Used THERMO FISHER SCIENTIFIC 9110 #9119048 for sale

THERMO FISHER SCIENTIFIC 9110 is a recirculating, heat exchanger chiller that is designed to provide superior and reliable temperature control. It is capable of reaching temperatures as low as -20°C with ±0.1°C temperature accuracy and offers an optimized footprint with a capacity of 24 kW. Ideal for use in research and industrial applications, 9110 has a direct expansion equipment that allows precise temperature control while minimizing consumables and energy usage. THERMO FISHER SCIENTIFIC 9110's robust design drives more efficient cooling performance, enabling secure and reliable operations. It features extensive safety features including, but not limited to, remote alarms monitoring, pump interrupts, high/low pressure protection and monitored start-up. The unit's advanced control system allows for temperature setting, cycle assignment, output scheduling, and easy troubleshooting. For efficient operation, 9110 is designed with a plate and frame heat exchanger which applies thermal collectors to improve their working performance. It has a built-in oil control unit which maintains and refines thermal conductivity and oil circulation. It also has a state-of-the-art ICS monitoring and controlling machine, which monitors data points in real-time and logs errors. The ICS also allows for remote access from computers and smartphone devices. In addition, THERMO FISHER SCIENTIFIC 9110 has a built-in tank that can hold up to 50 liters of refrigerant. The tank has an exclusive temp-controlled detection monitor tool which allows for remote management and monitoring of the chilled liquids. This feature enhances both safety and efficiency of the asset. Overall, 9110 Recirculating Heat Exchanger Chiller provides superior temperature control, while maintaining efficiency and safety. It can deliver optimal performance with minimal consumables and energy usage. THERMO FISHER SCIENTIFIC 9110 features a robust design and advanced control model with a Built-in Tank Feature that allow for maximum reliability and operation.