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0102030405
Pool Evaporator Condenser for Constant Temperature and Humidity Control
Product DisplaySENJUN
PRODUCT DESCRIPTIONSENJUN
In the pool constant temperature and humidity unit, the evaporator and condenser cooperate with each other to regulate the temperature and humidity of the air. The evaporator reduces the air temperature and humidity through refrigeration and dehumidification, while the condenser dissipates the heat absorbed by the refrigerant to maintain the circulation of the refrigerant. The refrigerant evaporates and absorbs heat in the evaporator and turns into low-temperature and low-pressure steam. It is sucked in by the compressor and compressed into high-temperature and high-pressure steam. Then it enters the condenser to be cooled and condensed into a liquid. It is then decompressed by the throttling device and then enters the evaporator. , and so on, realizing the transfer of heat from the pool environment to the outside world, and precise control of the temperature and humidity of the pool environment. The evaporator and condenser in the pool constant temperature and humidity unit have a wide range of application scenarios in different fields. The following are common application scenarios;
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1. Swimming pool
The evaporator and condenser work together to accurately control the air temperature and humidity in the swimming pool, prevent the water temperature from dissipating too quickly, and provide swimmers with a comfortable water temperature environment. The water temperature is generally maintained at around 26°C-28°C. Effectively control the dew point temperature of indoor air, prevent water vapor from condensing into water droplets on surfaces such as pool walls and windows, and prevent slippery floors due to condensation, ensuring the safety of swimmers and reducing damage to building structures. While adjusting temperature and humidity, it can also filter and purify the air, remove odors, dust and bacteria, etc., provide fresh and healthy air quality for swimming pools, and help swimmers' respiratory health. 
- 2. Water park
Control the temperature and humidity in each area of the water park to prevent corrosion and damage to the amusement facilities due to too low temperature or too high humidity, extend the service life of the facilities, and ensure the safety of tourists. Provide tourists with a comfortable playing environment to prevent high temperature, high humidity or cold weather from affecting their interest. In the cold season, the heating function can also be used to keep the water temperature appropriate, increasing the operating time and revenue of the water park. A stable temperature and humidity environment helps maintain the stability of pool water quality, reduces water quality changes caused by environmental factors, reduces the difficulty and cost of water quality treatment, and also provides tourists with cleaner and hygienic recreational water.
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3.Aquaculture pond
Precisely control the air temperature and humidity around the breeding pond, indirectly adjust the water temperature in the breeding pond, and provide a suitable growth environment for aquatic animals. Different types of aquatic animals have different requirements for water temperature and humidity. For example, the water temperature that is suitable for the growth of fish is generally Between 20℃-30℃. Maintaining good temperature and humidity conditions will help reduce the breeding and spread of pathogens such as bacteria and viruses, reduce the risk of aquatic animal disease, and improve breeding efficiency. By optimizing the breeding environment, we promote the growth and development of aquatic animals, shorten the breeding cycle, and increase the breeding density, thereby increasing breeding output and economic benefits. 
- 4. Laboratory pool
In some scientific experiments, the temperature and humidity of the pool need to be strictly controlled to ensure the accuracy and reliability of the experimental results. For example, in biological experiments, specific temperature and humidity conditions may be a key factor in maintaining the viability of cell cultures or biological samples. Prevent the impact of changes in temperature and humidity on precision instruments and equipment in the laboratory, extend the service life of the equipment, and reduce equipment maintenance and replacement costs. Provide a comfortable working environment to avoid harm to the health of experimenters due to temperature and humidity discomfort, and improve work efficiency and accuracy of experimental operations.