Fastener end heating equipment

A closed-loop water cooling system can also be referred to as a closed cooling tower, closed-loop cooling system, or industrial cooling system. Closed cooling towers use the principle of absorbing heat during water evaporation to cool the cooled liquid. The spray water is stored in a collection basin at the bottom of the cooling tower, and the working fluid is enclosed in a closed cooling coil of the cooling tower. The spray water is evenly sprayed onto the PVC pre cooling filler by the spray pump through the water distribution system and nozzle. The water in the PVC heat exchange layer is cooled by the air passing through it, and the temperature decreases. It falls on the surface of the cooling coil, and a small part of the water evaporates, absorbing heat; Another part of the water enters the bottom collection tray and is then distributed to the surface of the cooling coil by the sprinkler system. PVC pre cools the surface of fillers and cooling coils to achieve circulating cooling and reduce the temperature of the working fluid flowing through the cooling coils.

In recent years, closed-loop water-cooled towers have been widely used in metallurgy, aviation, power, chemical, mechanical, petroleum, food, plastics, rubber and other industries. As an indispensable equipment in the induction heating industry, it mainly cools the cooling water of the induction heating power supply and the quenching liquid in the induction quenching system.

 

Closed loop water-cooled tower is a type of closed cooling device used in modern manufacturing industry. This type of equipment that requires water cooling is very common. The traditional water cooling method consumes a large amount of water, has high equipment maintenance and operation costs, and does not comply with environmental protection and energy-saving strategies. So a closed-loop water cooling system was created. The working fluid of the cooling tower circulates in a closed manner, with copper pipes, aluminum fins, and other materials used as heat conductors for heat exchange through air. The significant features of using a closed cooling tower are no scaling, no scaling (stable circulating water quality), high heat transfer efficiency, and low operating costs.

 

Due to the fully closed circulation cooling of the circulating cooling medium in the closed cooling tower, no impurities enter the cooling pipeline system, causing pipeline blockage and ensuring the purity of the medium;

Circulating water requires soft water circulation cooling, which will not produce scale at high temperatures and will not form scale in the cooled host system, thus improving the service life of the machine body.

Small footprint, can be moved as needed, does not require digging a pool, saves water, and reduces energy consumption;

Adopting a dual cooling method of air cooling, water evaporation, and heat absorption, with high cooling efficiency;

Due to the closed cycle, the medium is not affected by the environment and will not pollute the environment. It can directly cool media such as water, oil, alcohol, quenching fluid, salt water, chemical liquids, etc. without losing the medium, and its composition is stable;

Efficient water collector, with a drift rate control of ≤ 001% during operation;

High air duct design ensures that the equipment airflow meets the cooling requirements;

The box adopts closed circulation to prevent sundries from entering the tower and causing spray blockage;

The dual loop cycle can be designed according to the requirements of the user's equipment, so that even if one loop fails, the other loop can still operate normally;

The design of this device is beautiful and elegant, equipped with automatic digital display, and easy to operate and maintain.