Our Mini Intelligent Dehumidifying Devices adopt the semi-conducting cooling dehumidification method. The fans of dehumidification device absorb the moist air into dehumidification air tube from confined space. When the moist air contacts the cooling parts, the moisture in the air will turn into condensation water.
Condensation water under the effect of gravity drip into the water tank and drain off from aqueduct. The recycling of the dehumidification process drains the water of cabinet in the form of condensation water, so as to dehumidify and prevent condensation. The dehumidifying way of semiconductor refrigeration can reduce the amount of water in the air. It can also reduce both air humidity and relative humidity in the confined space.
This models overcomes the disadvantages that traditional heating dehumidification cannot truly reduce air humidity and cause the temperature in cabinet rise.
|Part No.||Model No.
||Working power supply||Electric power||Humidity detection range||Humidity measurement accuracy||Dehumidification start value||Dehumidification stop value||Dehumidifying capacity||Storage temperature||Operating temperature||Outline dimension L X W X H (mm)||Net weight||Aqueduct specification|
|47390||PN-D2412D||DC - 12V||24 W||1% RH ~ 99% RH||+/- 3% RH||55% RH||35% RH||250 ml/24h (35°C RH = 85%)||-30°C ~ 70°C||-10°C ~ 55°C||125 (104) X 64 X 66||320 g||Heat-resistant siicone pipe L= 1m|
|47503||PN-D3024D||DC - 24V||30 W||1% RH ~ 99% RH||+/- 3% RH||55% RH||35% RH||250 ml/24h (35°C RH = 85%)||-30°C ~ 70°C||-10°C ~ 55°C||125 (104) X 64 X 66||320 g||Heat-resistant siicone pipe L= 1m|