Used CTI-CRYOGENICS 9600 #9374684 for sale

CTI-CRYOGENICS 9600 pump is a vacuum pump for cryogenic applications such as liquefaction of gases, degassing, thermal insulation, and the preservation of perishables. It is a single-stage cryopump designed for operation in low-temperature conditions, and is most often used in industrial-grade laboratories. CTI-CRYOGENICS CRYOGENICS 9600 model features a triple-piston pump head with two diaphragm seals and an oil sump, allowing for optimal efficiency and minimized maintenance. This model has an inlet volume of 0.6 cubic feet and allows for up to 5,000 liters per second of pumping speed at ultimate vacuum. The operating range of 9600 is from 0.02 mBar to 200 mBar, and the water vapor tolerance is up to 8 g per hour. CRYOGENICS 9600 model is protected against over-heating, and monitored by a built-in thermal protection feature. This ensures that the pump is kept at a safe temperature, preventing damage to its components. Additionally, the pump features oil backflow protection sensors to ensure that liquid does not enter the pump during idle times. CTI-CRYOGENICS 9600 excavates cryogenic particles at a remarkably low temperature in order to preserve their low temperature molecular condition. This helps preserve material stored within the vacuum chamber. CTI-CRYOGENICS CRYOGENICS 9600 is able to maintain high vacuum pressures, between 0.02 mBar and 200 mBar, while controlling temperatures from -109°C to 132°C. 9600 cryopump is easy to install and maintain, capitalizing upon its efficient design. The unit is also capable of enduring long periods of inactivity, thanks to its oil backflow protection sensors. A mechanical rotary valve allows the user to switch between idle and pumping quickly. CRYOGENICS 9600 pump is the perfect choice for any industrial-grade laboratory where cryogenic applications are standard practice. Its superior construction, excellent performance, and maintenance simplicity make it the ideal choice for any lab that requires a reliable low-temperature pump.