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Regardez ce que disent nos clients! ——À partir du client laser

” C'est vraiment le plus petit refroidisseur jamais conçu! Pas comme les autres refroidisseurs, ce petit corps a une réelle capacité de refroidissement comme il l'a annoncé. J'ai testé le refroidisseur avec notre laser UV nanoseconde de 3W à 15W, et ses performances totalement au delà de mes attentes! This miniature chiller will replace all other chillers in the future! ” ——Quoted from one of our chiller’s client.

What makes this client say this? Here is the answer:

What is the mini chiller?

The mini chiller is an air-cooled chiller, which consists of the fans, un compresseur, un condenseur, a throttle valve, a heat exchanger (also called evaporator), a tank, a heater, a pump and other components. The working principle is as below:

En tant que pièce maîtresse du système de réfrigération, the miniature refrigeration compressor acts as a pump to transport refrigerant through the system. The condenser is to condense the refrigerant. The refrigerant coming from the compressor and entering into the condenser is hot and pressurised. Ensuite, le condenseur refroidit le fluide frigorigène en le transformant à l'état liquide. The refrigerant fluid loses its temperature and the pressure by passing the throttle valve, Cette chute soudaine de pression et de température se traduit par un effet de refroidissement. The heat exchanger absorbs heat inside the cooling system. Because of the evaporator’s less pressure than the condenser, the refrigerant fluid evaporates. The heat required for heat exchanger is supplied by the water, which is circulating in the chiller system inside the evaporator. Par conséquent, the cold water of the refrigeration system is cooled inside the heat exchanger and then transported by a circulating pump system to the cooling object. Comme il absorbe la chaleur autant que possible, it gets hotter and turns into gas and finally is pushed back into the compressor. And the cycle continues.