OES960 Optical Emission Spectrometer used Advanced second-generation CCD full-spectrum spectral manufacturing technology (digital technology replaces the old bulky photomultiplier electron tube simulation technology), the channel can be realized unrestricted;
- The introduction of European technology, with the international spectrometer technology synchronization, domestic production of vacuum CCD full spectrum technology spectrum
- Manufacturer of instrument;
- Adopt vacuum constant temperature light chamber, stable, reliable and maintenance free, no small double light chamber design
- Technical problems of long and short-wave elements;
- It is no cost to change or increase the channel within the scope of the matrix;
- Good data stability, the same sample of different time period analysis, can obtain good data consistency;
- Small volume, light weight, convenient movement and installation;
- High integration degree, high reliability, high stability;
- Electricity saving, material saving, energy consumption is only 50% of the ordinary spectrometer.
Product presentation
PRODUCTS FEATURES
- With its OES960 high performance, reliable design, innovative optical systems and extended wavelength range, the straight-read spectrometer ensures accurate identification and trace analysis of important elements, extremely low detection limits and excellent long-term stability, accurate analysis results and good reproducibility. Using the combination of leading CCD detector and digital readout technology, the overall design of the instrument is better than the traditional photomultiplier tube technology, and has gradually become an important choice in the metal manufacturing industry, processing industry and casting industry.
The OES960 straight-read spectrometer has a detection wavelength range of 160-600nm, which is extremely high in the CCD spectrum field, both from the lower limit to the upper limit of detection.
- OES960 straight reading spectrometer adopts a brand new optical system design, which combines the latest CCD solid-state detector technology with optimized pixel resolution (12pm), and the latest grating light separation technology, which represents the latest straight reading spectroscopy technology in the digital age.
Vacuum light separation system uses the multi-block line array CCD as the detector, and has up to 2400×8 pixels, realizing the points
Full-spectrum reception within the analysis band. Each element is analyzed by multiple spectral lines, with comprehensive output, large dynamic range, and accurate results. The placed CCD detector meets the omission of all spectrum lines in the analysis band, realizes the simultaneous determination of multiple spectrum lines of the same element, and automatically selects the output.
For the observation characteristics of the plasma state spectral signal, to obtain the best observation angle to obtain the best analytical data, the creative instrument placed the light chamber with an angle-specific tilt, a design never before found in the CCD spectra. The OES960 uses special materials to analyze the ultra-low ultraviolet band (VUV) spectral signals freely.
- OES960 spectrometer uses a brand new vacuum light chamber system design, with huge advantages over the traditional argon-charged light chamber system. First of all, a real-time argon purge of the light chamber is not needed in the non-working state of the instrument, which greatly reduces the use amount of argon and saves the use cost of customers. Secondly, the vacuum optical system of the creative instrument ensures that the instrument can reach a stable working state in 30 minutes under the cold start (shutdown and restart) state, while the traditional argon-charged light chamber system takes 1-2 hours to reach a stable working state. The OES960 needs to detect ultra-low UV-band spectrum signals, and therefore a stable vacuum-efficient system is very important. The vacuum system loaded on the OES960 works through the latest generation of vacuum pumps, while being equipped with a safety solenoid valve to maximize the safety of the vacuum system.
The vacuum system of the OES960 can load the vacuum degree according to the customer designation. Through the working software to show the number, the real-time understanding of the working state of the vacuum light chamber.
Technical parameter
Spectrometer optical system
- Pxing-Longge structure, Roland circle optical system
- Grating focal length: 400mm
- Wavelth range: 160600nm, 200600nm two specifications
- Detector: multiple high-performance line array CCD
- Light chamber temperature: automatic control of constant temperature: 34℃±5℃
- Pixel resolution: 20pm
- Grating line: 2400l / mm
- First-level spectral line dispersion rate: 1.2nm / mm
- External incident window opening for easy cleaning and replacement
- Excellent drift correction-thanks to automatic peak finding (0.1 pixels)
Digital plasma generator
- Full-digital plasma spark light source technology
- High efficiency benefits from the compact design and semiconductor control technology
- High Energy Precombustion Technology (HEPS)
- The excitation parameters can be set by the user through the user interface according to the actual requirements
- Frequency of 1,001,000 H z
- Current: 1-80A
Optimized sample table
- Open sample table design, to meet the requirements of large sample test
- Analyze the gaps at a 4-m m sample table
- The ” jet electrode technology easily deals with small samples and complex geometry samples
- Low argon gas consumption, standby time: no standby flow rate
- Customized specific sample adapter
- Spark platforms are not required for different substrates
- Optimized impurity discharge system
- Solid copper sample table has excellent heat dissipation effect
Computer and readout system brand computer
- Processor: AMD dual-core 64X25200 + chip: AMD690G + AMDSB600 memory: 1GBDDR2
- Hard disk:> 250GB optical drive: DVD
- Display: a 19-inch LCD display
Presentation of information
- Data is stored in a variety of data forms that can be connected to various standard printing devices
- Data can be transmitted remotely over the Internet
Software system
- The Windows 10 operating system
- Data maintenance procedures are available for the Chinese or English spectrometer operating software
Argon requirements
- Pure argon.99.999%; Argon pressure reducing valve: Special pressure relief valve).
- Air pressure 4MPa; outlet instrument air pressure 0.5MPa
Software analysis function
Powerful analytical capabilities
Rich form of data output
Data storage and printing function
The instrument has its own diagnostic function
Other functions
workbench set required.
