Toddmomy Anemometer Wind-Speed Sensor Cup Replacement Aluminum Alloy Lightweight 7.08X7.08X1.96 Inch Outdoor Wind Speed Meter Weather Station Gauge

DescriptionThis anemometer wind cup is made of aluminium alloy material, which can withstand the use. Features the aluminium alloy material, which has high durability, not easy to deform. Fine workmanship, it ensures the practicality. Accessories are easy to install and replace, reducing the cost of use.Features-Color:Yellow-Material:Aluminium alloy-Size:11.00X11.00X3.80cm/4.32X4.32X1.49in-Note:base is not included.- The material is safe and , which is wear resistance and practical for the long time use.- Suitable for direction measurement, wind navigation and with good data information.- Widely used for wind direction measurement in greenhouses, environmental observation, weather stations.- Not easily deformed or broken, fine workmanship ensure the practicality and durability. The larger anemometer cup collects wind more accurately. - Characteristic and with 3-cup design. Simple and generous in design, smooth in lines.Package Including1 x wind speed meter

• Accurate Wind Speed Measurement: This anemometer sensor features a three-cup design that provides precise wind speed data, ideal for outdoor weather stations and environmental monitoring applications
• Lightweight Aluminum Alloy Construction: Made from aluminum alloy, the anemometer cups are both lightweight and sturdy, ensuring easy installation and reliable performance in various outdoor environments
• Energy-Efficient Design: Engineered for low power consumption, this wind speed sensor helps extend battery life while maintaining consistent and accurate wind data readings
• Versatile Installation Options: Equipped with a flexible mounting mechanism, the anemometer sensor can be easily attached to garden structures, greenhouses, or outdoor dcor to fit different usage scenarios
• Reliable Outdoor Performance: Designed for durability and stable operation, this wind sensor delivers consistent wind speed measurements over extended periods for accurate data collection