Used NESLAB HX+500A #9147718 for sale

NESLAB HX+500A is a recirculating heat exchanger chiller designed to provide consistent temperature and process control in controlling applications. It features a high performance heat exchange system and offers a wide range of temperature stability and accuracy. The chiller is also designed to provide reliable operation with minimal maintenance and operational costs. NESLAB HX+500A is designed with a sealed stainless steel shell, designed to protect the internal components and to maintain optimal environment. It is equipped with a thermostat, which is adjustable and designed to maintain a consistent and accurate temperature control. It also features an automatic defrost cycle, allowing it to reduce ice build-up and maintain precise cooling temperatures. The chiller's internal components are designed for withstanding a wide range of temperatures and flow rates. The unit is also equipped with two cooling circulating pumps, creating a powerful cooling capacity and ensuring efficient operation. In addition, the chiller is designed with an electronic pressure converter, capable of allowing continuous control of all applicable temperature and pressure settings. NESLAB HX+500A is also designed for easy installation and optimised for convenience and efficiency. It is designed to be removable from its housing for easy replacement and cleaning and it comes with two built-in digital displays for monitoring chiller performance. The chiller is equipped with a fail-safe control system, designed to automatically shut off power to the unit if temperatures become too high. It is also equipped with a timed load cooling feature, allowing for intermittent operation and aiding in reducing energy costs. Additionally, it is equipped with a digital reset feature, allowing it to be reset to the factory pre-set temperatures at any time. NESLAB HX+500A is designed to offer reliable performance and operation. It is an excellent choice for applications where precise temperature control is required and its efficient design allows for long-term operation with minimal maintenance requirements.