High precision weather station

Product details：High precision ultrasonic weather station

Welcome to use our high precision ultrasonic weather station! This product adopts full digital detection technology and integrates high-precision sensors, which can quickly and accurately measure wind speed, wind direction, atmospheric temperature, atmospheric humidity, atmospheric pressure and other meteorological parameters. At the same time, optional integration of PM2.5, PM10, noise, radiation, rain and other sensors to meet your diverse monitoring needs. High-strength structural design ensures reliable operation even in harsh climatic environments, making it an ideal choice for your meteorological, environmental, airport, port, laboratory, industrial and agricultural, and transportation fields.

High-precision ultrasonic weather station technical parameters

Weather Stations Technical parameter：

High-precision ultrasonic weather station product features

1. High-precision measurement: adopting advanced ultrasonic technology, combined with high-precision sensors to ensure the accuracy and stability of the measurement results.

2. Multi-parameter integration: integrated wind speed, wind direction, temperature, humidity, air pressure and other sensors, optional PM2.5, PM10, noise, radiation, rainfall and other sensors, to achieve comprehensive monitoring.

3. High-strength design: adopting high-strength structural design, it can work reliably in the harsh climate environment and adapt to various complex environments.

4. Easy to install and maintain: no need for complex maintenance and calibration on site, easy to install and convenient to use.

5. No moving parts: adopting non-contact measurement mode, no mechanical moving parts, avoiding the common perishable parts and maintenance difficulties in traditional weather sensors, reducing the maintenance cost and risk of work interruption.

6. Wireless data transmission: with the ability of wireless data transmission, the real-time collected data can be transmitted to the data center through wireless network to realize remote monitoring and early warning.

7. Wide geographic coverage: It can be flexibly deployed in different geographic environments, whether it is the city, farmland, coastal areas or mountainous areas, to provide accurate weather data.

8. Low-power design: low-power design allows it to be used with solar power supply system, and it can still maintain normal operation under long-term unattended situation in the field, which is in line with the concept of green environmental protection.

9. Automation and Intelligent: with automatic data acquisition, processing, storage and alarm functions, reducing manual intervention and improving the stability and response speed of the system.

10. Expandability: modular design allows for the addition or replacement of sensors as needed to adapt to future technological development and new monitoring needs.

11. Wide applicability: widely used in meteorology, environment, airport, port, laboratory, industry and agriculture and transportation to meet diversified needs.

Working principle of high-precision ultrasonic weather station

Wind speed and direction measurement: wind speed and direction are calculated by measuring the transmission time difference of ultrasonic waves in the four directions of N, S, E and W. The wind speed and direction are calculated by measuring the transmission time difference of the ultrasonic waves in the four directions of N, S, E and W. This method is independent of other factors such as temperature, ensuring the accuracy of the measurement.

Rainfall Measurement: Adopting piezoelectric ceramic kinetic energy type rainfall monitoring technology, it identifies the raindrops according to the strength of their falling strikes, and monitors from light rain to pounding rain, realizing accurate measurement.

High-precision ultrasonic weather station application scenarios

1. Meteorological observation: High-precision ultrasonic weather station can be used in meteorological observation facilities such as meteorological stations, meteorological observation towers and meteorological spheres to monitor and record real-time atmospheric temperature, humidity, barometric pressure, wind speed and wind direction and other parameters, which can provide reliable data for meteorological forecasting and climatic research.

2. Environmental monitoring: It can be used in urban environmental monitoring, industrial park monitoring, transportation monitoring and other occasions to monitor the changes of environmental parameters in the atmosphere in real time and provide scientific basis for environmental protection and urban planning.

3. Agricultural meteorology: deployed in farmland, it is used to monitor the temperature and humidity of farmland, wind speed and direction and other meteorological parameters, to help farmers carry out crop growth management, irrigation scheduling and other agricultural activities, and to improve crop yield and quality.

4. Construction: It can be used for wind load calculation and structural design in construction projects, providing basis for building design and construction by measuring and recording wind speed and direction.

5. Sports: It can be used in stadiums, outdoor sports venues and other occasions to measure and monitor real-time temperature, humidity, wind speed and wind direction and other parameters to provide a comfortable and safe sports environment for athletes and spectators.

6. Aviation: Provide accurate meteorological information for airplane landing and taking off to ensure flight safety.

7. Marine research: help researchers monitor sea surface weather conditions and promote the development of marine science.

8. Traffic field: help traffic management department to make more reasonable traffic control plan according to real-time weather data.

Precautions for installing high precision ultrasonic weather station

1. Check frequently to ensure that the sensor is not interfered by other operating equipment, such as radio/radar transmitters, ship engines, engines, etc.

2. Do not install in the same plane with any radar scanning device, keep at least 2 meters away.

3. It is recommended to keep a distance with some radio receiving antennas around.

4. Installation position should be far away from the source of vibration.

5. Use the cable recommended by our company.

6. If the cable is cut and not connected correctly, or the cable shield is not connected correctly, please follow the installation guide instructions for wiring.

7. Ensure continuous power supply to the equipment during operation.

8. Avoid flocculation from surrounding buildings (e.g. trees, utility poles, tall buildings, etc.), which may affect the accuracy of the ultrasonic wind speed and direction meter.

 Summarize

High Precision Weather Station Ultrasonic Weather Station is a high-performance device suitable for a variety of environments in the fields of meteorology, environment, airports, ports, laboratories, industry and agriculture, and transportation. Its high-strength structural design and high-precision sensors ensure reliable operation in harsh climatic environments.

Through their advanced technical features, high-precision weather stations not only play a central role in meteorological monitoring, but also provide indispensable data support in many industries and fields. They enhance the efficiency and accuracy of data collection through intelligence and automation, providing a powerful tool for combating climate change and promoting environmental sustainability.

Contact Us

If you have any questions or need further information about the High Precision Ultrasonic Weather Station, please feel free to contact our customer service team. We look forward to providing you with quality products and services!

All-in-One Ultrasonic Weather Station sensor data sheet

All-in-One-Ultrasonic-Weather-Sensor-Instruction-Manual.pdf