Product Description
1.Factory direct price.
2.Nice quality with 2 years warranty,
3.Small order is welcome.
4.Online payment.
5.Refund money in case of bad quality.
6.Sample offered but you need to pay it.
Moudle
Wind speed sensor
power supply
10 ~ 30V DC
Measuring range
0 ~ 60m / s
Accuracy
�±ï¼?0.2+0.03Vï¼?m/s
Resolution
0 .1 m / s
power consumption
0.4W
Response Time
â?¤ 0.5s
Start wind speed
â?¤ 0.2m / s
Working Temp
-20â??~+60â??ï¼?0%RH~80%RH
Output signal
RS485/Analog/Pulse
RS-FS-N01 wind speed sensor, compact and lightweight, easy to carry and assemble,design cups can be efficiently obtain information
about the wind speed, high-quality aluminum alloy housing, external spray plating process, has good anti-corrosion, anti- Erosion
and other characteristics, to ensure long-term use of the transmitter without rust phenomenon, at the same time with the internal smooth bearing system to ensure the accuracy of information collection.
Electrical Wiring
RS485 OUTPUT
Line color
RS485 Description
brown
Positive power supply
black
Negative power supply
yellow
485 -A
blue
485 -B

4-20ma, 0-5V, 0-10V OUTPUT
Line color
Description
power supply
brown
Power is positive
black
Negative power supply
Output
Blue
Wind speed signal is positive
Green
Wind speed signal negative
NOTE: Two types wire methods
1.Four-wire connection diagram
2.Three-wire connection diagram
Calculation Method
Wind Speed Sensor
1 Calculation current mode outputs the converted signal
Range 0 ~ 30m / s, 4 ~ 20mA output when the output signal is 12mA, the current wind speed is calculated. Winds range span of 30m / s, to express 16mA current signal, 30m / s / 16mA = 1.875m / s / mA, i.e., the current wind speed variations 1mA 1.875m / s. So the measured values can be measured Calcd 12mA-4mA = 8mA.8mA * 1.875m / s / mA = 15m / s, the current wind speed = 15m / s.
2 voltage-converts the output signal calculation
Range 0 ~ 30m / s, 0-10V output to an example, when the output signal of 5V, the current wind speed is calculated. Winds range span of 30m / s, with a 10V voltage signal expression, 30m / s / 10V = 3m / s / V, i.e., the voltagecorresponding to the wind speed change by 1V 3m / s. Measurement 5V-0V = 5V. 5V * 3 / m / s / V = 15m / s. The current wind speed is 15m / s.