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DG-12 Heating & Cooling

DG-12 Heating & Cooling - Standard

12 GPH
~13,000 CFM
The DG-12, combined with heating & cooling, is an innovative solution for greenhouse heating or cooling, controlling both humidity and temperature in an energy efficient manner. The unit can gradually heat or cool the dried, treated air, flowing out of the dehumidifier. The dehumidification, combined with heating & cooling, offers a solution to uniformly control climate, utilizing significantly simplified infrastructure, compared to alternatives
  • "All-in-one" - Powerful humidity control, heating & cooling and air circulation.
  • Heating mode: Steady temperature increase during cold nights for optimal climate conditions.
  • Cooling mode: Reduce temperatures without risking high humidity and disease, as opposed to other cooling methods, such as wet pod.
  • Can replace a heating/cooling system.
DG12DG12 EU
For EU countries only
DimensionsDepth
930 mm
Depth
3’ -0 3/4”
Depth
933 mm
Width
2,320 mm + 350 mm of the hot/cold water coil pipes
Width
7’ -7 1/4” + 1'-1 3/4" of the hot/cold water coil pipes
Width
2,570 + 300 mm of the hot/cold water coil pipes
Height*2,520 mm
(2,880 mm with air
distribution module)
8'-3 1/4"
(9'-5 1\2" with air
distribution module)
2,420 mm (2,920 mm with air distribution module)
Water condensation
@18 °C ,80% RH
45 L/h12 G/h48 L/h
Air flow~22,000 m/h3~ 13,000 CFM~22,500 m/h3
Electricity consumption10 kw12 kw
Area coverageUp to 4,000 m2 Up to 40,000 ft2Up to 4,000 m2
Weight~825 kg~1,815 lb~960 kg
Type of Refrigerant R507R507R513a
Electricity requirements60 Hz3 phase, 460V, 60 Hz
I(Oper. max)= 21 Amp
OR3 phase, 208V, 60 Hz
I(Oper. max)= 46 Amp
50 Hz3 phase, 400V, 50 Hz
I(Oper. max)= 31 Amp
3 phase, 400V, 50 Hz
I(oper. max) = 44 Amp

Heating & Cooling – Temperature control

The heating & cooling unit can gradually increase or decrease temperatures alongside advanced humidity control.

learn about DryGair’s greenhouse dehumidification combined with heating & cooling

This unit is available with the SmartDG upgrade – Realtime Humidity Control & Data.

Air Circulation:

Why does air circulation matter so much?

The DG-12 heating & cooling 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 (13,000 CFM or 22,000 m3/h, 22,500 m3/h for the DG-12 EU ) 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.

Powerful Dehumidification:

Why do you need professional humidity control for greenhouse crops? 

The unit is designed to condense 45-48* L/h (12 G/h) of water, ~540 – 576 L/night (12 hours) (~143-153 G/night), the highest extraction rate on the market. It utilizes only 10kW of electricity (12kW for the DG-12 EU).

*At designed conditions of 18°C, 80% RH

Covered Area:

When calculating the area that can be covered by a single DG-12 heating & cooling 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-12 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

Related products and add-ons

Minimize Energy Consumption & get Fast ROI with the “DryGair Solution”:

The DryGair Solution growing 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-12 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.

DryGair dehumidification ROI

 

 

 

DG-12 Heating & Cooling - Split

12 GPH
~13,000 CFM
We understand the growers’ need to maximize the utilization of greenhouse space using tables and machinery. Our split unit can be positioned according to the greenhouse’s specific limitations. The split heating & cooling unit offers customization of the positioning of the unit as well as complete control over all climate conditions.
  • Identical performance to the standard heating & cooling unit
  • Easy integration in complex growing facilities with one or more levels of crop, moving\non moving tables, no aisles, low roofs etc'
  • The bottom compartment houses the isolated compressor department. The top compartment includes fans, evaporation and condensation coils, and heating & cooling coils.
  • Spraying booms can move under the units.
DG-12DG-12 EU
For EU countries only
Upper partLower partUpper partLower part
DimensionsDepth
1,130 mm (3'- 8 1/2")
Depth
820 mm (2'-8 1/4")
Depth
933 mm
Depth
933 mm
Width
2,320 mm ( 7' - 7 1/4") + 350 mm (1'-1 3/4") of the hot/cold water coil pipes
Width
1,900 mm (6'- 2 3/4")
Width
2,570 mm + 300 mm of the hot/cold water coil pipes
Width
2,000 mm
Hight*1,850 mm (6'-0 3/4").
2,210 (7'-3") mm with
air distribution module
940 mm (3'-1")1,830 mm.
2,260 with air distribution
module.
940 mm
Weight~600 kg (1,320 Ib)~330 kg (725 lb)~610 kg~410

The split unit includes two sections:

• Lower section that includes the compressor and the electrical switchboard.
• Upper section in which the air treatment is performed.

Both the upper and lower sections have a pair of copper tubes that should be connected between them, connecting the compressor to the air handling section of the unit. The split unit sections can be placed one next to each other, or one above the other (air treatment section above the compressor and electrical switchboard). In both cases, the upper unit must be at a height of at least 50–60 cm from the floor.

This unit is available with the SmartDG upgrade – Realtime Humidity Control & Data.

For information about the DG-12 heating & cooling split unit installation options please contact us with the form below

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