Used NESLAB MX-500 #293657944 for sale

NESLAB MX-500 is a powerful recirculating chiller that offers highly efficient heat exchange for a variety of industrial and commercial applications. This chiller features an advanced microprocessor control equipment that allows for precise temperature operation and calibration of the chiller to exact specifications. NESLAB MX500 is capable of providing significant cooling capacity with low energy demand, and it is UL listed for safety and other requirements. This chiller uses a full heat exchanger system, allowing for maximum efficiency and energy savings. The unit consists of a stainless steel heat exchanger that utilizes reverse osmosis distilled water with an optional corrosion inhibitor supplement. The heat exchange rate is maximized by a highly accurate circulation mechanism that is also actively monitored and controlled. The Moto-controllable compressor is designed to pre-cool the refrigerant which greatly enhances the transfer of heat from the refrigerant to the chilled water. This energy efficient compressor technology provides a reliable cooling capacity and low cost of ownership. With the integration of MX-500's microprocessor controller and an integrated communication port, chiller operation can be monitored and controlled remotely. The controller allows for the output of a range of analog and digital outputs such as pressure, temperature, and pump speed. This level of control ensures that MX500 operates within specified temperature windows across a variety of applications. NESLAB MX-500 is constructed with an insulated enclosure that prevents excessive heat transfer, allowing the unit to maintain its optimal performance in even the harshest conditions. The chiller includes a full range of alarms to alert the users of any faults, and its built-in self-diagnostics machine allows for easy maintenance and troubleshooting. Overall, NESLAB MX500 is a reliable and energy efficient recirculating chiller that provides accurate temperature control and maximum cooling capacity. Its exclusive features ensure maximum efficiency and consistent temperature across a range of applications, offering users a low cost of ownership and an increase in energy savings.