MV 3000 Thru 12,000

 Series Collectors

MV-3K to 12K Data Sheet.pdf

Contaminants:

Primary:

 Mist, mist and smoke, can be configured for moist, sticky or dry contaminants

Other:

Dust (wet or dry/sticky), Fume, Smoke and Gas/Vapor in individual or combined forms

Capture Approach: Source Capture

Unit Mounting: Vertical, ceiling hung, floor stand or machine mounted

Applications:

Machining, turning, grinding, boring, milling, forming, casting, mixing, molding, pouring, spraying, bonding, and a variety of  other manufacturing and process applications.

General Design, M Series Collectors:

Designed specifically for wet applications, the M Series line of Media Filter collectors provide cost effective and efficient control of mist, dust, fume, smoke and gas/vapor contaminants as individual or as more complex combined forms. A number of design specific features are incorporated in these systems to improve cabinet sealing and enhance system performance with reduced unit maintenance on wet applications. Using modular design, units 18,000 CFM, 24,000 CFM and larger are available.

MV 3000 – 12000 & Larger Series Collectors

AER Borne Environmental Systems MV-3000 thru 12000 and larger Series Vertical Media Collection systems are designed to provide efficient, cost effective control of mist, dust, smoke, fume and gas/vapor contaminants generated from a variety of manufacturing and process applications.

A variety of mounting options are available for this flexible and diverse collection system. Units can be ceiling hung, floor mounted or mounted directly on the machine requiring collection. A full line of accessories and options are available to simplify installation.

The MV Series modular design provides the ultimate in unit filtration flexibility or adaptability enabling them to handle a variety of airborne contaminants. Modular design allows for simple integration of additional filter modules allowing the collectors filter stages to be easily customized to meet the exact filtration requirements of the application. Should contaminants change due to process changes, filter modules can be easily added and/or existing ones altered to adapt to the changing conditions.