Technical

Air coolers can be classified in a variety of ways, including:

1. According to the arrangement of the pipe bundle: it is divided into horizontal type, vertical type, inclined top type, etc.

2. According to the ventilation mode: it is divided into blast type, induced air type and natural ventilation type.

3. According to the cooling method: it is divided into dry type, wet type and dry and wet combination type.

4. According to the process flow: it is divided into full dry air cooling, front dry air cooling and then water cooling, front dry air cooling and then wet air cooling, and dry and wet combined air cooling.

5. According to the installation method: it is divided into ground type, elevated type, and tower top type (on the top of the tower and the tower are integrated).

Here are three of them:

1. Air-cooled heat exchanger: the use of the environment of low-temperature level air and high-temperature level medium for heat transfer, to reduce the medium temperature or make the gas medium condensation. The control is mainly composed of finned tubes, which can be divided into transverse and longitudinal categories.

2. Plate Air Cooler: combined with the plate heat exchanger, air-cooled heat exchanger heat transfer principle, its structure and function also summed up the advantages of these two equipment efficient and energy-saving. Lt Plate structure is used in common heat exchange plate bundles. It belongs to a kind of wet air-cooling, spray water evaporation and air humidification so that the outer film heat transfer coefficient greatly improved, about 2 times as dry air-cooling.

3. Compound evaporative air cooler: this air cooler will spray water and cold air combined by reducing air temperature to achieve condensation effect.

The above information is for reference only, you can consult the sales or production staff of the air cooler for more accurate and comprehensive information. In addition to the above-mentioned classifications, air coolers can also be classified as follows:

4. According to the type of cooling medium: divided into gas cooler, liquid cooler, oil cooler and so on.

5. According to usage: divided into refrigeration air cooler, industrial air cooler, Power Plant Air Cooler, Marine Air Cooler, etc. .

6. According to the manufacturing materials: divided into steel air cooler, copper air cooler, aluminum alloy air cooler.

Next, I will introduce you to some specific application scenarios of air coolers:

1. Refrigeration air cooler: mainly used in the refrigeration system, the refrigerant cooling or condensation, in order to achieve refrigeration effect. The refrigeration air cooler has the advantages of high efficiency, reliability and low energy consumption.

2. Industrial Air Cooler: widely used in petroleum, chemical, electric power and other fields, for cooling process media or for the process to provide cold source. Industrial air coolers need to adapt to a variety of complex process conditions and environmental conditions.

3. Power Plant Air Coolers: cooling systems used in fossil-fuel power station or nuclear power plants to remove heat generated during power generation to ensure safe and stable operation of power plants. Power Plant Air Cooler needs to have high reliability, high temperature and high pressure resistance and other characteristics.

4. Marine Air Cooler: used in the ship's cooling system, for the ship's engine, transformer and other equipment to provide cooling. The Marine Air Cooler needs to adapt to the severe conditions such as the rocking and vibration during the ship operation. In addition, different types of air coolers have different characteristics and range of use, so it is necessary to choose the appropriate type of air coolers according to specific needs in practical applications. At the same time, for different types of air cooler, its maintenance and maintenance methods are different, need regular inspection and cleaning to ensure its normal operation and service life.