PRO-WEA 电压型风向风速传感器 14523/14524 产品介绍
PRO-WEA 14523/14524 系列电压型风向风速传感器是一款专为环境监测领域设计的高性能气象传感设备。该产品通过集成化设计实现风向风速双参数同步采集，适用于气象观测、环境研究、智慧农业、风电运维等多种场景，为用户提供实时、可靠的动态气象数据支持。
- 高精度测量：采用低惯量机械结构与精密信号处理技术，风速测量范围覆盖0-50m/s，分辨率达0.1m/s；风向检测采用360°全方位感应，角度误差小于±3°，满足精细化监测需求。
- 环境适应性：全封闭式防护结构配合耐腐蚀材料，可在-40℃至+80℃环境温度下稳定工作，防护等级达到IP65，有效抵御雨雪、沙尘等恶劣环境影响。
- 便捷化输出：内置线性电压信号转换模块，提供0-5VDC或0-10VDC标准输出接口，兼容主流数据采集系统，减少二次开发成本。
- 低功耗设计：工作电压适配12-24V宽幅直流电源，典型功耗低于1.5W，适合太阳能供电等离网应用场景。
- 模块化安装：提供法兰底座与管状支架两种固定方案，支持水平/垂直多向调节，简化现场部署流程。
典型应用：
该系列产品通过优化机械结构与电子补偿算法，显著提升了长期运行的稳定性。特殊设计的轴承系统可有效避免冰冻粘连，确保寒冷地区冬季正常运作。维护周期建议为12-18个月，用户可通过常规清洁保持最佳工作状态。
The PRO-WEA 14523/14524 Voltage-type Wind Direction & Speed Sensor is a professional-grade meteorological monitoring solution designed for comprehensive environmental data acquisition. This dual-parameter sensor synchronously measures wind speed and direction, delivering real-time atmospheric dynamics data for applications including weather forecasting, ecological research, precision agriculture, and renewable energy management.
- Precision Measurement: Equipped with low-inertia mechanical components and advanced signal processing, the sensor covers wind speeds from 0-50m/s with 0.1m/s resolution. Directional detection achieves 360° full-range monitoring with ±3° accuracy.
- Environmental Durability: Constructed with corrosion-resistant materials and IP65-rated enclosure, the device maintains stable operation within -40℃ to +80℃, demonstrating reliable performance in rain, snow, and dusty conditions.
- Simplified Integration: Features linear voltage output (0-5VDC/0-10VDC) compatible with standard data acquisition systems, minimizing system integration complexity.
- Energy Efficiency: Operates on 12-24VDC power supply with typical consumption below 1.5W, suitable for solar-powered remote installations.
- Flexible Mounting: Provides flange base and tubular mounting options with multi-directional adjustment, accommodating various installation scenarios.
Typical Applications:
• Weather station networks
• Structural wind load monitoring
• Greenhouse climate control
• Maritime navigation safety
• Wind farm performance analysis
Through optimized mechanical design and electronic compensation algorithms, this series demonstrates enhanced operational stability. The specialized bearing system prevents ice accumulation,
