Used SMC INR-497-022B #9221511 for sale

SMC INR-497-022B chiller is a high-performance, self-contained, recirculating, heat exchanger unit. It is designed to provide efficient cooling with minimal energy consumption. This chiller is capable of both cooling and heating of fluids while using low electrical power. This particular unit is suitable for use in both industrial and commercial applications. It features a precise temperature control system, with accurately measured temperature control controlled via a full-range temperature controller. This temperature controller is capable of controlling temperature with an accuracy of ±1°C. Further, it also operates in a continuous or modulated control mode. The unit consists of two main components, the main tank and the inner mounted heat exchanger. The heat exchanger is made of copper and has an internal capacity of 14.7 liters. Inside this tank resides a series of copper tubes wrapped around a plate designed to enhance thermal conductivity between the tubes and the tank walls. The water inlet and outlet connections are made of stainless steel and brass, and the water is circulated throughout the system via a coil of copper tubes. The chiller also contains a range of additional components. These include a 300 liter/hour self-circulator pump, a fan to provide air circulation, as well as safety and fault protection devices. All components are easily accessible from the exterior of the unit for servicing and maintenance purposes. The chiller's temperature range can be adjusted between 10°C and 44°C, thus allowing for optimal cooling or heating performance depending on the application. In addition, the unit also features over current and temperature protection circuits, making it suitable for both hot and cold environments. Overall, SMC INR-497-222B chiller is a reliable and efficient cooling and heating solution. With its precise temperature and control system, as well as its self-circulating pump and air circulation fan, this unit is able to provide efficient performance with minimal energy consumption.