Mini Cooper D R55 R56 R57 LCI R58 R60 Diesel N47N 350W Fan Engine Cooling Motor

Mini Cooper D R55 R56 R57 LCI R58 R60 Diesel N47N 350W Fan Engine Cooling Motor is an original component from the Fans and fan shrouds category, designed for operation in the front engine compartment of diesel versions. It ensures stable cooling of the power unit, supporting a safe operating temperature for the N47N engine in both urban and highway conditions.

Specifications and technical data

• SKU: 8509990-1
• Mark: Mini (Genuine OE)
• Condition: Used
• OEM Part Number: 8509990
• Substitutable numbers: 17428509990, 8509990, 0130303027
• Location on the vehicle: Front
• Fuel type: Diesel
• Category: Fan & Shroud Assemblies

Purpose and function in the cooling system

The presented radiator fan is designed for installation in the front of the vehicle, where it is responsible for forced airflow through the liquid radiator. In diesel engines, especially in N47N units, stable heat dissipation is crucial for the durability of accessories, maintaining power, and reducing the risk of overheating during intensive use.

This component works with the engine control system, activating based on load, coolant temperature, and external conditions. As a result, the cooling system maintains an appropriate performance reserve both in city traffic and during long-distance driving at higher speeds.

Benefits of using an original Mini fan

Using an original fan in MINI diesel models translates into:

• a secure fit to the factory radiator and mounting points in the front body section,
• proper compatibility with the standard electrical installation and control system,
• maintenance of factory cooling parameters under typical and increased thermal loads,
• reduced risk of cooling system malfunctions resulting from the use of generic replacements.

As an element from the Fans and fan shrouds category, this product is an essential component of the entire engine temperature management system, influencing driving comfort, engine oil life, and the stability of the power unit.

Operational and installation characteristics

The radiator fan designed for front-of-vehicle installation is structurally adapted to the airflow in the MINI engine compartment, which facilitates its integration with the factory shroud, radiator, and other system components. The used nature of the part allows for economical repair while maintaining the original specification, which is particularly beneficial for comprehensive service work within the cooling system.

Selecting the correct fan for a specific diesel engine version is essential for the proper operation of temperature control. A correctly chosen component helps maintain stable operating conditions for the power unit, which is important for both performance and fuel consumption.

Operation in high-temperature conditions

During the summer, the cooling system in diesel cars is under significant stress. A functional radiator fan in a MINI with an N47N unit supports the maintenance of the proper operating temperature even during prolonged driving in traffic jams or under load. For drivers who want to better understand the impact of high temperatures on the cooling system and the potential savings when using used components, we have prepared a guide: Summer heat vs. cooling system – used radiators and fans.

Expanding the Mini cooling system – related components

If you are planning a comprehensive repair or upgrade of the engine area in your Mini and need other elements from the same group, such as additional fans, fan shrouds, or mounting covers, check out the available parts in the Mini fans and fan shrouds category.

Summary

Mini Cooper D R55 R56 R57 LCI R58 R60 Diesel N47N 350W Fan Engine Cooling Motor is a practical solution for users who want to restore the proper efficiency of the cooling system while maintaining the manufacturer's original specification. A used, factory-original element from the radiator fan group allows for a cost-effective repair while supporting the safe and stable operation of the diesel engine in daily use.