Used SMC INR-244-112D #293637441 for sale

SMC INR-244-112D is a recirculating, indirect-fired, industrial chiller heat exchanger. Manufactured by SMC Corporation, the unit is designed to efficiently and cost-effectively provide chilled water for process applications in a wide range of high-temperature industrial applications. The unit's exterior is constructed of heavy-gauge steel, sealed with a no-rust, powder-coated finish. The internal components are designed for durability and reliability, with a spool-welded stainless steel design for heat exchangers and corrosion protection. A titanium heat exchanger wall ensures heat conduction efficiency. In addition, INR-244-112D is designed for quiet operation, with noise levels well below permitted industrial safety standards. SMC INR-244-112D utilizes a two-stage, indirect-fired technology to provide cooling. The primary stage consists of a two-stage counter flow heat exchanger, while the secondary stage consists of a direct fire boiler. Indirect-fired systems are ideal for applications that require efficient cooling and precise control of temperature. The unit offers a unique combination of efficiency and flexibility, allowing for setpoint control of within a one-degree range. In addition, INR-244-112D incorporates a patented design to optimize the heat transfer process and to maximize evaporation rates. SMC INR-244-112D is designed to safely provide chilled water for industrial applications requiring a higher temperature range than traditional chillers. The unit can be operated using its standard operating temperature range of 40-85 degrees Celsius, and its absolute maximum temperature capability is 100 degrees Celsius. Additionally, the unit's energy optimization capability allows for up to 20% improved energy efficiency when compared to traditional chillers. The cost-effective and versatile INR-244-112D provides reliable temperature control, higher cooling capacity, and low operating costs. The design features of the unit enable superior cooling performance, reduced noise levels, and improved efficiency. The unit is suitable for a wide range of high-temperature industrial applications, providing optimal safety, reliability, and energy efficiency.