Used in contaminated compressed air lines (upstream of refrigeration dryers, for example) to remove aerosols and solid particles for ordinary air quality. Lower differential pressure and high filtration efficiency thanks to generously dimensioned filter housings, deeply pleated filter elements, flow-optimized element head and polyester drainage fleece.
Air Flow at 100 psig |
N/A 75 cfm |
Connection Size |
N/A 1 NPTF |
Maximum Working Pressure |
N/A 232 psig |
Width |
N/A 6.5 in |
Height |
N/A 15.4 in |
Weight |
N/A 10 lb |
Standard Features of Filters |
N/A Ball Valve |
Model Type |
N/A Modular Type Housing |
Liquid Removal |
N/A 99.999+ % of oil |
Maximum Liquid Loading |
N/A 100 ppm w/w |
Solid Particle Removal |
N/A 0.01 µ |
Oil Carry-Over |
N/A 0.001 ppm w/w |
Pressure Drop - Dry |
N/A .07 psi |
Pressure Drop - Wet |
N/A 2.9 psi |
Maximum Inlet Temperature |
N/A 150 ºF |
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Superior Filtration for Increased Productivity |
N/A Designed and developed using the latest innovations and manufacturing techniques, Kaeser filter housings are designed with larger flow areas to ensure low pressure drop and to provide easier installation, operation and maintenance. The result is consistent product quality while minimizing operating costs. |
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Kaeser filters remove more contaminants with less pressure drop. Compare the operating pressure drop of competitive brand filters and remember, for every extra 2 psi of pressure drop, power requirements increase by 1 %. |
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