Used DISCO DTU 152 #293609796 for sale

DISCO DTU 152 is a recirculating chiller heat exchanger, designed to provide cooling and heating by transferring heat to and from a variety of external sources. This chiller is able to cool a closed system of approximately ten liters of non-flammable liquids, and is designed to operate in temperatures of up to 40ºC. It is an efficient, reliable and cost-effective solution for industrial and laboratory applications, since it features two independent circuits, and a double-walled heat exchanger for optimal thermal separation between the external environment and the liquid or gas to be cooled. DISCO DTU152 includes two individual devices that operate with a combined cooling capacity of 4.9 kW, by means of its semi-hermetic compressors and plate-shell and tube evaporators. This chillers' operating temperature range may be chosen between -35ºC and +40ºC, and it also has a built-in condensate drain system and heat exclusion gaskets. This chiller also has a silent operation, since it is designed to be used with an external muffler, meaning that it can be installed in small- and medium-sized laboratories without audible noise disturbance. The chillers' control panel consists of various indicators, such as temperature range, and pressure, in order to allow for a wide range of user-programmed parameters. This includes defrost control, safety alarms and digital temperature control, as well as display for temperature and heat flow for accurate operational monitoring. The control panel also features two built-in temperature protection circuits and failsafe functions, ensuring maximum operation stability and safety. DTU 152 recirculating chiller is an easy to install and maintain device, since it requires a minimum of connections and no special tools for installation. It can also be transported conveniently, since it features a built-in carrying handle for easy transportation. In sum, DTU152 is a highly reliable and efficient cooling and heating solution for a variety of industrial and laboratory applications.