Used NESLAB HX-500 #293664977 for sale

NESLAB HX-500 is an effective and reliable recirculating heat exchanger that enables efficient cooling and heating processes. Using advanced technology and a range of features, NESLAB HX 500 provides a stable cooling output and low energy consumption that is both cost and energy-efficient. HX-500 heat exchanger relies on a patented heat exchanger design in order to effectively transfer heat from within a refrigerant to cool a process or chamber. This design includes a replaceable tube bundle, which consists of two stacked plates, each containing a set of tubes, called packed tubes. The inner tubes contain the refrigerant, and the outer tubes carry a liquid or gas heat transfer medium. By drawing heat from the process medium and transferring it to the refrigerant, HX 500 is able to cool the application or chamber to a desired temperature. NESLAB HX-500 also provides excellent temperature stability and energy-efficiency by regulating refrigerant flow and heat transfer medium temperature. The mechanical refrigerant control valve and a programmable loop controller accurately regulate the flow rate of the refrigerant to ensure temperature consistency across the loop. Additionally, the heat exchanger can be equipped with an integrated cooling tower and auxiliary pump to further enhance temperature stability and energy-efficiency. NESLAB HX 500 is built to last, featuring rugged components that can withstand harsh environments. Its durable construction even allows it to be used with corrosive liquids, making it applicable to numerous applications. The adjustable mounting plates and connection ports make for easy installation, and an optional remote controller simplifies the operation and maintenance of the chiller. HX-500 is also equipped with a variety of safety features, including emergency stop, high pressure and/or low temperature protections, and overheat detection. HX 500 is an efficient and reliable chiller that offers excellent temperature stability and energy-efficiency. Its robust construction and numerous features make it an ideal choice for controlling temperatures in a wide range of applications.