TECHNICAL INDEX
Elements As Se Pb Bi Te Sn Sb Hg Cd Zn Ge
Detection limit<0.01<0.001<1.0<0.05
Precision<1.0%
Linear range greater than three orders of magnitude
characteristic:
Suitable for the analysis of elements such as arsenic, mercury, selenium, lead, germanium, tin, antimony, bismuth, cadmium, tellurium, etc. in samples.
1. Simultaneous measurement of two elements in dual channels improves the speed of instrument analysis.
2. By using a designed high-efficiency cyclone reaction separation device, the chemical reaction is more complete, and the sensitivity of the instrument is significantly improved
High.
3. The hollow cathode lamp adopts a new pulse modulation and constant current drive power supply method to improve the emission intensity and efficiency of the hollow cathode lamp,
Extend the lifespan of hollow cathode lamps.
4. Adopting a new gas path design, the shutdown can automatically cut off the gas source, saving argon gas consumption.
5. The hollow cathode lamp adopts coding technology, and the instrument automatically identifies the hollow cathode lamp.
6. Adopting a dual peristaltic pump intermittent flow injection device to save sample consumption and avoid cross contamination between samples and blanks.
7. The instrument can achieve a single point configuration working curve and automatically dilute high concentration samples.
8. Equipped with an automatic sampling system with 130 sample positions, ensuring the accuracy of sample injection.
9. The software can achieve automatic gas monitoring and diagnosis, and can also cut off the gas source in real time.
10. Equipped with a real-time observation window for argon hydrogen flames.
11. The motherboard adopts strong and weak current separation to reduce mutual cross interference.
12. Adopting a closed quartz atomizer.
13. Low temperature atomization ignition device to improve the stability of the instrument.
14. Adopting RS-232 serial communication.
15. The data can be sent to EXECL for real-time analysis.
16. The software has online help function and sample calibration management function.
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