MF-500 Water Quality Online Monitoring Buoy

MF-500 multi-parameter water quality monitoring buoy system can realize simultaneous the measurement of various water quality parameters, including dissolved oxygen, pH, ORP, conductivity and turbidity, etc. The DT-200 master computer collects and processes the measurement of data through the RS-485 (Modbus/RTU protocol) bus, and then sends it to the remote server by the wireless module, so that the user can obtain the monitoring data in real time. The water quality monitoring system with buoys as the carrier is the integration of chemical analysis instruments and various water quality sensors, and combines modern data acquisition and processing technology, data communication technology, buoy design and manufacturing technology, and is the realization of environmental water quality monitoring automation, network effective technical means for online monitoring. Product advantages Adopt high precision sensor. Low power consumption design, effectively prevent damage from power short circuit or external interference, and avoid system crash. Monitoring environment: According to local conditions, it can directly detect the water quality requirements of designated water depths, ensuring the real-time and representativeness of the water samples to be measured. Equipment installation: direct input installation, anchorage fixed. The installation of the buoy system does not require land occupation and reduces the cost of land occupation; all instruments are installed with detachable probes to reduce subsequent maintenance and repair costs. Data monitoring: High-precision sensors can be used to monitor water dissolved oxygen, turbidity, pH value, conductivity, water temperature, etc. in real time. The monitoring parameters can be freely combined and added, and the parameters can also be expanded later. Data transmission: The water quality online monitoring technology uploads the data collected by the monitoring point to the user terminal through GPRS (optional NB-IOT) in a very short period of time to ensure the timeliness and effectiveness of the data. Compared with traditional manual sampling monitoring, it not only simplifies cumbersome procedures, but also saves monitoring time. Monitoring and early warning: Through the system PC terminal or mobile APP client, the user can set the safety value range of the monitored parameters. Once the front-end sensor detects that a certain water quality parameter exceeds the safety value range, the system will send an alarm message to notify the user for timely processing. Make sure the water quality of the monitoring site is good. Data analysis: automatic collection without manual supervision. The system automatically generates data charts, and users can intuitively understand the changes in water quality. The collected data can be saved, and historical data can be viewed at any time.