Digital Wind Speed Wind Wind Direction Station Digital Indoor and Outdoor Weather Pulse Output Anemometer, Sensor, 360-Degree Measurement, 4-20mA,

Measurement range: 0-70m/s wide range of wind speed measurement possible, with high resolution of 0.0875m/s for accurate data collection Output specifications: Supports 4-20mA analog output and digital signal output, ensuring compatibility with various measurement systems Structural design: High-performance imported bearings are used, resulting in a robust design that allows for low rotational resistance and 360-degree omnidirectional wind speed measurement. Durability: High-hardness materials and electroplating provide excellent corrosion resistance, allowing for long-term outdoor use. Applications: Specialized equipment ideal for measuring wind speed and direction in a wide range of environments, including greenhouses, weather stations, ships, and wharves. specification Condition 100% new Item Type: Wind Speed Sensor Material: Polycarbonate DC power supply default 5-30V DC Transmitter circuit operating temperature -20+ 600RH80RH Communication Interface Pulse Output Resolution 0.0875m/s Accuracy ±0./s Measurement range: 0-70m/s Dynamic response time 0.5 seconds Pulse output type calculation The transmitter outputs 20 pulses per revolution. For example, when wind speed transmitter 1S rotates once, transmitter 1S outputs 20 pulses, which means the wind speed is 1.75m/S. Product size approx. 16 x 16 cm / 6.3 x 6.3 inches Weight approx. 328g/11.6oz Package List: 1 x Wind Speed Sensor, 1 x Cable, 1 x Screw Kit, 4 x Screws, 4 x Nuts Note 1. Do not disassemble or touch the sensor core yourself to prevent damage to the product. Keep it away from high-power interference devices such as inverter motors to avoid inaccurate measurements. When installing or disassembling the transmitter, the power must be disconnected first. Water inside the transmitter may cause irreversible changes. 3. Prevent chemical reagents, oil, dust, etc. from directly entering the sensor. Do not use it for long periods in condensation or extreme temperature environments. Also, avoid thermal shock.