Used NESLAB MX-500W #9041353 for sale

NESLAB MX-500W is a recirculating, heat exchanger chiller designed for use in laboratory and industrial applications. MX-500W is capable of providing precise temperature control from -20°C to +20°C and comes with an integrated display that allows users to monitor and adjust the coolant temperature set point in real time. This chiller features a maximum heat capacity of 500W, making it suitable for various tasks such as cooling pumps, water baths, process lines and boilers. It has a wide range of temperature control accuracy and control capabilities, including proportional-integral-derivative (PID) control, ramp/soak control and temperature initialization. NESLAB MX-500W unit is equipped with an inline heat exchanger which is of a single-tube bundle design providing superior heat transfer efficiency. This heat exchanger is coated with a corrosion-resistant material, making it durable and reliable for demanding laboratory and industrial applications. The chiller has a two-stage compressor setup, with each stage offering variable-speed control, allowing it to deliver precise temperature control in addition to providing energy-efficiency and flexibility. The built-in digital controller guarantees accurate and repeatable temperature stability. MX-500W comes equipped with a fan cooling package providing additional cooling capacity for large applications such as heat exchangers, chillers, and condensers. Furthermore, the unit features an optional ambient sensing probe and installation kit for temperature control in a variety of environments. The chiller is designed for easy installation and is pre-wired for electrical connections. The unit also comes with a variety of safety features such as over temperature protection, auto restart, and anti-short-circuit protection. In conclusion, NESLAB MX-500W is an advanced yet reliable recirculating, heat exchanger chiller that ensures precise temperature control in a wide range of laboratory and industrial applications. Its superior features, including variable-speed control, temperature initialization, multiple safety features, and optional ambient sensing probe make it an ideal choice for a wide variety of applications.