Brand: Erun
Benchtop water quality sodium ion analyzer for power plants
Model:ERUN-ST3-M6
Parameter: Sodium ion
ERUN-ST3-M6 power plant benchtop water quality sodium ion analyzer produced by Erun Environmental Protection is an improvement on the previous pointer-type step-by-step display, knobs and switches and non-intelligent design.Equipped with ppb level sodium ion measurement electrode and reference electrode specially used in laboratory, the performance of static measurement in beaker is greatly improved than the traditional sodium meter, as long as attention is paid to the cleaning of the electrode in use, it is possible to get more satisfactory results.It can be widely used in continuous monitoring of sodium ions in solutions of thermal power, chemical fertilizer, metallurgy, environmental protection, pharmacy, biochemistry, food and tap water.
Sodium Ion Properties | Measurement range | 0-100μg/L,0-10mg/L |
measurement error | ±0.02PNa | |
resolution | 0.01μg/L | |
pH measurement performance | Measurement range | 0.00-14.00pH |
measurement error | ±0.05pH | |
resolution | 0.01pH | |
Warming range | 5-50℃ | |
Power Requirements | DC 24V Power Supply | |
Exterior Dimensions | 280*200*80mm（L*W*D） | |
Environmental requirements | environmental temperature | 5-50℃ |
Environmental humidity | Not more than 90% RH | |
1.color LCD touch screen, beautiful display, friendly human-machine interface, easy to operate;
2.Can simultaneously display pH, sodium ion concentration, temperature and other parameters;
3.calibration using two standard solutions, calibration process iterative calculation of the standard solution in the background sodium content, to eliminate the impact of background sodium;
4.Optional dynamic measurement method, more accurate measurement;
5.ARM processor technology, the instrument has automatic calculation of slope and automatic temperature compensation;
6.High precision pH and sodium electrode, accurate measurement;
7.the sensor signal conditioning part of the isolated power supply design, significantly reduce external noise interference.
