OPM PH
Water Solution
OPM PH
Water Solution
- Solutions
- Water
- OPM PH
Introducing our newest glass electrode pH sensor with digital output, engineered for unparalleled quality and precision. Our sensor measures the potential difference between an internal reference electrode within the glass and an external reference electrode in contact with the solution. This pH measurement quantifies the millivolt difference in the system. The difference in acidic concentration between the two solutions on either side of the glass influences ion swapping on the inner surface of the glass electrode, creating a charge
imbalance due to differing hydrogen-ion activity levels. The meter detects and measures this voltage difference, reflecting the charge imbalance.
OPRUSS enhances this technology by meticulously selecting and manufacturing the precise materials needed for an impeccable pH sensor. Our system includes an automatic diagnosis function that efficiently detects electrode faults and sensor defects, displaying any errors on the unit’s screen. The temperature compensation element significantly enhances the precision of the readings.
Principle : | Glass electrode type |
Version : | OPM IpH |
Measuring range : | 0~14 |
Response time : | 10 sec |
Accuracy : | ±1% |
Assembly : | Submersible |
Interface : | Output compatible with OPRUSS 100/300 |
Protection level : | Ip68 |
Maximum working depth : | 10 m |
Power supply : | AC 230V, for controller (12V DC) |
Size : | 26 mm Diameter 177.5 mm Length |
Probe cable length : | 5 m (extendable) |
Interference resistance : | Temperature compensation available |
Maximum working pressure : | 6 bar |
Product material : | POM and Glass |
Temperature Compensation : | -5 to +50°C |
Temperature Accuracy : | ± 5% (full scale) |
Temperature Resolution : | ± 0.05 C |
Provides accurate and clear real-time measurements.
Simple to set up—just plug it in and it works.
Digital display for real-time monitoring and detailed data analysis.
Very easy to maintain.
Built-in checks to monitor sensor performance for easy communication.
Operates effectively under changing conditions.
Easy to calibrate.
Accurate measurements of water acidity or alkalinity are crucial for checking water quality, especially in sensitive areas like drinking water sources or natural ecosystems. Automatic temperature compensation is essential, as pH readings can change with temperature fluctuations.
Sewage Treatment Plant
Effluent Treatment Plant
Aquaculture
Water Treatment Plant
Freshwater Monitoring
Lake and River Monitoring
Chemical Processing Plant
Agriculture
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