DryGair - De-humidifiers

DryGair Energies has designed and developed a dehumidification solution which controls humidity while improving energy efficiency and creating uniformity, and homogeneous conditions in the greenhouse. The DryGair dehumidifiers’ concept is patent protected. DryGair’s different types of units are the means to implement this innovative concept in the greenhouse.
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Additional Information

Name DryGair - De-humidifiers
Brand DryGair Energies
SKU DRYGAIRDG
Weight (lbs) 1740
Dimensions 3'- 1/2" x 7'-7 1/4" x 7'-3 1/2" + ~1'-7 3/4" (air distribution module)
CFM 12950 CFM
Call To Order Yes
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Details

Models Available: contact us for a quote so we can customize the units to your greenhouse size.

  • Standard Unit - DG12, Combined Heating and Cooling, Single, and Split units available
  • Small Unit - DG6, Combined Heating and Cooling, Single, and Split units available
  • Small One Phase Unit - DG5,
  • Compact One Phase Unit - DG3,
  • Warm Climate Unit - DG13

Features

  • Reduces humidity – DG12, the standard unit removes 12 G/h (45 L/h) of water from the air (@ 64°F(18°C)/80%RH). In order to remove more than a 1 gallon (more than 4 liters) of water, the unit invests only 1 kWh of energy!
  • Prevents humidity diseases (such as botrytis).
  • Achieves optimal homogenous climate conditions.
  • Improves yield – quality and quantity (more than 30% of yield!)
  • Saves energy – more than 50% of energy can be saved (depending on the growing facility).
  • Reduces the need for fungicides and pesticides.
  • Promotes a greener environment.

DG12

The standard unit covers up to 40,000 ft² (4,000 m²) greenhouse (depending on the crop).

dehumidifier in greenhouse

Technical information

  • Electricity consumption: 10 kWh
  • Air Flow: ~13,000 CFM (~22,000 m³/h)
  • Area coverage: Up to 40,000 ft²
  • The unit condenses 45 L/h (12 G/h) of water on average, ~600 L/night (~158 G/night) at 80% RH and 18°C (64°F)
  • The unit can be positioned on the ground – along with the aisles, as part of the rows, on the side of the greenhouse; or it can be hung.
  • Optimal temperature range: 10°C – 25°C (50°F-80°F).
  • Dimensions: Width 7'-7 ¼'' (2,320 mm), Depth 3'-0 ½'' (930 mm), Height 7'-3 ½" (2,220 mm) + ~1'-7 ¾" (~500 mm) Air distribution module
  • Electricity requirements 3 phase. 32A, 480V, 60Hz or 50A, 208V, 60Hz
  • Type of refrigerant: R507

DG6

The small unit covers up to 21,000 ft² (2,000 m²) greenhouse (depending on the crop).

Technical information

  • Electricity consumption: 6 kWh
  • Air Flow: ~7,000 CFM (~12,000 m³/h)
  • Area coverage: Up to 21,000 ft²
  • The unit condenses 6 G/h (24 L/h) of water on average, ~80 G/night (~300 L/night) at 80% RH and 18°C (64°F)
  • The unit can be positioned on the ground – along with the aisles, as part of the rows, on the side of the greenhouse; or it can be hung.
  • Optimal temperature range: 10°C – 25°C (50°F-80°F).
  • Dimensions: Width 7'-6 ½ '' (2,300 mm), Depth 3'-0 1/4'' (920 mm), Height* 6'-2 ¾'' (1,900 mm) + 1'-7 ¾'' (~500 mm) Air distribution module
  • Electricity requirements 3 phase. 3Ph, 24Amp, 480V, 60Hz
  • Type of refrigerant: R507

DG5

The small one phase unit covers up to 17,000 ft² greenhouse (depending on the crop).

dehumidifier in greenhouse

Technical information

  • Electricity consumption: 4.3 kWh
  • Air Flow: ~6,200 CFM (~10,535 m³/h)
  • Area coverage: Up to 17,000 ft²
  • The unit condenses 4.75 G/h (18 L/h) of water on average, ~80 G/night (~300 L/night) at 80% RH and 18°C (64°F)
  • The unit can be positioned on the ground – along with the aisles, as part of the rows, on the side of the greenhouse; or it can be hung.
  • Optimal temperature range: 10°C – 25°C (50°F-80°F).
  • Dimensions: Width 6'-9 1/2'' (2,070 mm), Depth 3'-0 1/4'' (920 mm), Height* 6'-2 ¾'' (1,900 mm) + 1'-7 ¾'' (~500 mm) Air distribution module
  • Electricity requirements 1Ph, 30Amp, 60Hz, 230V
  • Type of refrigerant: R410A

DG3

The compact unit covers up to 10,000 ft² greenhouse (depending on the crop).

Technical information

  • Electricity consumption: 2.8 kWh
  • Air Flow: ~4,200 CFM (~7,135 m³/h)
  • Area coverage: Up to 10,000 ft²
  • The unit condenses 3 G/h (11.5 L/h) of water on average, at 80% RH and 18°C (64°F)
  • The unit can be positioned on the ground – along with the aisles, as part of the rows, on the side of the greenhouse; or it can be hung.
  • Optimal temperature range: 10°C – 25°C (50°F-80°F).
  • Dimensions: Width 4'-6'' (1,370 mm), Depth 3'-0 1/4'' (920 mm), Height* 5' - 10 ¾'' (1,800 mm) + 1'-7 3/4'' (~500 mm) Air distribution module
  • Electricity requirements 1Ph, 20Amp, 60Hz, 230V
  • Type of refrigerant: R410A

DG13

The warm climate unit covers up to 40,000 ft² greenhouse (depending on the crop).

Technical information

  • Electricity consumption: 12 kWh
  • Air Flow: ~14,125 CFM (~24,000 m³/h)
  • Area coverage: Up to 40,000 ft²
  • The unit condenses 13 G/h (48 L/h) of water on average, at 80% RH and 18°C (64°F)
  • The unit can be positioned on the ground – along with the aisles, as part of the rows, on the side of the greenhouse; or it can be hung.
  • Optimal temperature range: 10°C – 25°C (50°F-80°F).
  • Dimensions: Width 7'-8 1/2'' (2,350 mm), Depth 3'-2 1/4'' (970 mm), Height* 7'-11" (2,410 mm) + ~1'-7 ¾" (~500 mm) Air distribution module
  • Electricity requirements 3Ph, 40Amp, 480V, 60Hz
  • Type of refrigerant: R134A

(*) Exact height can be specifically adjusted to the greenhouse