Radar water level monitoring station

1. Product Overview of Radar Water Level Monitoring Station

The radar water level monitoring station is also called the automatic radar water level monitoring station . The radar water level monitoring station is an advanced hydrological online monitoring system used for all-weather on-site monitoring of water levels in reservoirs, rivers, lakes, dam pressure tubes, etc. FT-SW1 is a fully automatic hydrological online monitoring system based on microwave technology , which can simultaneously measure water level, flow velocity, flow rate and rainfall in the channel. It uses advanced K-band planar radar technology to measure the flow rate and water level of water bodies in a non-contact manner. Based on the built-in software algorithm, it calculates and outputs real-time cross-sectional flow and cumulative flow; it can be used in rivers, irrigation canals, underground drainage pipe networks, and flood control. Non-contact flow measurement is used in early warning and other occasions; this product has the characteristics of low power consumption, compact size, high reliability, and easy maintenance; the measurement process is not affected by factors such as temperature, sediment, river pollutants, and floating objects on the water surface.

2. Application fields of radar water level monitoring stations

1. Measurement of flow rate, water level, flow and rainfall in rivers, lakes, tides, reservoir gates, underground water pipe networks, irrigation canals, etc.

2. Auxiliary water treatment operations, such as urban water supply, sewage monitoring, etc.

3. Flow calculation, water inlet and drainage flow monitoring, etc.

3. Product features of radar water level monitoring station

1. Non-contact measurement, combined with cross-section parameters to calculate flow, is not affected by wind, temperature, haze, sediment, floating objects, etc.

2. Suitable for a variety of measurement conditions, not affected by corrosion and foam, and can output measurement data of flow rate, water level, and flow rate.

3. The flow velocity and water level adopt a planar array radar antenna, which has its own angle measurement function. The equipment is compact and easy to install.

4. Convenient configuration software can conveniently configure parameters according to actual needs to adapt to different usage conditions.

5. Not affected by changes in water vapor, temperature and pressure in the atmosphere

4. Radar water level monitoring station monitoring platform

1. CS architecture software platform supports direct observation on mobile phones and PC browsers without the need to install additional software.

2. Support multiple accounts and multiple devices to log in

3. Support real-time data display and historical data display dashboard

4. Cloud servers and cloud data storage are stable and reliable, easy to expand, and load balanced.

5. Support SMS alarm and threshold setting

6. Support map display and view device information.

7. Support data curve analysis

8. Support data export table format

9. Support data forwarding, HJ-212 protocol, TCP forwarding, http protocol, etc.

10. Support data post-processing function

11. Support external running of javascript scripts

5. Summary indicators of radar water level monitoring stations

Supply voltage: 100mA (working), <1mA (sleep);

Working voltage: 12V power supply

Operating temperature: -35℃~60℃;

Storage temperature: -40℃~60℃;

Outdoor protection level: IP68

Signal output: RS485/MODBUS protocol;

6. Technical parameters of radar water level monitoring station

water level measurement

Ranging range: 0-30 meters

Distance measurement accuracy: ±1cm

Ranging resolution: 1mm

Interval time: 1-5000min

Power supply method: solar panel + battery combination power supply

Solar power: 10W/30W (optional)

Battery parameters: DC3.7V 10Ah

Bracket height: 2.3 meters

Working environment: -20℃～80℃ (non-freezing state)

7. Things to note when installing radar water level monitoring stations

1. Installation environment

There are no huge rocks blocking water in the test canal section, and there are no huge whirlpools, turbulence, etc.

The test canal section should be straight, stable, and have concentrated water flow.

The test channel section needs to be hardened, and the measurement section should be regular

The test channel section should be kept smooth to prevent accumulation of floating objects

2. Installation height

Recommended installation height is 3-4 meters

3. Installation direction of flow meter

It is recommended that the current meter beam be oriented towards the direction of the incoming water.