Oil Radiator for BMW X1 xDrive 20 d

This oil radiator is a type of engine cooling component. Its original equipment manufacturer number is 17217529499, and it was manufactured by BMW. The part is positioned within the engine bay as part of the lubrication and cooling system. The quality of this item is classified as B, indicating it is a used part. It is designed for a diesel engine type, specifically the N47 D20 C engine code. This component is compatible with vehicles featuring an automatic transmission, identified by the transmission code A. This oil radiator is also compatible with other makes and models, including various BMW X1 (E84) variants equipped with the N47 diesel engine. The price for this part is 148,09 EUR excluding VAT, which amounts to 148,09 EUR including VAT. The item is covered by a 30-day full return policy. Free standard shipping is included, with an expected delivery time of 4-10 days. An express delivery option is available for an additional fee.

This spare part originates from the following car:

The source vehicle is a BMW X1, specifically the xDrive 20 d variant, which is an estate car type from the model year 2010. The car had recorded a mileage of 172,910 kilometres. Its fuel system utilises direct injection, and the vehicle originates from Sweden. The engine is a diesel type with the engine code N47 D20 C. The transmission is an automatic, coded A. The vehicle identification number, or chassis number, is WBAVP31010VN09547. The engine has a cylinder capacity of 1995 cubic centimetres, producing 177 horsepower, which is equivalent to 130 kilowatts. The construction type of the vehicle is an estate.

When sourcing a replacement oil radiator, verifying the OEM number is crucial to ensure correct fitment and compatibility with your vehicle's specific engine and cooling system specifications. This part is often replaced alongside related components such as the oil cooler lines, gaskets, and the engine oil thermostat. Opting for a used genuine part like this supports sustainability by giving quality components a second life, reducing waste and the demand for new manufacturing resources.

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