A brief introduction to the river flow monitoring system

Brief introduction of river flow monitoring system【FT-SW4】 ନଦୀ ପ୍ରବାହ ନିରିକ୍ଷଣ ତନ୍୤୍ରର ଉତ୍ତର ପରିଚାଳନା River flow monitoring system is a fully automatic hydrological online monitoring system based on microwave technology, which can simultaneously measure the water level, flow rate, flow and rainfall
in the channel 。 It adopts K-band planar radar technology to measure the flow rate and water level of the water body in a non-contact way, and calculates and outputs the real-time cross-sectional flow and cumulative flow according to the built-in software algorithm; It can be used for non-contact flow measurement in rivers, irrigation canals, underground drainage pipe networks, flood prevention and early warning, etc.
; The product has the characteristics of low power consumption, compact size, high reliability and convenient maintenance; The measurement process is not affected by
factors such as temperature, sediment, river pollutants, floating debris on the water surface, etc.
Application field 1, rivers, lakes, tides, reservoir gates, underground water pipe networks, irrigation canals and other flow rate, water level, flow and rainfall measurement
.
2.
Auxiliary water treatment operations, such as urban water supply, sewage monitoring, etc
.
3.
Flow calculation, inlet and drainage flow monitoring, etc
.
Product feature 1, non-contact measurement, combined with cross-sectional parameters to calculate the flow, 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.
3.
The flow rate and water level adopt planar array radar antenna, with its own measurement angle function, the equipment is small in size and easy
to install.
4
.
Convenient configuration software, according to the actual needs of the parameters for convenient configuration to adapt to different conditions of use.
5.
Not affected by changes in water vapor, temperature and pressure in the atmosphere