FAQ

The air duct of the cooling tower has four major functions: one is the maintenance structure of the fan; The second is the guarantee structure of air volume and air pressure; Third, ensure that hot and humid air is sent into the atmosphere, reduce backflow and improve the efficiency of the cynical tower workbench; The last function is to isolate the noise propagation path and damp the noise reduction function of consuming sound energy.

As a professional cooling tower manufacturer, what are the structural characteristics of our professional high-quality cooling tower? Next, our professionals will give you a brief explanation. I believe it will be helpful for you to understand the products.   

The cooling tower packing shall be replaced regularly to ensure the normal working efficiency of the cooling tower. There has been aging for a long time, and some packing has fallen off, resulting in the decline of the heat exchange capacity of the cooling tower, affecting the operation efficiency of the refrigeration unit and consuming a lot of energy.

The crushed cooling tower packing enters the condenser copper pipe of the unit with the operation of the cooling water pump, and the cooling water treatment agent is added, which has the function of stripping rust. In case of uneven water distribution during the operation of the cooling tower, try to eliminate the causes in time, which are generally caused by the blockage of the water distribution pipe and the falling off of the nozzle. The dirt accumulated in the cooling pool and cooling tower packing shall be removed in time. Generally, it shall be cleaned every time it is out of service. When algae growth is found in the circulating water, impact chlorination shall be carried out to ensure that the residual chlorine in the water is 4mg / L or bleach for a short time. The turbidity and quantity of inlet and outlet water of FRP cooling tower shall be included in the operation record of cooling tower to accumulate maintenance and management data and serve as the technical basis for maintenance and improvement of cooling effect.


The selection of outdoor conversion temperature point of cooling tower cooling mode is directly related to the cooling hours of the system. It is assumed that the required water supply humidity at the end of the air conditioner is 12.7 ℃ through calculation. Considering the cooling range of the cooling tower, the heat loss of the pipeline and the heat exchanger to increase the water temperature by 4.5 ℃, the cooling tower cooling mode can be switched when the outdoor wet bulb temperature is equal to or lower than 8.2 ℃. After the cooling tower in the system is selected according to the cooling load in summer and the outdoor calculated wet bulb temperature in summer, its cooling capacity under the cooling tower cooling mode shall also be checked. Plate heat exchanger shall be selected as heat exchanger in indirect cooling system. Compared with the traditional shell and tube heat exchanger, the plate heat exchanger has high efficiency. Considering the specific outdoor wet bulb temperature and building load, the cooling amplitude of the cooling tower (the difference between the outlet temperature of the cooling tower and the outdoor wet bulb temperature) decreases with the increase of the size of the cooling filler. Therefore, for multiple sets of cooling tower systems, the method of series cooling tower can be used to increase the cooling effect and improve the outdoor conversion temperature of cooling tower cooling mode, so as to increase the cooling hours. In terms of circulating water equipment management, cooling tower fans account for a large proportion in terms of equipment quantity, maintenance workload and power consumption. The drenching packing of the cross flow cooling tower shall have a contraction inclination to the vertical central axis of the tower from the top to the bottom. The shrinkage angle of drip type water spraying filler should be 9 ° ~ 11 °; The contraction angle of the film type water spraying packing should be 5 ° ~ 6 °, and the cross flow cooling tower should be provided with measures to prevent short-circuit flow of air from the bottom of the packing to the water surface. After the cooling tower packing in the system is selected according to the cooling load in summer and the outdoor calculated wet bulb temperature in summer, its cooling capacity under the cooling tower cooling mode shall also be checked. The chilled water pump in the cooling water loop shall be provided with bypass. When the cooling tower is in the cooling mode, the chilled water pump is closed and the cooling water passes through the chilled water pump. At this time, the circulating water power is provided by the cooling water pump. Therefore, the conversion of special pumps for cooling should be considered in the system design.