Used CTI-CRYOGENICS SCW #293753773 for sale

CTI-CRYOGENICS SCW pumps are oil-free and maintenance free submersible cryopumps that are used to transfer cryogenic liquids. It is made up of a vacuum line and its motor, and a submerged base mounted with a suction sump. This heavy-duty design is able to handle liquids such as liquid nitrogen, liquid hydrogen and helium. The vacuum line is designed with an active oil-free, balanced-port centrifugal pump, which allows it to maintain a high flow rate. The heavy-duty motor is an industrial grade, watercooled induction motor, which is capable of handling high-pressure cryogenic temperatures. The submerged base has been tested for corrosion resistance and can also be used in enclosed spaces. The design of CTI-CRYOGENICS CRYOGENICS SCW pump is ideal for critical transfer applications, such as large cryogenic tanks, because it is highly efficient and provides a powerful, steady vacuum flow rate. It has a split suction chamber with separate lines, which allows it to incorporate multiple circulation lines, and its efficient operation prevents pumping effects that can adversely affect liquid nitrogen quality. Another key component of SCW pump is the brass bellows, which provide flexibility and respond to pressure fluctuations. This ensures an even flow of cryogenic liquids and minimizes turbulence during transfer, while keeping the flow stabilized. It also maintains the pressure of the liquid and seals the vacuum line to prevent air being drawn in and cold gases being discharged. CRYOGENICS SCW pump has a built-in pressure switch that monitors the pressure inside the pump and automatically turns off when the pressure reaches a certain level, avoiding overloading the motor. Its speed sensor allows for constant monitoring, ensuring consistent speed and performance throughout the process. CTI-CRYOGENICS SCW pump is designed and tested to meet a wide range of requirements, making it a reliable, heavy-duty and safe solution for cryogenic transport applications. Its corrosion, temperature and dust-resistant design could prove to be cost-effective and efficient in any application.