STRUCTURE OF STANDING-TPYE POWER SAVING THERMOHYGROSTAT

摘要

The present invention relates to an indoor standing energy-saving thermo-hygrostat, and forms an air inlet through which the indoor air can be introduced into the housing on one side of the housing, and allows the air introduced into the housing to pass through the air inlet. In the indoor standing constant temperature and humidity chamber to install the evaporator adjacent to the discharged air back to the room by the blower, between the compressor and the evaporator, the heat dissipation capacitor, the reheat capacitor and the hot gas input pipe in parallel, each Solenoid valves are provided in the refrigerant input tube and the hot gas input tube of the condenser to selectively open and close the control unit.The heat dissipation capacitor is installed outdoors and a separate cooling device is attached. Open the solenoid valve of the input pipe to form the refrigerant circulation cycle through the heat dissipation capacitor, The reheat condenser is installed side by side inside the housing with a predetermined space between the evaporator and the air passing through the air inlet passes through the reheat condenser after passing through the evaporator. Refrigerant circulation cycle through the reheat condenser is formed, and during heating operation, the solenoid valve of the reheat condenser input pipe and the solenoid valve of the hot gas input pipe are simultaneously opened to directly supply the liquid refrigerant condensed in the reheat condenser and the compressor. It is characterized in that the high temperature and high pressure gas refrigerant is configured to be introduced into the evaporator at the same time.