Ever want to build your own weather station? This IoT weather station kit includes ananemometer,wind vane,andrain bucket. The serial communication method provides good compatibility and makes it easy to use with most controllers in the market.Together with other components, this IoT weather station kit can be widely used in measuring wind/rain in engineering, railways, docks, power plants, meteorological, cableway, environment study, agriculture, energy monitoring, health study with corresponding signal output.

Project 1:Make Your Own Arduino Weather StationThis durable Arduino weather station kit includes an anemometer, wind vane, rain bucket and DH11 temperature and humidity sensor. It can transmit data via serial or RF interfaces.
Hardware List:LCD12864 Shield for ArduinoWeather Station Kit with Solar PanelWeather Station Kit with Anemometer/Wind Vane/Rain BucketBluno M3 – A STM32 ARM with Bluetooth 4.0 (Arduino Compatible)

Application

Weather Station
Weather Monitoring

Specification

Operating voltage: 5V
Temperature range: -40~80C
Humidity range: 0~99Percent
Package Dimension: 20x18x30 CM (7.87×7.09×11.81″)
Weight: 4480g

Package Contents

Anemometer x1

Wind vane x1

Rain bucket x1

Sensor Board x1

Stainless steel studdle (30CM)(11.81″) x1

component package x1

Resources

Wiki
Converter Board Schematic

FAQs:
Q: What data can I collect with this weather station kit?
A: The kit allows you to collect data on wind speed (m/s, knots, km/h, mph), wind direction, and rainfall (mm).
Q: How accurate are the measurements?
A: The accuracy for wind speed is (0.3+0.03*V)m/s, for wind direction is 3, and for rainfall is 0.2mm.
Q: What is the maximum measurable wind speed?
A: The anemometer can measure wind speeds up to 70 m/s.
Q: Is this kit easy to assemble and use?
A: Yes, the kit comes with all the necessary components and is easy to assemble. It also includes a user manual with detailed instructions on installation and usage.
Q: What is the communication interface for retrieving data?
A: The kit uses the Modbus-RTU protocol over RS485 for data communication, allowing you to easily connect it to your computer or other data logging systems.