| Customization: | Available |
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| Customized: | Customized |
| Maximum Cooling Capacity: | 1000W |
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Type
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air cooling device
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Suitable for what machines
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IPL, 808 Diode laser, Nd yag laser, CO2 fractional laser
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Maximum cooling capacity
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1000W
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Lowest temperature
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-30°C
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Controlling screen
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5 inch multi color touch screen
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Defrosting time
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15s
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Service
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OEM/ODM/24hours Online Service
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Air cooler is a common household appliance in modern life. Its function is not only to bring us coolness in the hot summer, but also to help regulate indoor humidity and provide fresh air. This article will provide a detailed introduction to the functions and principles of air coolers. As a cooling device, the main function of an air cooler is to lower indoor temperature and provide us with a comfortable living environment. It achieves this function through an internal condenser and evaporator. The internal circulation system of the air cooler blows air into the evaporator, which contains refrigerant. When the air passes through the evaporator, the heat is absorbed by the refrigerant, causing the air temperature to decrease. The air cooler sends the cooled air indoors through a circulation system, thereby achieving the goal of reducing indoor temperature. In addition, the air cooler also has the function of regulating indoor humidity. In humid environments, the air cooler converts moisture into condensate through the evaporator, thereby reducing indoor humidity. In dry environments, the air cooler increases indoor humidity through an internal humidification device, providing a fresh and comfortable environment. The principle of an air cooler lies in the heat of water evaporation. When water evaporates, it consumes heat from the surrounding environment, thereby lowering the temperature of the surrounding area. The air cooler utilizes this principle to absorb heat from the air during the evaporation process of water, thereby achieving a cooling effect. The internal circulation system of the air cooler continuously circulates air, allowing the indoor air to continuously cool down. Moreover, the operation of the air cooler is very energy-efficient and environmentally friendly. Compared to air conditioning, air coolers have lower power consumption because they only need to operate the fan and circulation system. In addition, the air cooler does not require the use of chemicals, reducing environmental pollution. When choosing an air conditioner, we need to consider factors such as the applicable room area and demand, as well as rated power and noise level. At the same time, regularly cleaning the interior of the air cooler is also an important aspect of maintaining its good operating condition. To sum up, as a cooling device, the air cooler provides us with the function of cooling and regulating indoor humidity in the scorching summer. It achieves cooling through a circulation system and the principle of water evaporation heat, which has the characteristics of energy conservation and environmental protection.
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