GSA PIH serie Compressed Air Dryer

Specifications

GSA PIH serie Compressed Air Dryer
Air Dryer
Desiccant Dryer
GSA PIH series desiccant air dryer Internal Heater type

Desiccant dryers are also known as Regenerative Desiccant Dryers and Twin Tower Dryers.
The compressed air is passed through a pressure vessel filled with an absorbent
media such as activated alumina, silica gel, molecular sieve or other desiccant
material. The desiccant adsorbs the moisture in its millions of pores, trapping
it. The desiccant can bring the dew point of water vapor in the compressed air
down to -40 degrees C or below.

Desiccant regeneration is accomplished
by heating the desiccant with internal electric or steam heaters and purge air.
Either atmospheric air or compressed air from the air steam is used as the
purge air.

Features & Benefits

• Flow range of 88-1060 scfm (2.50-90 m³/min.)

• 8 hour cycle (4 hours online and 4 hours offline)

• Tower pressure relief valves.

• Purge adjustment valve to control purge flow.

• Purge exhaust mufflers for quiet operation.

• Tower pressure gauges

• Adjustable microprocessor sequence module.

• Controlled repressurization

• Fail-safe design : failure of power and/or pilot air causes the purge
  exhaust valves to close

• Desiccant fill and drain ports for ease of desiccant replacement

• Tower operating status lights

• ON/OFF switch and power ON light

• Standard designs deliver -40 degrees C pressure dew point

• -70 degrees C pressure dew point option available

• Dew point monitor, optional

• Pre-piped filters and by-pass valve packages, optional

Custom
designs and electrical configurations, optional

Desiccant regeneration is accomplished by heating the desiccant with internal electric or steam heaters and purge air. Either atmospheric air or compressed air from the air steam is used as the purge air.

Features & Benefits

• Flow range of 88-1060 scfm (2.50-90 m³/min.)
• 8 hour cycle (4 hours online and 4 hours offline)
• Tower pressure relief valves.
• Purge adjustment valve to control purge flow.
• Purge exhaust mufflers for quiet operation.
• Tower pressure gauges
• Adjustable microprocessor sequence module.
• Controlled repressurization
• Fail-safe design : failure of power and/or pilot air causes the purge exhaust valves to close
• Desiccant fill and drain ports for ease of desiccant replacement
• Tower operating status lights
• ON/OFF switch and power ON light
• Standard designs deliver -40 degrees C pressure dew point
• -70 degrees C pressure dew point option available
• Dew point monitor, optional
• Pre-piped filters and by-pass valve packages, optional

Custom designs and electrical configurations, optional