Anemometer Sensor Anemometer Professional Anemometer Kit 0-5V Arduino Raspberry Pi Compatibility Home Weather Station Cup Weather Anemometer Suitable for Air Conditioning, Energy Saving Monitoring
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Anemometer Sensor Anemometer Professional Anemometer Kit 0-5V Arduino Raspberry Pi Compatibility Home Weather Station Cup Weather Anemometer Suitable for Air Conditioning, Energy Saving Monitoring

Product ID: 96762309
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Description

  • ★OMNI-DIRECTIONAL MEASUREMENT★High-precision signal transmission distance is long, full 360 wind side amount, does not fall at any angle.
  • ★WATERPROOF, ANTI-CORROSION★ The material has high strength, is not afraid of humid environment, and has high weather resistance.
  • ★FLANGE BASE MOUNTING★Stable base design, high endurance, small size, beautiful appearance
  • ★STRONG ANTI-INTERFERENCE★Low power consumption, strong anti-interference ability, long-term stable work.
  • ★90 DAYS RETURN★Supported by our 90-day unconditional money back guarantee policy, this purchase is now 100% risk free!

The three-cup wind speed sensor is an anemometer that easily reads the wind speed level through the manual and sample code. The wind speed sensor is composed of a casing, a wind cup and a circuit module, and is internally integrated with a photoelectric conversion mechanism, an industrial microcomputer processor, a standard current generator, a current driver, and the like. SPECIFICATION Model:JL-FS2 Type:three cups Output signal range:0-5V(Voltage signal) Supply voltage:  DC12-24V Power consumption:Voltage MAX≤0.3W Start wind speed:0.4-0.8m/s Resolution:0.1m/s Effective measurement range:0-30m/s System error:±3% Transmission distance:More than1000m Transmission medium:Cabletransmission Connection mode:Three wires Working temperature:-40℃~80℃ Wiring map:VCC (Red), GND(Black),Voltage (Yellow), Current (Blue) Weight:1Kg Sample Code /* Connect the voltage signal wire to Arduino analog interface: Yellow Cable<---->A0 */   void setup()  {      Serial.begin(9600);  }  void loop()  {    int sensorValue = analogRead(A0);    float outvoltage = sensorValue * (5.0 / 1023.0);    Serial.print("outvoltage = ");    Serial.print(outvoltage);    Serial.println("V");    int Level = 6*outvoltage;//The level of wind speed isproportional to the output voltage.    Serial.print("wind speed is ");    Serial.print(Level);    Serial.println(" level now");    Serial.println();    delay(500);

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