Parker 2/200-35-DX Replacement Filter Element 0.01 Micron

Product Description

The PARKER 2/200-35-DX is a replacement filter element designed for compressed air and gas filtration applications. Rated at 0.01 micron, it provides high-efficiency particulate removal from inline filter housings. The element measures 7 inches in height and 2 inches in width, fitting directly into compatible Parker 8312 series filter housings. This part is a service component, not a standalone filter assembly. Licensed technicians and industrial service personnel performing scheduled maintenance on compressed air systems are the primary installers. Each package contains 2 elements.

This filter element is used in compressed air filtration systems where fine particulate, aerosol, and contaminant removal is required. The 0.01 micron rating makes it suited for applications demanding high air purity, including instrumentation lines, spray finishing, and process air systems. It is a direct drop-in service replacement intended for periodic element changeout during planned maintenance intervals on Parker 8312 series housings.

Key Features

• 0.01 micron filtration rating for high-efficiency particulate and aerosol removal
• Designed as a direct replacement element for Parker 8312 filter series housings
• Compact profile: 7 inches high, 2 inches wide for easy housing fit
• Sold in a package quantity of 2 elements per order
• Lightweight at 1 pound per package, simplifying handling and stocking

Compatibility

Designed for use with the Parker 8312 Filter Series as a replacement filter element.

Installation Notes

Element replacement should be performed by a qualified technician familiar with compressed air system maintenance. Before servicing, depressurize and isolate the filter housing completely to prevent injury. Follow the housing manufacturer's element replacement procedure, including proper seating and end-cap engagement. Dispose of used filter elements in accordance with local regulations, particularly if the system handles oil-laden or process air streams.