LoRaWAN Wind Speed (Anemometer)
Part Number: WS-O-X-AI-ANM-1
The WS-O-X-AI-ANM-1 sensor is designed to withstand harsh outdoor conditions and measure wind speed in challenging environments. Powered by a 19,000 mAh battery, it can operate for up to 10 years.
When combined with a LoRaWAN® gateway and IoT Cloud solution, users can remotely and visually monitor and manage all sensor data. The WS-O-X-AI-ANM-1 LoRaWAN wind speed sensor is fully compatible with all LoRaWAN gateways that support the LoRaWAN protocol.
- 868/915 MHz
- LoRaWAN protocol
- Communication range up to 15 km
- Battery life up to 10 years
- Battery-powered operation
- User configurable
- Adjustable output power
- Maximum output power: 22 dBm
- Low power consumption; sleep current 1.5 µA
- Customizable instant status notification
- Wall-mountable IP67 enclosure
- Wind speed measurement range: 0–30 km/h
Wind Measurement <<<
Anemometers are devices used to measure wind speed. Anemometer sensors used in wind measurement are commonly found in meteorological stations, wind turbines, ships, and aircraft. In meteorological stations, anemometers are used to measure wind speed. These sensors measure wind speed, direction, and intensity, helping make weather forecasts more accurate.
Anemometers are among the most widely used devices for wind measurement. The sensors measure wind speed and help determine the strength of the wind. Since they provide information on wind speed, direction, and intensity, they are used across many different sectors.
Agriculture <<<
Anemometers are used to control airflow, which is especially important for plant growth and productivity. They are also used in managing irrigation systems. By measuring wind speed, the sensors allow irrigation systems to be adjusted more accurately. For example, on days with high wind speeds, irrigation systems can be adjusted at different angles to ensure water is evenly distributed over the plants.
Anemometers are also used in agricultural spraying. By measuring wind speed, the sensors ensure that chemicals are applied correctly. On days with high wind speeds, spraying is not recommended. These sensors contribute to healthy and efficient plant growth by ensuring the right airflow conditions are maintained.
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Part number: WS-O-X-AI-ANM-1
WS – Willow Sensors
– Working Environment: O: Outdoor, I: Indoor
– Frekans: 8: 868MHz, 9: 915 MHz
– Anten: AI: Antenna Internal, AE: Antenna External
– ANM: Anemometer
– 1: Version 1