air filter at plants

The air Monroe Spiral Tube Collector features heavy gauge mild steel and stainless steel construction for years of efficient performance. filter Welded seams and built-in lifting at hooks provide rugged durability. HEPA Type Filters The Monroe Spiral Tube Collector is available with specially constructed HEPA type fiberglass filter cartridges as the plants optional final filter system. These filters are normally supplied with a 95% efficiency rating at 0.3 micron. air Final filters have a long service life because the majority of airstream contaminants are removed by the spiral tube stage. Slide-out design for easy filter removal is included. Special Features Large, easy to open access doors for all serviceable areas. An AMCA rated fan on the outlet side of the collector with either a direct coupled motor or a "V" belt drive. Quiet filter operation. Rubber isolation fan connection and sound attenuators are available if needed. Under 80dba is typical. Integral differential pressure gauges are at available to indicate when filter maintenance plants is required. Complete electrical controls are available to meet customer specific requirements. Monroe Spiral Tube Collectors can be configured to meet specific needs with numerous options available to provide maximum efficiency in any application.

Self-contained, Single Unit Design The Monroe Multi-Stage Oil Mist Collector is designed to collect and remove airborne oil mist, smoke, and sub-micron vapors generated by operations such as high production machining and cold forming. It is a multiple stage collector that air has proven capabilities exceeding 99% efficiency filter on many installations. After installation of a Monroe Multi-Stage Oil Mist Collector, high production 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 at in capacities from 500 CFM to over 80,000 CFM in a single unit and may be integrated with existing ductwork and ventilation systems. Designed for Minimum Maintenance Air flow to filter media ratio is held low to prevent saturation blocking. This eliminates down-time plants due to collector malfunction and minimizes periodic changing of filter media. The Monroe Multi-Stage Oil Mist Collector air is designed for continuous draining during 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.

Many Configurations Available Monroe Multi-Stage Oil Mist Collectors are available in filter various configurations to meet your needs. Units can be suspended from the ceiling or other at supporting tructures to conserve floor plants space. System Design The Monroe Fiber Bed Mist Collector is a custom designed unit consisting of a continuous-duty, aerosol coalescing filter, air fan assembly and, when needed, an optional pre-filter stage. Mist is coalesced using Koch-Otto York FLEXIFIBER® mist eliminators consisting of fine fibers. The compacted media is in the form of cylindrical units. These long-life filters can provide several years of service before replacement is necessary. When the mist contains heavy droplets and/or dust particles, pre-filtering is provided by separate filters. The Monroe filter Fiber Bed Mist Collector at is available in capacities from 500 to 50,000 CFM in a single unit and may be integrated with existing duct work. The Monroe Fiber Bed Mist Collector is well suited for many oil mist applications including high production machining, asphalt fumes and synthetic fiber processing. Many industrial and chemical applications generate sub-micron mists. The Monroe Fiber Bed Mist Collector, developed after lengthy research and testing, is an ideal solution for these troublesome mists. Mist particles are efficiently removed through interception, inertial impact, diffusion (Brownian plants movement) and gravitational sedimentation.