KTP600 Online Total Phosphorus Analyzer
|Method||Persulfate oxidation, ammonium molybdate Spectrophotometer|
|Range||(0.05-10) mg/L and (0.05-400) mg/L were expandable|
|Display Unit||12232 dot matrix display, 7-inch LCD touch screen dual display|
|Measurement Mode||Manual measurement, continuous measurement, periodic measurement, fixed-point measurement and automatic
|Measurement Period||Anywhere from 30 minutes to 24 hours|
|Zero Drift||≤ ± 0.2%|
|Range Drift||≤ ± 0.5%|
|Repeatability||≤ ± 0.8%|
|Indication Error||≤ ± 5%|
|MBTF||> 1440 hours|
|Stored Data||Five years of data storage|
|Communication Interface||2 Route 24-20ma, 1 Route RS232, 1 Route RS485|
|Ambient Temperature||5-40 °C|
|Ambient Humidity||(65 ± 20)% Rh|
|Power Requirements||Rated voltage (220 ± 22) VAC frequency (50 ± 1)% Hz|
|Contour Dimension||551 * 403 * 651(length * width * height unit mm)|
Total phosphorus is the total content of phosphorus in water, and it is an important index to evaluate water quality. Its main sources are domestic sewage, fertilizer, organophosphorus pesticides and phosphate detergent used in modern times. Phosphorus in water is a key element for algae growth. Excessive phosphorus is the main cause of pollution and foul smell, eutrophication in lakes and red tide in bays.
Principle: phosphorus compounds in water are oxidized to orthophosphate by strong oxidant under high temperature and high pressure. Orthophosphate is reduced to blue phosphomolybdic acid in molybdic acid acid solution, by measuring the absorbance of the phosphomolybdate, the total phosphorus content in the water sample was obtained.
The main application scenarios include the monitoring of enterprise rainwater and sewage, the monitoring of total phosphorus in municipal pipe network, pumping station, ground water, river water, lake water and sea water.