RADAR OPEN CHANNEL FLOWMETER

Radar Open Channel (Eagle Eye) flowmeters use microwave radar technology for fast, easy and non-contact measurement.
It uses advanced K-band planar radar technology to measure liquid flow rate and liquid level.
According to the built-in software algorithm, it calculates the flow rate depending on the fluid velocity and fluid level in real time and transfers it as information.
Thanks to being non-contact, they are not affected by the corrosion caused by the chemicals in the channel, the sediment carried by the flow and the fluid temperature during the measurement. It is an extremely easy product to install, and since it has no direct contact with the fluid, it has almost no time-related wear. It is designed for use in areas such as rivers, open canals, irrigation canals, underground drainage networks, flood control early warning.
The product is suitable for use with alternative and environmentally friendly energy sources such as solar energy with low power consumption.

Allows non-contact measurement to be taken independently of factors such as wind, temperature, sediment, and solids floating in the fluid (waste). It can be used in a variety of different measuring conditions. Calculates flow rate, liquid level, instant and total flow information and can share information with its communication feature.
Thanks to the customized flow measurement software, besides precise measurement, operations such as determining the measurement area, reporting measurement data, reporting statistical data can be performed.
It can be operated with solar systems thanks to its low power consumption.
It is extremely easy to install and requires no maintenance. It can be mounted on existing structural parts such as bridges, beams, metal poles. During assembly, the product speed detection radar sensor must be mounted exactly opposite to the flow.
The angle of the radar speed sensor with the flow must be less than 60°. The sensor that measures the water level should be mounted perpendicular to the surface to be measured.