Used GOW-MAC 580 #77282 for sale

GOW-MAC 580 residual gas analyzer (RGA) is a device that is used to measure and characterize gases in different conditions. It operates by bombarding the gas sample with a beam of electrons, ionizing the molecules and allowing the analysis of their composition. The analyzer uses advanced electronics to analyze the sample, allowing the operator to determine the types and concentrations of the various molecules in the sample. 580 is an industrial strength analytical device designed to withstand punishing environments. The body of the analyzer is made from stainless steel and its interior components are housed in a hermetically sealed frame. Its base is a large stainless steel plenum fitted with two heated sample inlets, two detectors and two power supplies. The sample inlets introduce the gas sample into the analyzer, the detectors measure the concentration of the various molecules, and the power supplies provide power to the electronics. The analyzer utilizes an electron energy analyzer (EEA), a device designed to measure the energy of the electrons bombarding the sample. The EEA can measure the energy spectrum of the sample allowing the operator to identify the components of the sample. GOW-MAC 580 also utilizes a quadrupole mass analyzer (QMA), which can measure the mass of any particles as small as one Da. The QMA provides more accurate data than the EEA, allowing for more detailed analysis. 580 has multiple functions that help ensure accurate analysis. It has an auto-zero feature that eliminates any bias between the two detectors. It can also adjust the mass-to-charge ratio range to improve accuracy in a specific measurement. Furthermore, the analyzer allows for data logging, displaying the results on a PC through a built-in RS-232 port. Overall, GOW-MAC 580 is an advanced analytical device designed specifically to measure and analyze residual gases. It's durable design and comprehensive analysis make it ideal for operators that need to accurately measure and characterize residual gas samples.