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W5 type full spectrum direct reading spectrometer
The W5 full spectrum direct reading spectrometer has the ability to quickly determine elements in metal material samples
Product details
W5 type full spectrum direct reading spectrometerHaving the ability to quickly determine elements in metal material samples. The optical system adopts a CMOS detector with a spectral range covering all typical materials. It can accurately and reliably analyze both low and high content elements. The company has accumulated years of production experience in the field of spectroscopy, and has designed this new and more cost-effective full spectrum direct reading spectrometer for different materials and requirements. It can meet the applications of quality monitoring, material grade identification, material research and development in the metal manufacturing, processing and metal smelting industries.
Black Technology 1: Superior Performance Optical System
Paschen Runge structure concave grating, full spectrum coverage, meets customers' needs for full element detection.
Direct optical technology and optical devices made of MgF material ensure performance in the ultraviolet region.
High resolution multi CMOS readout system, low dark current, good detection limit, high stability, strong sensitivity, meeting the analysis requirements of N.
Black Technology 2: Intelligent Digital Excitation Light Source
The fully digital intelligent composite light source DDD technology brings superior analytical performance.
The compact design and semiconductor control technology enable the light source to have better stability and stronger reliability.
High energy pre combustion technology (HEPS), with excitation parameter adjustment, fully meets the excitation requirements of different matrices, samples, and analytical elements.
Black Technology III: Design of Intelligent Sample Excitation Platform
The excitation table directly guides the excitation light into the optical system
Open sample stage, meeting the requirements of large sample testing.
Changing electrodes can have good performance in analyzing small samples and complex geometric shape samples
Video recognition technology ensures the safety of sample stage excitation and can monitor the panoramic view of the sample stage.
Black Technology 4: Intelligent Integrated Gas Circuit Module
Intelligent argon gas flow design and dust collection and cleaning device
Argon injection technology effectively eliminates plasma drift during the excitation process, ensuring that CCD detectors can observe light signals in high-temperature areas, improving accuracy and stability.
After excitation, pulsed argon gas is blown to improve dust removal efficiency and enhance the short-term and long-term stability of the instrument.
Black Technology V: Intelligent Vacuum Measurement and Control
The vacuum system is fully programmable, reducing the operating time of the vacuum pump while ensuring the vacuum degree,
Dual level setting, enabling standby vacuum operation when the instrument is not running.
Multi level vacuum isolation measures and the addition of oil filtration devices ensure that optical components work in a reliable environment.
Black Technology 6: Lens Cleaning Device
Stainless steel vacuum ball valve has good isolation effect when cleaning lenses.
Single panel lens design, easy to disassemble and assemble.
The cross mechanical device effectively protects the optical system without lifting the isolation.
Black Technology 7: Computers and Readout Systems
Computers and mobile phones (or PADs) can display synchronously for convenient panel operation.
High resolution multi CMOS readout system and FPGA, DSP, and ARM technologies for data acquisition.
Ethernet and TCP/IP protocols enable high-speed and reliable data transmission.
Data can be transmitted remotely and fully networked. Real time convenient monitoring and control of instrument operation status.
The data can be cloud printed.
Black Technology 8: Specialized Spectral Analysis Software
The specialized spectrometer software for producing standard spectrometers has a user-friendly interface and standardized functions.
The instrument is equipped with multiple factory calibration curves, more material analysis methods, and advanced solutions in the software.
The measurement upper and lower limits of the standard curve can be extended on site according to the user's material requirements.
Other black technologies:
Automatic optical path calibration
Low consumption of argon gas
Universal adjustable sample adapter
Matrix extension function
Standardized parameter modification
Sample control correction function
Safe, open and convenient design
Real time display of results, customizable printing report function for users
Software rapid diagnosis
Easy interface operation
Reliable factory calibration function
Technical parameters:
Application industries: Steel industry, non-ferrous metals, alloy casting, mechanical processing, commodity inspection and quality control, material research
Black Technology 4: Intelligent Integrated Gas Circuit Module
Intelligent argon gas flow design and dust collection and cleaning device
Argon injection technology effectively eliminates plasma drift during the excitation process, ensuring that CCD detectors can observe light signals in high-temperature areas, improving accuracy and stability.
After excitation, pulsed argon gas is blown to improve dust removal efficiency and enhance the short-term and long-term stability of the instrument.
Black Technology V: Intelligent Vacuum Measurement and Control
The vacuum system is fully programmable, reducing the operating time of the vacuum pump while ensuring the vacuum degree,
Dual level setting, enabling standby vacuum operation when the instrument is not running.
Multi level vacuum isolation measures and the addition of oil filtration devices ensure that optical components work in a reliable environment.
Black Technology 6: Lens Cleaning Device
Stainless steel vacuum ball valve has good isolation effect when cleaning lenses.
Single panel lens design, easy to disassemble and assemble.
The cross mechanical device effectively protects the optical system without lifting the isolation.
Black Technology 7: Computers and Readout Systems
Computers and mobile phones (or PADs) can display synchronously for convenient panel operation.
High resolution multi CMOS readout system and FPGA, DSP, and ARM technologies for data acquisition.
Ethernet and TCP/IP protocols enable high-speed and reliable data transmission.
Data can be transmitted remotely and fully networked. Real time convenient monitoring and control of instrument operation status.
The data can be cloud printed.
Black Technology 8: Specialized Spectral Analysis Software
The specialized spectrometer software for producing standard spectrometers has a user-friendly interface and standardized functions.
The instrument is equipped with multiple factory calibration curves, more material analysis methods, and advanced solutions in the software.
The measurement upper and lower limits of the standard curve can be extended on site according to the user's material requirements.
Other black technologies:
Automatic optical path calibration
Low consumption of argon gas
Universal adjustable sample adapter
Matrix extension function
Standardized parameter modification
Sample control correction function
Safe, open and convenient design
Real time display of results, customizable printing report function for users
Software rapid diagnosis
Easy interface operation
Reliable factory calibration function
Technical parameters:
| project | index |
| Detecting the substrate | 13 substrates 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, chromium based, etc |
| optical system | Pascal Runge Roland circular full spectrum vacuum optical system |
| wavelength range | 165-580nm (can be equipped with upper and lower limit detectors to expand the wavelength range) |
| Grating focal length | 400mm |
| detector | High resolution multi CMOS image sensor |
| light source | DDD digital excitation light source, high-energy pre combustion technology (HEPS) |
| discharge frequency | 100-1000Hz |
| Discharge Current | Big 400A |
| detection time | Depending on the type of sample, it usually takes around 25 seconds |
| electrode type | Tungsten jet electrode |
| analytical gap | Sample stage analysis gap: 3.4mm |
| vacuum system | Vacuum software automatic control and monitoring |
| Light room constant temperature | 34 ℃, automatic temperature monitoring |
| Purity of argon gas | 99.999% |
| Argon pressure | 0.5MPa |
| Working power supply | AC220V 50/60Hz |
| Instrument dimensions | 860*680*438mm |
| Instrument weight | About 100kg |
Application industries: Steel industry, non-ferrous metals, alloy casting, mechanical processing, commodity inspection and quality control, material research
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