Cross flow closed cooling tower
Cross flow closed cooling tower
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  • Cross flow closed cooling tower
  • Cross flow closed cooling tower

Cross flow closed cooling tower

The cross flow closed cooling tower adopts steel plates as the main structure, with an additional steel structure frame inside. This product has a dual fan structure, and the dual fans are driven by the same motor through a belt reducer.
  • Commodity name: Cross flow closed cooling tower

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  • Detailed description
  • Product Description    
    Product type: Cross flow closed cooling tower
    Cooling medium: water, oil, or other liquids
    Material of condenser: copper tube condenser, stainless steel tube condenser
    Shell material: 304 stainless steel sheet, 720g super galvanized sheet imported from South Korea, and magnesium aluminum zinc plated sheet.
    The cross flow closed cooling tower adopts steel plates as the main structure, with an additional steel structure frame inside. This product has a dual fan structure, and the dual fans are driven by the same motor through a belt reducer. The main difference between this product and the cross flow fiberglass cooling tower is that the coil and packing are completely different, and the circulating water operates in a fully enclosed manner.


    Working Principle 
    Internal circulating water system: The circulating water enters the heat exchanger (also known as the closed cooling tower coil) through heat exchange and temperature rise. The waste heat contacts the falling spray water through the outer wall of the coil for heat and mass exchange, and alternates with the dry cold air entering the side (single or double side) to form saturated humid hot air. The cooled circulating water is sent to the heat source by the system circulating water pump.
    External circulating water system: The spray water is sent from the lower water tank to the upper water distribution pipeline by the spray water pump. After the water is sprayed out, it comes into contact with the heat exchanger pipe, and some of the water evaporates and carries out heat. The heat is discharged by the top fan, while the water is blocked back by a special structure dehydrator and sprayed into the collection tank for recycling.


    Product Features
    Low noise: PVC filling improves work efficiency while reducing water droplet noise. The fan adopts low speed wide leaf aviation wing blades to reduce noise levels.
    Not prone to scaling: The temperature of the spray water can be controlled below the temperature that is prone to scaling, smoothly flowing through the surface of the heat exchange tube, forming a moist and completely covered surface of the tube, effectively preventing scaling.
    Easy maintenance: Most components are exposed and accessible. It can be inspected and cleaned internally without stopping the machine. There is a maintenance passage in the internal space, and there is a maintenance guardrail and maintenance ladder at the top, making it convenient for maintenance personnel to enter and exit for inspection and repair.
    Often used in projects with large temperature differences (t>15 ℃).

     

    Application Industry
    Forging, casting, heat treatment, hydraulic station, air compressor and other industries.

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