Which is the larger outer diameter of the inlet and outlet of the circulating water tower

2020-03-09 20:51
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When discussing the issue of which is the larger outer diameter of the inlet and outlet of the circulating water tower, we first need to understand the basic working principle and structural design of the circulating water tower. Circulating water towers are mainly used for water circulation in cooling systems, achieving cooling effects on equipment or systems through the circulation flow at the inlet and outlet. Therefore, the design of its inlet and outlet is crucial for the efficiency and stability of the entire cooling system.

Normally, the inlet outer diameter of a cooling tower will be greater than the outlet outer diameter. This is because the import needs to receive a large amount of hot water from the cooling system and introduce it into the water tower for cooling. To ensure sufficient flow and velocity, the inlet needs to be designed large enough to reduce water flow resistance and improve cooling efficiency.

In contrast, the main function of the outlet is to transport the cooled water back to the cooling system, and its flow rate and flow rate requirements are relatively low. Therefore, the outer diameter of the outlet is usually smaller than that of the inlet. This design not only reduces the volume and manufacturing cost of the water tower, but also ensures stable circulation of cooling water within the system.

Of course, the actual design of circulating water towers may vary due to factors such as application scenarios, system requirements, and manufacturing costs. Some specially designed circulating water towers may adopt a structure with the same inlet and outlet outer diameters, or adjust the size ratio of the inlet and outlet according to actual needs.

In general, the inlet outer diameter of the circulating water tower is greater than the outlet outer diameter to meet the flow and velocity requirements of the cooling system, ensuring stable and efficient cooling effect. However, the specific design still needs to be determined based on the actual application situation and system requirements.
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