Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT SCO1/16-40 #9095826 for sale

HP SCO1/16-40 is a recirculating, heat exchanger chiller designed to cool the temperature of laboratory instruments and other electrical components. This chiller uses a plate-and-frame heat exchanger which allows the cold fluid to flow directly over the heat source with no need for additional cooling. The design of this heat exchanger is such that it is easy to control and maintain the constant temperature in the cold side of the exchanger. AGILENT SCO1/16-40 chiller is equipped with rotary compressors and is designed to be energy efficient and reliable. The refrigerant is circulated within the unit with very little additional heat loss as the temperature is maintained through the heat exchanger. KEYSIGHT SCO1/16-40 runs on two types of fans which operate simultaneously for maximum efficiency. The fan speed can be adjusted using the front panel settings, allowing for more precise temperature regulation. Additionally, the chiller is equipped with a digital display which allows technicians to monitor the efficiency of the equipment, making it easier to identify and troubleshoot any potential problems. This type of chiller provides users with both heating and cooling capabilities. The cooling is achieved by circulating a refrigerant in the heat exchanger, removing heat from the cold side and passing it to the hot side. This can control the temperature of the instrument or component being cooled, helping to protect the machine from overheating. The heat exchanger also allows unwanted excess heat to be drawn away from the cooling area. In addition to cooling, HEWLETT-PACKARD SCO1/16-40 also provides heating when needed. By operating the reverse cycle option, it can draw heat out of the cold side and transfer it to the hot side. This can help to quickly warm up components during cold weather. In summary, AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT SCO1/16-40 is a recirculating, heat exchanger chiller designed to cool laboratory instruments and other electrical components. It operates using rotary compressors and two types of fans and utilizes a digital display to monitor its efficiency. The heat exchanger allows for both heating and cooling capabilities, helping to ensure that the temperature of the instruments and components are regulated without overheating.