Horn shaped radar, water level gauge, radar level gauge, and level gauge have received positive reviews from people who have purchased them from manufacturers

Description :

　　Advantages and Applications of Radar Water Level Gauge

　　1. Radar level gauges can measure liquid and solid media such as slurries, raw coal, pulverized coal, volatile liquids, etc;

　　2. It can measure all media with a constant greater than 1.2 in vacuum, with a measurement range of up to 70m;

　　3. The power supply and output signal are transmitted through a two core cable (loop circuit), using 4-20mA output or digital signal output;

　　4. Non contact measurement installation is convenient and uses extremely stable materials that are sturdy and durable, with a reliable resolution of up to 1mm;

　　5. Not affected by working conditions such as noise, steam, dust, vacuum, etc;

　　6. Not affected by changes in medium density and temperature, the process pressure can reach 400 bar, and the medium temperature can reach -200 ℃ to 800 ℃;

　　7. There are multiple installation methods to choose from: top installation, side installation, bypass pipe installation, waveguide pipe installation;

　　8. Debugging can be done in multiple ways: using programming modules for debugging (equivalent to an analytical processing instrument), SOFT software debugging, and HART handheld programmer debugging, making debugging convenient and fast.

　　Maintenance of radar level gauge

　　Radar level gauges are mainly composed of electronic components and antennas, with no movable parts. They rarely encounter malfunctions during use. Occasionally, some volatile organic compounds in the storage tank may crystallize on the horn mouth or antenna of the radar level gauge. Regular inspection and cleaning are sufficient, and maintenance is minimal.

　　Measurement principle of radar level gauge

　　Radar level gauge is a radar level gauge based on the principle of time domain reflection (TDR). The electromagnetic pulse of the radar level gauge propagates along the steel cable or probe at the speed of light. When it encounters the surface of the measured medium, some of the pulses of the radar level gauge are reflected to form echoes and return to the pulse emitting device along the same path. The distance between the emitting device and the surface of the measured medium is proportional to the propagation time of the pulse between them, and the liquid level height is calculated.

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• Horn shaped radar water level gauge