Used SEITETSU KAGAKU MAP II #153787 for sale

SEITETSU KAGAKU MAP II (SKM-II) is a next-generation residual gas analyzer designed and developed to enable precise analysis of complex gases, with a focus on industrial and laboratory applications. The equipment combines photo-acoustic spectroscopy with non-dispersive infrared (NDIR) technology to provide advanced capabilities. SKM-II is capable of analyzing a wide range of compounds, including non-condensable and lighter gases, and can be used to determine the concentration levels of sample gases. It has a high sensitivity and a wide linear dynamic range, allowing it to measure concentrations of up to 100 % of the sample gas. Furthermore, SKM-II features an ultra-high resolution, which makes it suitable for accurate determinations of subtle concentration variations. This measurement accuracy is achieved by using a combination of proprietary multi-gas cell technology and high-sensitivity electronics. SKM-II has a compact design and offers a variety of operator-friendly features. These include a wide, back-lit LCD display, which provides an overview of all operating parameters, and a hand-held, intuitive user interface with three separate functions: measuring, data logging, and gas control. It is also equipped with an automated gas switching valve, offering significant improvements in measurement speed, as well as improved safety in sample analysis. In addition, SKM-II offers automated data logging and functions for sample ratios and multiplicative calibration of data. This enables users to customize the instrument for a wider range of applications. The system also includes a wide range of accessories, such as a multi-sample unit, a multiplexer for the simultaneous reading of multiple independent cells, and a wide range of data acquisition and signal-processing software. Overall, MAP II is a reliable, efficient and user-friendly machine, designed to enable precise and accurate analysis of complex sample gases. Its combination of high-sensitivity detectors, precision engineering and advanced data acquisition methods results in an instrument that is suited to meet the needs of a range of industrial and laboratory applications.