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2 INTRODUCTIONS OF DEVICE
2.1 Standards
The design meets IEC protection class IP 45 requirements.
2.2 Structure
2.2.1 Housing and body
Adopts steel frame structure, compact, strong, robust, and the defrosting technology effectively
preventing the "frozen" issue;
Easy to open / access panel for replacing filter
Water tray equipped ensures that all condensate water drain out, preventing water stagnation.
2.2.2 Inlet / Outlet Air Panel
Removable filter is equipped in each air inlet;
Centrifugal fan with steel volute and blades, high efficiency and low noise.
2.2.3 Refrigeration system
The design of the dehumidifier uses energy-saving heat exchanger. It can effectively regulate the
fluid flow volume, maximizing freezing capacity, and ensuring compressor operate well.
Meanwhile, dried filter was introduced in this system to prevents clogging/impurities in
expansion valve or capillary
Patented defrosting structure, it brings stable operation of refrigeration system
Hydrophilic membrane fin (heat exchanger), heat transfer efficiency increases by 20%. Good
insulation material also increases insulating effect by 15%
2.2.4 Compressor
Compressor is the core part of this dehumidifier. It directly affects dehumidifier performance. It
is the heart of this dehumidifier, provides powers for whole system. Our dehumidifier is built
with reliable and high efficiency compressors.
2.2.5 Throttling device system
Throttling device system is one of four vital items in the refrigeration systems. It will reduce the
liquid refrigerant (coming from condenser) high pressure, make the refrigerant absorb heat
under low pressure (low temp) while vaporization happen. It’s ensuring high pressure in
condenser and low pressure in evaporator. As a result, the loss of cooling capacity is reduced
thus ensuring higher efficiency. It also prevents over-heating on the compressor.
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