electronic air cleaners

Self-contained, Single Unit Design The Monroe Multi-Stage Oil Mist Collector is designed to collect and remove airborne oil mist, smoke, and electronic sub-micron vapors generated by operations such as high production air machining and cold forming. It is a multiple stage collector that has proven capabilities exceeding 99% efficiency on many installations. After installation cleaners of a Monroe Multi-Stage Oil Mist Collector, high production electronic machining areas using water soluble, synthetic or mineral coolants can discharge clean, filtered air back into the work area, reducing system costs. Broad Range of Industrial Capacities he Monroe Multi-Stage Oil Mist Collector is available in capacities from 500 CFM to over 80,000 air CFM in a single unit cleaners and may be integrated with existing ductwork and ventilation systems. electronic Designed for Minimum Maintenance Air flow to filter media ratio is held low to prevent saturation blocking. This air eliminates down-time due to collector malfunction and minimizes cleaners periodic changing of filter media. The Monroe Multi-Stage Oil Mist Collector is designed for continuous draining during electronic operation, Design Leadership The Monroe Multi-Stage Oil Mist Collector, with more filter media, longer operating time between filter changes, and higher collection efficiency, outperforms all other collectors in its class.

Independent laboratory tests have shown that many of these units are removing various types of airborne pariculate at efficiencies up to 99.9%, even on heavy particulate loads. A High Volume Water Injector The air Monroe Dual Throat Air Scrubber utilizes a high volume wash water injector system that removes airborne particulate by delivering an initial surface inpingement shock to heavy inlet dirt loads. Dual Adjustable Scrubbing Throats High velocity atomization takes place as the inlet air is directed through the fixed and dual adjustable cleaners scrubbing throats. electronic The easily adjustable dual throats balance the pressure drop through the air flow system at the start-up or after system changes are made. This design feature eliminates the need for ductwork dampers and blast gates that are prone to particulate build-up air and require cleaners periodic electronic maintenance. In addition, the increase in pressure drop air in the wash zone improves the overall effciency of the system. After passing through the turbulent dual throat wash zone, the air inpinges on the liquid surface, cleaners changes direction and then continues electronic and air through deflectors and cleaners to a large, double row moisture eliminator section. Water electronic droplets in the airstream are removed air and drain back to the wash liquid cleaners reservoir tank. The clean, dry air is then electronic recirculated to the work area or air discharged cleaners through exhaust ducts.