Overview
The Sakura C-1561 Spin-on Oil Filter is ideal for commercial and heavy-duty vehicles. Its precision engineering ensures high performance, durability, and adaptability across American, European, and Asian vehicle lines. Count on Sakura's over 25 years of experience in filtration technology for quality assurance.
Specification
Height: 210mm; O.D.: 120mm; Thread Size: 1 1/2-12 UNF-2B; Gasket Type: Square; Gasket O.D.: 114mm; Gasket I.D.: 98mm.
Technical
Recommended for heavy-duty engines. Replace regularly for optimal performance. Ensure proper fitment with vehicle specifications. Use as per OEM guidelines for extended engine life.
Benefits
Improves engine performance and lifespan by ensuring clean oil circulation. Easy to install and maintain. Trusted quality backed by industry standards.
Fitment
FITS: ISUZU 8-94396375-0. Cross reference options available for Ryco: Z475 and Donaldson: P550408.
Cross Reference
OIL FILTER 8-94396375-0/ Z475
ISUZU 8-94396375-0
FAQ
Question: Is this filter compatible with Isuzu models?
Yes, it fits ISUZU O.E.M. part number 8-94396375-0.
Question: What is the recommended replacement interval?
Follow your vehicle’s maintenance schedule or replace every 10,000 km.
Question: Does this filter meet ISO standards?
Yes, it is tested to the ISO/IEC 17025:2005 standard.
Question: Can this filter be used for European vehicles?
Yes, it is suitable for various American, European, and Asian models.
Question: What are the gasket dimensions?
The gasket O.D. is 114mm and the I.D. is 98mm.
Inventory Extended Details
Sakura's C-1561 Spin-on Oil Filter offers reliable filtration for heavy duty and commercial applications. Compatible with various international brands, this filter is engineered to meet rigorous quality and performance standards, ensuring long-lasting efficiency and protection for your engine. Manufactured in accordance to SAE, JIS, and DIN standards, this filter is tested in ISO/IEC 17025:2005 accredited laboratories, promising durability against various operational stresses including vibration and impulse.