Used COSAM BCU-G323RS-FUS #9137039 for sale

COSAM BCU-G323RS-FUS recirculating chiller with heat exchanger is an advanced cooling equipment designed to provide an efficient and sustainable solution for temperature control applications. It features a two-stage cooling process that utilizes a high-efficiency single-screw compressor with a closed-loop heat exchanger, enabling each application to be customized for environmental conditions. Additionally, BCU-G323RS-FUS utilizes a fully-welded polished stainless-steel interior casing for superior corrosion resistance and durability in demanding environments. The chiller is designed to provide precise temperature control - accurate to within ±0.5 degrees C - with a base temperature range of -20 to 40 degrees C. The system is energy-efficient and consumes as low as 0.58 KWh/RT, making it ideal for a wide range of temperature-sensitive operations, including but not limited to scientific and laboratory operations, industrial processing, semiconductor wafer processing, medical diagnostics, and food and beverage processing. The unit is capable of producing high-quality chilled water with a low volume and wide set-temperature range to maximize operational efficiency. COSAM BCU-G323RS-FUS features a specialized heat shield design that increases the efficiency of the refrigeration cycle and allows for the chillers to operate quietly with minimal vibration or noise. In addition to the chiller's advanced functionality, the machine is designed for maximum safety, with a complete monitoring tool that provides instant alerts when the asset experiences a fault or failure. The built-in safeguards included with BCU-G323RS-FUS chiller ensure safe operation, providing ultimate reliability and longevity. Overall, COSAM BCU-G323RS-FUS recirculating chiller provides users with an efficient, safe, and reliable temperature-control solution. The intuitive design, advanced features, and high-performance capabilities of BCU-G323RS-FUS chiller make it one of the leading cooling solutions for a variety of temperature sensitive operations.