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Help CenterSupply of Lead and Alloy Spectral Analyzers, Mingrui Model ty - 9000, Lead-based Alloy Spectral Analyzer
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Nanjing Mingrui TY-9000 Lead and Alloy Spectral Analyzer , it can measure all the chemical elements that need to be analyzed in the metal industry. It is equipped with a complete working curve and is suitable for analyzing the corresponding matrix (metal matrix), such as: Fe, Al, Cu, Ni, Co, Mg, Zn, Pb, Sn. It covers the full range of elemental analysis, and the analysis elements can be selected according to specific needs. It is suitable for various fields such as steel, casting, auto parts, precision mechanical hardware, non - ferrous metal casting, machinery manufacturing, energy and power, railway transportation, pipeline valves, manufacturing equipment, power and petrochemical, die - casting, aviation, shipbuilding and railway, PMI incoming material inspection, as well as teaching and scientific research. Tel: 18651882886 (WeChat ID).
Lead and Alloy Spectral Analyzer Configuration and Features
1. The uniquely designed vacuum optical chamber can measure the content of C, P, S in non - metallic elements and various alloy elements. The measurement results are accurate, with excellent reproducibility and long - term stability.
2. The structural design of the vacuum optical chamber makes the volume of the vacuum chamber smaller, and the vacuum pumping speed is less than half of that of ordinary spectrometers. Separating the entrance window from the vacuum chamber makes the daily cleaning and maintenance of the entrance window convenient and fast.
3. The optical system automatically scans the spectral lines and calibrates the optical path automatically to ensure the correctness of spectral line reception, eliminating the cumbersome peak scanning work.
4. The design of the excitation table and the argon gas circuit greatly reduces the consumption of argon. The flexible sample clamp design can meet the analysis of samples of various shapes and sizes at the customer's site.
5. Multi - matrix analysis can be realized without adding hardware facilities. Compared with photomultiplier tube spectrometers, it can greatly reduce the customer's use cost and expand the use scope.
6. The jet electrode technology is adopted. In the excitation state, an argon jet airflow will be formed around the electrode, so that the excitation point will not contact the outside air during the excitation process, improving the excitation accuracy.
7. The dedicated spectral operation software is fully compatible with the Windows system. At the same time, various language versions can be provided according to customer needs. The software is easy to operate. Even people without any spectrometer knowledge or operation experience can start using it after simple training.
8. High - performance FPGA, DSP and ARM processors are adopted, with ultra - high - speed data acquisition and analysis functions, and can automatically monitor and control the operating conditions of modules such as the optical chamber temperature, vacuum degree, argon pressure, and excitation light source in real - time.
9. The fully digital plasma excitation light source releases ultra - stable energy to excite samples in an argon environment. The fully digital excitation pulse ensures ultra - high resolution and high - stable output of the plasma energy of the excited samples, meeting the excitation requirements of various materials.
10. The sample excitation table uses a copper spark table base and a tungsten electrode. The copper spark table base provides good heat dissipation and firmness for the excitation table. At the same time, the long service life and high - temperature resistance of the tungsten electrode also improve the excitation performance. The self - purging function design of the electrode creates a good environment for excitation and makes it easier to clean the electrode of the excitation table.
Lead and alloy spectral analyzer Technical parameters:
Analytical matrix: 13 matrices including iron-based, copper-based, aluminum-based, nickel-based, cobalt-based, magnesium-based, titanium-based, zinc-based, lead-based, tin-based, silver-based, manganese-based, and chromium-based.
Optical structure: Paschen-Runge Rowland circle full-spectrum vacuum optical system
Wavelength range: 130~800nm
Focal length: 400mm
Grating ruling: 3000 lines/mm
Detector: High-performance CCD array, each CCD with 3,648 pixels.
CCD pixel resolution: 6pm
Electrode: Tungsten spray electrode
Analysis gap: Sample stage analysis gap: 4mm
Light source type: Brand-new adjustable digital light source, high-energy pre-burning technology (HEPS)
Excitation frequency: 100-1000Hz
Discharge current: 400A
Vacuum system: Automatically controlled and monitored by vacuum software
Instrument dimensions: 720*860*500
Instrument weight: Approximately 100kg (excluding the vacuum system)
Detection time: Depends on the sample type, generally around 25S.
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