Used FST BCU-E152RS #9109727 for sale

FST BCU-E152RS chiller is an easy-to-use, efficient and reliable solution for recirculating and heat exchanger applications. It is equipped with a hermetically sealed pump driven by a DC brushless motor to ensure low noise and minimum power consumption. An integrated condensing coil is used to extract heat from the process liquid, which is then recycled back into the application. The unit is capable of operating with a wide range of temperatures and pressures, ranging from -20°C to 90°C and up to 150 bar. The chillers' engineering design includes three pump circuits that enable simultaneous flow from the condensing and evaporative sides. It also has cooling capacity of up to 152 kW, a maximum saturation temperature of 5°C, and an adjustable operating speed to adjust the capacity and refrigerant flow rate. The cooling capacity of the chiller can be adjusted in precise 5% increments and the actual running temperature can be displayed. A wide range of control strategies can be enabled with the optional controllers, allowing the user to monitor and control the process temperature. The chiller is designed for efficient operation by using an advanced air-provided cooling technology. It provides high cooling efficiency and offers flexibility of connection, allowing it to be used in evaporation or condensing applications. The low noise operation contributes to a comfortable working environment. Additionally, the chiller is compliant with RoHS and CE standards. The mechanical design includes anti-vibration mounts, and the available powder-coated steel construction makes it durable and easy to install. Some of the optional features available for BCU-E152RS include a double insulated shell, a digital display and a coolant temperature monitor. Overall, FST BCU-E152RS chiller offers cost-effective, efficient and reliable solutions for recirculating and heat exchanger applications. The advanced engineering design and low noise operation make it an ideal choice for applications that require precise temperature control.