1. It adopts counter-flow structure, the heat exchange tube adopts a serpentine structure, the number of heat exchange tubes is large, the heat exchange and gas circulation area is large, the gas resistance is small, and the heat exchange efficiency is high; the internal space of the cooler is effectively used, and the structure is compact. Small footprint. It can still operate normally in winter when the temperature is low.

2. The heat exchange tube is galvanized carbon steel, which has strong corrosion resistance and long service life of the equipment.

3. The water distributor is equipped with high-efficiency nozzles, which has good water distribution and anti-blocking performance.

4. The upper part of the sump is filled with filler, which increases the water contact area, further reduces the water temperature and reduces the noise of falling water.

5. The use of a new type of high-efficiency axial flow fan has low noise, high efficiency and good energy-saving effect.

6. The high-efficiency water collector is adopted to reduce the mist loss of water and the water-saving effect is good.

7. The water level in the pool is automatically adjusted by the float valve.

8. The split structure is adopted, which is convenient for installation and low installation cost.

Good energy saving effect

The cooler has low operating cost, and the cooling temperature changes with the wet bulb temperature. Compared with the shower type or double-pipe type cooler, the heat exchange effect is significantly improved (the temperature difference between inlet and outlet reaches 60℃); due to the large number of heat exchange tubes, The heat exchange and gas flow area is large, and the gas resistance is small (≤10kPa), which can significantly reduce the power consumption of the power equipment; the circulating water pump is installed on the cooler body, the pipeline flow is short, and the special anti-clogging nozzle is used, which has a good water distribution effect. The resistance is small, the power of the water pump is small, and the power consumption is low; the cooler is a counter-current structure with high heat exchange efficiency, and the required fan power is low and power consumption is low. Compared with the shower type or double-pipe type cooler and the independent circulating cooling tower, the operating cost can be reduced by about 40-50%.

Editor: Christina