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Add:No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China

location:Home>Products>Water Quality>Buoy Water Monitoring>IoT Water Quality Monitoring Station
IoT Water Quality Monitoring Station

IoT Water Quality Monitoring Station

Model:FT-SFB

Brand:tianqiong

IoT Water Quality Monitoring Station monitors water quality through the Internet of Things, such as water temperature, pH, dissolved oxygen, conductivity, ammonia nitrogen, turbidity, COD, etc.
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1.Introduction to IoT Water Quality Monitoring Station Functions

IoT Water Quality Monitoring Station monitors water quality through the Internet of Things, such as water temperature, pH, dissolved oxygen, conductivity, ammonia nitrogen, turbidity, COD, etc.

1.IoT Water Quality Monitoring StationSFB adopts an enhanced integrated cone structure, which increases equipment stability and durability and is more in line with floating engineering.

Real-time measurement of hydrological, water quality and meteorological parameters in lakes or basins.The system integrates data acquisition and transmission, and has SMS alarm function and automatic light sensing function beyond the standard.It has the characteristics of many measurement parameters, high measurement accuracy, large storage capacity, convenient network formation, and stable operation.The float adopts an unattended intelligent control system to complete the data collection and transmission of multiple sensors; solar panels and large-capacity batteries form a solar power supply system, which can ensure the power required for the system to work in the field for a long time; the float target is made of ultra-high molecular polyethylene material, and has good anti-corrosion ability, prevent biological adhesion, non-fading, strong collision resistance, lightning resistance, non-magneticity, etc., and is suitable for complex hydrological and hydrodynamic conditions such as reservoirs.

2.The water quality monitoring system consists of six parts: water quality sensor, data collector, communication system, power supply system, overall support, and water quality monitoring platform.It can simultaneously monitor water temperature, pH, dissolved oxygen, conductivity, ammonia nitrogen, turbidity, COD, etc., and a variety of water quality factors.The data collector has data acquisition, real-time clock, data timing storage, parameter setting and standard 2G/4G (GPRS) communication functions.

2.IoT Water Quality Monitoring Station product features

1.Easy to deploy: All types of probes are highly integrated and easy to install; free cloud platform services are provided, and the system is quickly launched;

2.Easy maintenance: After the equipment is installed, it can work by itself, without manual duty, and the normal operation of the equipment can be ensured through remote monitoring;

3.Easy to expand: All sensor probes use a unified communication protocol, which can quickly connect to the original equipment and quickly expand monitoring parameters;

4.Low power consumption: The device can operate for a long time in a low power consumption state, increasing the convenience of the device;

5.Real-time: The data monitored by the device is transmitted to the cloud platform in real time, improving the timeliness of environmental data feedback.

3.IoT Water Quality Monitoring Station Technical Parameters

1.Main parameters

Product Name describe
IoT Water Quality Monitoring Station

Online monitoring of multiple parameters can be realized in real time.

Battery power monitoring can be realized.

It can realize cloud platform data monitoring, data push, data storage and alarm functions; data wireless transmission functions.

The peak power consumption is 5W; the sensor power consumption is about 0.25W per piece.

Dimensions: 800*350mm.Maximum diameter of floating body 790mm

Weight: 26kg

Core components describe
Collector data acquisition Reliable operation, anti-interference, and can integrate multiple RS485/MODBUS-RTU slave equipment
Collector data output 1-channel Rs485/JSON protocol output
Battery Lithium battery 12VDC, 20AH (default)
Solar panels 18V/55W (default) 800mm round solar panel frame aluminum alloy customization
Power supply capacity Customized selection; work for more than 5 days between rainy days
Position indication (optional) Warning light; GPS positioning;
Monitoring platform Cloud platform; mobile phone/computer multi-terminal login
Protective cover 304 stainless steel filter cartridge protective cover
Floating body Diameter 790mm Conical floating body*1 integrated engineering plastic

2.The main parameters of optional sensors

Model Name Measurement range Principle Measurement accuracy Resolution Is it standard equipment Note
S1S cod 0~1000mg/L UV254 absorption method ±5%, ±0.3℃ 0.1mg/L cod turbidity integrated; brush self-cleaning, with temperature compensation
Turbidity 0~400NTU Scattering light method ±1%, ±0.3℃ 0.1NTU
S2 Water hardness 0~1000.0mg/L Contact method of electrode Reading ±10%; ±0.3℃ 0.1mg/L
S3 pH 0~14 (ph) Electrochemistry (salt bridge) ±0.1PH;±0.1℃ 0.01 With warm supplement
pH 0~14 (ph) Electrochemistry (salt bridge) ±0.1PH;±0.1℃ 0.01
S5 Ammonium nitrogen 0~1000mg/l Ion selective electrode method 10% of the reading, ±0.5℃ 0.01mg Ammonia nitrogen pH integrated; with temperature compensation
pH 0~14 (ph) Electrochemistry (salt bridge) ±0.1PH;±0.1℃ 0.01
S6 ORP -1500mv~1500mv Electrochemistry (salt bridge) ±6mv 1mV
S7 Electrical conductivity 0~10000uS/cm Contact method of electrode ±1.5%; ±0.1°C 1uS/cm With warm supplement
S7H High range conductivity 0~30000μS/cm Contact method of electrode ±1.5%; ±0.1°C 1uS/cm High range conductivity TDS salinity sensor; with temperature compensation
TDS 0-10000ppm Contact method of electrode ±1.5%; ±0.1°C 1ppm
Salinity 0-10000ppm Contact method of electrode ±1.5%; ±0.1°C 1ppm
S8 Dissolved oxygen 0~20mg/L Fluorescence lifetime method ±2%, ±0.3℃ 0.01mg/L With warm supplement
S9 Turbidity 0~1000NTU Scattering light method ±1%, ±0.3℃ 0.1NTU With warm supplement
S10 Suspended matter 0~2000mg/L Scattering light method ±5% (depending on the homogeneity of the sludge) 0.1mg/L
S11S Sludge concentration 0~20.000g/L Scattering light method ±5% (depending on the homogeneity of the sludge) 0.001g/L Brushed self-cleaning
S15S Chlorophyll 0~400ug/L Fluorescence method R²>0.999 0.01ug/L Self-cleaning with brush; with temperature compensation
S16S Cyanobacteria 0~200.0Kcells/mL Fluorescence method R²>0.999 0.1Kcells/mL Brushed self-cleaning
S17S Oil in water 0~60ppm Fluorescence method 0.1ppm 0.01ppm Brushed self-cleaning
S20 Transparency 50~1000mm Scattering light method ±5% (depending on the homogeneity of the sludge) 1mm With warm supplement
S21 Water temperature −20℃~85℃ High-precision digital sensor ±0.1℃ 0.1℃

Appropriate testing solutions can be customized according to the actual situation of the customer and the technical indicators to be achieved.

Note: The sensor cannot be installed inverted or horizontally when installed, and should be installed at least 15 degrees above the angle of inclination.

The working environment of the above water quality sensor is 0-50℃, <0.3Mpa.

4.IoT Water Quality Monitoring Station product size diagram

IoT Water Quality Monitoring Station product size diagram

5.IoT Water Quality Monitoring Station device installation requirements

1.Stay away from high-power radio transmitters

2.Stay away from high-voltage transmission lines and microwave radio transmission channels

3.Try to be close to the data transmission network

4.Stay away from strong electromagnetic interference


Address:https://www.tianqiongsensor.com/Buoy-Water-Monitoring/IoT-Water-Quality-Monitoring-Station.html
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