Parker 3PU10-025 Filter Element 3 Micron Finite H-series

Product Description

The PARKER 3PU10-025 is a cellulose replacement filter element rated at 3 microns, designed for use in compressed air filtration systems. This element measures 1 inch high by 2.5 inches wide and is engineered to trap particulates at the 3-micron level, protecting downstream pneumatic components, tooling, and instrumentation from contamination. It fits the Parker Finite H-Series filter housings and is the correct OEM-style service part for scheduled maintenance intervals on those units. HVAC technicians, industrial service techs, and pneumatics maintenance personnel are the primary installers of this element.

This filter element is suited for compressed air systems requiring consistent particulate removal in light to moderate flow applications. The H-Series housings that accept this element are commonly found in shop air systems, light industrial settings, and mechanical rooms where clean, dry air supply is critical to equipment longevity. The rated flow range of 25 to 42 standard cubic feet per minute (SCFM) makes this element appropriate for single-point or small branch-line filtration setups.

Key Features

• 3-micron cellulose filter media for effective particulate removal from compressed air lines
• Rated for 25 to 42 SCFM flow range
• Compact form factor at 1 inch high by 2.5 inches wide for easy serviceability
• Direct OEM-style replacement for Parker Finite H-Series filter housings
• Sold individually — single-unit packaging supports exact-quantity maintenance ordering

Compatibility

Designed as a direct replacement filter element for Parker Finite H-Series compressed air filter housings.

Installation Notes

Filter element replacement should be performed by a qualified technician familiar with compressed air system service. Depressurize and isolate the filter housing completely before removing the bowl or end cap to access the element. Follow the housing manufacturer's instructions for bowl torque and seal inspection during reassembly. Replacement intervals should be based on system contamination levels and pressure drop across the filter rather than fixed time schedules alone.