LS-EDX-9800 XRF Liquid Spectrometer
Product technical indicators:
1.1. Product name and model:GA-EDX-9800 Flush helium type XRF X fluorescence spectrometer With sample rotation function for oil liquid waste water quality analysis
1.2. Working Conditions:
Operating temperature: 10-28℃
Relative humidity: 40% ~ 70%
Power supply: AC :220V ±5V
1.3. Technical performance and indicators:
1.3.1. Elemental analysis ranges from sodium (Na) to uranium (U);
1.3.2. Element content analysis range from 1PPm to 99.99%;
1.3.3. Measurement time: 60-200 seconds (adjustable);
1.3.4. Its detection limit is up to 1PPM;
1.3.7. The energy resolution is 129±5 electron volts;
1.3.8. Temperature adaptation range is 10℃ to 28℃;
1.3.9. Power supply: AC 220V±5V (AC purified and regulated power supply is recommended);
1.3.10. Test field: oil, liquid waste, metal, non-metal, plastic, soil, ore and other materials;
LS-EDX-9800 XRF Liquid Spectrometer
Product features
1.4.1 The EDX9000 is equipped with a helium flushing system, equipped with a helium flushing test system, and the element test range is increased. The detector is equipped with the latest SDD test system imported from the United States, especially the detection limit of Na, Mg, Al, Si and other light elements is improved, and the accuracy is improved. At the same time, the repeatability stability of other elements such as Cd/Pb/Cr/Hg/Br/Cl has been significantly improved.
1.4.2 Overall structured design, beautiful instrument.
1.4.3 Using the latest SDD detector in the United States, electric cooling rather than liquid nitrogen cooling, small size, accurate data analysis and low maintenance cost.
1.4.4 SES signal processing system developed by ourselves is adopted to effectively improve the peak back ratio and make the measurement more accurate.
1.4.5 One-click automatic test, easier to use, more convenient, more user-friendly interface.
1.4.6 Eight kinds of optical path correction collimation system, automatically switched according to different samples.
1.4.7 Unique sample table, with rotary test function, greatly improve the test accuracy of uneven samples.
1.4.8 Optimize the integrated heat dissipation design to improve the heat dissipation performance of the whole machine and ensure the operation safety of the X-ray source.
1.4.9 The unique movement temperature monitoring technology ensures the safe and reliable operation of the ray source, effectively prolonging its service life and reducing the use cost.
1.4.10 Multiple instrument accessories protection system, and can be monitored through software, so that the instrument work more stable and safer.
1.4.11 Special punching helium test software, whether punching helium can be freely selected, real-time display, standard window design, friendly interface, easy operation, all controls are between the click of the mouse.
1.4.12 The machine adopts USB2.0 interface to effectively ensure accurate, high-speed and effective data transmission.
1.4.13 The unique automatic helium flushing system completely shields the influence of air on the light element test, greatly improves the detection limit of light elements, and also expands the detection range.
1.4.14 The integrated cavity design effectively ensures that the test requirements are met, while improving the maintainability of the equipment.
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