AE7 Expansion Separation Dryer The Optimum Separate Dryer for End-Of-Line Air Processing
AE7
- Air Processing Capacity
- 740L/min
- Intake Air Temperature
- 5 to 60 °C
- Compatible Air Compressor
- 5kW
This products is available for purchase online.
Features
Get a supply of dry air simply by adding the Separate Dryer to your existing air line.
ORION's original expansion separation method offers a lightweight and compact design. In addition, no electric power supply is required making it an easy source of dehumidified air.
Our original design responds well to fluctuating loads.
Reliably demonstrates dehumidification specifications even under fluctuating flow rates and pressures, for optimum end-of-line air management.
Maintenance Free Design
No filter medium means no clogging. Drain water is automated drained via the auto drain trap.
Dehumidification Principle
- Supersaturated Water Separation
A highly efficient centrifugal force is created by our unique rotating louvers, which forces heavier water to the outside edge, and the resulting condensation is collected in the center. - Water in Fog-State Changed to Water Droplets
When moisture from the fog collected in the center comes into contact with wall surfaces, it cools, condenses, and is thrown out to the outer wall of the dryer by centrifugal force. - Impact Separation of Microscopic Water Droplets
In addition, ultra-fine fog mist droplets collide on the baffles and become larger water droplets. - Formed Water Droplets Separated Out via Gravity
Within the dryer, moisture is reliably separated from air and the separated moisture collects at the bottom of the vessel. - ORION's Original Wall-Surface Cooling Mechanism
Through this distinctive mechanism, adiabatic expansion occurs and internal wall surfaces are cooled. - Inlet Air and Heat Exchange
Through adiabatic expansion, drying occurs during the heat exchange between the cooled air in the dryer and the new air entering the system. - Water Collected in the Bowl is Released via a Float
Specifications
| AE7 | |||
|---|---|---|---|
| Performance | Air Processing Capacity | L/min | 740 (at 0.49MPa) |
| Dew Point Drop | ℃ | 3 (Under pressure) ※ | |
| Processing Conditions | Inlet Air Pressure | MPa | 0.49 |
| Inlet Air Temperature | ℃ | 30 | |
| Ambient Temperature | ℃ | 30 | |
| Operating Conditions | Operating Fluid | Compressed air | |
| Operable Temperature Range | ℃ | 5 to 60 | |
| Operating Range | MPa | 0.1 to 0.98 | |
| External Dimensions | Height | mm | 226 |
| Width | mm | 80 | |
| Air Inlet/Outlet Connection Port Size | Rc1/2 | ||
| Drain Port Connection Size | Rc1/4 | ||
| Mass | kg | 1.1 | |
- Dew point at an air pressure of 0.69 MPa is 2.5 °C.
- The value for air processing capacity is calculated based on air compressor intake conditions. (Atmospheric pressure, 32 °C, 75%)
- Please contact us for details.
Notes Regarding Usage
- Avoid installing near the air compressor. Install as close to the end of the line as possible so that the inlet air temperature is the same or lower than that of the external air temperature.
- Due to the dehumidification principles involved, the dew point at the outlet will be of approx. 3 °C lower than that of the dew point at the inlet. Please use a refrigerated air dryer if a wider-ranging drop in dew point is required.