Used MKS / SPECTRA IGSS04 #9116305 for sale

MKS / SPECTRA IGSS04 is one of the most innovative residual gas analyzers available on the market today. It uses a unique combination of vacuum analysis and spectroscopy to provide a comprehensive analysis of gaseous molecules in ultra-high vacuum systems. The device consists of two main components: a gas cell and an optimally-designed mass spectrometer. The gas cell contains a sample of the process gas and is carefully sealed using an additional filter system to protect against contamination. The analyzer features automatic calibration and requires minimal maintenance. MKS IGSS04 utilizes mass spectroscopy to perform its analysis. In this technique, the sample gas is first ionized and then subjected to a mass-analyzing electric field. The result of the analysis is a mass spectrum that can be used to identify the molecular composition of the gas. The mass spectrometer employed by SPECTRA IGSS04 features a very high resolution, which allows it to determine the precise composition of even the smallest and most complex molecules. The overall design and functionality of IGSS04 allow for a high degree of accuracy and reliability. The analyzer is capable of accurately detecting trace amounts of oxygen, hydrocarbons, nitrogen and hydrogen. The device also features a wide operating temperature range, enabling it to be used in both cold and warm environment without any loss of performance. It also features multiple ionization sources, which can be used to analyze multiple species simultaneously. In addition, MKS / SPECTRA IGSS04 is equipped with an intuitive, easy-to-use display that is capable of presenting the results of the analysis in a clear and concise manner. The display also allows for easy navigability between the different functions of the analyzer. Furthermore, the device also features an integrated fault-logger, which can provide the user with detailed information regarding any malfunctions or errors. All in all, MKS IGSS04 offers a powerful and reliable solution for analyzing the composition of gases in ultra-high vacuum systems.