Parker 926169 Hydraulic Filter Element 10 Micron

Product Description

The PARKER 926169 is a cellulose hydraulic filter element rated at 10 microns, designed to remove oil contaminants from hydraulic fluid circuits. Built with a low carbon steel housing, it is suited for systems operating across a wide temperature range of -40 degrees F to 225 degrees F. This element installs into compatible hydraulic filter housings using NPT thread connections and is a standard replacement for maintenance work on industrial and mobile hydraulic systems. Hydraulic system technicians and fluid power specialists are the primary installers of this component during routine filter service intervals.

This filter element is applied in hydraulic systems where oil contamination control is critical to component longevity and system performance. It is appropriate for both stationary industrial equipment and mobile hydraulic applications requiring periodic element replacement. The cellulose filter media provides reliable particulate and oil removal at the 10 micron level, making it a practical choice for general-purpose hydraulic filtration maintenance.

Key Features

• 10 micron filtration rating for effective oil and particulate removal
• Cellulose filter media suitable for general hydraulic fluid service
• Low carbon steel construction for durability under hydraulic system pressures
• NPT thread standard for straightforward installation into compatible housings
• Wide operating temperature range: -40 degrees F to 225 degrees F

Compatibility

Designed as an OEM-style replacement hydraulic filter element for systems using NPT-threaded filter housings that accept 10 micron cellulose elements.

Installation Notes

Installation should be performed by a qualified hydraulic technician or fluid power specialist. Depressurize and de-energize the hydraulic system fully before removing the filter housing or element. Dispose of used filter elements and hydraulic fluid according to local environmental regulations. Verify thread engagement and housing torque specifications per the equipment manufacturer service manual before returning the system to operation.