Parker 3PU51-280 X 1 Filter Element 3 Micron Finite Asme

Product Description

The PARKER 3PU51-280 X 1 is a cellulose replacement filter element designed for use with Finite ASME compressed air filtration systems. Rated at 3 microns, it captures fine particulate contamination from compressed air lines, protecting downstream equipment, pneumatic tools, and process instrumentation. The element measures 3.5 inches in height and 28 inches in width, with a rated flow capacity of 2,490 standard cubic feet per minute (SCFM). It is installed by industrial maintenance technicians, HVAC-R service professionals, and compressed air system specialists as part of routine filter maintenance or system overhaul.

This element is suited for industrial and commercial compressed air filtration applications where particulate removal to 3 microns is required. Finite ASME filter housings are commonly found in manufacturing facilities, process plants, and mechanical rooms where clean, dry air is critical to system performance. Replacing filter elements on a scheduled basis maintains rated filtration efficiency and prevents pressure drop buildup across the system. This element fits directly into compatible Finite ASME housings without modification.

Key Features

• 3-micron filtration rating removes fine particulate from compressed air streams
• Cellulose filter media construction suited for general-purpose compressed air filtration
• Rated flow capacity of 2,490 SCFM supports high-demand industrial systems
• Compact element dimensions of 3.5 inches height by 28 inches width
• Direct OEM-style replacement for Finite ASME filter housings

Compatibility

Designed as a replacement filter element for use with Finite ASME compressed air filter housings, as specified by the manufacturer.

Installation Notes

Filter element replacement should be performed by a qualified technician familiar with compressed air system maintenance. Depressurize and isolate the filter housing completely before opening or servicing. Inspect housing seals and bowl condition at each element change interval. Reinstall housing components to manufacturer specifications and verify system pressure before returning to service.