Overview
Sakura HC-5101 hydraulic oil filter is engineered for efficiency and reliability in demanding conditions. Designed to fit Massey-Ferguson models and other compatible systems, it provides superior contamination control, thereby protecting machinery and extending their service life.
Specification
Model: Spin-On; Filter Type: Hydraulic Oil Filter; Height: 143 mm; Outer Diameter: 93 mm; Thread: M24X2-6H; Gasket Type: Square; Gasket OD: 72 mm; Gasket ID: 63 mm; Volume: 0.024 m3.
Technical
Optimal operating temperature: 0°C to 100°C; Recommended change interval: as per manufacturer's guide; Ensure secure fitting for maximum efficiency.
Benefits
Enhances hydraulic system lifespan by filtering out impurities; Easy to replace with spin-on design; Trusted brand ensures reliability; Compatible with various models; Ensures better fuel efficiency by maintaining clean oil flow.
Fitment
Primary Applications: Massey-Ferguson 3595175M1.
Cross Reference
HYDRAULIC OIL FILTER 3595175M1/ Z854
MASSEY-FERGUSON 3595175M1
FAQ
Question: What is the thread size for the HC-5101 filter?
The thread size is M24X2-6H.
Question: Is the HC-5101 filter compatible with Massey-Ferguson models?
Yes, it is compatible with Massey-Ferguson 3595175M1.
Question: How often should the filter be changed?
Follow the manufacturer's maintenance schedule for optimal performance.
Question: Does this filter come with a gasket?
Yes, the HC-5101 features a square gasket with OD 72 mm and ID 63 mm.
Question: Can I use this filter for industrial machinery?
Yes, it's suitable for both automotive and industrial applications.
Inventory Extended Details
The Sakura HC-5101 hydraulic oil filter features a spin-on design that ensures seamless installation and optimal filtration. Suitable for Massey-Ferguson models and other machinery that requires robust filtration solutions. With a sturdy build, this filter is adept at trapping contaminants, thus extending the life of hydraulic systems. It boasts a thread size of M24X2-6H, a gasket OD of 72 mm, and a volume capacity of 0.024 m3.