4S9E35420000, Hose, Vacuum Sensi, Yamaha
Guaranteed
Genuine
Yamaha
Parts
- Brand(s):
- Yamaha
- Part number:
- 4S9E35420000
- Description:
- Hose, Vacuum Sensi
- Stock Availability:
- If your part is not in stock, it will take 7-8 days to reach MSP
Unsure if it’s the right part?
Price: EUR 0.74 inc. VAT
Motorcycle Spare Parts only sell genuine spare parts made by each manufacturer. The Hose, Vacuum Sensi part has been manufactured by Yamaha and is brand new and dispatched in its original packaging.
The Vacuum Sensi Hose (Manufacturer Part Number: 4S9E35420000) is an Original Equipment Manufacturer (OEM) replacement part designed for specific models of Yamaha vehicles.
The main function of the Vacuum Sensi Hose is to regulate the vacuum pressure within the engine. It operates as a conduit, delivering the correct amount of vacuum pressure to the various components of the engine that require it. Certain activities within the engine, such as valve timing, fuel injection, and emission controls, require accurate vacuum pressure to function optimally.
The Vacuum Sensi Hose is a very specific type of part. It is typically constructed from durable rubber or synthetic materials to withstand the vacuum pressures and the high temperatures within the engine. it is custom-engineered to fit and function precisely like the original component, ensuring optimal performance and longevity.
This specific hose, with the manufacturer part number: 4S9E35420000, is compatible with certain models of Yamaha vehicles. Vehicle owners are encouraged to cross-reference their vehicle's make, model, and year with this part number to ascertain compatibility before proceeding with any sort of maintenance or repair.
It's crucial to remember that if the vacuum hose becomes clogged or damaged, it can cause substantial reduction in the engine performance and fuel efficiency, or even trigger engine failure in extreme cases. regular inspections and timely replacements of the vacuum hoses, such as the Vacuum Sensi Hose, play a vital role in maintaining the engine's overall performance.