Genuine Mercedes-Benz Idler Pulley A6422001070

Ensure optimal engine accessory operation with this genuine Mercedes-Benz A6422001070 idler pulley. Designed for precise fit and long-lasting performance, it helps maintain proper belt tension and alignment.
33.99 EUR
inc. VAT 21%
In stock 1
Available The item is on site at our office - you can pick it up right away.
PN A6422001070
Make MERCEDES-BENZ

The idler pulley plays a crucial role in your vehicle's engine, guiding the serpentine belt and ensuring all accessory components, such as the alternator, power steering pump, and air conditioning compressor, operate smoothly. A properly functioning idler pulley is essential for maintaining correct belt tension and preventing slippage or premature wear. This genuine Mercedes-Benz A6422001070 idler pulley is engineered to the exact specifications of your vehicle. Manufactured with high-quality materials, it provides the durability and precision required for reliable performance, ensuring your engine's belt system functions as intended. Replacing a worn or failing idler pulley is vital for preventing more significant issues. Symptoms like squealing noises, belt misalignment, or excessive vibration can indicate a failing pulley, which if left unaddressed, could lead to belt failure and loss of critical engine functions. Invest in the longevity and performance of your Mercedes-Benz with this authentic replacement part. Choosing genuine components guarantees compatibility and restores your vehicle's original operating standards, giving you peace of mind on every journey.

  • Genuine Mercedes-Benz part, ensuring perfect fit and function
  • Part code A6422001070 for specific vehicle compatibility
  • Ensures proper serpentine belt tension and alignment
  • Constructed with high-quality materials for exceptional durability
  • Helps prevent belt slippage and premature wear
  • Restores smooth and efficient operation of engine accessories
  • Direct fit replacement for straightforward installation
  • Essential component for optimal engine performance and reliability

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