DG-13 - Standard
- Available in split and/or additional heating & cooling configurations.
- Extremely wide optimal temperature range, spanning 10° C to 40° C (50° F - 104° F).
- Particularly efficient for humidity control in facilities dealing with large heat loads.
3’ - 3/4”
8’ - 5 3/16”
|7’- 5 3/8”
@18 °C ,80% RH
|48 L/h||13 G/h|
|Air flow||~22,500 m3/h||~ 13,250 CFM|
|Electricity consumption||12 kw||12 kw|
|Area coverage||Up to 4,000 m2||Up to 40,000 ft2|
|Weight||~920 kg||~2,028 lb|
|Type of Refrigerant||R134A||R134A|
|Electricity requirements||50 Hz|
|3 phase, 400V|
The DG-13 uses double-sided air input and has a patent protected design that creates uniform and constant climate conditions throughout the entire greenhouse. The powerful air circulation (13,250 CFM or 22,500 m3/h) is a clear advantage for commercial greenhouses with high plant density.
When the greenhouse is isolated, the unit collects the cold and humid air from between the plants, and “throws” it dry and warm in each direction to create unique 360° flow of dry air around the plants’ foliage.
The unit is designed to condense 48* L/h (13 G/h) of water, ~576 L/night (12 hours) (~152 G/night), the highest extraction rate on the market. It utilizes only 12 kW of electricity.
*At designed conditions of 18°C (64°F), 80% RH
When calculating the area that can be covered by a single DG-13 unit it is important to take in consideration plant density, average daily temperature and radiation intensity. We use the “Leaf area index” (LAI) to characterize plant canopies and recommended number of units for the best results:
|DryGair DG-13 covered area||LAI|
|3,000 to 4,000 m2||1-2 (For example micro leaves)|
|Up to 2,000 m2||2-3 (For example Basil)|
|Up to 1,500 m2||3-4 (For example Tomatoes)|
|Up to 1,000 m2||4+ (For example Medical Cannabis)|
- Contact us for information about your LAI
Minimize Energy Consumption & get Fast ROI with the “DryGair Solution”:
The DryGair Solution concept is based on closing the greenhouse, fully spreading the thermal screen (if applicable), and operating the DryGair unit. The unit heat-exchange technology treats the air, circulating it throughout the crops to create optimal uniform climate conditions for the plants. The unit utilizes the fans to suck the humid air from between the plants from the bottom of the greenhouse.
The DG-13 saves on average 8.5 kW of heating on every electrical 1 kW invested in dehumidification in comparison to controlling humidity using the traditional methods of heating & ventilating.
The DryGair Solution gives the grower the ability to control humidity levels and achieve homogeneous climatic conditions for long period of time while preventing 100% of heat loss from ventilation, and without the fluctuations typical to the traditional dehumidification solution of heating & ventilating.