RS-FSA - V05 - Renke 3 cup anemometer tower crane 0-5v wind speed sensor - Analog type
Product Overview
The RS-FSA - V05 wind speed transmitter is small and light in shape, easy to carry and assemble. The three-cup design concept can effectively obtain wind speed information. The shell is made of high-quality aluminum alloy profiles, and the external is electroplated and sprayed with plastic. It has good anti-corrosion, anti-corrosion and other characteristics, which can ensure the long-term use of the transmitter without rust. At the same time, the internal smooth bearing system ensures the accuracy of information collection, The traditional analog signals (4-20mA, 0-10V, 0-5V) are used for data output. It is widely used for wind speed measurement in greenhouse, environmental protection, weather station, ship, dock, aquaculture and other environments.
Aluminum wind speed sensor features:
1. Anti-electromagnetic interference treatment
2. The bottom outlet method is adopted to completely eliminate the aging problem of the rubber pad of the aviation plug, and it is still waterproof after long-term use
3. Imported high-performance bearings are used, with small rotational resistance and accurate measurement
4. All-aluminum shell, high mechanical strength, high hardness, corrosion resistance, no rust, can be used outdoors for a long time
5. The structure and weight of the wind speed sensor are carefully designed, the moment of inertia is small, and the response is sensitive
Electrical wiring
Power:Brown : V+
Black : V-
Output:
Blue : Wind speed OUT+
Green: Wind speed OUT-
Measuring wins speed range: 0~60m/s（default is 0-30m/s）
Precision: ± (0.2+0.03V) m/s V represents wind speed
Output signal: Voltage output - 0~5V
Calculation of voltage type output signal conversion
The range is 0~30m/s. Take 0-10V output as an example. When the output signal is 5V, calculate the current wind speed. The span of wind speed range is 30 m/s, expressed by 10 V voltage signal, 30 m/s/10 V=3 m/s/V, that is, every 1 V change in voltage corresponds to 3 m/s. The measured value is 5V-0V=5 V. 5V*3/m/s/V=15m/s。 Then the current wind speed is 15m/s