Used NESLAB HX+75A D #9219232 for sale

NESLAB HX+75A D Recirculating Chiller with heat exchanger is a reliable, efficient cooling solution for industrial, laboratory, and research applications. Designed for use in both low-temperature and mid-temperature applications, it provides fast, reliable cooling to temperatures as low as -75°C. The chassis is constructed of corrosion-resistant stainless steel, providing a durable solution while decreasing the amount of maintenance required or potential repairs. The Heat Exchanger consists of a compact, compact brazed plate design, which minimizes the amount of refrigerant needed and makes the unit efficient and extremely compact. The chiller utilizes a R404a hermetic compressor and a fan speed control to provide steady and consistent cooling levels. The advanced digital control panel provides an operator-friendly interface for quick and easy control of the chiller's operation. Through its digital interface, users can monitor and control the overall performance of their chiller. Operators can also access a variety of safety features and troubleshooting information to ensure safe and efficient operation of their unit. The large capacity of the HX+75A D allows users to cool up to 120 liters per hour, and its low-maintenance operation, low noise levels, and small footprint make it an ideal cooling solution for many industrial, laboratory, and research applications. Its robust, reliable cooling capabilities make it a great choice for cooling critical equipment, while its low environmental impact and low noise operation make it suitable for laboratories and research facilities. The combination of robust performance, low-cost operation, and several safety features make NESLAB HX+75A D Recirculating Chiller an ideal cooling solution for many different applications. Whether you need a chiller to support temperature-sensitive equipment, cool materials during research, or keep production lines running at a consistent temperature, NESLAB HX+75A D Heat Exchanger Chiller offers an efficient solution.