Used DISCO DTU 162 #9209457 for sale

DISCO DTU 162 is a chiller containing a recirculating heat exchanger, featuring advanced, patented, patented technologies to maximize performance and provide high energy efficiency. This chiller provides a equipment design capable of handling the usage of various types of installations, and also has the capability to remain energy efficient when the system is used for extended periods of time. DISCO DTU162's patented technology works by using a cylindrical heat exchanger that recirculates liquid through all the elements needed to keep the unit cool. The heat exchanger is also equipped with loop-flow sensors which allow for accurate temperature and pressure monitoring of the machine at all times. The loop-flow sensors offer proportional, integral, and derivative (PID) control to ensure efficient tool performance. This allows the asset to maintain an ideal temperature and pressure at all times. The major technological advantage for DTU 162 is its internal rotating pump, which is specifically designed for improved efficiency. The pump is designed to circulate liquids through the model quickly and efficiently, providing maximum output without sacrificing energy consumption. Furthermore, the pump is equipped with variable speed drives which allow for fine-tuning of the equipment to achieve the desired temperature and pressure. In terms of energy efficiency, DTU162 is a leading model in the industry. It features a special heat exchange system designed to capture and reuse heat energy, while in operation, resulting in reduced energy usage. Furthermore, the unit is highly efficient in terms of cooling, providing temperature control that is both accurate and consistent. This efficient cooling unit works by maintaining the rate of water circulated within the heat exchanger, reducing energy consumption. Finally, DISCO DTU 162 is designed with a low noise output to ensure users can use the machine with less disturbance. The unit also features advanced automated diagnostics and a built-in self-diagnosis for added machine monitoring. The combination of these technologies provides an energy efficient, reliable, and cost-effective tool that is designed to perform optimally throughout its expected lifetime.