Liquid Cooling Chiller

Contattateci oggi stesso per la soluzione di controllo della temperatura perfetta

Liquid cooling chiller is a device widely used in refrigeration or constant temperature control. Its working principle is to transfer heat through liquid circulation to achieve cooling or heating purposes.

Basic principles of liquid cooling chiller

The basic principle of the liquid-cooled chiller is to utilize the heat exchange phenomenon caused by the temperature difference between the inside and outside of the pipeline when liquid flows in the pipeline. When liquid flows in a pipe, there is a temperature difference between the outer wall of the pipe and the surrounding environment, causing the liquid on the outer wall of the pipe to evaporate and absorb heat, while the liquid on the inner wall of the pipe is cooled and releases heat. Through this heat exchange phenomenon, heat can be transferred from the object to be cooled to the environment to achieve cooling.

Liquid cooling chiller workflow

1. Refrigerant cycle: The refrigerant in the liquid-cooled chiller is compressed into high-temperature and high-pressure gas under the action of the compressor, then condensed into liquid through the condenser, expanded into low-temperature and low-pressure gas through the expansion valve, and finally returned to the compressor. Continue the cycle. During this process, the refrigerant absorbs heat from the object being cooled and transfers it to the environment.

2. Cooling water circulation: The cooling water in the liquid-cooled chiller circulates under the action of the circulating water pump. When the cooling water passes through the object to be cooled, the heat of the object to be cooled is transferred to the cooling water, causing the temperature of the cooling water to rise. Then, the cooling water transfers heat to the surrounding environment through the radiator, lowering its own temperature, and then returns to the object being cooled to continue circulation.

Features and advantages of liquid cooling chiller

1. High efficiency and energy saving: Liquid-cooled chillers use advanced refrigeration technology to achieve efficient refrigeration, energy saving and emission reduction. At the same time, the refrigerant circulation and cooling water circulation in the liquid-cooled chiller are closed, avoiding energy waste and leakage.

2. Stable and reliable: The refrigerant and cooling water in the liquid-cooled chiller are both in liquid state, have good fluidity and are not prone to scaling. Therefore, the operation of liquid-cooled chillers is stable and reliable, and can meet the needs of use in various harsh environments.

3. Strong adaptability: Liquid-cooled chillers can adapt to various application scenarios and needs. For example, in industrial production, liquid-cooled chillers can be used to cool various equipment; in food processing, liquid-cooled chillers can be used to maintain the freshness and taste of food; in the medical field, liquid-cooled chillers can be used To control the temperature and humidity in the operating room.

4. Easy to maintain: The maintenance of liquid-cooled chillers is relatively simple and convenient. Regularly check the status and quantity of refrigerant and cooling water, and clean components such as radiators and pipes to maintain normal operation.

As a kind of efficient, stable, reliable, adaptable and easy-to-maintain refrigeration equipment, liquid-cooled chiller has been widely used in various fields. Understanding its working principle, features and advantages will help you better select and use liquid-cooled chillers to meet various needs and scenarios.

Forniamo progettazione e produzione di sistemi di controllo della temperatura completi. Da modelli standard a prodotti completi e personalizzati fino a 900 tonnellate. Siamo specializzati nell'assistenza ai clienti e ci dedichiamo ad aiutare ogni cliente ad avere il sistema di controllo della temperatura ottimale per le sue esigenze specifiche.

Forniamo soluzioni personalizzate non standard. Sono disponibili sia chiller a raffreddamento singolo che unità combinate di raffreddamento e riscaldamento.

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