Used BECKMAN COULTER 856 #9395379 for sale

ID: 9395379
Infrared analyzer Sample Inlet: 10 PSI (Max) REF Inlet: 10 PSI (Max).
BECKMAN COULTER 856 is a residual gas analyzer (RGA) that is used for a variety of applications in both industrial and scientific processes. The RGA provides an accurate and reliable analysis for a range of compounds, including hydrocarbons, halocarbons, and multi-molecules. The device works by ionizing the sample and detecting the resulting ions that are produced. It basically works by ionizing the residue of a gas sample, allowing its individual components to be detected. 856 features an eight-channel electron multiplier that detects the information collected by the ionization process and accurately measures the remaining compound components in the sample. The RGA also employs a multi-spoke ion beam focusing mechanism that allows for the effective detection of different compounds in the same sample. The data produced from the RGA can be used to measure the amount of residual gas species present in a sample, or to analyze the composition of a mixture. BECKMAN COULTER 856 also offers the additional feature of a 16-bit microprocessor, allowing for the quick transfer of data from one unit to another. The microprocessor also allows for improved control over the RGA's operation, allowing it to be adjusted in order to tailor the analysis to the needs of the particular job. In addition, 856 is equipped with a maintenance program which helps to maintain the RGA's performance. This ensures that the RGA will remain in perfect working condition for longer periods of time, and it also helps to minimize the number of maintenance cycles that need to be performed in order to keep the device running at maximum efficiency. Overall, BECKMAN COULTER 856 is an excellent tool for measuring residual gases in a wide variety of sample types and provides accurate and reliable analysis each time. Its features make it an ideal instrument for analytical and scientific applications, as it allows users to quickly and accurately measure components in their samples.
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