioning Refrigerant Hose is an original cabin cooling system component designed for diesel engine models. It ensures a leak-proof and stable flow of refrigerant, contributing to efficient air conditioning operation and thermal comfort inside the vehicle.

Specifications and technical data

• SKU: A2138302100
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A2138302100
• Substitutable numbers: A2138302100, A 213 830 21 00
• Fuel type: Diesel
• Part type: Hose
• Category: A/C Hoses & Fittings

Application in the Mercedes W205 Air Conditioning System

The air conditioning refrigerant hose for Mercedes W205 with OM654 diesel engine is a factory-fit part, precisely matched to the engine bay geometry and the air conditioning system routing. It is responsible for safely channeling the refrigerant between system components, minimizing the risk of pressure drops and leaks.

Thanks to its construction that meets manufacturer requirements, the hose works seamlessly with the factory compressor, condenser, and other system elements, maintaining correct flow parameters and resistance to typical thermal and mechanical stresses encountered in diesel engines.

Category: Air Conditioning Hoses and Connectors

This product belongs to the Air Conditioning Hoses and Connectors category, meaning it is designed for operation within a pressurized refrigerant environment. This includes:

• precisely shaped hose routing adapted to the W205 body,
• connectors designed to interface with factory fittings of the air conditioning system,
• materials resistant to operating fluids typical for diesel engines (temperature, vibrations, moisture).

This precise fit allows for installation without system modifications, maintaining the original hose routing and factory mounting points.

Benefits of Using an Original Air Conditioning Hose

Choosing an original air conditioning hose for the Mercedes W205 with OM654 engine offers a range of practical benefits:

• Compatibility with the Air Conditioning System – the hose is designed to work with factory components, eliminating the need for adaptations.
• Stable Operating Parameters – maintains correct refrigerant pressure and flow, promoting efficient cabin cooling.
• Adaptation to Diesel Engines – its construction accounts for the specific operating conditions of diesel engines, including vibrations and higher temperatures in the engine bay.
• Consistency with Mercedes Factory Standards – preserves the original system routing and engine bay aesthetics.

Used Condition – A Practical Service Solution

This part comes from the used original parts segment, offering a sensible compromise between quality and the cost of air conditioning system repair. For many Mercedes-Benz owners, this is a way to maintain air conditioning functionality while adhering to the manufacturer's original specifications, without resorting to cheaper aftermarket alternatives with uncertain performance.

For air conditioning systems, maintaining seal integrity and correct hose geometry is particularly crucial. Using an original salvaged component helps ensure the proper operating conditions of the entire system.

Used Parts for Mercedes – More Information

If you want to learn more about the advantages of using original salvaged parts in Mercedes-Benz vehicles, we recommend reading the article: Used Parts for Mercedes – Original Components from Disassembly. You will find practical information on selecting components such as air conditioning, suspension, or electronic parts, with an emphasis on maintaining Mercedes-Benz standards at optimal service costs.

Other Air Conditioning Hoses and Connectors for Mercedes

If you are also looking for other air conditioning hoses and connectors for Mercedes, explore our dedicated offer in our catalog: Air Conditioning Hoses and Connectors for Mercedes. This will help you easily select other cabin cooling system components, ensuring brand consistency and category matching.