For applications in environmental weather condition monitoring, Cubic compact weather station, WSD-05M, integrates four advanced sensors—temperature, humidity, air pressure, and wind speed/direction—facilitating precise and comprehensive meteorological analysis.
The Cubic compact weather station, WSD-05M, is engineered for monitoring meteorological parameters. It integrates four advanced sensors—temperature, humidity, air pressure, and wind speed/direction—facilitating precise and comprehensive meteorological analysis.
The wind speed and direction sensor utilizes the ultrasonic time-difference method to accurately measure wind speed and direction. The device also incorporates three sensors within a multi-parameter module: the temperature sensor employing a bandgap temperature element, the humidity sensor utilizing a capacitive polymer element, and the silicon piezoresistive sensor for air pressure. The seamless integration guarantees the accuracy and reliability of data collection.Moreover, the WSD-05M exhibits great wear resistance, a long lifespan, and fast response.The WSD-05M supports flange cross-arm mounting and threaded locking installation methods.
During setup, it is critical to securely fasten all connections to ensure the precision of measurement data. Additionally, the WSD-05M offers optional features, including an electronic compass and tilt angle functionality. The WSD-05M is well-suited for applications in urban monitoring, wind power generation, meteorological observation, bridges and tunnels, marine vessels, and aviation airports.
Advanced Ultrasonic Technology
Wind speed accuracy of ±0.3m/s at 0-10m/s, measurement range up to 75m/s
Integrated with high reliable temperature, humidity, and air pressure sensors
Robust and enduring shell construction
Low power consumption
Compact and lightweight, easy to install and use
OEM capabilities, extended parameter measurement and customized communication protocols optional
Optional GPS integration
Highly suitable for wind power generation and meteorological observation
Principle | Semiconductor Bandgap Principle Capacitance Variation Principle Piezoresistive Effect in Single-Crystal Silicon Ultrasonic technology |
Wind Speed | Range: 0-75m/s Accuracy: ±0.3m/s @ 0-10m/s, ±3% @ 10-30m/s, ±5% @ 30-75m/s Resolution: 0.01m/s Response time: 0.25s |
Wind Direction | Azimuth Range: 0-360 degrees Accuracy: ±3° (When wind speed<10m/s) Resolution: 0.1° Response time: 0.25s |
Air Temperature | Range: -40~85℃ Accuracy: ±0.3℃@25℃ Resolution: 0.01℃ |
Air Humidity | Range: 0-100%RH Accuracy: ±3%RH (10%-90%RH, No Condensation) Resolution: 0.01%RH |
Atmospheric Pressure | Range: 500-1100hPa Accuracy: ±0.5hPa (25℃, 950-1100hPa) Resolution: 0.1hPa |
Working Temperature | -40℃~80℃ |
Output | RS485 communication, Modbus protocol |
Protection Level | IP65 |
Power Supply | DC 9-24V |
Dimensions | 244.4H*116W (mm) |
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