Used NESLAB / THERMO SCIENTIFIC MX-500 #293586207 for sale

NESLAB / THERMO SCIENTIFIC MX-500 is a powerful chillers and recirculating heat exchanger allowing for precise temperature management. The device is capable of handling liquids up to 5,000 gallons per hour with a temperature range from -20°C to +100°C. Designed for demanding needs and applications, NESLAB MX-500 utilizes a powerful variable-speed process technology for cooling and heating fluids. The integrated control system of THERMO SCIENTIFIC MX-500 allows for precise temperature regulation and control through its advanced PID controller and two independent over-temperature safety systems. Its stainless steel working components also ensure reliable operation and long life. The device is designed to occupy minimal space and has a user-friendly display and keypad. MX-500 operates using a single-stage heat exchanger which is made up of three main components; the coolant, a condenser and an evaporator. The coolant, ranging from 1 to 48 gallons of distilled water, is pumped through the condenser and exchanges heat to the process fluid flowing through the evaporator. The heat exchange occurs when the coolant and process fluid flow through the inter-changeable stainless tube coils. NESLAB / THERMO SCIENTIFIC MX-500 is equipped with a range of features and benefits such as low noise levels, short cycle times, advanced safety features, and central process control. It also features aquaSafe FilterFlux which eliminates fine particles and also eliminates the release of hazardous gases. Additionally, it's equipped with a programmable logic controller (PLC) to control and monitor the device. NESLAB MX-500 is robust and suitable for frequent and continuous usage and is built to operate in harsh working conditions. Moreover, it is designed to comply with the most stringent standards in terms of environmental protection, energy saving and productivity. The device is easy to install and convenient to use and maintain, making it a great choice for demanding operations that require temperature accuracy and stability.