Overview
The FA-76520 air filter from Sakura Filters is designed for heavy-duty use, offering unparalleled filtration capabilities. Built to perform under demanding conditions, it ensures your engine receives clean, particle-free air, optimizing performance and sustainability.
Specification
Height: 359mm, Outer Diameter: 211.5mm, Inner Diameter: 120mm. Application: John Deere, Mercedes-Benz, Kobelco.
Technical
Recommended for use in rugged environments. Integrates seamlessly with John Deere and other compatible engines. Not applicable for engines requiring high-heat tolerance.
Benefits
Enhances engine performance by providing efficient filtration, promotes fuel efficiency, and reduces emission of impurities.
Install
Remove old filter. Ensure housing is clean and insert FA-76520. Secure with cover to complete installation.
Fitment
Compatible with John Deere 332908, Kobelco YY11P00008S003, Mercedes-Benz A4005280006.
Cross Reference
Common Applications
JOHN DEERE
MASSEY FERGUSON
KOBELCO
FAQ
Question: What vehicles is the FA-76520 compatible with?
The FA-76520 is compatible with John Deere, Kobelco, and Mercedes-Benz models.
Question: How often should the air filter be replaced?
It's recommended to replace the air filter every 15,000 to 30,000 kilometers.
Question: Does this filter improve fuel efficiency?
Yes, by providing cleaner air, it helps the engine burn fuel more efficiently.
Question: Can I install the air filter myself?
Yes, installation is straightforward and can be done with basic tools.
Question: Is the filter washable?
No, the FA-76520 is a disposable air filter and should be replaced when dirty.
Inventory Extended Details
The FA-76520 Sakura Air Filter offers superior performance and durability, ensuring your engine receives clean air for improved combustion. Suitable for a range of heavy-duty engines including models from John Deere, Kobelco, and Mercedes-Benz, it significantly enhances engine longevity by trapping harmful particles. The filter is designed to meet or exceed OEM standards, providing an excellent balance between air flow and filtration efficiency. Its robust structure extends maintenance intervals and reduces operation costs.