Refrigerated compressed air dryer KMM series
membranetwo-stagecompact

Refrigerated compressed air dryer - KMM series  - Kaeser Compressors - membrane / two-stage / compact
Refrigerated compressed air dryer - KMM series  - Kaeser Compressors - membrane / two-stage / compact
Refrigerated compressed air dryer - KMM series  - Kaeser Compressors - membrane / two-stage / compact - image - 2
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Characteristics

Technology
refrigerated, membrane
Number of stages
two-stage
Other characteristics
compact, in-line
Capacity

Min.: 0.81 ft³/min
(0.02 m³/min)

Max.: 119.3 ft³/min
(3.38 m³/min)

Working pressure

Min.: 60 psi

Max.: 200 psi

Weight

Min.: 5 lb
(2.3 kg)

Max.: 40 lb
(18.1 kg)

Dew point

Min.: -40 °F
(-40 °C)

Max.: 40 °F
(4.4 °C)

Description

Innovative, compact dryers for superior efficiency and reliability The Kaeser Modular Membrane Dryer (KMM) produces pressure dew points to -40°F. It is perfect for small to medium compressed air systems. KMMs do not require electricity or cooling water, which simplifies installation even in existing systems. They are particularly effective in reaching low pressure dew points when used with a refrigerated dryer and installed at the point of use. Efficiency and Dependability The KMM dryer provides many advantages over conventional membrane dryer models. The "inflow" design ensures outstanding drying results by effectively removing moisture, enhancing pressure stability and reducing pressure differential. The welded aluminum housing and epoxy powder coating provide durability in harsh environments. Its lightweight design requires no additional support structure, and the space-saving modular design connects easily to prefilters and afterfilters. In-line filters are recommended with a KMM to prevent contaminants from reaching the sensitive membrane fibres. Simplicity in drying Kaeser Modular Membrane (KMM) dryers provide a simple and reliable way to dry compressed air to dew points as low as -40°F and reduce maintenance costs. KMMs keep moisture from ruining paint jobs, clogging sandblasters, and fouling pneumatic instruments, valves, and Controls. Operation Compressed air, saturated with water vapor, flows through a bundle of parallel, tube-shaped membranes. As the compressed air passes along the length of the bundle, water vapor passes through the membrane, dehydrating he compressed air

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