Used SMC INR-497-001 #9105492 for sale

SMC INR-497-001 is a recirculating chiller with a heat exchanger used to provide cooling for a variety of industrial and laboratory applications. The chiller includes a stainless steel inflation, which allows for efficient circulation of cooling fluid. This circulation helps to maintain uniform temperatures in the process and protect the equipment components from thermal damage. Due to the efficient heat exchange mechanism, the unit produces minimal waste heat and is highly efficient. INR-497-001 features a rotary compressor with a built-in thermal switch to ensure operational safety. The heat exchanger uses an internal volume of 18.3 Liters and is constructed from copper tubes and aluminum fins, designed to maximize heat transfer efficiency. The maximum cooling capacity of this system is 2.7kW, with a maximum cooling fluid flow rate of 2.3L/min and a maximum working pressure of 3.5MPa. In addition to the high-performance heat exchanger, the chiller also comes equipped with a backflow suppressor to prevent the backflow of cooling fluid. The chiller also features an LED indication unit to display the current temperature, pressure and flow rate of the cooling fluid. This allows users to conveniently monitor the performance of the machine in real-time and ensure optimal temperatures for the process. The chiller also features a built-in fan for proper air circulation within the tool. This fan works in tandem with the cooling medium to reduce short-term peak temperatures and further improve cooling performance. The fan has an adjustable speed, enabling users to customize the level of cooling according to their specific requirements. Finally, the unit has a compact design, making it easily mountable on the wall or other surfaces. Furthermore, all of the asset components are contained in one single housing for easy installation and maintenance. From its efficient cooling performance to its easy-to-use features, SMC INR-497-001 is an ideal cooling solution for a variety of industrial and laboratory settings.