Used DISCO DTU 150 #9000567 for sale

DISCO DTU 150 chiller is a recirculating, heat exchanger unit designed for the efficient cooling of high-powered laser technology. This highly versatile and reliable product is capable of achieving precise temperature control in a wide range of thermal processes, allowing users to reduce energy costs and maximize process stability. DISCO DTU150 is designed with convenience and performance in mind. It is equipped with a powerful pump that is capable of providing ample cooling capacity even in environments where thermal loads are high. This pump is driven by a built-in VFD controller, enabling users to make the necessary adjustments to the speed and flow of the cooling fluid for precise temperature control. The unit is built with an optimized heat exchanger design, enabling a high heat transfer coefficient. This allows for an efficient and rapid cooling process, allowing users to manage any thermal-related process quickly and accurately. The adjustable fan layout also allows users to adjust the air flow rate independently, further improving efficiency and cooling performance. In addition to its high performance capabilities, DTU-150 is designed to provide users with excellent portability. Its lightweight form factor allows the unit to be moved easily from site to site, and its robust control systems enable remote monitoring and control of refrigeration processes. DISCO DTU-150 is also designed to be eco-friendly, with a low GWP. This helps reduce energy costs as well as promote an environmentally responsible profile. The unit is also ATEX-rated, allowing it to be used in hazardous environments without risking the safety of operators or cause damage to equipment. In conclusion, DTU150 provides a reliable, highly efficient, and precise cooling solution for a wide range of industrial processes. Thanks to its adjustable fan layout, optimized heat exchanger design, low GWP, and portability, the chiller ensures users can achieve precise temperature control while reducing energy costs and minimizing environmental impacts.