The auditors choice to reduce energy costs and remove oil and water aerosols from compressed air systems. • Protect products and processes from contamination • Increase the life of pneumatic equipment • Help eliminate paint appearance and adhesion problems • Keep pneumatic instruments operating LOW O P E R ATI N G COS T S • Low pressure drop: 0.5 to 1 psi (0.04 to 0.07 kgf/cm2) —Typical coalescing filters operate at 3 to 6 psi (0.21 to 0.42 kgf/cm2) requiring the air compressor to operate at higher operating pressures, increasing power requirements by 2.5% or more • ong element life: 8 to 15 years With a large in-depth bed, L element life is much longer than conventional oil removal filters • Virtually maintenance free E XTR A PR OTE CT I ON • aptures and retains large slugs of oil and water, should drain C trap fail • rotects downstream equipment from contamination should oil P separator on rotary screw compressor fail STA N DA R D F EAT U R E S S U PE R I O R I N STAL L AT I O N FL E X I B I L ITY • welve (12) inlet positions to better adapt to your T piping arrangement • nlet piping clears vessel diameter to prevent element removal I complications • langed inlet connection ensures easy access to element F • edicated vent connection port for clean, easy demand D drain trap installations R E M OV E S S U B M I C R O N I C PART I C L E S F OR U LT RA C L EAN AI R • 100% of particles 3 microns and larger • 99.98% of particles 0.1 micron and larger • 5 year equipment warranty • 0.5 ppm w/w maximum liquid content after filtration • 5 year element life guarantee • 1000 ppm maximum inlet liquid loading • Differential pressure gauge mounted and piped • Heavy duty ASME stamped pressure vessel • Automatic condensate drains: • Long life mist eliminator element No-Loss drains (NLD-24-T Shown)­­ — • Floor stand • Dedicated vent port for demand type drains

Advanced filter bed technology Compressed air enters the rotatable flanged inlet assembly engineered for easy element access. Designed for optimum velocity, the air is directed through a loosely packed bed of highly engineered, water resistant glass fibers. Water droplets, oil aerosols and solid particles entrained in the air stream are captured by the fibers through the mechanics of direct interception, inertial impaction, and diffusion that result from the forces of Brownian motion. The captured liquids and aerosols move along the fibers and coalesce into larger droplets. Gravity draws the...