Water Extraction
48 L/H
Air Circulation
~23,000 M³/H
Patent Protected
The DG-12 50Hz combined with heating & cooling is an innovative solution for greenhouse heating or night-time cooling, controlling both humidity and temperature in an energy efficient manner. The unit can gradually heat or cool the dried air flowing out of the dehumidifier. The dehumidification combined with heating & cooling offers a solution to uniformly control climate conditions, requiring much less infrastructure, compared to alternatives. Heating and cooling requires an external hot or cold water source. Specifications are calculated by the DryGair team on a case-by-case basis.
DryGair dehumidifiers are designed by a team of agronomists and climate engineers to address humidity, specifically in cultivation settings. Our team also assists every single grower in choosing the best solution for their unique facility and environment. DryGair is manufactured to uphold the highest standard, and comply with GMP regulations. DG-12 comes in 2 variations (50 Hz and 60 Hz), in order to accommodate growers worldwide.
The DG-12 50Hz series includes: DG-12 50Hz Standard, DG-12 50Hz Split, DG-12 50Hz Heating & Cooling, DG-12 50Hz Heating & Cooling Split
DG-12 Series Features
Designed for optimal cultivation conditions.
Measured in liters of water extracted per kW.
360° air dispersal for climate uniformity.
Flexible placement options in the growing facility and easy plug & play installation.
DG-12 Series Photos
Technical Details
| Depth | 933 mm |
| Width | 2,570 mm |
| Height | 2,380 mm, 2,880 mm with air distribution module (exact height can be adjusted) |
| Weight | ~960 kg |
| Operating Temperature | 10°C – 40°C |
| Water Condensation | 48 L/h @18°C ,80% RH |
| Air Flow | ~23,000 m³/h |
| Electricity Consumption | 12 kW |
| Electricity Requirements | 3 phase, 400V, 50 Hz I(Oper. max)= 44 Amp |
| Hot Water Pipe Connection | 1 ¼” |
| Type of Refrigerant | R513A or R134A |
Technical Details
Technical Videos
How to install 3 phase DryGair units
How to reset your DryGair unit
Available Add-Ons
Defrost Coil
The electric defrosting system, designed for the DG-12 and DG-3, tackles this problem head-on by preventing ice formation, ensuring dependable dehumidification even at temperatures as low as 6°C (43 °F). This innovation allows for precise humidity control across a broader temperature range, no matter the conditions. The result? Healthier plants and better yields all year long.
Please note: the defrost coil is available only by pre-order and increases the unit height by approximately 5–10 cm. (2–4 in.).
Castors (Wheels)
Add castors to DryGair units for easy transport in the growing facility. The wheels add ~9 cm (~3.5″) to the unit’s height.
Protective Wire Net
This robust metal cover protects the outer coils on both sides of the machine from physical damage. The cover is screwed around the coils on both sides of the unit.
Resistance To Chemicals And Sulphur
This coating treatment will protect the coils, inner copper components and welded parts from corrosion and will provide resistance to various harmful agents and particles. Contact us for the full list of chemicals.
Side Canopy
Unidirectional hoods For units positioned on the side of growing facilities. This side canopy will direct the unit’s airflow in one or two directions depending on the needs of the facility. Sizes: Height 850 mm (33.5″), Depth 910 mm (36″), Width 910 mm (36″)
Status Signal Light
External light to signal unit activity, stand-by mode, and errors.
Water Meter
DryGair Smart DG units can be installed with a high-end water meter to enable measurement of the amount of water extracted by the unit. It is attached to the drainage pipe at the bottom part of the unit and measures the amount of water by pulses of 100 ml. (3.4 oz.) The meter is directly connected to the main controller and has a battery that will last for 10 years. By Arad group.
DG-12 serie Downloads
Learn More
The Ducting Dilemma: Why Air Ducts Often Create Greenhouse Climate Problems
The Ducting Dilemma: Why Air Ducts Often Create Greenhouse ClimateRead More ›
The Role of Vertical Air Circulation in Controlled Environment Agriculture
The Role of Vertical Air Circulation in Controlled EnvironmentRead More ›
Navigating Funding Opportunities for Sustainable Greenhouse Cultivation in Canada
Navigating Funding Opportunities for Sustainable Greenhouse Cultivation in CanadaRead More ›
