Turbo Charger Mercedes Sprinter W906 OM651.955 Hose Housing Part A6510906380

The Mercedes Sprinter W906 OM651.955 Turbocharger Pipe A6510906380 is an original turbocharger component designed for front-end installation. This used turbocharger pipe allows for a cost-effective, yet technically correct, repair of the intake system in Mercedes Sprinter vans with the OM651.955 engine.

Specifications and technical data

• SKU: A6510906380-8
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A6510906380
• Substitutable numbers: A6510906380, A 651 090 63 80, A6510905780, A 651 090 57 80, A6510900980, A 651 090 09 80
• Location on the vehicle: Front
• Category: Turbos & Parts

Purpose and function in the supercharging system

The turbocharger pipe for the Mercedes Sprinter W906 is responsible for the tight and stable routing of compressed air from the turbocharger to the downstream components of the intake system. The correct selection of this component is crucial for:

• maintaining proper boost pressure,
• stable operation of the OM651.955 engine in the full load range,
• reducing power losses resulting from intake leaks,
• maintaining the correct combustion parameters and operating culture of the drive unit.

Location at the front of the vehicle facilitates service access, which shortens replacement time and reduces labor costs.

Original origin and replacement numbers

The offered Mercedes turbocharger pipe comes from the manufacturer's original equipment line, ensuring a factory fit for the Sprinter W906's supercharger system. The component has a dedicated OEM part number and assigned interchangeable numbers, allowing it to be precisely verified against the manufacturer's catalog or vehicle service documentation.

The presence of reference numbers makes it easier to select the right pipe for a specific OM651.955 engine configuration, minimizing the risk of purchasing an incompatible component and possible assembly modifications.

Technical condition and benefits of using a used part

The turbocharger pipe is in used condition, significantly reducing repair costs while maintaining its original geometry and compatibility with the factory intake system. This type of component, when properly maintained, is not typically subject to rapid wear, so using a proven used part is a sensible service solution.

Choosing an original, used turbocharger pipe includes:

• lower cost compared to a new replacement,
• certainty of fit to mountings and cable diameters,
• maintaining factory airflow characteristics.

Professional installation and practical use

Due to its use in the supercharging system, the pipe should be installed by someone experienced in diesel engine servicing. During installation, it is recommended to:

• checking the condition of the clamps and seals working with the pipe,
• checking the correct positioning of the cable in relation to other elements in the front part of the engine compartment,
• verification of the system tightness after starting the engine and performing a test drive.

A correctly installed turbocharger pipe in the Sprinter W906 contributes to the stable operation of the turbocharger, reduces the risk of power drops and helps maintain proper combustion parameters, which is important for both the durability of the engine and fuel consumption.

Product category and additional information

This component falls into the turbocharger and parts category, meaning it's an integral component of the turbocharger system, not a universal intake manifold. This ensures the user knows the product is designed to operate under the elevated pressure and temperature conditions typical of turbocharged engines.

If you are looking for other turbocharger and parts components for Mercedes vehicles, check out our offer for turbochargers and parts for Mercedes , where you will find a wide selection of turbocharger components.

Choosing a used supercharger component is also a way to reduce your carbon footprint by reusing functional parts. To learn more about this approach to vehicle maintenance, check out " Eco-Tuning in Practice: How to Boost Performance While Reducing Your Carbon Footprint with Recycled Parts ," which describes the practical benefits of using recycled components.