|
Item |
Description |
|
|
DC Power Supply (Default) |
10-30VDC |
|
|
Maximum Power Consumption |
RS485 Output |
0.7W |
|
Accuracy
|
Wind Speed |
±0.5+2%FS |
|
Wind Direction |
±3° |
|
|
Humidity |
±3%RH (60%RH,25℃) |
|
|
Temperature |
±0.5℃(25℃) |
|
|
Measuring Range
|
Wind Speed |
0~40m/s Starting Wind Speed: 0.5 m/s |
|
Wind Direction |
0~359° |
|
|
Humidity |
0%RH~99%RH |
|
|
Temperature |
-40℃~+80℃ |
|
|
Long-term stability
|
Temperature |
≤0.1℃/y |
|
Humidity |
≤1%/y |
|
|
Response time
|
Speed |
1S |
|
Wind Direction |
1S |
|
|
Temperature and Humidity |
≤1s |
|
|
Optical rainfall parameters
|
Typical Accuracy |
±5% |
|
Resolution |
Standard: 0.1 mm |
|
|
Maximum instantaneous rainfall |
24mm/min |
|
|
Rain-sensing diameter |
6cm |
|
|
Protection rating |
IP54 |
|
|
Output signal |
RS485(Standard Modbus communication protocol) |
|
The Ultrasonic Integrated Weather Station combines multiple meteorological sensors into a compact system, enabling simultaneous measurement of wind speed, wind direction, temperature, humidity, atmospheric pressure, rainfall, and other environmental parameters.
Using advanced ultrasonic sensing technology, the weather station provides accurate wind speed and wind direction measurements without mechanical moving parts, ensuring high reliability and long service life.
Equipped with intelligent sensing algorithms and digital signal processing technology, the system delivers accurate real-time meteorological data for environmental monitoring and analysis.
With no rotating mechanical components, the ultrasonic weather station reduces mechanical wear and maintenance requirements, providing stable operation in harsh outdoor environments.
The integrated design simplifies installation and deployment, making it suitable for automatic weather stations, remote monitoring sites, and various field observation applications.
Supports integration with RTU terminals, telemetry systems, and cloud platforms for real-time data transmission, remote management, and intelligent environmental monitoring.
Used in meteorological stations, environmental monitoring networks, and remote observation sites for continuous weather data collection.
Provides meteorological data such as rainfall, wind, and temperature for watershed monitoring, reservoir management, and hydrological analysis.
Supports precision agriculture by monitoring local weather conditions, helping optimize irrigation, crop management, and agricultural decision-making.
Applied in coastal areas, marine observation platforms, and offshore monitoring systems to collect wind and weather information for marine operations.
Provides long-term meteorological observation data for ecosystem monitoring, climate studies, and environmental assessment.
Used in urban meteorological networks, road weather monitoring, and smart city systems to improve environmental management and disaster response capabilities.
Applied in airports, ports, construction sites, and energy facilities where accurate weather information is required for safe operation.