Equipped with sensors for water temperature, electrical conductivity, and pH, tap water quality analyzers collect data in real time and transmit it to a management platform. The system supports remote data viewing, device management, and threshold-based alerts. It can also calculate a comprehensive water quality index, making it an ideal solution for monitoring water quality in water treatment plants, distribution networks, and secondary water supply systems.
The analyzer utilizes sensors for water temperature, electrical conductivity, and pH to capture key parameters. It employs an electrochemical salt-bridge method to measure pH (range: 0–14 pH; accuracy: ±0.1 pH) and a contact-electrode method to measure electrical conductivity (range: 0–10,000 µS/cm; resolution: 1 µS/cm). Additionally, it monitors water temperature with an accuracy of ±0.1°C. By continuously collecting on-site data and uploading it to a management platform, the device allows personnel to monitor conditions in real time and manage equipment remotely, thereby reducing the need for manual on-site inspections.
The analyzer tracks trends in water quality parameters over time and automatically triggers alerts when monitored values exceed preset thresholds, enabling intelligent handling of water quality anomalies. Based on the interrelationships between temperature, pH, and electrical conductivity, the platform calculates a comprehensive water quality index to provide a quantitative assessment. This offers objective, detailed data for water quality management, facilitating the timely detection of abnormal fluctuations and proving highly valuable for identifying and resolving water contamination issues.
These analyzers are suitable for a wide range of applications, including municipal water treatment plants, rural water supply facilities, distribution networks, secondary water supply stations, and end-user tap points. They are also effective for monitoring indoor swimming pools, large-scale water purification equipment, and direct-drinking water systems. Beyond water supply infrastructure, the devices can be deployed in aquaculture, wastewater treatment, reservoirs, and river systems to conduct long-term, continuous online water quality monitoring. Continuous monitoring data generated by equipment enables operations and maintenance personnel to understand long-term trends in water bodies, supports the adjustment of water treatment processes, and mitigates risks to water supply safety. By replacing intermittent sampling and laboratory testing with stable, continuous online monitoring, the time lag inherent in manual testing is reduced; this allows water utility management to respond promptly to changes in water quality, ensuring that the water supply consistently meets required standards.
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