Wind Anemometer Three Cups Wind Speed Sensor Anemometer Wind Sensor Trans 0-70ms Environment Output Pulse Type Three Cups Wind Speed Sensor Anemometer for Greenhouses,

1. The shell is made of material with high hardness and external electroplating and spray plastic treatment, which has good anti- and anti-erosion performance. 2. 0-70m/s range and 0.0875m/s resolution, high , accurate measurement and anti-electromagnetic interference treatment. 3. The bottom cable is adopted to completely eliminate the aging problem of the aviation plug rubber pad, and it is after being used for a long time. 4. High-performance imported bearings, low rotational , accurate measurement, small size and light weight, easy to carry and assemble. 5. Widely used in the measurement of wind direction in greenhouses, environmental protection, weather stations, ships, wharf, breeding and other environments. Specification: Condition: Brand New Item Type: Wind Speed Sensor Material: Polycarbonate DC Power Supply (Default): 5-30V DC Transmitter Circuit Operating Temperature: -20℃ to +60℃, 0%RH-80%RH Communication Interface: Pulse Output Resolution: 0.0875m/s Accuracy: ±0./s Measuring Range: 0-70m/s Dynamic Response Time: ≤0.5s Pulse Output Type Calculation: The transmitter turns 1 circle, outputs 20 pulses For example, when the wind speed transmitter 1S turns 1 circle, the 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 in Weight: Approx. 328g / 11.6oz packing list: 1 x Wind Speed Sensor 1 x Cable 1 x Screw Kit (4 x Screw, 4 x Nut) Note: 1. The user should not disassemble it by himself, and should not touch the sensor core to avoid damage to the product. 2. Keep away from high-power interference equipment as much as possible to avoid inaccurate measurement, such as inverters, motors, etc. When installing or disassembling the transmitter, the power must be disconnected first, and water in

• 【Waterproof Design】The Wind Speed Sensor is equipped with a bottom cable that effectively eliminates the aging issue common with aviation plug rubber pads. This innovative design ensures that the sensor remains even after prolonged use, making it suitable for a variety of applications in different environments. waterproofing means it can perform efficiently in outdoor settings without compromising its functionality.
• 【Construction】The Wind Speed Sensor features a shell made of material that has exceptional hardness, complemented by electroplating and spray plastic treatment. This robust design offers outstanding and anti-erosion performance, enabling the sensor to withstand harsh environmental conditions. Whether you’re using it in a greenhouse, on a ship, or in outdoor settings, this sensor is engineered to maintain its integrity and functionality, ensuring readings over time.
• 【Versatile Applications】The Wind Speed Sensor is designed for a broad range of applications, including wind direction measurement in greenhouses, environmental monitoring, and usage in weather stations, ships, and wharves. Its versatility makes it a ideal choice for both professional and amateur meteorologists and environmentalists. Whether for research or practical day-to-day operations, this sensor adapts to meet your specific needs effectively.
• 【Lightweight and Portable】Weighing approximately 328g (11.6oz), the Wind Speed Sensor is compact and easy to carry. Its small size allows for convenient handling and assembly, making it ideal for various applications, from field measurements to routine checks in weather stations. Professionals will appreciate its portability without sacrificing performance or accuracy, ensuring measurements can be taken wherever needed.
• 【Measurement】With a measuring range of 0-70m/s and a resolution of 0.0875m/s, the Wind Speed Sensor delivers in measuring wind speed. Its advanced anti-electromagnetic interference technology ensures accurate measurements, making it an essential tool for professionals in meteorology, environmental The dynamic response time of ≤0.5 seconds ensures you receive real-time data, allowing for timely decisions based on wind speed fluctuations.