Used EDWARDS iXL500Q #9210599 for sale

EDWARDS iXL500Q cryopump is an ultra-high vacuum (UHV) device used to remove unwanted gases from vacuum chambers. It is a sophisticated piece of technology, made up of several complex parts that all work together to create an ultra-low vacuum environment. EDWARDS IXL 500Q pump consists of a two-stage rotor, a cold head, a surround plate, pump control circuitry, and a nozzle array. The two-stage rotor is enclosed in a shell, and is made of two separate rotating elements (stators) that move in opposite directions at different angles. This motion creates a powerful vortex that helps to draw in gas molecules, vaporizing them and collecting them on the cold head. The cold head is an inert component of the pump, made from non-magnetic materials such as stainless steel or aluminum. It's cooled by liquid nitrogen to below -98°C to create a surface which is cold enough to condense vapors, and which acts as a repository for collected gas molecules. The surround plate is also part of the vacuum chamber. It surrounds the cold head, and is usually made of aluminum, with a ceramic coating that helps to block out stray molecules and minimize background pressure. The pump control circuitry monitors and regulates the motion of the two-stage rotor, as well as the cooling temperatures of the cold head. This ensures the pump is running at peak efficiency. Peripheral systems also convey the flow rate and ultimate pressure of the system. The nozzle array is the final part of the pump. It consists of a series of nozzles which are used to direct the pump's output to the target. This ensures the ultra-low vacuum environment is created in both the vacuum chamber and also in the surrounding environment. Overall, IXL 500 Q pump is a sophisticated and precise device that is capable of removing gases from vacuum chambers to create an ultra-low vacuum environment. Its components work together to ensure maximum efficiency and precision. Its cold head and nozzle array help to maximize the effectiveness of the pump by directing the collected gases to the target. By utilizing the various components of the pump, users can ensure an ultra-low vacuum environment is maintained in even the most challenging of applications.