Introduction: M5000 bench-top direct reading spectrometer for rapid quantitative analysis of a variety of metal materials in the chemical elements. The instrument is simple to operate, easy to maintain, the analytical accuracy fully meets the requirements of the laboratory, and can be used for a long time under the environment in the furnace, which is stable and reliable. The instrument uses the Par-Longkaton CCD optical system, which analyzes the wavelength range of elements from 140nm to 680nm, meeting the analytical needs of conventional elements in the metal industry. Advanced dual-chamber design enables the analysis of short-wavelength elements such as carbon, phosphorus and sulfur, especially nitrogen. Full spectrum reception technology, can be achieved according to user needs changes in the analysis of elements, without changing the hardware. M5000 for multi-matrix analysis, with a complete factory calibration curve. Users can choose different matrix according to need analysis, such as: iron, aluminum, copper, zinc, nickel, titanium, magnesium, cobalt and so on. Windows-based professional analysis software, complete functions, easy to operate. Complete system diagnostics and powerful database management, can fully meet user needs. Advanced and comprehensive intelligent algorithm and spectral delay acquisition technology, can eliminate a variety of strong background and spectral line interference, which greatly improves the analysis accuracy. High-performance DSP and FPGA processors provide high-speed processing of data, greatly reducing analysis time. Advanced programmable pulse digital light source, according to the analysis of different samples configured the best excitation waveform, help to improve the analysis accuracy. At the same time, improve the excitation protection system to ensure that the excitation process is safe and reliable. Optimized design of the argon flow path, effectively reducing the amount of argon, cost savings. The whole structure is designed to facilitate rapid installation and replacement parts, reducing the maintenance workload. Special design excitation table can adapt to a variety of shapes of the sample. M5000 for iron, aluminum, copper, zinc, nickel, titanium, magnesium, cobalt and other matrix, alloy materials in the range of trace to high content of elemental quantitative analysis. Widely used in metallurgy, casting, machining and other industries incoming inspection, quality control and factory inspection. Technical Parameters: Optical system Pat-type - Runge structure Multi-chip high-resolution CCD detector The maximum wavelength range: 140nm ~ 680nm Intelligent temperature control Excitation light source Programmable pulse digital light source High-energy pre-combustion technology The maximum discharge current: 400A Discharge frequency: 100Hz ~ 1000Hz Analyzing Software Graphical analysis software, professional, concise Complete automatic system diagnostic capabilities Improve the database management functions Analysis procedures Factory calibration curve analysis program Flexible analysis program According to user needs to expand the analysis capabilities Sample excitation station Argon type Easy to use sample holder Excitation aperture 13mm Power and environmental requirements AC220V ± 20V, 50Hz Spark excitation when the maximum power 400VA Standby average power 100VA Working humidity: 20% ~ 80% Operating temperature: 10 ° C ~ 30 ° C Size: 26 × 622 × 546mm Weight: about 80kg
Introduction: M5000 bench-top direct reading spectrometer for rapid quantitative analysis of a variety of metal materials in the chemical elements. The instrument is simple to operate, easy to maintain, the analytical accuracy fully meets the requirements of the laboratory, and can be used for a long time under the environment in the furnace, which is stable and reliable. The instrument uses the Par-Longkaton CCD optical system, which analyzes the wavelength range of elements from 140nm to 680nm, meeting the analytical needs of conventional elements in the metal industry. Advanced dual-chamber design enables the analysis of short-wavelength elements such as carbon, phosphorus and sulfur, especially nitrogen. Full spectrum reception technology, can be achieved according to user needs changes in the analysis of elements, without changing the hardware. M5000 for multi-matrix analysis, with a complete factory calibration curve. Users can choose different matrix according to need analysis, such as: iron, aluminum, copper, zinc, nickel, titanium, magnesium, cobalt and so on. Windows-based professional analysis software, complete functions, easy to operate. Complete system diagnostics and powerful database management, can fully meet user needs. Advanced and comprehensive intelligent algorithm and spectral delay acquisition technology, can eliminate a variety of strong background and spectral line interference, which greatly improves the analysis accuracy. High-performance DSP and FPGA processors provide high-speed processing of data, greatly reducing analysis time. Advanced programmable pulse digital light source, according to the analysis of different samples configured the best excitation waveform, help to improve the analysis accuracy. At the same time, improve the excitation protection system to ensure that the excitation process is safe and reliable. Optimized design of the argon flow path, effectively reducing the amount of argon, cost savings. The whole structure is designed to facilitate rapid installation and replacement parts, reducing the maintenance workload. Special design excitation table can adapt to a variety of shapes of the sample. M5000 for iron, aluminum, copper, zinc, nickel, titanium, magnesium, cobalt and other matrix, alloy materials in the range of trace to high content of elemental quantitative analysis. Widely used in metallurgy, casting, machining and other industries incoming inspection, quality control and factory inspection.
