Customer Favorite Fan Clutch Dt Spare Parts 4.62122 Fan Clutch D: 233 Mm Christmas Gift Special [yse09E3O]

High-Quality Fan Clutch DT Spare Parts

Introducing the DT Spare Parts 4.62122 Fan clutch, a reliable and durable solution for your vehicle's cooling system. This fan clutch is designed to provide exceptional performance and longevity, ensuring optimal cooling efficiency for your engine. With its precise engineering and top-notch materials, this fan clutch is a perfect replacement for your worn-out unit.

Key Specifications and Features

The DT Spare Parts 4.62122 Fan clutch boasts a diameter of 233 mm, making it a direct fit for a range of vehicles. Its robust construction ensures a secure fit and smooth operation. Here are some of its key specifications and features:

• Weight: 5628 grams
• Warranty: 2-year manufacturer's warranty
• Brand: DT Spare Parts, renowned for their quality and reliability

This fan clutch is compatible with various Mercedes-Benz models, including 000 200 6422, 000 200 7222, and 000 200 8322, among others. Its precise fit and reliable performance make it an ideal choice for both DIY enthusiasts and professional mechanics.

Benefits and Applications

The DT Spare Parts 4.62122 Fan clutch is not just a replacement part; it's a smart investment for your vehicle. Here are some of its benefits and practical applications:

• Improved Cooling Efficiency: By ensuring a consistent airflow over the radiator, this fan clutch helps maintain optimal engine temperatures, preventing overheating and potential damage.
• Enhanced Performance: With its superior design and materials, this fan clutch provides a more efficient and quieter operation, improving your vehicle's overall performance.

This fan clutch is ideal for daily drivers, race cars, and any vehicle that requires a reliable cooling system. With DT Spare Parts' 24-month brand guarantee, you can rest assured that your investment is protected. Upgrade your vehicle's cooling system with the DT Spare Parts 4.62122 Fan clutch and experience the difference in performance and reliability.