Water source areas are the first line of defense for water quality monitoring. Water quality is easily affected by the natural environment, pollutant discharge, and surrounding production and daily activities. Therefore, water quality monitoring equipment is a core tool to ensure water quality safety. Among such equipment, the Drinking Water Monitoring System has strong scenario - specificity. It is suitable for locations with rapid water flow or where it is difficult to install immersion - type monitoring equipment. Since the monitoring data is that of water samples without flow velocity, it can eliminate the interference of flow velocity on the detection results, resulting in more stable values.
This system consists of five parts: a water intake system, sensors, a monitoring and analysis system, a display system, and a cloud platform. All modules work together to ensure the orderly progress of the monitoring process. For power supply, it uses 220V municipal electricity, is equipped with a built - in leakage protector and air switch, reserves a grounding terminal, and all wiring is transferred through terminal blocks. This not only ensures electricity safety but also keeps the interior of the product neat and concise in appearance.
It is adaptable to various water source environments such as rivers, lakes, and reservoirs, and has the capability of 24/7 uninterrupted monitoring. It can accurately collect water samples and detect a number of key water quality parameters. The basic parameters include pH, dissolved oxygen, turbidity, temperature, and conductivity. Additionally, parameters such as ORP, residual chlorine, ammonium nitrogen ions, and potassium ions can be selected and configured according to requirements, fully covering various factors that affect water quality safety.
The system is equipped with a 220W cold and hot water self - starting and self - priming pump, and is equipped with an intelligent system that can automatically analyze the detection data. It supports real - time data upload via 2G, 4G, and RJ45 methods. When a certain parameter exceeds the safety threshold, an alarm mechanism is triggered immediately, and early warning information is quickly transmitted to the monitoring center. This facilitates staff to promptly locate the polluted area, determine the pollution degree, and take emergency measures such as cutting off the pollution source to prevent the spread of pollution.
The display system is equipped with a 10.1 - inch programmable touch - screen configuration display, which has practical functions: first, it displays the current monitoring values of various water quality parameters in real time; second, it supports querying the monitoring data of various parameters within two years, making it easy to grasp changes in water quality; third, it allows setting the upper and lower alarm limits for each parameter, and when the value exceeds the set limit, the data on the interface will turn red for prompt; fourth, it can select the "manual" or "automatic" mode to control the solenoid valve and water pump, realizing cyclic monitoring of water samples in the water tank to stabilize the data; fifth, it can flexibly set the time related to water drainage and intake (including water tank drainage, pipeline stagnant water discharge, water sample extraction, and single sampling time).
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