Urban water supply systems are the lifelines of cities, and the stability and safety of water quality are crucial. To ensure the quality of drinking water, it is necessary to monitor key water quality parameters: residual chlorine, turbidity, pH, and conductivity. Residual chlorine ensures the microbial safety of the water, preventing bacterial proliferation. Turbidity reflects the content of suspended solids in the water, affecting water quality and health. The pH value affects water quality and treatment effects, and also has an impact on human health. Conductivity indicates the purity of the water body; the more impurities, the higher the conductivity. Monitoring these parameters is essential for maintaining the safety of water supply.
The Water Quality Monitoring Station Secondary Water is a set of on-site automatic water quality monitoring devices that can continuously track changes in water quality, record data, and timely alert anomalies, generating water quality reports. This system replaces manual inspections with automated technology, improving monitoring efficiency and reducing the consumption of human resources. It can monitor key water quality parameters such as turbidity, residual chlorine, pH, and conductivity in real-time, building a networked monitoring system to detect pollution promptly and ensure the safety of water supply. The historical data provided by the system helps assess water quality trends, providing data support for the stable operation of the water supply system and enhancing the timeliness and scientific basis of decision-making.
The FT-GSZ Water Quality Monitoring Station Secondary Water is an intelligent monitoring system integrated with IoT technology launched by Fengtu, specifically designed for low-pressure environments of 0.3Mpa and suitable for various water quality monitoring scenarios. It integrates data collection, display, and analysis, with capabilities such as GPRS networking, expandable sensors, LED touch screens, and Android screen storage functions. The system consists of power supply, analysis and testing, display, water pump, and communication units, supporting various protocols, with a配套 data platform for remote monitoring and analysis. The analysis and testing unit includes sensors for pH and dissolved oxygen, fixed in a flow-through cell, providing real-time data for water plants and water management.
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