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Split type multi parameter online analyzer
The XYW-F100 split type multi parameter online analyzer can achieve simultaneous online monitoring of multiple different parameter values according to
Product details
Product Introduction
XYW-F100Split type multi parameter online analyzerAccording to different customer needs, sensors can be selected to simultaneously monitor multiple different parameter values online, including temperature/PH/ORP/conductivity/dissolved oxygen/turbidity/sludge concentration/chlorophyll/blue-green algae/UVCOD/ammonia nitrogen, etc. The transmitter has data storage function, and users can also configure and calibrate the transmitter interface to achieve 4-20mA analog output; Implement relay control and digital communication functions.
Split type multi parameter online analyzerMain Features
(1) Up to seven sensors from Pubes can be connected simultaneously to improve integration and reduce operation and maintenance costs;
(2) Strong versatility, all digital sensor interfaces are universal, and analog sensors can be configured with different modules according to different sensor types;
(3) Realize plug and play of sensors, with fast and convenient electrode installation and replacement;
(4) Simple to use, reliable results, and interface operation instructions can reduce operational errors;
(5) Featuring 4~20mA, MODBUS RS485 multiple data output modes;
（6）pH、ORP、 The conductivity sensor has simple cleaning and activation, fast equilibrium speed, good repeatability and stability;
(7) The dissolved oxygen sensor adopts breakthrough fluorescence technology, which basically does not require maintenance and comes with NTC temperature compensation function;
(8) High precision turbidity is measured using the 90 ° light scattering method and flow-through measurement, with stable data and good reproducibility;
The application of ISO 7027 standard method (infrared light scattering technology) for turbidity, suspended solids/sludge concentration sensors can eliminate
(9) In addition to the influence of sample color, it can also be equipped with a cleaning brush function;
(10) Chlorophyll sensors and blue-green algae sensors are based on the fluorescence measurement of pigments to measure target parameters. They can identify potential harmful algal blooms before they occur, without the need for extraction or other processing. They can quickly detect and avoid the impact of water samples being stored.
(11) The UVCOD sensor uses a 254nm spectral absorption coefficient SAC254 to reflect the content of soluble organic matter in water, which can be converted into COD values under certain conditions without the need for any reagents.
(12) The ammonia nitrogen sensor consists of an ammonium ion selective electrode, potassium ion (optional), pH electrode, and temperature electrode, which together form an integrated sensor. These parameters can be mutually corrected and compensated for the measured value of ammonia nitrogen
Typical Application
(1) Multi parameter online monitoring of water quality for surface water, drinking water sources, and aquaculture;
(2) Online monitoring of water quality in sewage treatment plants and industrial industries;
(3) Online monitoring of marine water quality.
Specification for Sensor Technical Parameters
Temperature |
Principle |
Thermistor method |
Range |
0℃~45℃ |
|
Accuracy |
±0.5℃ |
|
pH |
Principle |
Glass electrode method |
Range |
0-14 pH |
|
Accuracy |
±0.1 pH |
|
Size |
30mm*195mm（Φ*L） |
|
ORP |
Principle |
Glass electrode method |
Range |
-2000mV ~ +2000mV |
|
Accuracy |
±1.5%（FS） |
|
Size |
30mm*195mm（Φ*L） |
|
conductivity |
Principle |
Conductivity cell method |
Range |
10us/cm-2000 us/cm（K=1.0） |
|
Accuracy |
Less than ± 1% of the measured value or ± 1us/cm, whichever is greater |
|
Size |
30mm*195mm（Φ*L） |
|
dissolved oxygen |
Principle |
fluorescence |
Specification for Sensor Technical Parameters
|
Range |
0 -20 mg/L； 0-200% saturation |
Accuracy |
± 3% of the measured value |
|
Size |
49.5mm*251.5mm（Φ*L） |
|
|
Turbidity (High precision) (Circulation type) |
Principle |
Light scattering method |
Range |
0.001-100NTU |
|
Accuracy |
± 2% of the reading or ± 0.015NTU at 0.001-40NTU, whichever is greater; 40-100NTU for reading ± 5% |
|
Size |
310*210*410mm（L*W*H） |
|
|
Turbidity (Electrode method) |
Principle |
light scattering |
Range |
0.01-100NUT； 0.01-4000NTU |
|
Accuracy |
Less than ± 2% of the measured value, or ± 0.1NTU, whichever is greater |
|
Size |
60mm*256mm（Φ*L） |
|
|
Suspended solids Sludge concentration |
Principle |
Light scattering method |
Range |
0.01-20000mg/L； 0.01-45000mg/L； 0.01-120000mg/L |
|
Accuracy |
Less than ± 5% of the measured value (depending on the homogeneity of the sludge) |
|
Size |
60mm*256mm（Φ*L） |
|
chlorophyll |
Principle |
fluorescence |
Range |
0-500 ug/L |
|
Accuracy |
± 5% of the corresponding signal level value for 1 ppb of Rhodamine WT dye |
|
Size |
37*220mm（Φ*L） |
|
blue green alga |
Principle |
fluorescence |
Range |
100-300000 cells/mL (customizable) |
|
Accuracy |
± 5% of the corresponding signal level value for 1 ppb of Rhodamine WT dye |
|
Size |
37*220mm（Φ*L） |
|
UVCOD |
Principle |
spectrometry |
Range |
0~2000mg/l COD (2mm optical path) |
|
Accuracy |
±5% |
|
Size |
Diameter 69mm * Length 380mm |
|
Ammonia nitrogen |
Principle |
Ion selection method |
Range |
NH4N：0.1 to 1000 mg/L K+: 0.5 to 1000 mg/L (optional) PH：5-10
|
|
Accuracy |
NH4N: ± 5% of the measured value or ± 0.2 mg/L, whichever is greater K+: ± 5% or ± 0.2 mg/L of the measured value (optional) Temperature: ± 0.5 ℃ pH：±0.1 pH |
Size |
55mm×340mm（Φ*L） |
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