Overview
The Sakura Spin-On Fuel Filter FC-5201 provides exceptional engine protection and longevity. Designed for use in diverse commercial applications, it's built with Sakura's trusted filtration technology. The filter meets various industry standards and undergoes thorough quality checks to ensure unmatched efficiency and durability.
Specification
Height: 150mm, Outer Diameter: 90mm, Thread Size: M20X1.5-6H, Gasket O.D.: 62.5mm, Gasket I.D.: 59.2mm, Filter Type: Fuel Filter
Technical
Recommended for commercial and heavy-duty vehicles. Ensures high dirt-holding capacity and superior filtration. Designed to meet and exceed OEM performance.
Benefits
Prolongs engine life by capturing harmful contaminants. Enhances fuel efficiency and engine performance. Easy installation and reliable filtration.
Fitment
Compatible with Yanmar applications referencing part 123907-55800.
Cross Reference
FUEL FILTER 123907-55800 / P550643
YANMAR 123907-55800
FAQ
Question: What vehicles are compatible with this filter?
It fits applications using Yanmar part number 123907-55800.
Question: How does this filter improve performance?
By capturing contaminants, it enhances engine efficiency and lifespan.
Question: Is this filter easy to install?
Yes, it features a spin-on design for straightforward installation.
Question: What standards does the filter meet?
It meets SAE, JIS, and DIN standards.
Question: How often should this filter be replaced?
Replacement depends on vehicle usage; check the owner’s manual for recommendations.
Inventory Extended Details
Sakura Spin-On Fuel Filter FC-5201 is engineered for performance and reliability, ensuring long engine life and efficiency. It is part of Sakura's Heavy Duty and Commercial Product lineup, which incorporates American, European, and Asian lines. Having been in the aftermarket industry for over 25 years, Sakura Filters are developed to meet SAE, JIS, and DIN standards. Rigorous testing in an ISO/IEC 17025:2005 accredited laboratory guarantees product quality. The filter is crafted to endure usage demands like vibration and impulse, offering optimal performance without compromise.