• Case: made of robust, impact-resistant, and UV-resistant plastic, lightweight. Fixed points for AERCUBE® lashing system.
• Cable: integrated cable winder.
• Setup: freestanding or mounted on Aercube system (fixation points for AERCUBE lashing system).
• Airflow: cross, lateral intake and exhaust.
• Air filter: Protects the device from dust.
• Fan: 2-stage, energy-efficient EC fan.
• Defrosting: Demand-controlled hot gas defrosting.
• Condensate pump: Optional pump kit available.
• Blue-Dry Technology: For particularly energy-saving operation – even at low humidity and temperatures.
• Calibrated energy meter (MID compliant).
• Memory Function: After a power interruption, it resumes operation with unchanged settings. Therefore, it is also suitable for operation with, for example, a timer.
• Hot gas defrosting: Thanks to automatic self-defrosting, it can also be used in cooler environments.
• Suitable for unattended continuous operation.
• Custom design: available in all colors and with your logo for larger quantities.
All AERCUBE system components are 100% compatible and stackable with each other.
Aerial "eDRY®" for efficient air dehumidification
"A prerequisite for an economical operation and reduced energy consumption is the optimal coordination of the components and the use of advanced measurement and control technology. With the development of "eDRY", Aerial was able to further improve the user-friendliness and energy efficiency of the AD series. The use of digital precision sensors in conjunction with the eDRY electronics enables very accurate measurement and control of the room humidity."
dehumidification performance
The dryer can be used thanks to advanced hot gas defrosting over a wide temperature range from +1°C to +34°C, although, as with all condensation dryers, the dehumidifying power decreases in cooler environments. Examples of dehumidification performance and consumption under various (constant) ambient conditions:
30°C / 80% r.H = 35.0 Liters / 24h (Power consumption: 520W)
27°C / 60% r.H. = 22.0 Liters / 24h (Power consumption: 430W)
20°C / 60% r.H. = 15.0Liters / 24h (Power consumption: 370W)
10°C / 70% r.H. = 8.0 Liters / 24h (Power consumption: 300W)
(r.H.=relative humidity)