Used MVE CRYOGENICS 1426F-GB #199327 for sale

MVE CRYOGENICS 1426F-GB
ID: 199327
Automatic storage freezing system.
MVE CRYOGENICS 1426F-GB is a recirculating chiller with an external heat exchanger. It is an ultra-low temperature (ULT) chiller and uses an advanced two stage compression equipment with low noise and vibration levels. The two stage compression system provides a wide temperature range with temperatures as low as -86°C. The heat exchanger eliminates the need for a double-compression unit and can maintain temperatures with a high degree of accuracy. 1426F-GB is a versatile and powerful chiller that is suitable for many different applications. It features an extended storage capacity and has a larger refrigeration capacity than traditional systems. The chiller's control panel has both automatic and manual control capabilities for precise temperature control. MVE CRYOGENICS 1426F-GB has a high-grade cooling machine with a high-performance condenser and evaporator design. The evaporator has a special thermoelectric cooling Peltier Effect for improved cooling capabilities. It also has an unconventional thermostat construction for precise temperature control. The chiller is equipped with a thermal overload switch, pressure differential switch, and an effective heat exchange tool for maximum efficiency. 1426F-GB features a low noise and vibration level of 72dB. Its corrosion-resistant stainless steel cabinet ensures a clean environment and ensures user safety. Its waste steam control won`t be affected by other refrigeration components. Its cooling unit is also maintenance free and doesn`t require regular liquid filling. The chiller has an environmentally-friendly design with low power consumption. It also meets CE, UL and CSA safety regulations. MVE CRYOGENICS 1426F-GB is a reliable and efficient ULT chiller that offers precise controls and extended storage capacity. It is suitable for many different applications and uses advanced technologies for a high-performance cooling asset. The chiller is equipped with an effective heat exchange model and its design is environmentally friendly and meets safety regulations.
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