Physical and environmental |
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Power supply |
6…30 VDC; Reverse voltage protection, overvoltage protection |
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Power consumption at 12VDC |
Active measurement approx. 110 mA |
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Outputs |
RS-485 ASCII / Modbus RTU SDI-12 |
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Operating temperature |
-40…60 °C (-40…140 °F) |
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Storage temperature |
-40…60 °C (-40…140 °F) |
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Relative humidity |
0…100 % |
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Protection rating |
IP 67 |
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Lightning protection |
Integrated protection against indirect lightning with a discharge capacity of 0,6 kW Ppp |
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Housing material |
Powder coated aluminum, vandalism-proof |
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Mounting bracket |
Ø34…48 mm | |
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Size |
L x W x H241 x 154 x 246 mm (9.49 x 6.06 x 9.69 in) |
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Weight |
2.7 kg (5.95 lb) |
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Velocity |
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Detectable measurement range |
0.08…16 m/s (depending on waves) |
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Accuracy |
± 0.01 m/s (certified by METAS) |
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Resolution |
1 mm/s |
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Direction recognition |
+/- |
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Measurement duration |
5…240 s |
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Measurement interval |
8 s…5 h |
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Measurement frequency |
24 GHz (K-Band) |
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Radar opening angle |
12° |
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Distance to water surface |
0.50…130 m |
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Vertical inclination |
Measured internally |
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Automatic vertical angle compensation |
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Accuracy |
± 1 ° | |
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Resolution |
± 0.1° |
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The RG-30a flow velocity sensor is designed for non-contact measurement of the surface flow velocity of bodies of water. Radar signals reflected by the moving surface of the water are used to determine the flow velocity of the irradiated surface. Compact construction and a non-contact measurement principle enable simple installation and use.
Application areas include open channels, flumes and enclosed drains. The RG-30 is especially suitable for measuring tasks where the use of conventional measuring systems is problematic, e.g. in the event of flooding.
This sensor is impressive thanks to its low energy consumption and high operational dependability. It allows continuous recording of flow velocity and, by approximation, discharge.
The RG-30 set up and parameters are assigned simply and conveniently by using a PC or laptop via our Commander terminal program.
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More Information“HailSens represents the culmination of years of dedicated research. As the only hail sensor that seamlessly integrates with hailpad data – the gold standard for scientists worldwide.”
“HyQuant Edge is the first radar sensor-based monitoring station for hydrology built on this architecture. Add a SIM card and power, and go from unboxing to live data in minutes.”
“Both Classic and Edge sensors have their place in modern monitoring. The goal isn’t to eliminate choice — it’s to expand it.”
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