Water quality monitoring
12 years instrument development manufacturer.
Language
12 years instrument development manufacturer.
Buoy-type water quality monitoring system KNF-407S integrates various parameter sensors on the buoy and places them in the water body to be monitored. It can be installed and put out without lifting, and is suitable for real-time online monitoring of unattended waters in the wild. Modern wireless communication technology is used to realize data transmission and remote control between the buoy system and the Kainafo monitoring platform, and realize the automatic online monitoring and early warning of water quality in rivers, reservoirs, lakes, aquaculture and other fields. Advanced materials are used inside the system
Buoy-type water quality monitoring system KNF-407S integrates all parameter sensors on the buoy and places them in the water to be monitored. It can be installed and put into use without hoisting, which is suitable for real-time online monitoring of unattended waters in the wild. Modern wireless communication technology is used to realize data transmission and remote control between buoy system and Kenafu monitoring platform, and to realize online automatic monitoring and early warning of water quality in rivers, reservoirs, lakes, aquaculture and other fields.
The system adopts advanced material technology, solar power supply technology, sensor online monitoring technology, data acquisition and cloud platform monitoring technology, combined with rich field operation and maintenance experience, the monitoring system and modern water monitoring means are manufactured. The buoy monitoring system can observe water quality, meteorology and other contents all day, continuously and at fixed points, and transmit the data to the central station in real time.
Parameters/indicators | PH | turbidity | ammonia nitrogen | temperature | Dissolved oxygen | COD | electrical conductivity | chlorophyll |
Measuring principle | Glass electrode | 90 scattered light | Ion selection method | internally installed | Fluorescence photometry | spectroscopic methodology | Conductivity cell method | optics |
measuring range | 0-14ph | 0-1000NTU | 0-100mg/L | 0-50℃ | 0-20mg/L | 0.3-500mg/L | 0-5000µS/cm | 0-500ug/L |
resolution ratio | 0.01ph | 1NTU | 0.1mg/L | 0.1℃ | 0.01mg/L | 0.01mg/L | 1µS/cm | 0.1ug/L |
precision | ±0.05ph | ±2%F.S. | ±5%F.S. | ±0.5℃ | ±2%F.S. | ±5%F.S. | 1%µS/cm | ±5%F.S. |
power consumption | About 0.3w | About 0.6w | About 1.2w | Inside the electrode | About 0.5w | About 1.5w | About 0.5w | About 1.2w |
Data reporting | The configurable reporting interval can be uploaded to the cloud through GPRS. | |||||||
data output | RS485(modbus-rtu protocol), 4G wireless output, NB | |||||||
operating voltage | AC220V @DC12-24V | |||||||
Maintenance cycle | About 3-12 months or according to the site conditions. | |||||||
Cloud platform monitoring | Water quality cloud platform monitoring software can easily and quickly remotely view, download, control and analyze data, and can set real-time alarm. | |||||||
Software and certification | With software registration certificate, ISO9001, ISO14001, CMA test report. | |||||||
Have a professional after-sales team to respond to you 24 hours a day. We are committed to producing the best quality products at the most competitive prices. Therefore, we sincerely invite all interested companies to contact us for more information.
