5 Ton Air Cooled Chiller
The 5 ton air cooled chiller is a new type of temperature control equipment for different process varieties, which achieves process goals through cooling. The chiller is composed of a water pump, unit, cold water tank and water pipe components. It is simple and convenient to install. Customers only need to turn on the power to use it. Because the source of heat exchange is gas, it is equipped with a special electric fan, so it is called “air cooling”. 5 ton air cooled chiller is different from water-cooled chiller. Chiller manufacturers use the principle of cold and heat exchange for cooling, which can quickly cool down, maintain stability, and save energy and protect the environment. It can more precisely control the temperature required for mold forming, accelerate product shaping and improve production efficiency. Air-cooled equipment is a relatively energy-saving refrigeration equipment. It uses wind as the cooling medium and is not disturbed by external factors such as water sources. It can cool down in a short period of time, and the later use cost is relatively low.
Key advantages of the 5 ton air cooled chiller:
1. Free from the influence of external factors
Due to the air-cooling method, even if there are many unfavorable factors in the environment, the enterprise can operate the chiller safely and stably. Of course, after the 5 ton air cooled chiller has been in operation for more than one year, the enterprise needs to formulate the operation plan of the chiller in time, and run the chiller for a long time within the scope of the safety plan, which can not only ensure the stable operation of the equipment, but also avoid the damage caused by various external factors. Sudden increase in operating costs. The lower the cost for enterprises to use chillers, the higher the stability of enterprises using chillers.
2. The probability of failure is low
Due to the air cooling method, the main cooling device is the fan. Even if the chiller runs for a long time, as long as the electronic fan can work normally, the 5 ton air cooled chiller will basically not have any failures. Of course, if the enterprise uses the chiller without realizing the electronic risks, it will also require regular maintenance, causing the chiller to continue to malfunction during use. If the failure rate is high, the enterprise will only be unable to afford the operating expenses of the equipment.
Soluciones personalizadas para su empresa
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Tecnología de refrigeración en cascada a temperatura ultrabaja.
Cada segmento de temperatura cuenta con más de una docena de modelos de productos entre los que elegir.
Temperatura | Serie -25°C ~ -5°C | Serie -45°C ~ -10°C | Serie -60°C ~ -10°C | Serie -80°C ~ -30°C | Serie -110°C ~ -50°C | Serie -150°C ~ -110°C |
Capacidad de refrigeración | 3 ~ 103 Ton | 1,5 ~ 103 toneladas | 1,5 ~ 103 toneladas | 1,1 ~ 77 toneladas | 0,5 ~ 52 toneladas | 0,7 ~ 3,2 Ton |
Enfriadoras de recirculación (Refrigerado por agua o por aire)
Tubería de circulación cerrada, etilenglicol mezclado con agua para refrigeración.
Temperatura | Serie -25°C ~ +30°C | Serie -45°C ~ +30°C | Serie -60°C ~ -20°C | Serie -80°C ~ -20°C | Serie -120°C ~ -70°C |
Capacidad de refrigeración | 0,2 ~ 11 toneladas | 0,1 ~ 3,5 toneladas | 0,1 ~ 2,1 Ton | 0,05 ~ 2,1 Ton | 0,08 ~ 2,5 toneladas |
Refrigeradores de temperatura ambiente / Refrigeradores pequeños
Sistema de control de temperatura de refrigeración de alta precisión.
Temperatura | -18°C ~ +30°C | Serie +5°C ~ +35°C |
Capacidad de refrigeración | 0,09 ~ 0,26 Ton | 0,5 ~ 15 toneladas |
Equipos frigoríficos de refrigeración directa
Es adecuado para lugares con poca superficie de intercambio de calor y gran intercambio de calor.
Temperatura | -40°C ~ -10°C | -80°C ~ -35°C | -120°C ~ -90°C |
Potencia del compresor | hasta 8CV | hasta 8CV*2 | hasta 45 CV*3 |
Enfriadoras de temperatura ultrabaja de refrigeración directa
El enfriador directo de temperatura ultrabaja adopta la tecnología de subenfriamiento secundario, y la velocidad de enfriamiento es rápida. El refrigerante del sistema de refrigeración sale directamente y se evapora en el elemento de control de destino (intercambiador de calor) para enfriar.
Temperatura | -150°C ~ -110°C |
Capacidad de refrigeración | hasta 11 kW |