The chassis cooler is powered by standard industrial compressed air! 

The compressed air flows through the vortex tube and becomes two streams of cold and hot air. The hot air flow is discharged at a slightly higher pressure through the vortex tube exhaust device, and the cold air flow is directed into the heating parts of the chassis through a diverter, while outside air will not enter the chassis. And the era uses axial flow fans! Also, does the GA37 small machine have a fan? If there is no fan, check to see if the case door is closed tightly when the unit is running, because some small machines rely on the whirlwind of the pulley to blow the case cooler. If If the door is not closed tightly, there will be no cooling effect. Finally, check whether the chassis cooler is blocked and whether it can have a cooling effect. You can use your hands to feel the oil inlet and outlet pipes of the chassis cooler. If the temperature difference is not large, it means the cooler is blocked.
     The chassis cooler uses standard industrial compressed air as its power source and can instantly reduce the temperature of the compressed air by 30°C-35°C, thereby magically cooling the heating components or inside the chassis without using any cooling media. The chassis cooler is the best choice for cooling inside the electrical control cabinet. It has been popularly used in developed countries in Europe and the United States for more than 30 years. It has obvious advantages: ultra-low temperature air flow cooling, and the cooling effect is obvious. Instantly generates a temperature drop of -28°C, and can use the cold air distribution pipe to carry out special local cooling of particularly high-temperature and large-heat key electronic components in the sealed electrical control cabinet. The effect is extremely obvious. At the same time, an electronic constant temperature can also be installed. The device realizes constant temperature regulation inside the electric control cabinet and saves compressed air.
    The quality of the case cooler is quite good. It uses a low-cost, reliable vortex tube cooler as its core component, which can reduce the compressed air temperature by 45 degrees. The cold air flow is directed into the heating parts of the screen cabinet through a diverter and at the same time, a positive pressure is formed in the cabinet to prevent outside air from entering, effectively cooling and purifying the screen cabinet.