AZIC200-302 Dust-Proof WindDirection Sensor is a highly reliable, high-performance device designed for measuring wind direction.
【Product Description】
AZIC200-302 Dust-Proof WindDirection Sensor is a highly reliable, high-performance device designed for measuring wind direction. This series of sensors is capable of stably and accurately capturing ambient wind direction signals, making it suitable for use in applications such as high-altitude operations, construction
machinery, and port equipment.The wind direction sensor features built-in digital circuitry engineered to provide robust resistance against RF interference, electromagnetic interference, and lightning-induced surges. The sensor's internal circuitry captures directional signals from the wind vane and outputs an electrical signal that bears a linear relationship to the ambient wind direction.
The primary structural components of the wind direction sensor are fabricated from alloy material sand undergo specialized surface treatments; as a result, the product exhibits excellent water resistance and corrosion resistance. Furthermore, both the internal mechanisms and rotating components feature a sealed design, effectively preventing the ingress of water, salt spray, dust, and sand.
【Features】
● Developed based on non-contact magnetic sensing measurement principles;
● Features a built-in high-performance sensor, ensuring high data accuracy and robust reliability;
● The wind direction sensor utilizes an al-metal housing, offering excellent corrosion resistance and strong wind resistance;
● The circuit protection incorporates a fault-tolerant design, preventing damage to the sensor in the event of incorrect wiring;
● Complies with CE EMC standards and features a multi-level lightning and surge protection design;
● Capable of operating within a wide voltage range of 15-30 VDC.
【Scope of application】
Suitable for wind direction monitoring in factories, power plants, ports, industrial and mining sites.wind turbines, large-scale machinery, and similar applications.
