Customization: | Available |
---|---|
After-sales Service: | Online |
Warranty: | 1 Year |
Still deciding? Get samples of $ !
Request Sample
|
Suppliers with verified business licenses
CCD CMOS Metal Alloy Direct Reading Spectrometer For Fe base Copper Base Aluminum Base
1.Introduction
1.The world's advanced second-generation CCD, CMOS full spectrum spectrum manufacturing technology (digital technology to replace the old bulky photomultiplier tube simulation technology), the channel can be realized without restrictions;
2.The introduction of European technology, synchronized with the international spectrometer technology, the first manufacturer of vacuum CCD, CMOS full-spectrum spectrometer in China;
3.vacuum type constant temperature light chamber, stable, reliable, maintenance-free; Small double light chamber design is no longer used to solve the technical problems of long and short wave elements;
4.There is no cost for channel change and increase in the range of the matrix;
5.Easy to upgrade multiple matrix, no need to change the hardware;
6.Excellent data stability, the same sample analysis in different time periods, can obtain good data consistency;
7.small size, light weight, easy to move and install;
8.Power saving, material saving, energy consumption is only 50% of the ordinary spectrometer
9.High integration, high reliability, high stability;
CCD CMOS Metal Alloy Direct Reading Spectrometer For Fe base Copper Base Aluminum Base
2.Technical parameter
GA-V998 spectrometer can be applied to the quantitative analysis and grade identification of solid metal samples. The optical system adopts CCD and CMOS detectors, and the spectral range covers all typical materials. The instrument is equipped with an open argon flush spark table design for sample analysis of different shapes and sizes.
CCD CMOS Metal Alloy Direct Reading Spectrometer For Fe base Copper Base Aluminum Base
3.Technical parameter
Spectrometer optical system
Technical parameter
1.Spectrometer optical system | |
2. Paschen-Runge structure, Roland circle optical system | vacuum single optical chamber, vacuum double optical chamber two kinds |
3.grating focal length: | 400mm |
Wavelength range: |
130-800 nm, 160-800 nm, 200-800 nm three specifications |
Detector: |
multiple high-performance linear array CCD, CMOS |
Light room temperature: automatic control constant temperature | 34ºC±0.5ºC |
pixel resolution: |
30pm |
grating engraving: |
3600 l/mm |
CCD CMOS Metal Alloy Direct Reading Spectrometer For Fe base Copper Base Aluminum Base
4.Digital plasma generator
1.full digital plasma spark light source technology
2.High efficiency thanks to compact design and semiconductor control technology
3.High Energy Precombustion Technology (HEPS)
4.Firing parameters can be set by users on the user interface as required
5.Frequency 100-1000Hz
6.The current ranges from 1-80A
CCD CMOS Metal Alloy Direct Reading Spectrometer For Fe base Copper Base Aluminum Base
5.Optimized sample stand
Computers and readout systems | |
brand computer | |
Processor | AMD dual-core 64X2 5200+ |
Chip | AMD 690G + AMD SB600 |
Storage | 1GB DDR 2 |
Hard drive | >250 GB |
Optical drive | DVD |
Display | 19 inch LCD |
Powerful analytical capabilities |
All or part of the working curve is standardized, using a single or two point calibration method Type calibration function Reproducibility checks during calibration and analysis Add a new calibration curve Add new standard sample to existing analysis curve Internal standard calibration function, matrix calibration function Automatic switching of analytical spectral lines The analysis results exceed the range of the analysis curve, and are automatically calculated and labeled |
Rich data output form |
User-defined elements to be detected and display order User-defined types of elements to be detected/printed/stored User-defined decimal points to be detected/printed/stored User-defined sample name The mass percentage analysis results of multiple correlated spectral lines can be output in the form of material content The intensity can be output in the form of light intensity, the coefficient calibration intensity coefficient, and the calibration intensity coefficient analysis result can be corrected The mean value, standard deviation and relative standard deviation of the measurement results of any excitation times can be calculated |
Data storage and printing functions |
It is stored through the system's own database Data can be stored in a variety of data formats Data can be stored as a single measurement and/or the average of multiple test data Statistical data can be stored Storage data can be transferred manually or automatically Single measurement data and/or the average of multiple test data can be printed Printable statistics All stored data can be manually or automatically printed |
The instrument comes with diagnostic function |
Argon gas pressure monitor Vacuum condition monitor Automatic spectral drift control Instrument standardization procedures and error information log Displays complete spectrogram data stored for all instruments and compares it with existing test spectrograms |
other functions | Brand database and custom brand input function Brand database input and output functions (via Excel) User-defined formula input function |