Used CLEANLINE CL450DFA #9245123 for sale

CLEANLINE CL450DFA is a residual gas analyzer (RGA) designed for the reliable and accurate measurement of contaminants and process gases in applications such as semiconductor manufacturing, exhaust gas analysis, chemical processing, and vacuum feeding systems. CL450DFA provides a wide dynamic range, fast acquisition rate, and simple and convenient operation, all in a compact and lightweight package. CLEANLINE CL450DFA utilizes a hybrid detector consisting of a Faraday cup and an ionization detector, allowing for detection of a variety of gas species, including oxygen, nitrogen, hydrogen, and many organic compounds. The Faraday cup-based detector is capable of detecting gas molecules up to 9 atomic mass units in weight, while the ionization detector is capable of detecting molecules up to 50 atomic mass units in weight. The detector is also insensitive to pressure and vibration, ensuring that the readings are accurate and reliable. CL450DFA also features a series of powerful algorithms for analyzing the gas species in the sample, such as the Least Squares and Peak Statistics algorithms. The Least Squares algorithm allows for precise fitting of measured peaks to theoretical spectra, while the Peak Statistics algorithm can provide information on the total number of molecules in the sample, their relative abundance, and their average molecular weight. CLEANLINE CL450DFA also has a peak tracking feature, allowing users to keep track of their measurements over a longer period of time by automatically storing the calculated peak values for each run. Because of its compact size and simple setup and operation, CL450DFA can be implemented in a variety of environments from R&D laboratories to manufacturing plants. Additionally, CLEANLINE CL450DFA is equipped with an intuitive graphical user interface (GUI) that allows for user-friendly navigation and control of the instrument. CL450DFA is an ideal solution for a variety of analytical applications. The instrument's wide measurement range, high-speed performance, and sophisticated algorithms allow users to obtain reliable and accurate measurements of contaminants and process gases quickly and safely.