機械式風速風向傳感器是一種基于機械原理進行風速和風向測量的設備。其風速測量部分通常采用三杯或四杯旋轉式設計，當風吹動風杯時，風杯會隨風速大小而旋轉，通過測量旋轉速度即可得知風速。風向測量部分則一般使用風向標，風向標的一端固定，另一端可隨風向自由轉動，通過讀取風向標指示的方向即可得知風向。機械式風速風向傳感器具有結構簡單、運行穩定、維護方便等優點，廣泛應用于氣象觀測、環境監測、農業氣象等領域，為相關領域的科研和生產提供了重要的數據支持。
一、技術指標
供電：DC12V
工作環境：-40~70℃，濕度≤100%無凝露
通信接口：RS485
工作電流：55mA DC12V
最短數據間隔：0.5S
殼體材料：高分子工程塑料
二、傳感器參數
| 參數 | 測量范圍 | 分辨率 | 精度 |
| 風速 | 0-60m/s | 0.01m/s | ±0.2m/s |
| 風向 | 0-360度 | 0.1度 | ±1度 |
| 平均風速☆ | 0-60m/s | 0.01m/s | ±0.2m/s |
三、外觀尺寸
四、安裝要求
安裝時底座箭頭N的方向需指向正北方向（如上圖所示）
A mechanical anemometer is a device that measures wind speed and direction based on mechanical principles. The wind speed measurement part usually adopts a threeup or four-cup rotary design. When the wind blows the cups, they rotate with the wind speed, and the wind speed can be known by measuring the rotation. The wind direction measurement part generally uses a wind vane. One end of the wind vane is fixed, and the other end can rotate freely with the wind. The wind direction can be known by reading the direction indicated by the wind vane. The anemometer has the advantages of simple structure, stable operation, and maintenance, and is widely used in meteorological observation, environmental monitoring, agricultural meteorology, and other fields, providing relevant
