Ultrasonic Wind Speed and Direction Sensor
Resumen del producto
Ultrasonic Wind Speed and Direction Sensor No Moving Parts · Maintenance-Free Design · High-Precision Dual Measurement The Dexonmarine Ultrasonic Wind Speed and Direction Sensor is a high-precision meteorological instrument designed for accurate and long-term wind measurement in marine and ...
Atributos personalizados del producto
Sensor de viento ultrasónico con ATON AIS
,Sensor de dirección del viento para uso marítimo
,Sensor de velocidad del viento compatible con ATON
Propiedades básicas
Propiedades comerciales
Descripción de producto
The Dexonmarine Ultrasonic Wind Speed and Direction Sensor is a high-precision meteorological instrument designed for accurate and long-term wind measurement in marine and industrial environments.
Unlike traditional mechanical anemometers, it has no moving parts, ensuring zero maintenance, long service life, and high reliability even in harsh weather conditions. This sensor measures both wind speed and wind direction simultaneously using ultrasonic technology. It requires no on-site calibration and can be easily connected to a computer, data logger, or monitoring system via standard communication interfaces.
Core advantages
· Reliable for Long-Term Use — Ultrasonic technology with no mechanical wear ensures years of stable operation.
· Plug-and-Play Integration — Connects easily via RS232 or RS485 to data loggers, computers, or monitoring systems.
· Zero Maintenance — No calibration or mechanical upkeep required, reducing lifecycle costs.
· Accurate & Real-Time Data — Delivers precise wind speed and direction readings for navigation and safety monitoring.
· Durable Marine Construction — Lightweight, corrosion-resistant housing designed for harsh coastal conditions.
Technical specification
Drawings
FAQ
1. Does the sensor require regular maintenance or calibration?
No. The sensor has no moving parts and is factory-calibrated, requiring zero maintenance or field calibration throughout its service life.
2. What communication interfaces are supported?
The sensor supports both RS232 and RS485 interfaces. Users can select either interface based on their system integration requirements.
3. Can the sensor be used in marine or offshore environments?
Yes. It is designed for harsh outdoor and marine conditions, featuring IP65/IP66 protection, corrosion resistance, and stable operation in humid or salty air.
4. What is the measurement accuracy of the sensor?
The sensor provides ±0.3 m/s or ±2% (wind speed) and ±2° (wind direction) accuracy, suitable for professional meteorological and navigation applications.
5. How is the sensor powered?
It operates on DC 9–30V input, making it compatible with solar power systems, data loggers, and monitoring stations.
6. What are the typical applications of this sensor?
It is widely used in ports, offshore wind farms, navigation aids (AtoN), weather stations, and environmental monitoring systems, providing real-time wind data for safety and operational control.
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