Overview
The Sakura H-56292 hydraulic oil filter offers unrivaled filtration performance for your hydraulic systems. This filter ensures contaminants are efficiently removed, protecting your components and optimizing system lifespan. Suitable for Komatsu models, it seamlessly integrates into your existing setup.
Specification
Sakura Number: H-5629
Filter Type: Hydraulic Oil Filter
Media: 30 Micron
H1 (mm): 200
OD1 (mm): 150
OD2 (mm): 150
ID1 (mm): 92
ID2 (mm): 92
Contain: 10 Pcs
Technical
Recommended for hydraulic systems requiring high-efficiency filtration. Technical specifications include a sturdy metal end cap and a 30-micron microfiber media for precise filtering.
Benefits
Optimizes hydraulic system performance and longevity. Ensures efficient filtration and protection against contaminants, reducing maintenance costs and extending component life.
Fitment
Primarily designed for Komatsu models with reference numbers 207-60-71180 and 207-60-71181.
FAQ
Question: What models is the H-56292 compatible with?
It is compatible with Komatsu models using reference numbers 207-60-71180 and 207-60-71181.
Question: What type of filter media is used?
It uses a 30-micron microfiber media for superior filtration.
Question: What are the dimensions of this filter?
The filter dimensions are H1: 200mm, OD1: 150mm, OD2: 150mm, ID1: 92mm, ID2: 92mm.
Question: How often should I replace the filter?
Follow your machinery’s maintenance schedule or replace when performance declines.
Question: Can this filter be used in other machines?
It is specifically designed for certain Komatsu models; consult your manual for use in other machines.
Inventory Extended Details
This hydraulic oil filter is designed to enhance the performance of your machinery. It features a robust metal end cap and superior microfiber media, ensuring optimal filtration efficiency. With precise compatibility for Komatsu models, this filter is crafted to withstand varying conditions, offering reliability and longevity. Its design incorporates a media capable of filtering 30-micron particles, contributing to its exceptional efficiency.