Used THERMO ELECTRON / NESLAB MX-500W D3 #293652644 for sale

THERMO ELECTRON / NESLAB MX-500W D3 Chiller is a recirculating, heat exchanger designed for sub-ambient cooling applications. It is equipped with an integrated refrigeration equipment for cooling water up to a temperature of 20°C. The system includes a thermostat-controlled compressor, condenser, and evaporator. The unit is also equipped with a programmable digital controller that utilizes a menu-driven user-interface that enables users to adjust settings quickly and efficiently. The chiller is designed for single-stage, recirculated cooling and is capable of pumping up to 500W of cooling power. It can deliver up to 4.7GPM (18.1 LPM) of flow rate and incorporates a heat exchanger design that provides optimized heat transfer. The machine includes a heat exchanger that reduces the need for additional components and connections. The tool is also equipped with thermostatic and pressure-controlled safety valves that protect the asset in the event of a rise in temperature above a preset threshold. The model utilizes a high-efficiency Scroll type compressor that is capable of providing excellent thermal efficiency and low noise levels. The chiller is designed to meet set temperature control requirements and has built-in diagnostics that allow users to quickly troubleshoot problems, if they arise. The controller also allows users to select between three fan speeds to adjust cooling performance. The unit is designed with a safety overload switch that will shut off the chiller automatically in the event of excessive temperature rise. NESLAB MX-500W D3 Chiller includes a 1/4HP open-dripproof fan motor to ensure quiet and efficient operation. The unit is designed for continuous operation and is suitable for a wide range of applications from laboratory usage to being used in industrial applications. The chiller includes a durable stainless steel interior with two removable shelves for easy maintenance and service. The chiller is also ETL/UL compliant and supports both Single and Three Phase electrical systems.