Analog PH Sensor For 0~80℃ Pure Water Municipal Sewage Environment
The ASP101 series pH sensor produced by Daruifuno can be used in
municipal sewage, swimming pools, and various pure water,The ASP101 pH sensor offers the following advantages:
Corrosion resistance: ASP101 pH probe is designed to be used in harsh sewage
environments, so it needs to have corrosion resistance and be able
to work stably for a long time in water containing chemicals and
pollutants.
High Accuracy: Accurate measurement of pH is critical for monitoring and
controlling pH during wastewater treatment. A premium pH sensor
with high accuracy and stability, the ASP101 pH electrode is
capable of accurately measuring pH in dynamic environments.
Self-cleaning capability: ASP101 pH sensor has a self-cleaning function, which can
automatically clean the sensor surface regularly or when needed,
reducing the impact of contaminants or sediments on the sensor and
maintaining accuracy.
Anti-interference ability: In the sewage environment, there may be various interference
sources, such as suspended particles, chemical substances, etc. The
ASP101 pH probe needs to have anti-interference ability to ensure
that the measurement is not affected by external interference.
High temperature resistance: Wastewater in some industrial environments may be accompanied by
high temperatures, so the ASP101 pH electrode needs to be able to
withstand higher temperatures and maintain good performance.
Real-time monitoring and control: ASP101 pH sensor can provide real-time data and be integrated into
the automatic control system to instantly monitor and adjust the pH
in the sewage treatment process.
Long-term stability: During long-term operation, the ASP101 pH probe needs to maintain
stable performance and be able to continuously and accurately
measure pH values without the need for frequent calibration or
maintenance.
Comply with standards and regulations: Municipal and industrial
wastewater treatment needs to comply with strict environmental
standards and regulations, so the ASP101 pH electrode sensor meets
relevant standards and is compliant.
In general, the ASP101 series pH electrode produced by Daruifuno
has the characteristics of corrosion resistance, high accuracy,
strong stability, self-cleaning ability, anti-interference, high
temperature resistance, etc. to adapt to complex and harsh working
environments and ensure the safety of the sewage treatment process.
Effectiveness and compliance.
Specification:
| Model | ASP100E | ASP101E | ASR100E |
| Measuring Object | PH | PH | ORP |
| Measuring Range | 0~14pH | ±2000mV |
| Indicator Electrode | Blue low impedance hemispherical glass membrane | Platinum |
| Reference System | Ag/AgCl reference electrode, double salt bridge, KCl gel |
| Electrode Material | Glass annular ceramic hole | Glass Dot-shaped ceramic hole | Glass annular ceramic hole |
| Working Pressure | Medium and low temp environment: max. 0~4bar High temp environment: 0~2bar |
| Working Temp | 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 | ±20mV |
| SLOP% | pH 4.01 pH 6.86 buffer solution＞95% | ＞95% |
| Temperature Unit | PT100, PT1000, NTC10K customized |
| Dimension | Standard: diameter 12mm/Length 120mm (customized) |
| Installation Dimension | Anti-twist cap or PG13.5 |
| Tail Lead | Integral or split |
Features＆ Advantages
- Compact all-in-one design
- Large capacity reference, long service life
- Optional cleaning connector for underwater cleaning
- Can be equipped with PTFE protective cover and self-cleaning
interface.
- The sensor self-cleaning function can improve the stability,
accuracy and reliability of the sensor and reduce maintenance
costs, especially in applications that require long-term stable
operation and work in harsh environments.
Aplication:
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.
