Wind Direction Sensor With Modbus Output

Model: WD-MB Make: SEVEN SENSOR

Key Highlights

    *The Wind Direction Sensor is is a professional meteorological sensor used to measure horizontal wind direction. *Measurand: Wind Direction Sensor *Sensor Type: Vane-Driven Hall Effect Position Sensor *Signal Output: Modbus (RS-485) *Supplied With: Mounting hardware, documentation

Category: Wind Speed & Direction

A wind direction sensor with Modbus output is a device used to measure wind direction and transmit that information in a standardized digital format, specifically Modbus, a widely used communication protocol. Modbus is commonly employed in industrial and automation applications, allowing different devices (sensors, controllers, actuators, etc.) to communicate over a network.

Wind direction sensors with Modbus output are commonly used in industrial, environmental, and renewable energy applications where precise, real-time wind data is necessary for decision-making or automation. The primary benefit of having Modbus output is seamless integration with industrial control systems and other devices using the Modbus protocol. Here are some key applications:

A wind direction sensor with Modbus output provides a highly effective and integrated solution for wind direction monitoring in a variety of applications, particularly in industrial, renewable energy, and environmental systems. The Modbus communication protocol ensures easy integration with other devices and systems, while features like high accuracy, durability, and real-time data transmission make it suitable for demanding, real-world environments. Whether used in weather stations, industrial automation, or renewable energy systems, the Modbus-enabled wind direction sensor offers a robust and scalable solution for wind measurement and control.

Application


*Industrial Automation *Weather Stations *Renewable Energy (Wind Turbines) *Agriculture and Greenhouses *Marine and Offshore Platforms *Building Management Systems *Aviation

Feature


*Modbus Compatibility (RTU or TCP) *High Accuracy and Precision *Wide Operating Range *Durability and Weather Resistance *Low Power Consumption *Real-Time Data Transmission *Ease of Integration *Flexible Output Format *Calibration and Self-Diagnostics

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