Mercedes ML W164 Intake Hose Turbo Air Intercooler Pipe A1645280282

The Mercedes W212 Intercooler Pipe and Hose is an original equipment turbocharger and parts component designed for use with intercooler systems in Mercedes vehicles. This OEM component ensures a factory fit, stable charge air routing, and compliance with engine design requirements.

Specifications and technical data

• SKU: A1645280282
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A1645280282
• Substitutable numbers: A1645280282, A 164 528 02 82, KD
• Category: Turbos & Parts

Purpose and function in the supercharging system

The Mercedes W212 intercooler pipe operates in the airflow between the turbocharger, the intercooler, and the intake manifold, depending on the specific engine configuration. It ensures tight and stable compressed air routing, which directly impacts:

• maintaining the correct boost pressure throughout the entire rev range,
• efficient cooperation with the turbocharger and engine control electronics,
• reducing power drops resulting from leaks or cable deformation,
• stable intercooler operating conditions and correct torque characteristics.

Thanks to its factory-designed design, the intake system maintains proper flow geometry, which helps maintain even cylinder filling.

Original origin and replacement numbers

This component is from the Mercedes-Benz OE line, meaning it has been designed with the specific requirements of the supercharging system in mind. The product has a dedicated OEM part number and assigned interchange numbers, allowing it to be precisely verified for compatibility with the specific engine version and vehicle year.

The presence of reference numbers makes it easier to select the cable for the existing installation, minimizing the risk of installation problems, collisions with other components or incorrect positioning in the engine compartment.

Technical condition and benefits of choosing a used OE component

The intercooler hose is offered in used condition, combining factory specifications with a more favorable purchase price compared to a new component. In practice, this means:

• maintaining the original geometry and mounting points,
• compatibility with factory clamps, connectors and handles,
• the ability to directly replace a damaged or leaking pipe without interfering with the system's structure.

Choosing a used OE component is particularly beneficial in the case of operational repairs, where the priority is to maintain compliance with the manufacturer's service documentation and reduce costs while maintaining the correct operating parameters of the turbocharger.

Selection by numbers and verification support

To correctly select an intercooler hose for your Mercedes, we recommend verifying compatibility by the OEM part number and interchangeable part numbers, as well as the engine code and vehicle year. A proper fit eliminates the risk of leaks, assembly stress, and incorrect hose routing in the engine compartment.

If you want to streamline the process of selecting components by number, this practical guide will be helpful: How to Safely Buy Components and Verify Mercedes Parts by OEM Numbers . This guide will help you confirm that the intercooler pipe you choose will be the right one for your vehicle.

Boost system extension and other components

When upgrading or completely repairing the turbocharger system, it's worth considering inspecting other components from the same group. If you need other turbochargers and parts for Mercedes, check out our dedicated offer: turbochargers and parts for Mercedes . This will make it easier to assemble the entire set of components based on a single, consistent specification.

To compare the characteristics of different diesel engines and the impact of turbocharging system design on performance and service costs, you can check out this analysis of competing brand engines: BMW N47 vs M57 / M57N / M57N2 – Ranking of Legendary Diesels . This provides a good technical framework for assessing the important role components like the intercooler hose play in the long-term operation of modern diesel engines.