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What are the cooling methods for high and low temperature damp heat aging test chambers

1》Air-cooled: Small chambers usually adopt air-cooled standard specifications. This configuration is very convenient in terms of mobility and space-saving, because the air-cooled condenser is built into the chamber. However, on the other hand, heat is dissipated to In the room where the chamber is located. Therefore, the air conditioner in the room must be able to handle the additional heat load generated by the chamber;

2》Water cooling: Pay attention to the surrounding dirt. Since the condenser is located near the floor, it can easily pick up dirt. Therefore, regular cleaning of the condenser is necessary. If the chamber is located in a dirty environment, water cooling may be a good solution. In the water cooling system, the condenser is usually placed outdoors. However, the water cooling system is more installed. Complex and expensive. This type of system requires refrigeration piping, water tower installation, electrical wiring, and water supply engineering; “water cooling may be a good solution if the chamber is located in a dirty environment”.

The high and low temperature damp heat aging test box is composed of two parts: temperature adjustment (heating, cooling) and humidification. Through the rotating fan installed on the top of the box, the air is discharged into the box to realize gas circulation and balance the temperature and humidity in the box. The data collected by the temperature and humidity sensors built in the box are transmitted to the temperature and humidity controller (micro Information processor) performs editing processing, and issues temperature and humidity adjustment instructions, which are jointly completed by the air heating unit, the condenser tube, and the heating and evaporating unit in the water tank.