Used NESLAB HX-100 #124458 for sale

NESLAB HX-100 recirculating chiller is a highly efficient, reliable, and cost effective cooling solution for demanding applications. It offers users precise temperature control within ±0.1°C of a desired set point. The chiller's unique and compact design is capable of operating within a temperature range of 25°C to -50°C, making it suitable for a broad range of applications. At the core of NESLAB HX 100 is its heat exchanger. This component is designed to cycle the heated process fluid from the cooler side and pass it through the heat exchanger, which absorb the heat and transfers it to the surrounding atmosphere. To achieve maximum efficiency, the heat exchanger is designed using a single-pass flow for both the heating and cooling media, ensuring that the same amount of energy is absorbed and recovered with every cycle. This reduces the risk of temperature overshoots which may occur with other chiller designs. Furthermore, HX-100 is compatible with a range of pumps to suit different flow capacities. This allows operators to achieve better efficiency and significant energy savings compared to other chillers without the ability to vary pump speed. Additionally, the chiller's comprehensive LED display provides users with onboard temperature readouts, power status, and alarms. This provides a simple way for operators to monitor the performance and safety of their system. In terms of safety, HX 100 is designed to meet or exceed the applicable safety standards. It is equipped with multiple safety alarms and mechanisms, which provide notification when an error or fault is detected. Additionally, the chiller features over-temperature protection and shut-off valves, as well as adjustable pressure and temperature relief valves for added safety. Overall, its efficient design and features make NESLAB HX-100 a great option for a wide range of applications, including industrial cooling, chemical cooling, pharmaceutical cooling, medical cooling, laboratory process cooling, and environmental chamber cooling.