Used INFICON Transpector 2 #9053422 for sale

INFICON Transpector 2 is a residual gas analyzer (RGA) designed for installations that require the utmost in accuracy, speed, and reliability in measuring the composition of both residual gases and ultra-high vacuum gases. It offers real-time precision analysis of the properties of gas molecules in the range from 210-1350 amu (atomic mass units). Transpector 2 can detect and measure various components of a gas mixture with sensitivity up to 1 part-per-billion (ppb). INFICON Transpector 2 consists of a source, an analyzer unit, and a control and display section. The source works by ionizing the molecules in the sample gas, and then focusing them into the analytical region of the instrument. The analyzer then detects the ionized molecules and separates them based on their mass to charge ratios. This data is then processed and displayed as a graph, where the x-axis is the mass-to-charge ratio and the y-axis is the abundance of the ion in the gas sample. Transpector 2 has a wide range of applications, ranging from general laboratory gas analysis, industrial process control, in-situ gas analysis and leak detection, and detector gas quality control. It also has various user-friendly features, including a built-in background filter, multiple ionization regimes, a fast sweep speed, and selectable read-out rates. INFICON Transpector 2 is built for versatility and comes with a wide range of compatible accessories, allowing it to be used for many different analyses. It is capable of analyzing a wide range of sample sizes and pressure ranges, and its vacuum system can reach up to 1x10-10 mbar. In addition, Transpector 2 has several safety features, such as ionization current monitoring and vacuum compliance monitoring, to protect against harmful emissions, such as ozone. Overall, INFICON Transpector 2 is an extremely reliable and versatile RGA, designed for precise measurement and analysis of both residual and ultra-high vacuum gases. It features fast sweep speeds, selectable read-out rates, multiple ionization regimes, and adjustable sensitivity, allowing its users to make the most out of their analysis.