Technical Features: Excellent, fast analytical performance (only 15-30 seconds); Dynamic Range: from ppm-%; Open sparks Taiwan and special small sample fixture, to ensure that the instrument for a variety of shapes of metal samples analysis; Accurate: Better than 1% deviation; Excellent nitrogen and oxygen analysis performance; High stability, high reliability; Optional multiple high-performance CCD detector system, according to the application needs up to 16 CCD detector, increase the flexibility of the instrument base and elemental analysis upgrade; High-grade standard calibration; PC controlled variable frequency high energy pre-spark (HEPS); High-precision temperature and pressure control; Advanced software features, easy to operate, easy to grasp For a variety of metal materials analysis Optical system Basing - Long grid frame method, the focal length: 500 mm. High-performance holographic diffraction grating, grating engraving 2700 / mm and 3600 / mm 3,648 pixels per CCD with a maximum resolution of 58,368 pixels (16 * 3,648 pixels) Spectral Wavelength: 130 - 800 nm Determined by the choice of diffraction grating. The choice of raster is determined by the manufacturer based on the analysis element and the analysis program Airtight vacuum optical chamber to avoid dust, light interference Excite the platform Open spark table, can analyze a variety of shapes weighing up to 20Kg samples Electrode easy to disassemble and maintain Argon purge spark station, support for rapid sample change Adapters for different samples to meet the needs of a variety of samples (optional) Excitation light source Automatic control of spark sources Semiconductor controlled discharge excitation 1 to 100 A and other low argon consumption Use convenient sample ion current Discharge parameters are password protected Special analysis requirements may have different excitation parameters Spark light discharge stable, free from the impact of power supply system fluctuations Excitation parameters are calibrated and controlled by the excitation line and analysis program Spark source can have a variety of parameter settings Spark frequency: 200 to 1000 Hz (controllable) Spark duration 10-10000 us (controllable) Spectrometer control system and data readout system Electronic system with microprocessor-controlled multi-channel integration and data acquisition system High-speed 16-bit analog-to-digital converter ISP Mixed Signal Flash Microcontroller 100MHz A variety of connection sources High-speed readout and high-speed USB interface supports fast data control and processing system Up to 16 CCD modules, selected by the manufacturer depending on the application WinLab10 analysis software Calculate the calibration curve for each element to take into account the various substrates (reference line) Intelligently: Standardize with a set of standards User-friendly graphical user interface Create or modify the analysis program Common operating function keys Optional output (intensity, intensity ratio, uncorrected concentration, corrected concentration, etc.) Available concentration units (ppm,%) Universal standardization Micro-standardization Correct the interference between elements Automated standardization Standard deviation and relative standard deviation function Alloy Type Identification (UNI, ISO, DIN, EN, ASTM, JIS, BS, etc.) Standard sample library International Standard Substance Library Trademark identification Supports calculation of C equivalent or other parameters You can mark element analysis results that are outside the working curve range With automatic recalibration based on analysis time or number of shots Statistical functional software Calculations All excitation results can be printed or up to 100 excitation average results, and their standard deviation and relative standard deviation Hard disk storage data for future research and analysis, can be connected to an external computer or central system Size Dimension: PL93x W40 x H63 cm Weight: Approx 100 Kg power supply 220V +/- 10%, single phase, 50/60 Hz, 10 A, 1.0 KVA
Introduction:
The use of modern state-of-the-art ccd digital technology enables full-spectrum direct reading of analytical spectra. The specially designed excitation light source has brought the composition analysis of metal materials into a new era. Excellent analytical performance, extremely short analysis time, extremely low operation and maintenance costs, and intelligent operation mode make sample analysis simple and easy.
The full-spectrum direct reading spectrometer can be widely applied to the composition analysis of metal samples such as iron-based, aluminum-based, copper-based, nickel-based, zinc-based, titanium-based, cobalt-based, magnesium-based, tin-based, and lead-based.
