Wind Speed Transmitter

I. Wind Speed Transmitter Product Overview

The Wind Speed Transmitter is a high performance wind speed sensor with a traditional three-cup design. It uses high-strength carbon fiber material to manufacture the wind cup, which ensures the durability of the sensor and good start-up performance. The built-in high-precision signal processing unit can output the corresponding wind speed signal according to the user's needs, applicable to a variety of environments and fields.

 Wind Speed Transmitter Technical Parameters

Wind Speed Transmitter features

1. High-precision Measurement: Adopting advanced carbon fiber wind cup and built-in signal processing unit to ensure the high precision and stability of wind speed measurement.

2. Multiple Output Forms: Support multiple wind speed signal output forms, including pulse signal, current signal, voltage signal and RS485 communication, etc., which is convenient to be integrated with various monitoring systems or data acquisition devices.

3. Wide measurement range: Provides two measurement range options to meet the needs of different application scenarios.

4. Low start-up wind speed: Start-up wind speed is as low as 0.5m/s, capable of capturing weak wind speed changes.

5. Low power consumption design: power consumption is only 50mW, energy saving and environmental protection, suitable for long time operation.

6. Reliable and durable: the use of high-strength carbon fiber material, with good corrosion resistance and anti-aging properties, to ensure that the equipment in harsh environments and stable operation.

 Wind Speed Transmitter Application Scenarios

1. Meteorological observation: used for real-time monitoring of wind speed and direction, to provide accurate data for weather forecasting.

2. Marine research: monitoring the wind speed changes in the marine environment, providing important parameters for marine scientific research.

3. environmental monitoring: monitoring wind speed in the atmosphere, assessing air quality and providing scientific basis for environmental protection.

4. airport operation: real-time monitoring of airport wind speed, to ensure the safety of aircraft landing and taking off.

5. Port management: monitoring the wind speed in the harbor to provide safety guarantee for ships entering and leaving the harbor.

6. laboratory testing: measuring wind speed in wind tunnel experiments, providing accurate data for scientific research experiments.

7. Industrial and agricultural production: monitoring the wind speed in factory workshops or farmland to optimize the production or planting conditions.

8. Traffic and transportation: used in highways, railroads and other traffic areas, providing wind speed information for traffic management and safety.

 V. Precautions for using Wind Speed Transmitter

1. Installation and use: In the process of installation and use, please make sure the device is in a horizontal position to avoid tilting or tilting angle is too large to affect the measurement accuracy.

2. Select appropriate parameters: Please select the appropriate measurement range and output form according to the actual application scenario to ensure the accuracy and reliability of the measurement results.

3. Avoid interference: the device should be kept away from strong magnetic fields and strong sources of interference to avoid interference with the measurement accuracy.

4. Adverse weather protection: In adverse weather conditions (such as heavy rain, lightning, etc.), be sure to take the necessary protective measures to ensure the safe operation of the equipment.

5. regular maintenance: regular maintenance and inspection of the equipment to ensure its long-term stable operation.

 Summarize

Wind Speed Transmitter Wind Speed Transmitter has become a popular wind speed monitoring device in the market for its accurate measurement, stable performance and wide range of applications. The use of carbon fiber wind cups in the Wind Speed Transmitter significantly improves its strength and performance, ensuring sensitive activation in light wind conditions and durability in extreme weather conditions. Combined with advanced signal processing technology and flexible configuration options, it not only improves the accuracy of data collection, but also simplifies system integration and maintenance, making it an ideal choice for modern wind speed monitoring solutions. We are committed to providing you with high quality products and professional services and look forward to establishing a long term relationship with you.

Wind speed sensor (Cup Anemometer) data sheet

NBL-W-SS-Wind-Speed-Sensors-Instruction-Manual-V4.0.pdf