Used SMC INR-498-016 / INR-498-043 #293655163 for sale

SMC INR-498-016 / INR-498-043 is a chiller / recirculating heat exchanger designed to maintain process temperatures at a consistent level. The unit works by circulating a coolant around the chiller, which absorbs the heat generated by the process. The heat is then transferred to an external cooling device, thereby maintaining a constant temperature within the chiller. The INR-498-016 is designed to be used with water-cooled and air-cooled systems, and can be used for multiple process temperatures. It has a stainless steel construction with a polished finish and is supplied with a temperature control unit. The inside of the unit is lined with corrosion resistant material to reduce flow noise and increase durability. The unit has an operating pressure range of 0-90 PSI and a flow rate of 2-10 gpm. The INR-498-043 is capable of chilling and discreetly cooling precise levels of temperature to specific processes, such as those involving sensitive electronic components that require precise temperature control. This unit utilizes efficient shell and tube heat exchangers, with brazed connections to provide maximum temperature control and effective heat transfer while minimizing operating costs. The unit is designed to operate at pressures up to 250 psi and flows up to 10 gpm. In operation, the chiller maintains a precise temperature in response to signals received from the process equipment. When the cooling mode is activated, an expansion valve is actuated to allow a predetermined amount of cold refrigerant to flow into the tube bundle of the chiller, where it is absorbed by the process. As the refrigerant absorbs the process' heat, it is then transferred to the external cooling device, where it is dissipated and the process temperatures are maintained. INR-498-016 / INR-498-043 is designed to be reliable and efficient, making it a great chiller choice for a variety of applications. It's built with superior materials and superior engineering, allowing it to provide precise temperature control with lower energy costs and more efficient operation. The unit is also easy to install and maintain, helping to maximize efficiency, minimize downtime, and minimize operating costs.