In the quality ACV TYPE AIR COOLED COOLED CONDENSER, the heat released by the refrigerant is taken away by the air, and the air can be either natural convection or forced to flow by a fan. This type of condenser is used for Freon refrigeration units where water is inconvenient or difficult. , so the water consumption of this type of condenser is very small. For areas with dry air, low water quality, low water temperature and insufficient water, it is the preferred type of condenser. This type of condenser can be divided into two types: evaporation type and shower type according to their different structures.
The quality ACV TYPE AIR COOLED COOLED CONDENSER is a heat exchanger that uses air to cool hot fluid. The hot fluid in the tube exchanges heat with the air outside the tube through the tube wall and fins, and the air used is usually supplied by a fan. It can be used for cooling or condensation, but the power consumption, noise and floor space are large, and the cooling effect is greatly affected by climate change.
The type and material of the tube bundle have a great influence on the performance of the air cooler. Due to the small heat transfer coefficient on the air side, fins are often added to the tube to increase the heat transfer area and fluid turbulence and reduce thermal resistance. Quality ACV TYPE AIR COOLED COOLED CONDENSER mostly use radial fins. In the air cooler, a light tube with an outer diameter of 25mm is usually used, a low fin tube with a fin height of 12.5mm, and a high fin tube with a fin height of 16mm. The fins are generally made of materials with high thermal conductivity (usually aluminum), which are wound or embedded on the light pipe.
In order to enhance the heat transfer effect of the quality ACV TYPE AIR COOLED COOLED CONDENSER, water can be sprayed in the inlet air to humidify. This not only reduces the air temperature, but also increases the heat transfer coefficient. The use of air coolers can save a lot of industrial water, reduce environmental pollution and save infrastructure costs. In water-deficient areas, replacing water-cooling with air-cooling can alleviate the contradiction of water shortage.