Parker 6CU25-187 X 1 Coalescing Filter Element Kit

Product Description

The PARKER 6CU25-187 X 1 is a coalescing filter element kit designed for compressed air and gas filtration applications. It uses a microglass filter media to achieve a 0.01 micron rating, capturing sub-micron aerosols, fine mists, and particulates before they reach downstream equipment. Rated for 450 standard cubic feet per minute (SCFM), this element handles high-flow industrial demands without sacrificing filtration efficiency. The kit measures 2.5 inches in height and 18.7 inches in width. HVAC technicians, industrial maintenance professionals, and compressed air system specialists install this element as a scheduled replacement component to maintain system integrity and protect sensitive instrumentation.

This coalescing filter element is used in compressed air treatment systems where oil aerosol and fine particulate removal are critical. It is specifically designed for use with Parker Finite H-Series filter housings. Typical install scenarios include industrial process lines, pneumatic control systems, and instrumentation supply headers where downstream contamination would damage components or affect system performance. Its 0.01 micron rating makes it suitable for applications demanding high-purity compressed air output.

Key Features

• 0.01 micron rating for sub-micron aerosol and particulate removal
• Microglass filter media for efficient coalescing performance
• Rated at 450 SCFM for high-flow compressed air systems
• 2.5 inch height fits Finite H-Series housing dimensions
• Replacement kit format for scheduled maintenance intervals

Compatibility

Designed for use with Parker Finite H-Series filter housings as a direct replacement coalescing element.

Installation Notes

Installation should be performed by a qualified technician familiar with compressed air system service. Depressurize and isolate the filter housing completely before removing the spent element. Follow the housing manufacturer guidelines for element seating and housing torque during reassembly. Verify system pressure and check for leaks before returning the line to service.