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The principle and characteristics of air coolers

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Release time:

2023-04-10


A cold air fan is a device that can generate low-temperature air flow. The principle is to drive a compressor with electric or mechanical energy to compress low-temperature refrigerant into high-temperature and high-pressure gas. Then, the refrigerant is cooled and condensed into a liquid through the condenser for heat removal, and the liquid is expanded into low-temperature and low-pressure gas through the expansion valve. Finally, the gas is converted into cold air flow through the evaporator for heat absorption.

One of the characteristics of the air cooler is its good cooling effect, which can quickly reduce the temperature of the surrounding air and provide a cool and comfortable environment. Secondly, the air cooler has flexibility and can adjust wind speed and temperature as needed. In addition, the air cooler uses refrigerant for circulation and does not require external air for heat exchange, making it suitable for use in enclosed environments and suitable for various locations. In addition, the air conditioner has a compact size, which is easy to move and carry, and is suitable for temporary use. Finally, the noise of the air conditioner during operation is relatively low and will not interfere with people's rest, study, or work.

However, air coolers also have their shortcomings. Firstly, the air cooler can only provide local cooling effect and cannot provide uniform cooling for the entire room. Secondly, the use of electricity or mechanical energy by air coolers to produce cooling effects will consume a certain amount of energy. In addition, the cold air flow generated by the air conditioner can easily make people feel dry and may cause discomfort to the skin and respiratory system. Therefore, when using a cold air fan, it is important to use it moderately and regularly clean and maintain the equipment.

 
 

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Why clean the condenser

The accumulation of dust and dirt can affect the heat dissipation effect of the condenser. The condenser is an important component in air conditioning equipment, whose main function is to absorb and dissipate heat from the air. If the surface area of the condenser is dusty or dirty, it will hinder the conduction of heat, leading to a decrease in the heat dissipation effect of the condenser, and thus affecting the operational efficiency of the entire air conditioning system.

The principle and characteristics of air coolers

A cold air fan is a device that can generate low-temperature air flow. The principle is to drive a compressor with electric or mechanical energy to compress low-temperature refrigerant into high-temperature and high-pressure gas. Then, the refrigerant is cooled and condensed into a liquid through the condenser for heat removal, and the liquid is expanded into low-temperature and low-pressure gas through the expansion valve. Finally, the gas is converted into cold air flow through the evaporator for heat absorption.

Common faults and daily maintenance of dry coil during operation

The common faults of dry coil during operation include water leakage, high noise, and poor cooling effect. The leakage may be caused by loose pipeline connections, aging or blockage of sealing components;

Daily maintenance and upkeep of clean room dry coil pipes

The daily maintenance and upkeep of the clean room dry coil is very important to ensure its normal operation and provide  air filtration function. Firstly, regularly clean the filter of the dry coil to remove accumulated dust and dirt.

Reasons for the low temperature of finned condenser and troubleshooting

The cooling water inlet temperature is too low or the cooling water flow is too large. At this time, the cooling water inlet temperature can be increased by intermittently starting the cooling tower fan; at the same time, the cooling water flow can be reduced by opening the cooling water bypass valve.

Introduction to finned condenser

Finned condenser has high heat transfer efficiency, low water consumption, compact structure, and lightweight volume under similar unit load conditions.