Full Spectrum OES laboratory Elemental Analysis Optical Emission Spectrometer GL-410
The GL-410 Spectrometer is an Full Spectrum Optical Emission Spectrometer (OES) designed for high-precision multi-matrix elemental analysis (e.g., Fe, Cu, Al, Zn) across a wide wavelength range of 140-750nm.
Multifunctional Material Analysis: Supports analysis of multiple matrices such as Fe, Cu, Al, Zn, Ni, Sn, Ti, and Mg, catering to the needs of various industries.
Modular Design: Features independent optical collection and data processing modules, combined with a high-performance ARM processor and real-time operating system, significantly reducing analysis time and further enhancing precision.
Precise Temperature Control System: Temperature fluctuation is limited to ±0.2℃, ensuring operational stability and improved energy efficiency.
Wide-Spectrum Analysis Capability: The digitally controlled light source extends the range of elemental analysis, covering trace, macro, and ultra-high content elements.
Efficient Optical Design: The plane grating reduces the number of CCDs, improving accuracy and stability while making the device more compact and easy to install and move.
Optimized Gas Path System: The new gas path design includes a cleaning function and sealing mechanism to prevent argon leakage, enabling quick refilling and reducing operating costs.
Intelligent Software Support: The multipurpose operating software flexibly displays elemental data and supports various printing formats to meet personalized needs.
optical system | structure | Czerny-Turner |
curvature radius | 400mm | |
IV holographic original grating with aberration correction function | 2400 ruled lines/mm | |
wavelength range | 140-750nm | |
pixel resolution | @200nm:7pm | |
vacuum optical chamber with auto thermostatic system | 30±0.2℃ vacuum range: 1.2-2.5 Pa | |
light source system | light source | digital controlled spark pulse |
control technique | PWM | |
discharge current | 10-400A | |
excitation frequency | 100-800Hz | |
discharge duration | 10-10000μs | |
spark stand | excitation chamber with minimum argon use | |
easily-changeable foundation(lid) | ||
mobile fixing pin | ||
data collection and control system | CCD detector with high resolution | |
linear CCD: Toshiba | ||
high-speed 16-bit A/D conversion | ||
resolution: 3648 pixel | ||
real-time control on temperature and vacuum state | ||
ethernet | ||
others | matrices | Fe, Cu, Al, Ni, Zn, Sn, Ti, Mg, etc. |
channel configuration | multiple matrices and channels | |
dimensions(mm) | 970*415*640 | |
environmental requirement | T 10℃-35℃ H 20%-80% | |
weight | 130Kg (net weight), 180Kg (gross weight) | |
V/F | AC220V±10%/50Hz | |
power | max 800VA standby 100VA | |
argon | purity≥99.994%,press≥0.3MPa |