Used TELEDYNE 3300 #112601 for sale

TELEDYNE 3300 Residual Gas Analyzer (RGA) is a state-of-the-art instrument used to measure the composition of gases in a wide variety of applications, such as air sampling, vacuum system characterization, process control, and real-time gas analysis. The RGA features a robust and reliable design, which allows it to operate under challenging environmental temperatures and pressures, while delivering accuracy and stability. 3300 RGA utilizes an installed quad-grid ion source that produces a focused beam of ions. These ions interact with the molecules of the sample gas and allow for their subsequent analysis. The RGA an electron multiplier, which allows for electrical detection of the ions that have been detected by the ion source. This electron multiplier amplifies the particle signal and is able to detect levels from Low p.p.b. to full atmosphere pressures. TELEDYNE 3300 RGA can be operated in either a closed, vacuum-sealed mode or in a lateral, open-ended mode. The latter allows for more frequent sample air changes. The data the instrument collects is highly accurate and can be used to detect changes in both gas species and pressure. The instrument's built-in computer allows the operator or user to save and analyze data points, making it useful for a variety of applications. 3300 RGA is ideal for monitoring vacuum system processes, as it can measure both pressure and differential pressure as well as detect leakage and trace contaminants. Additionally, the instrument can also be used in laboratory and industrial processes to achieve greater process control. Its simple design makes it easy to set up and operate, while still providing reliable and accurate results. Overall, TELEDYNE 3300 RGA is an efficient, reliable, and highly accurate instrument for measuring residual gases. Its built-in computer allows for data to be quickly and easily collected, processed, and analyzed. Its robust and reliable design makes it ideal for a variety of applications, from vacuum system characterization to real-time gas analysis.