pH sensor for drinking water monitoring - AMT/PH-CGQ
1. Measurement range: 0～14pH
2. Accuracy: ±0.02pH / ±0.05pH (available in standard and high-precision versions)
3. Resolution: 0.01pH
4. Temperature compensation: automatic ATC 0～60℃ (pH measurement is affected by temperature, temperature electrode included as standard)
5. Response time: ≤30s (95% stable value)
6. Zero point: 7.00pH; Slope: 90%~105% Analog signal: 4-20mA (most commonly used)
• Digital signal: RS485 (Modbus-RTU)
• Power supply: 12~24VDC
• Cable length: 5m/10m customizable
Product Introduction
pH sensor for drinking water monitoring: ensuring water supply safety
The pH sensor for drinking water monitoring is an important device for ensuring drinking water safety. Search keywords: pH sensor for drinking water monitoring, online drinking water pH monitoring, water supply pH sensor. This sensor is mainly used for continuous pH monitoring in water treatment plants, water supply networks, and secondary water supply systems. Drinking water pH directly affects taste, pipeline corrosion, and disinfection effectiveness, so real-time monitoring is required.
pH sensor for drinking water monitoring: high accuracy and fast response
The pH sensor for drinking water monitoring features fast response, high accuracy, and long electrode life. The sensor supports RS485 and 4-20mA output and can be connected to water plant automation systems to achieve automatic dosing control. Its protection rating reaches IP68, making it suitable for long-term submerged operation. The pH sensor for drinking water monitoring can be installed at water plant outlets, pipeline network monitoring points, and secondary water supply equipment.
pH sensor for drinking water monitoring: helping water quality meet standards
The pH sensor for drinking water monitoring helps water utilities track water quality changes and ensure that treated water pH remains stable and meets standards. Used together with residual chlorine, turbidity, and conductivity sensors, it can form a comprehensive drinking water monitoring solution. Choosing a pH sensor for drinking water monitoring that is easy to maintain can reduce operating costs and improve the level of water supply safety.
Main Application Areas
- Water Treatment Plants — Continuous pH monitoring in water treatment processes to ensure water quality compliance.
- Water Supply Networks — Real-time pH monitoring in municipal water supply pipelines to prevent corrosion and ensure safe drinking water.
- Secondary Water Supply Systems — pH monitoring in secondary water supply systems such as buildings and communities to maintain water quality.
- Drinking Water Quality Monitoring — Online pH monitoring for drinking water sources and distribution systems to ensure safety.
Keywords：pH sensor, drinking water monitoring, water quality sensor, online pH meter, pH probe, industrial pH sensor, water treatment, pH monitoring
