Parker 926541 Hydraulic Filter Element 3 Micron

Product Description

The PARKER 926541 is a cellulose hydraulic filter element rated at 3 microns, designed to remove oil contaminants from hydraulic fluid circuits. Constructed with a low carbon steel housing, this element fits inline hydraulic filtration assemblies where particulate control and fluid cleanliness are critical to system performance. It handles an operating temperature range of -40 degrees F to 225 degrees F, making it suitable for hydraulic systems exposed to cold-start conditions as well as elevated operating temperatures. Licensed hydraulic technicians and industrial maintenance professionals install this element as part of routine hydraulic system maintenance.

This filter element is used in hydraulic systems requiring tight particulate control at the 3-micron level. Typical applications include mobile hydraulic equipment, industrial power units, and press or lift systems where maintaining clean hydraulic fluid directly impacts cylinder and valve longevity. The NPT thread standard allows straightforward integration into standard North American hydraulic filter housings. It is sold individually and is a direct replacement element for compatible Parker filter housings.

Key Features

• 3-micron cellulose filter media for fine particulate and oil removal
• Operating temperature range of -40 degrees F to 225 degrees F
• Low carbon steel construction for durability in hydraulic service
• NPT thread standard for compatibility with North American filter housings
• Targets oil contamination in hydraulic fluid circuits

Compatibility

Designed as an OEM-style replacement element for Parker hydraulic filter housings using NPT-threaded cellulose elements in standard hydraulic filtration assemblies.

Installation Notes

Installation should be performed by a qualified hydraulic technician or maintenance professional. Depressurize and isolate the hydraulic circuit completely before removing the filter housing or element. Dispose of used filter elements and drained fluid in accordance with local environmental regulations. Inspect the housing seals and o-rings at each element change interval.