Ⅰ Application range of closed cooling system:
1.1. Induction heating and metal smelting equipment, such as: high and medium frequency quenching equipment, medium frequency power supply and cooling of electric furnace, induction diathermy furnace, holding furnace, etc.
1.2. Cooling of circulating water in various reactors and condensers in the chemical industry.
1.3. Cooling of large motors, diesel engines, rectification equipment, electric welding equipment, hydraulic stations and continuous casting equipment.
1.4. Cooling of large molds such as metal die-casting molds and injection molds.
1.5. Cooling of industrial solutions, such as quenching liquid, electroplating liquid, etc.
Ⅱ Advantages of closed cooling system:
2.1. The cooling medium is fully closed cycle, which can prevent sundries from entering the cooling pipeline system and the evaporation loss of the cooling medium.
2.2. Soft water is used as the cooling medium, no fouling, no blockage of pipelines, and less failures.
2.3. It adopts dual cooling methods of air cooling and spray water evaporation and heat absorption, with high cooling efficiency.
2.4. The device is small in size, takes up little space, is easy to move and place, and does not need to build a pool.
2.5. Adopting automatic intelligent control, the cooling mode can be changed automatically according to the requirements of working conditions, and the operation is simple and reliable.
2.6. It is widely used, and can directly cool quenching liquid, oil, alcohol and other media that have no corrosive effect on the heat exchanger. The media has no loss and stable composition.
Ⅲ Features of closed cooling system:
3.1. Real materials. All spare parts, especially the main materials and equipment, are strictly selected and manufactured with precision to ensure the best quality. The continuous and effective quality management system ensures that customers can get professional quality products and services in the whole process from raw material procurement to installation and commissioning.
3.2. Strong cooling capacity.
3.2.1 The design meteorological conditions shall be designed according to the requirements of the national standard for open cooling towers, and the necessary margin shall be considered in the process of design and equipment selection. High standards and strict requirements naturally create superior heat dissipation capabilities and adapt to more stringent meteorological environments and working conditions.
3.2.2 Adopting industry-leading design methods and optimized heat transfer models, high-efficiency, low-resistance heat exchangers and excellent circulating spray systems, the heat transfer efficiency has been greatly improved, and the floor space has been reduced. Weight reduction.
March 02, 2023
