Les refroidisseurs industriels à air sont applicables aux réacteurs en verre, aux réacteurs métalliques et aux bioréacteurs pour le contrôle de la température. Dans le domaine de la chimie et de la pharmacie, les refroidisseurs à air assurent généralement le contrôle de la température nécessaire en même temps que la réaction chimique du matériau lui-même. Grâce au changement de température du fluide circulant dans la gaine ou le serpentin, le contrôle de la température des matériaux et la température de traitement cible des matériaux peuvent être réalisés....

For the temperature control of stroke water cooler in pharmaceutical industry, the requirements for selecting temperature control equipment are relatively high. Compared with the common temperature range of – 60 ℃ – 100 ℃, a wider working temperature range is required. At the same time, different chemical reactions require different temperature curves, and the high-temperature and low-temperature integrated units need to work at any different temperature point within this temperature range.

The high and low temperature integrated device for temperature control of air-cooled chiller adopts electric heating, which can quickly increase the temperature of circulating medium. It adopts energy-saving design to realize the regulation of refrigeration capacity, accurately control the temperature of materials, realize the endothermic or rapid response to exothermic of materials, and meet the drug production needs of most industrial occasions.

The characteristics of explosion-proof air-cooled chiller are as follows:

(1) The cascade compression refrigeration cycle of the refrigeration unit can reach a lower temperature. Electric heating can quickly increase the temperature of the circulating medium.

(2) The adjustment of refrigerating capacity change is realized. The refrigerant flow is mainly controlled by PID, and the material temperature is accurately controlled. The traditional method is to use electric heating to offset the cooling of the compressor, which wastes energy.

(3) The combined control of heating and cooling realizes the rapid response to the heat absorbed or released by the material.

(4) The control of material temperature is mainly realized by refrigerant flow control. The refrigerant proportional control valve adopts the valve body of electronic expansion valve. Higher temperature control accuracy can be achieved.

The temperature control of air-cooled chiller consists of refrigeration cycle system, heating cycle system and automatic control system. For areas where the equipment has explosion-proof requirements, the positive pressure explosion-proof cabinet can be customized, which not only meets the explosion-proof requirements, but also reduces the number of explosion-proof parts and reduces the production cost of the whole machine.