Mercedes W169 W245 Engine Cooling Radiator Fan A1695050255

Mercedes W169 W245 Engine Cooling Radiator Fan is an original component from the Fans and fan shrouds group, designed for efficient heat dissipation from the cooling system in Mercedes vehicles. This used component ensures a factory-fit, maintaining proper airflow parameters and stable engine operation under demanding road conditions.

Specifications and technical data

• SKU: A1695050255
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A1695050255
• Substitutable numbers: A1695050255, A 169 505 02 55, A1695002693, A 169 500 26 93, 0130307007, 0 130 307 007, A1695002093, A 169 500 20 93, 0130303944, 0 130 303 944
• Location on the vehicle: Rear
• Category: Fan & Shroud Assemblies

Purpose and function of the fan

The presented engine cooling radiator fan has been designed specifically for Mercedes compact class models, where maintaining a stable operating temperature of the power unit is crucial. Its positioning in the rear part of the vehicle allows for optimal use of the airflow and correct interaction with other cooling system components.

Thanks to the properly selected blade geometry, the fan generates efficient airflow through the radiator, which reduces the risk of engine overheating during city driving, in traffic jams, and during summer heatwaves. This solution is particularly important in vehicles used intensively, where the cooling system operates under high load.

Benefits of using an original Mercedes fan

Using an original radiator fan in a Mercedes W169 / W245 translates into a number of practical operational benefits:

• factory fit for mounts and radiator shroud,
• proper cooperation with the vehicle's electrical system,
• maintenance of cooling parameters specified by the manufacturer,
• stable operation in typical and elevated ambient temperatures.

The used component allows for lower repair costs while maintaining a design consistent with the manufacturer's specifications, which is particularly important for systems responsible for the thermal safety of the engine. The original fan design minimizes the risk of incorrect installation and unwanted vibrations during operation.

Installation and operational characteristics

The engine cooling radiator fan intended for installation in the rear part of the vehicle has been developed so that the replacement process is as simple as possible for an experienced mechanic. The design provides for cooperation with the factory housing and cooling system accessories, which facilitates maintaining the original airflow path.

A properly selected fan reduces the thermal load on the engine, supporting the maintenance of a stable operating temperature across a wide range of driving conditions. A properly functioning cooling system affects the durability of the power unit, oil viscosity, and combustion efficiency, which in the long run translates into lower operating costs.

Mercedes fans and fan shrouds – expansion and modernization

If you are planning a comprehensive repair or modernization of the engine area in your Mercedes and need other elements from the same group, such as additional fans, housings, or air guide covers, check the available parts in the Mercedes fans and fan shrouds category.

Operation in high temperatures – practical tips

The cooling system in Mercedes vehicles is particularly exposed to loads during summer heatwaves, city driving, and towing trailers. In such conditions, a functional radiator fan becomes a key element protecting the engine from overheating. To better understand the impact of ambient temperature on the operation of the radiator and fan, as well as the savings potential when using used components, it is worth reading the guide Summer heat vs. cooling system: used radiators and fans as a guarantee of savings.

Summary

Mercedes W169 W245 Engine Cooling Radiator Fan is a practical solution for users looking for an original, used cooling system component that ensures compatibility with the vehicle's factory design. Choosing such a component allows you to maintain the proper engine operating temperature, reduce the risk of failures related to overheating, and optimize service costs while maintaining a high level of operational safety.