XF200AS Ultrasonic Anemometer

The XF200AS ultrasonic anemometer is an instrument that measures wind speed and direction by utilizing the time difference of ultrasonic waves propagating through the air. Compared to traditional mechanical anemometers, it has significant advantages such as no wear, long lifespan, and fast response speed. It requires no maintenance or on-site calibration and is a stable and reliable wind field monitoring device.

매개변수

사양

작동 온도

-40℃–80℃

바람 방향

0–359.9°

보호 수준

IP65

출력

RS485 interface, ModbusRTU; Customizable option SDI-12

최대 출력 주파수

Passive Mode: 1/S Active Mode: 1/min

소개

The XF200AS Ultrasonic Wind Anemometer is a high-precision wind speed and direction sensor based on ultrasonic measurement principles. It calculates wind speed and direction in real time by detecting variations in the propagation time of ultrasonic waves through air. Featurinan all-electronic structure with no mechanical moving parts, it delivers high reliability, rapid response, and long-term stable measurement performance, making it suitable for continuous operation in outdoor and industrial environments.

XF200AS Ultrasonic Anemometer Structures

  • Fully electronic with no mechanical structure, resulting in wear-free and maintenance-free operation.
  • Integrated ultrasonic probe layout ensures stable and high-precision measurements.
  • Streamlined aerodynamic design reduces turbulence interference.
  • Weather-resistant housing material resists UV rays and corrosion, adapting to harsh environments.
  • High-protection sealed structure (IP65+) ensures long-term reliable outdoor operation.
  • Standardized installation interface allows for quick and easy installation with strong compatibility.
XF200AS Ultrasonic Anemomete

세부 정보 표시

Through the following structural details, you can intuitively feel the high standards of quality and professional manufacturing capabilities of the XF200AS in terms of materials, processes, and design.

사양

The XF200AS Portable Ultrasonic Anemometer supports flexible customization of multiple parameters, including measurement range, accuracy, resolution, and sampling frequency, providing the most suitable configuration for different application scenarios. The following are standard parameter specifications for your reference:

매개변수sMeasuring range정확성해상도Sampling frequency
풍속 0-60m/s ±(0.3+0.03V)m/s;V≤30m/s

±(0.3+0.05V)m/s; V≥30m/s           (V stands for standard wind speed in a wind tunnel)

  0.01m/s  4HZ
바람 방향0-359.9°±3°(when Wind Speed <10m/s) 0.1° 4HZ
작동 온도-40℃—80℃   
출력RS485 인터페이스가 포함된 표준 제품, ModbusRTU;

Customizable option SDI-12, NMEA(Extra costs apply)

최대 출력 주파수패시브 모드: 1/S 액티브 모드: 1/분
전원 공급 장치DC9-24V
보호 수준IP65
Mounting MannerStandard Product is sleeve fixed (Optional: matching parts, extra costs apply, see Accessory and Parts)
Fixed TrestleOptional: 1.5 meter, or 1.8 meter bracket (extra cost apply)

Features of XF200AS Ultrasonic Anemometer

applications of ultrasonic anemometer

The XF200AS Ultrasonic Anemometer is suitable for multiple core applications including meteorological monitoring systems, urban and microenvironment monitoring, power grid and energy equipment monitoring, agriculture and smart farming applications, traffic safety and weather early warning, wind power generation and new energy monitoring. It provides stable and reliable data support for various wind field monitoring needs.

기상 모니터링 시스템

기상 모니터링 시스템

Deployed at national meteorological stations, regional weather stations, and scientific research monitoring points to provide critical meteorological data such as wind speed and direction.

Urban and Microenvironment Monitoring

Conducts localized wind environment monitoring in areas like industrial parks, communities, and campuses to support air quality assessment and environmental management.

Power Grid and Energy Equipment

Power Grid and Energy Equipment

Provides real-time wind speed and direction monitoring around substations and transmission line towers to support grid safety operations and equipment protection.

농업 및 스마트 농업 모니터링

농업 및 스마트 농업 모니터링

Monitors wind field changes in farmlands, greenhouses, and orchards, providing data support for irrigation, fertilization, pest/disease early warning, and planting decisions.

교통 안전 및 날씨 알림

교통 안전 및 날씨 알림

Deployed on highways, airport runways, port terminals, bridges, and similar areas to monitor high-wind risks and enhance traffic safety alert capabilities.

Wind Power and Renewable Energy Monitoring

Wind Power and Renewable Energy Monitoring

Used for wind resource assessment, wind farm operation monitoring, and integrated with environmental monitoring for photovoltaic power plants.

custom XF200AS Ultrasonic Anemomete Sensor

XF200AS Compact Ultrasonic Anemometer offers comprehensive customization services, tailoring solutions and configurations to meet specific application requirements. Customizable features include:

  1. Measurement Range Customization (wind speed range, wind direction range, etc.)
  2. Measurement Accuracy and Resolution Customization
  3. Sampling Frequency and Output Speed Customization
  4. Communication Interface and Protocol Customization (RS485, Modbus, ASCII, analog signals, etc.)
  5. Structural material and protection rating customization (salt spray resistance, corrosion resistance, sandstorm resistance, heavy rain resistance)
  6. Power supply method and power consumption optimization solutions
  7. Multi-parameter expansion integration (optional elements include temperature, humidity, barometric pressure, rainfall, etc.)
  8. Installation structure and bracket customization (adaptation for different platforms, towers, enclosures)
  9. Special environment adaptability customization (extreme cold, high winds, marine, desert scenarios, etc.)
맞춤형 XF200AS 초음파 풍속계

China Ultrasonic Anemomete Sensor 제조업체 및 공급업체

Yantai Ultrasonic Anemomete Sensor is a company specializing in the R&D, production, and supply of ultrasonic anemometers. We possess an in-house R&D team, production facilities, and a wind tunnel laboratory. Our products are certified by CNAS, CE, ISO, and RoHS, and have undergone rigorous testing in extreme environments, ensuring stable and reliable performance. They are widely applied in meteorological monitoring, smart agriculture, environmental protection, transportation, and other fields. We offer customized solutions and system integration services. Contact our expert team to access premium products and dedicated support.

인증서

모든 날씨 모니터링 시스템은 엄격한 국제 표준을 충족하는 CNAS, ISO, CE, RoHS 인증을 받았습니다.

자주 묻는 질문

What Interfaces And Protocols Are Supported?

Supports RS485, Modbus-RTU, and ASCII for seamless integration with various data systems.

What is the ultrasonic anemometer working principle

Calculates wind speed and direction based on ultrasonic time-of-flight difference. Features no mechanical parts for fast response and stable performance.

Does it require maintenance or calibration?

Maintenance-free with fully electronic design for long-term stable and reliable operation.

Which parameters are customizable?

Supports customization of measurement range, accuracy, resolution, sampling frequency, protection rating, and multi-parameter expansion.

How to select the best ultrasonic anemometer?

Selecting the best ultrasonic anemometer requires comprehensive consideration of measurement accuracy, response speed, reliability, and weather resistance. High-quality products should feature a fully electronic, mechanical-free structure, rapid response, long-term stability, corrosion-resistant and sand-resistant design, and support multiple output interfaces and customizable functions to meet diverse needs in meteorological monitoring, agriculture, wind power, and industrial applications.

Ultrasonic anemometer vs mechanical anemometer

Ultrasonic anemometers measure wind speed and direction using the time-of-flight difference of ultrasonic waves. They contain no mechanical parts, offering fast response times, high accuracy, and maintenance-free operation. In contrast, mechanical anemometers (such as cup anemometers or vane anemometers) rely on rotating components to sense wind force. These are prone to wear, affected by dust or ice buildup, require frequent maintenance, and have relatively slower response times. In comparison, ultrasonic anemometers are better suited for long-term outdoor monitoring, harsh environments, and high-precision applications.