The conductivity industrial series of electrodes are specially used for the measurement of conductivity value of pure water, ultra-pure water, water treatment, etc. It is especially suitable for conductivity measurement in the thermal power plant and the water treatment industry. It is featured by the double-cylinder structure and the titanium alloy material, which can be naturally oxidized to form the chemical passivation. Its anti-infiltration conductive surface is resistant to all kinds of liquid except fluoride acid. The temperature compensation components are: NTC2.252K, 2K, 10K, 20K, 30K, ptl00, ptl000, etc. which are specified by the user. This conductivity electrode is independently developed and produced by our company. They can be used with DDG-2080Pro and ECG-2090Pro meters to measure the conductivity value in water in real time and have a wide range of applications.
Features:
1. High precision and good stability;
2. Anti-pollution and anti-interference;
3. Integrated temperature compensation;
4. Accurate measurement results, fast and stable response;
5. The sensor connector can be customized.
TECHNICAL PARAMETERS
| Model | DDG-0.01/0.1/1.0 |
| Range | 0.01-20uS/cm,0-200μS/cm,0-2000μS/cm |
| Resolution | 0.1us/cm |
| Accuracy | ±2% FS |
| Reaction time | <60S |
| Pressure range | ≤0.6MPa |
| Sensor material | PC,316L Titanium Alloy and Platinum |
| Measuring temperature | 0-60℃(Non-freezing) |
| Size | 13x120(mm) |
| Weight | 0.6KG |
| Installation | Sinking type, pipeline, circulation type etc. |
TECHNICAL PARAMETERS
|
Product Name |
Digital Conductivity Sensor |
|
Parameters |
Conductivity,TDS,Salinity,Resistivity,Temperature |
|
Type |
IOT-485-EC(Graphite) |
|
Constant |
1 |
|
Range |
0 mS/cm ~20mS/cm;0℃~50℃ |
|
Accuracy |
±1%FS;±0.5℃ |
|
Resolution |
1uScm;1ppm;0.1℃ |
|
Power |
9VDC ~30VDC |
|
Protocol |
Modbus RTU |
|
Communication |
Standard RS485 |
|
Housing material |
SS316 |
|
Process connection |
Upper G1” |
|
Protection |
IP68 |
|
Cable length |
standard 5 meters cable (it can be extend) |
















