Application fields of portable electrode method multi parameter water quality analyzer: widely used in surface water, municipal sewage, industrial wastewater, sewage treatment, waterworks, aquaculture and other industries.
Portable electrode method multi parameter water quality analyzer
Using digital electrodes, COD, ammonia nitrogen pH、 Rapid determination of dissolved oxygen, conductivity, temperature, turbidity, suspended solids, residual chlorine, chloride ions, fluoride ions, ORP, oil in water, chlorophyll and other items, portable design, built-in lithium battery, suitable for rapid detection of outdoor water quality.
Portable electrode method multi parameter water quality analyzer Detection parameters:
Measurement project |
COD |
Measuring principle |
Dual wavelength UV absorption method |
measurement range |
0-200mg/L、0-500mg/L
(Dilute and determine when>500mg/L)
|
indication error |
±5% |
Resolution |
0.1mg/L |
Parameters of medium turbidity: |
Accuracy |
(0-200NTU segmentation) |
indication error |
±5% |
Resolution |
0.1NTU |
Measurement project |
ammonia nitrogen |
Measuring principle |
Nessler's colorimetric method |
measurement range |
0-100mg/L resolution: 0.01mg/L
0-1000.0mg/L resolution: 0.1mg/L
|
indication error |
± 10% or ± 1mg/L, ± 0.5 ℃ |
Range of medium pH |
4~10pH |
Measurement project |
turbidity |
Measuring principle |
90 ° scattered light method |
measurement range |
0-1000NTU resolution: 0.1NTU
0-100NTU resolution: 0.1NTU
0-20NTU resolution: 0.01NTU
|
errorindicated value |
0-1000NTU ± 5% or ± 3NTU
0-100NTU ± 3% or ± 2NTU
0-20NTU ± 3% or ± 1.5NTU
|
Measurement project |
DO |
Measuring principle |
Fluorescence method for dissolved oxygen |
measurement range |
0~20mg/L
0-200% saturation
|
indication error |
±2%,±0.5℃ |
Measurement project |
conductivity |
measurement range |
0~5000μS/cm |
indication error |
±1.5% |
Measurement project |
pH |
Resolution |
0.01pH |
measurement range |
0~14pH |
indication error |
±0.1pH |
Measurement project |
temperature |
Measuring principle |
Thermal resistance electrode method |
measurement range |
0~100℃ |