Parker P3NFA96DSM Coalescing Filter 3/4 in Aluminum Bowl

Product Description

The PARKER P3NFA96DSM is a coalescing filter designed to remove liquid aerosols, oil mist, and fine particulates from compressed air and gas lines. With a 3/4 inch port size, aluminum bowl, and manual drain, this filter suits inline installations where clean, dry air is critical to downstream equipment performance. Rated to 250 psi maximum working pressure, it handles the demands of industrial and commercial compressed air systems. Licensed HVAC technicians, pipefitters, and maintenance professionals install this type of filter as part of air preparation assemblies upstream of pneumatic controls, actuators, and precision instruments.

This coalescing filter is suited for compressed air distribution systems in light industrial, commercial, and mechanical room environments. It fits inline on 3/4 inch pneumatic supply lines where oil and water aerosol contamination must be controlled before air reaches sensitive tools, valves, or instrumentation. The manual drain requires periodic operator attention to discharge accumulated liquid. Typical applications include air compressor outlet trains, shop air headers, and point-of-use filter assemblies.

Key Features

• 3/4 inch port size for direct inline installation on standard compressed air piping
• Maximum rated working pressure of 250 psi
• Aluminum bowl construction resists corrosion in humid service environments
• Manual drain allows controlled liquid discharge without automatic valve components
• Coalescing filtration captures liquid aerosols and oil mist that standard particulate filters pass

Compatibility

Designed as an OEM-style inline coalescing filter for 3/4 inch compressed air and gas systems requiring liquid aerosol and oil mist removal ahead of pneumatic equipment.

Installation Notes

Installation should be performed by a qualified pipefitter or compressed air system technician. Depressurize and lock out the compressed air supply completely before installing or servicing this filter. Follow applicable local mechanical codes and the system manufacturer guidelines for flow direction and orientation. Do not exceed the 250 psi rated working pressure, and inspect the manual drain regularly to prevent liquid carryover into downstream components.