| Warranty: | 1 Year |
|---|---|
| Customized: | Customized |
| Structure: | Portable |
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The new portable water quality analyzer is used to determine the concentration of residual chlorine, total chlorine, chlorine dioxide, ozone, and ammonia nitrogen in water samples. It is simple and fast to operate and has high sensitivity. It is lightweight, easy to carry, and has a delicate and compact design to save space for you. It is suitable for on-site and field use in industries such as municipal water, medical water, public health, and environmental monitoring, bringing you a new working experience.
| Model | FML-C10F | FML-C06F | FML-C03F | FML-D01F | FML-N11F | FML-P30F |
| Test Item | Residual Chiorine | Total Chlorine | Chlorine Dioxide | Ozone | Ammonia Nitrogen | Phosphate |
| Measure Range | 0.05-10mg/L | 0.05-10mg/L | 0.1-5mg/L | 0.05-2.5mg/L | 0.01-10mg/L | 0.00-2.00mg/L |
| Wavelength | 520nm | 520nm | 520nm | 520nm | 420nm | 620nm |
| Principle | Reference to HJ 586-2010 National Environmental protection standard"Water Quality Determination of Free Chlorine and Total Chlorine N, N-diethyl-1, 4-phenylenediamine Spectrophotometric Method" | DPD photometric method, chlorine dioxide reacts with DPD reagent to make the sample solution appear red. | DPD photometric method, ozone reacts with DPD reagent to make the sample solution appear red. | Nessler's reagent photometry |
Ammonium molybdate spectropho-tometry | |
| Accuracy | <1.0mg/L,≤±0.05mg/L;≥1.0mg/L,≤±5% | |||||
| Light Source | LED light emitting diode | |||||
| Battery Life | More than 24 hours(without shutdown) | |||||
| Size | 128*70*48mm | |||||
| Weight | 188g(including battery) | |||||
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