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Dehumidifier DC-31 T10, T16

Dehumidifier DC-31 T10, T16

Dehumidifier DC-31 T10, T16

Product catalog summary
Specifications:
  • Models: DC-31 T10 and DC-31 T16
  • Washable rotor with no desiccant carry-over
  • Stainless steel chassis
  • Self-regulating heater
  • Easy maintenance and long lifetime
  • Dehumidifying capacity at 20°C / 60%RH: 1.4 - 2.1 kg/h
  • Dry air flow: 300 - 490 m³/h
Technical Data:
  • Nominal capacity: 1.4 kg/h for DC-31 T10, 2.1 kg/h for DC-31 T16
  • Dry air flow: 300 m³/h for DC-31 T10, 490 m³/h for DC-31 T16
  • Wet air flow: 120 m³/h for both models
  • Heater current: 8 A for DC-31 T10, 13 A for DC-31 T16
  • Maximum electric consumption: 2.1 kW for DC-31 T10, 3 kW for DC-31 T16
  • Supply fuse: 230V / 50Hz, 10 A for DC-31 T10, 16 A for DC-31 T16
  • Weight: 30 kg for DC-31 T10, 32 kg for DC-31 T16
Design Features:
  • High number of channels in the rotor for efficient moisture adsorption
  • PTC heater design allows power regulation by controlling wet air flow
Operational Notes:
  • Dehumidifying capacity can be adjusted using a correction factor based on inlet conditions
  • Temperature of dry air is calculated using the formula: tout = tin + (K x 9) + 5
Contact Information:

Seibu Giken DST AB, Avestagatan 33, SE-163 53 Spånga, Sweden. Tel: +46 8 445 77 20, Fax: +46 8 445 77 39, Website: www.dst-sg.com, Email: [email protected]

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Catalog excerpts

Dehumidifier DC-31 T10, T16-1

Dehumidifier Consorb 300 - 490 m³/h Washable rotor No desiccant carry-over Stainless steel chassis Self-regulating heater Easy to maintain Long lifetime Section of a dehumidifier rotor from Seibu Giken. The high number of channels means that moisture is adsorbed with extra efficiency!

 Open the catalog to page 1
Dehumidifier DC-31 T10, T16-2

Maximum electric consumption (kW) Rotor motor CORRECTION DIAGRAM TECHNICAL DATA Dehumidifier model Valid for inlet conditions 20°C/ 60%RH. For other inlet conditions, the capacity can be calculated by using the correction factor from the diagram shown below Volume flow for density 1.20 kg/m³. Free blowing The design of the PTC heater enables the power to be regulated by controlling the wet air flow. The temperature of the dry air at nominal air flows is calculated by: tout = tin + ( K x 9 ) + 5 The dehumidifying capacity is estimated as the nominal capacity from above, multiplied by factor K...

 Open the catalog to page 2
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.