CS6530D Digital Dissolved Ozone Sensor
Product Description
1.Potentiostatic principle electrode is used to measure dissolved ozone in water.
2.The potentiostatic measurement method is to maintain a stable potential at the electrode measuring end, and different measured components produce differentcurrent intensities under this potential.
3.It consists of two platinum electrodes and a reference electrode to form a micro current measurement system.
4.The dissolved ozone in the water sample flowing through the measuring electrode will be consumed.
5.The constant voltage measurement method uses a secondary instrument to continuously and dynamically control the potential between the measuring electrodes, eliminating the inherent resistance and oxidation-reduction potential of the measured water sample, so that the electrode can measure the current signal and the measured water sample concentration
6.A good linear relationship is formed between them, with a very stable zero point performance, ensuring accurate and reliable measurement.
Electrode principle characteristics
1. Power supply and output isolation design to ensure electrical safety
2. Built-in protection circuit for power supply and communication chip, strong anti-interference ability
3. With comprehensive protection circuit design, it can work reliably without additional isolation equipment
4. The circuit is built inside the electrode, which has good environmental tolerance and easier installation and operation
5. RS-485 transmission interface, MODBUS RTU communication protocol, two-way communication, can receive remote commands
6. The communication protocol is simple and practical and extremely convenient to use
7. Output more electrode diagnostic information, more intelligent
8. The internal integrated memory can still memorize the stored calibration and setting information after power off
9. POM shell, strong corrosion resistance, PG13.5 thread, easy to install.
Technical feature
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