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Smart Water
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Smart Tank Farm
- DO Fluorescent Dissolved Oxygen Sensor
- ORP sensor
- pH sensor
- Ammonia nitrogen sensor
- Conductivity and pH two-in-one sensor
- Multiparameter sensor
- Self-cleaning turbidity sensor
- Inductive conductivity sensor
- Self-cleaning COD sensor
- Ultrasonic level meter
- Magnetostrictive level gauge
- Environmental water quality monitoring buoy
- Radar flowmeter
- Radar flowmeter
- Turbidity sensor
- Stainless steel rain gauge
- Radar water level gauge
- Residual chlorine sensor
- Electronic Water Scale (Type 485)
- Plate radar water level gauge
- Graphite conductivity sensor
- Bubble type water gauge
- Bubble gauge
- Salinity sensor
- Radar current meter
- Input level gauge
- Suspended solids (sludge concentration) sensor
- 24GHz radar water level gauge
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Smart water conservancy
- Noise transmitter
- Beidou GNSS high precision receiver
- Pore water pressure gauge
- Air quality (PM2.5/PM10) transmitter
- Fluorescence dissolved oxygen transmitter
- Wind transmitter
- Industrial EC transmitters
- Wall mounted king shell temperature and humidity transmitter
- Industrial PH transmitter
- Wind speed transmitter
- On-line ammonia nitrogen sensor
- Electronic Water Scale (Type 485)
- On-line turbidity sensor
- Tip bucket rain gauge
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Smart project products
LOADING IMAGES
Conductivity and pH two-in-one sensor
Corrosion resistantEasy to cleanEasy to installStrong anti interferenceThe data is stable
A conventional water quality monitoring digital conductivity and pH two-in-one sensor, the conductivity part adopts a two-electrode graphite contact design, and the electrode measurement surface is a flat design, which is easy to clean and has a large measurement contact surface. The pH part adopts an industrial online electrode, and the electrode can be replaced. The electrode is designed as a spherical structure, which increases the measurement contact area compared with the flat structure, and has a fast response speed and a more accurate measurement. The built-in temperature sensor can automatically compensate the temperature, which is suitable for online long-term monitoring environment.
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Product Features
Categories of models | ||||
The specific models | Network | Referred to as" | Terminal type (interface) | Size |
KRCFB-L | ||||
Features: 1. Digital sensor, direct output OF RS-485 digital signal, MODBUS/RTU support 2. Built-in temperature sensor, automatic temperature compensation 3. Two electrode graphite contact design, corrosion resistance, easy to clean 4.3/4 "NPT upper and lower mounting thread design for easy installation 5. Low sensor power consumption, high impedance design, internal circuit anti-interference design, strong anti-interference, data stability 6. Support complex water applications, support electrode customization Application scope: River water quality monitoring, industrial wastewater, environmental protection water treatment, chemical process, industrial engineering and other online monitoring of the whole process. | ||||
Technical Parameter
The measured parameters | |
Project | Within the capacity |
The output signal | Support RS-485,MODBUS/RTU protocol |
Method of measurement | The contact method |
Range | EC: 0 ~ 2000μS/cm |
0 ~ 5000 mu S/cm | |
PH: 0 ~ 14 pH | |
Precision | EC: plus or minus 1.5% F.S.PH: + / - 0.1 |
The resolution of the | EC: 1 mu S/cmPH: pH 0.01 |
The power supply | |
Project | Within the capacity |
The power supply | 12 or 24VDC±10%, 10mA; |
Physical properties | |
Project | Within the capacity |
Size | 36 mm diameter; Length is 189 mm; |
Protection grade | IP68; Water depth 20 meters; Other custom |
The service life of the | Sensor 1 years or more |
The length of the cable | 5 meters (default), customizable |
Other parameters | |
Project | Within the let |
The working conditions | 0 ~ 65 ℃; < 0.6 MPa; Other custom |
Calibration mode | Two calibration |
The response time | 10 seconds T90 |
Temperature compensation | Automatic temperature compensation (PT1000) |
Product Size
Product Size drawing (unit: mm)
Selection Guide
Product model | |||||
Spectrum | 26GHz | ||||
The theory of bandwidth | |||||
Transmission power | |||||
Reception sensitivity | 1s |