Resources

Wiki Doc

Have you ever wanted to construct your very own weather station? This anemometer offers a solution, consisting of a shell, wind cups, and a circuit module. It incorporates a built-in photovoltaic module, an industrial microcomputer processor, and a standard current generator. Crafted from aluminum alloy, this anemometer possesses exceptional strength, weather resistance, and corrosion resistance. Its military-grade interface guarantees a prolonged lifespan while enhancing the accuracy of wind speed measurement.
When combined with other components, this versatile anemometer can be effectively employed in various applications such as engineering, railways, docks, power plants, meteorology, cableways, environmental studies, agriculture, energy monitoring, and health research. It provides a corresponding signal output, allowing users to effortlessly determine wind speed levels through a voltage signal ranging from 0 to 5V, with comprehensive instructions and sample code provided.

Specification

Model JL-FS2
Type three cups
Output signal range0-5V (Voltage signal)
Supply voltage: DC12-24V
Power consumption Voltage MAX<=0.3W Start wind speed0.4-0.8m/s Resolution0.1m/s Effective measurement range0-30m/s System error+-3Percent Transmission distance: No more than 8 meters Transmission medium: Cable transmission Connection modeThree wires Working temperature-40C~8C Wiring mapVCC (Red), GND (Black),Voltage (Yellow), Current (Blue) Weight1Kg PROJECTS Sistema de deteccin viento fuerte con anemmetro JL-FS2 y arduino de DFRobot Package Contents Anemometer x1 Waterproof connector and 3m standard cable x1 Screw Kit x1 FAQs: Q: What is the output signal range of the anemometer? A: The output signal range of the anemometer is 0-5V, making it compatible with most microcontrollers and data acquisition systems. Q: What is the power supply voltage required for the anemometer? A: The anemometer requires a DC power supply voltage of 12-24V to operate. Q: What is the accuracy of the wind speed measurement? A: The anemometer has a system error of 3%, meaning the measured wind speed may vary slightly from the actual wind speed. Q: What is the maximum distance for signal transmission? A: The anemometer's signal can be transmitted over distances up to 8 meters without significant loss or interference. Q: Can this anemometer withstand harsh weather conditions? A: Yes, the anemometer is built with an IP65 rating, making it dust-tight and protected against water jets from any direction. It is also made of aluminum alloy, offering excellent weather and corrosion resistance.