Used AFFINITY EWE-08CH-ED44CBD0 #9290200 for sale

AFFINITY EWE-08CH-ED44CBD0 is a recirculating heat exchanger chiller designed to control temperatures in industrial and commercial settings. It is powered by an electric motor, operating at a voltage of 208-230/3/60 and features a capacity of 8.5 nominal tons. The unit is equipped with a twin scroll compressor, two electrically commutated motor centrifugal fans, a barometric flow controller, a three-way solenoid valve, and a micro-processor controller. The compressor is designed to provide increased cooling capacity and superior efficiency. The two centrifugal fans offer low levels of sound while providing consistent air-flow throughout the unit's range of operations. The barometric flow controller is responsible for sensing and responding to the pressure difference between the suction and discharge pressure, offering optimal performance. Lastly, the three-way solenoid valve helps in circulating refrigerant in two directions while the micro-processor controller is used for temperature control. EWE-08CH-ED44CBD0 is also fitted with a vertical tube heat exchanger, which offers a high level of efficiency while reducing fouling of condenser surface. The chiller is constructed using special steel components, designed for both strength and resistance to corrosive environments. Additionally, the unit features high-efficiency motors, insulated access doors, and large access panels for easy routine maintenance. AFFINITY EWE-08CH-ED44CBD0 is pre-charged with refrigerant and is designed to maintain temperatures up to 35 °F. The unit can be used with a variety of air handling systems, including DX, evaporative coolers, vertical and horizontal fan coil systems. It also features a built-in variable frequency drive, allowing it to adapt to varying outdoor conditions. The chiller can operate in ambient temperatures ranging from 65F to 95F, while offering an impressive full load EER of 15.3. Overall, EWE-08CH-ED44CBD0 is a powerful and reliable recirculating heat exchanger chiller, designed for superior performance and energy-efficiency.