Used SIEMENS Ultramat #112589 for sale

SIEMENS Ultramat is a state-of-the-art residual gas analyzer (RGA) for ultra-high vacuum (UHV) applications. It is designed to detect and monitor even the smallest changes in the composition of residual gases in the vacuum chamber. Ultramat is capable of measuring very low pressures down to 10-12 mbar over a wide range of gas types. SIEMENS Ultramat has robust, reliable, and affordable performance that is ideal for pumps, industrial processes, research and development. It uses a highly sensitive electron ionization (EI) technique to measure the pressure and composition of the residual gas present in a vacuum system and has the capability to monitor a wide variety of gases present, including hydrogen, nitrogen and other molecular gases. In addition, it is capable of detecting small levels of impurities such as oxygen and carbon dioxide. The RGA consists of a 9-pole ion source, an ion optics lens, an ion detector and a quadrupole mass filter. The 9-pole ion source uses electrons accelerated to high speeds and a strong electric field to ionize the molecules of the residual gas. The ions produced are then dispatched through the lens and focused into the quadrupole filter. This filter further separates the ions into m/z masses, according to their charge, resulting in a composition profile. The composition profile is monitored by the ion detector and allows for analysis of the elements present in the gas. Ultramat incorporates digital signal processing for fast, accurate and reliable measurements, even at large distances from the ion source. It is also capable of online data acquisition and storage, which allows for quick and easy analysis. SIEMENS Ultramat offers a fully programmable user interface for custom analysis, and includes comprehensive diagnostics facilities for instrument configuration. It is also suitable for a wide range of applications, from small vacuum systems to large UHV systems. In summary, Ultramat offers users a powerful and cost-effective solution to measure and monitor residual gases in various vacuum applications. Its exceptional reliability and sensitivity makes it an ideal tool for a variety of research and industrial purposes.