Rack-mounted environment humidity control device
A technology of environmental humidity and control devices, applied in the direction of humidity control, control/regulation system, non-electric variable control, etc., can solve the problems of occupying too much cabinet rack space, high price, equipment damage, etc., to save space and save cost effect
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Embodiment 1
[0030] Idle mode: When the humidity inside the cabinet is in the normal range, the relative humidity is generally between 35% and 75%, and the humidity control device is in an idle state. At this time, the air circulation fan 4, the dehumidification unit, and the humidification unit stop running.
Embodiment 2
[0032] Humidification mode: when the humidity inside the cabinet is lower than the normal range, the relative humidity is usually lower than 35%, the humidification unit is running, the control unit first starts the humidification feed water pump 16, then the humidification water supply pipe 15 and the humidification water supply pipe 14 feed the humidification water tray structure. A small amount of liquid water is injected into 17, so that the porous humidifying membrane 3 is soaked with water, and the control unit starts the airflow circulation fan 4 to run continuously. The humidity inside the cabinet increases. When the humidity reaches the normal range, the humidification is stopped and the idle mode is entered. The humidification feed water pump 16 operates intermittently, but when the water level in the humidification water tray structure 17 exceeds the warning water level, the humidification water tray water level sensor will 12 is detected, at this time, the central c...
Embodiment 3
[0034] Dehumidification mode: When the internal humidity of the cabinet is higher than the normal range, the relative humidity is usually higher than 75%, the dehumidification unit operates, the control unit first applies DC power to the semiconductor refrigeration sheet 7, and simultaneously starts the air circulation fan 4, and the air flow is driven by the air circulation channel 1. The air inlet 10 enters. At this time, due to the Peltier effect, the condensing surface cooler 8 is cooled and the radiating surface cooler 5 is heated up, and the high-humidity airflow flows through the condensing surface cooler 8. When the temperature is high, the water vapor will condense on the condensing surface cooler 8, form water droplets and fall into the condensed water tank 9. The condensed water collected by the condensed water tank 9 is discharged from the condensate water outlet 11 through the pipeline, and the condensed water is diverted. The plate gap flows into the condensed wat...
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