Parker 6QU85-250 X 1 Coalescing Filter Element Kit

Product Description

The PARKER 6QU85-250 X 1 is a coalescing filter element kit designed for compressed air and gas filtration systems. It uses a microglass filter media rated at 0.01 micron to capture fine aerosols, oil mist, and particulates before they reach downstream equipment. Rated at 2000 standard cubic feet per minute (SCFM), this kit handles high-flow industrial applications where consistent air quality is critical. It is installed by industrial maintenance technicians, HVAC mechanics, and compressed air system specialists as part of a Finite ASME filter housing assembly.

This filter element kit is used in industrial and commercial compressed air systems where stringent air purity is required. Typical applications include production lines, spray finishing operations, pneumatic controls, and instrument air supplies. The kit is designed for use with Finite ASME filter housings and is suited for facilities that must meet air quality standards for sensitive processes or downstream equipment protection.

Key Features

• 0.01 micron filtration rating removes fine oil aerosols and sub-micron particulates from compressed air streams
• Microglass filter media provides high-efficiency coalescing performance across the full rated flow
• 2000 SCFM flow capacity supports large industrial compressed air systems
• Designed for use with Finite ASME filter housings for direct replacement fitment
• Kit packaging includes all components needed for a complete element changeout

Compatibility

Designed for use with Finite ASME compressed air filter housings as an OEM-style replacement coalescing filter element.

Installation Notes

Installation should be performed by a qualified industrial maintenance technician or compressed air system specialist. Depressurize and isolate the filter housing completely before removing the existing element. Follow the housing manufacturer's service procedure for element seating and end-cap engagement. Verify the system is returned to rated operating pressure and checked for leaks before returning to service.