Membrane Dryer

Membrane Dryer, Compressed Air Dryer, Air Dryer, GSA PMD series membrane dryer type - details see: https://www.machineto.com/membrane-dryer-10297035

Type:Vacuum Drying Equipment

Place of Origin:Gyeonggi-do South Korea

Brand Name:GSA

Model Number:PMD

Membrane Dryer
Compressed Air Dryer
Air Dryer
GSA PMD series membrane dryer type

Membrane dryer refers to a dehumidication membrane that removes water vapor from
compressed air. It is used in pneumatic components, air bearings, air spindles,
medical equipment, air guns and pneumatic brakes for vehicles & trains.

Compressed air runs through the core
pipe, and is then diverted to the membrane element in the housing. The
compressed air, which is still tumid, flows through the highly selective hollow
fiber membranes of the membrane element inside. The purge air, which is
required for drying, diverges continuously at the outlet area of the membrane
element, and expands to atmosphere using a fixed nozzle orifice. Due to this
expansion, the purge air becomes very, very dry as the water vapor now fills an
expanded volume. The dry purge air flows over and around the exterior of the
membrane fibers. As a result, air flows in one direction outside the membrane,
separately only by the membrane wall. Humid compressed air flows inside the
membrane as dry purge air passes outside. Due to the difference in moisture
content in the passing airstreams, moisture from the compressed air is drawn
into the purge air. Twist 60 technology ensures maximum drying efficiency.
Dried compressed air leaving the membrane element. Saturated purge air is
released back to atmosphere.

Features & Benefits

Flow range of 135~600 liters/min.

Higher volume flows are achieved by the parallel connection of several
membrane dryers

Filtration and drying in a single unit

Filtration immediately before the membrane

Fast element replacement, low maintenance

Integral surge diverter

Highest possible performance

Maximum reliability even in the toughest environments

Achieves dew point in 5 minutes or less

No energy consumption

No moving parts thus reliable even in mobile applications

Small
footprints in several configurations

Compressed air runs through the core pipe, and is then diverted to the membrane element in the housing. The compressed air, which is still tumid, flows through the highly selective hollow fiber membranes of the membrane element inside. The purge air, which is required for drying, diverges continuously at the outlet area of the membrane element, and expands to atmosphere using a fixed nozzle orifice. Due to this expansion, the purge air becomes very, very dry as the water vapor now fills an expanded volume. The dry purge air flows over and around the exterior of the membrane fibers. As a result, air flows in one direction outside the membrane, separately only by the membrane wall. Humid compressed air flows inside the membrane as dry purge air passes outside. Due to the difference in moisture content in the passing airstreams, moisture from the compressed air is drawn into the purge air. Twist 60 technology ensures maximum drying efficiency. Dried compressed air leaving the membrane element. Saturated purge air is released back to atmosphere.

Features & Benefits

Flow range of 135~600 liters/min.
Higher volume flows are achieved by the parallel connection of several membrane dryers
Filtration and drying in a single unit
Filtration immediately before the membrane
Fast element replacement, low maintenance
Integral surge diverter
Highest possible performance
Maximum reliability even in the toughest environments
Achieves dew point in 5 minutes or less
No energy consumption
No moving parts thus reliable even in mobile applications

Small footprints in several configurations