Parker AU25-235 X 1 Carbon Filter Element 625 Scfm

Product Description

The PARKER AU25-235 X 1 is a carbon replacement filter element designed to remove odors from compressed air systems. It is used with Parker Finite H-Series filter housings and provides a maximum flow rate of 625 standard cubic feet per minute (SCFM). The carbon filter media adsorbs hydrocarbon vapors and odors that pass through upstream particulate and coalescing filters, delivering cleaner air output at the point of use. This element is a direct service replacement, typically installed by industrial maintenance technicians, HVAC mechanics, or compressed air system specialists performing scheduled filter maintenance.

This replacement filter element is intended for use in compressed air treatment systems where odor removal is required. Common applications include food and beverage processing, paint and finishing operations, pharmaceutical environments, and other facilities where compressed air quality is critical. The element fits within the Parker Finite H-Series filter housing and is swapped out as part of a routine preventive maintenance schedule to maintain consistent air quality and system performance.

Key Features

• Carbon filter media adsorbs odors and hydrocarbon vapors from compressed air
• Rated for 625 SCFM maximum flow capacity
• Direct replacement element for Parker Finite H-Series housings
• Sold as a single unit, packaged individually
• Drop-in service replacement requires no housing modification

Compatibility

Designed for use with Parker Finite H-Series compressed air filter housings as a replacement odor-removal filter element.

Installation Notes

Installation should be performed by a qualified technician familiar with compressed air system service procedures. Depressurize and isolate the filter housing completely before removing the spent element. Follow the housing manufacturer's torque and reassembly guidelines as specified in the Finite H-Series service documentation. Verify all seals and o-rings are properly seated before returning the system to service and confirm no leaks are present under operating pressure.