Used NESLAB RTE-210 #9250906 for sale

NESLAB RTE-210 Recirculating Chiller with Heat Exchanger is a reliable and energy efficient laboratory chiller designed for a variety of industrial and laboratory applications. Its applications include analytical measuring systems, industrial process cooling, and temperature regulation of semiconductor systems, to name a few. RTE-210 is equipped with a precise, temperature-dependent refrigeration and condensing system powered by an efficient, hermetically sealed, brushless DC compressor. ThisTemperatureRangeCompressor eliminates the need to manually adjust the temperature, thereby maximizing both the chiller's performance and energy efficiency. The condenser and evaporator of the chiller are made of corrosion-resistant materials which make it highly durable for years of continuous use. The chiller comes with digital temperature control, ensuring a precise and accurate set-point temperature. It also features a full-range temperature alarm system that alerts the user whenever the temperature falls outside predetermined ranges. Its advanced cooling and warming cycles further improve the reliability and accuracy of its results. The chiller also features a built-in Heat Exchanger which allows for the efficient transfer of thermal energy between two fluid sources, thereby maximizing its overall energy efficiency. It is capable of cooling and operating on temperatures ranging from -20°C to +30°C. Its temperature setting can be changed in 1° increments with a setting accuracy of 0.1°C. NESLAB RTE-210 is designed for both indoor and outdoor use. It is small and compact, making it ideal for use in laboratory and industrial settings. It also features a quiet operability which allows for use in sound sensitive environments. RTE-210 is a reliable, energy efficient recirculating chiller with a built-in heat exchanger designed to provide consistent, precise temperature control for a variety of laboratory and industrial applications. Its combination of corrosion-resistant and durable parts, temperature accuracy and alarm system, and advanced cooling and warming cycles make it an ideal choice for ensuring the accuracy and reliability of temperature-dependent applications.