|Electrical Isolated Communication And Power Interfaces
|Blue Low Impedance Hemispherical Glass Membrane
|Ag/AgCl Reference Electrode, Double Salt Bridge, KCl Gel
|Glass Annular Ceramic Hole
|PT100, PT1000, NTC10K Customized
|Integrated 5 Meter
PT100 Analog PH Sensor,
Analog pH ORP Sensor,
Swimming Pool Analog PH Sensor
Analog PH Sensor For 0~100℃ Pure Water Municipal Sewage Environment Swimming Pool
The ASP100 series pH sensor produced by Daruifuno can be used in municipal sewage, swimming pools, and various pure water,The ASP100 pH sensor offers the following advantages:
Municipal sewage treatment usually contains various chemicals and pollutants, so the ASP100 pH sensor needs to be corrosion-resistant and can work stably in this environment for a long time without being affected by corrosion.
For wastewater treatment, accurate measurement of pH is critical. The ASP100 pH probe needs to have high accuracy and stability to ensure accurate monitoring of wastewater pH and to maintain performance over long periods of use.
Since the environment may not be clean, the ASP100 pH Electrode needs to be designed to be easy to clean and maintain to ensure accuracy and long-term stability.
During the wastewater treatment process, changes in temperature, pressure and chemicals may affect pH measurements. The ASP100 pH sensor requires some temperature compensation and stability to accommodate these changes.
In municipal sewage treatment, the ASP100 pH sensor is not only used to monitor pH value, but may also be integrated with the automatic control system to achieve real-time monitoring and adjustment to ensure that the pH is within the appropriate range during the treatment process.
Sewage treatment belongs to the field of public health and environmental protection, so the ASP100 pH Probe needs to comply with relevant regulatory standards and must be reliable and able to operate stably to ensure that the sewage treatment process meets the prescribed standards.
The pH electrode produced by daruifuno needs to have high corrosion resistance, accurate and stable measurement capabilities, easy maintenance and cleaning, strong adaptability, and the ability to achieve real-time monitoring and control. These features ensure the effectiveness and reliability of the ASP100 sensor in the wastewater treatment process.
|Blue low impedance hemispherical glass membrane
|Ag/AgCl reference electrode, double salt bridge, KCl gel
annular ceramic hole
Dot-shaped ceramic hole
annular ceramic hole
Medium and low temp environment: max. 0~4bar
High temp environment: 0~2bar
Medium and low temp environment: 0~80℃, continuously working
High temp environment: 80~100℃, continuously working for less than 30 mins
|Sample Flow Rate
|0.5 m/s ≥ flow velocity ≥ 0.001 m/s
|Zero (E0) pH
|pH 6.86 buffer solution: 6.86 ± 0.3 pH
|pH 4.01 pH 6.86 buffer solution＞95%
|PT100, PT1000, NTC10K customized
|Standard: diameter 12mm/Length 120mm (customized)
|Anti-twist cap or PG13.5
|Integral or split
Water quality monitoring: pH sensors are often used to monitor the acidity and alkalinity of water bodies, for example, in drinking water, swimming pools, aquariums, agricultural irrigation systems, and water treatment plants. By monitoring pH, you can ensure that water quality is within a safe and appropriate range.
Food Processing: In the food industry, pH sensors are used to monitor the pH of food. This is important for control during food processing, brewing and fermentation.
Environmental Monitoring: pH sensors can be used to monitor the pH of natural bodies of water, lakes or rivers to assess environmental quality and detect possible pollution or acidification issues.
Chemical process control: In the chemical industry, pH sensors are used to monitor and control the acidity and alkalinity of chemical processes to ensure the stability and efficiency of reactions.
pH sensors play a key role in many fields, helping to monitor and maintain the acid-base balance of a specific environment. By measuring pH value promptly and accurately, you can ensure that the environment or production process is in safe and optimal condition.
Contact Person: Yuki Fu