Used NTS HDOIA #293590868 for sale

NTS HDOIA is a chiller that can be used for recirculating and heat exchanger. It enables efficient flow and efficient thermal exchange. HDOIA chiller is comprised of a base unit and two pairs of blades, both fixed in two pairs of the housing. The chiller is designed to create air flow from the base and drive ambient air over four stainless steel blades, which are connected by their respective polished and machined aluminum tube. These blades help to increase the airflow efficiency of the chiller. The base unit of NTS HDOIA chiller is comprised of a hermetically sealed compressor, which is activated when an intake temperature sensor determines the intake temperature. Once the working set point is reached, an internal solenoid-operated pilot valve controls the pressure in the compressor then opens a bypass check valve. This allows the compressor to started automatically and regulate the compressor performance as needed. The system is designed to circulate chilled air from the heat exchanger efficiently and precisely, thus providing heating and cooling as needed. The fan airflow in conjunction with the blades is designed to circulate the chilled air through the condenser, evaporator and heat exchanger. As chilled air passes over the heat exchanger, it removes heat from the enclosed space and the heat is carried by the air to the condenser, where it is released. HDOIA chiller is equipped with an ambient temperature sensor and an adjustable temperature controller. The controller can be programmed to set the required set point temperature and the internal temperature sensors accurately measure the ambient temperature to make sure it is maintained within the acceptable range. NTS HDOIA chiller is ideal for recirculating and heat exchanger applications, offering a unique solution to recirculating hot and cold air in enclosed spaces. Its ability to create and maintain efficient and accurate temperatures, makes it an attractive choice for a wide range of markets. Its durable construction and low energy consumption make it both cost-effective and environmentally friendly.