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Differential RTK Technology Enables GNSS Systems to Achieve Millimeter-Level Precision Monitoring of Engineering Deformation

Differential RTK Technology Enables GNSS Systems to Achieve Millimeter-Level Precision Monitoring of Engineering Deformation

GNSS monitoring equipment equipped with differential RTK technology can achieve millimeter-level displacement monitoring in engineering projects. It is suitable for monitoring scenarios such as dams, bridges, and landslides. The equipment boasts high accuracy and stability, supports real-time...

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Radiation sensor device monitors irradiance in various scenarios using hardware parameters

Radiation sensor device monitors irradiance in various scenarios using hardware parameters

Equipped with RS485 communication, the Radiation sensor boasts low power consumption, adaptability to a wide range of temperature environments, and accurate irradiance data collection, serving meteorological, photovoltaic, agricultural, and building energy conservation monitoring needs....

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GNSS monitoring stations utilize differential RTK technology to achieve millimeter-level displacement monitoring in engineering projects

GNSS monitoring stations utilize differential RTK technology to achieve millimeter-level displacement monitoring in engineering projects

The GNSS monitoring station acquires millimeter-level deformation data using differential RTK technology, making it suitable for dam, bridge, and landslide monitoring. The hardware is highly weather-resistant, supports remote data analysis, and can be integrated with various engineering monito...

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Radiation Sensor Solar Irradiance Sensor uses a photodetector to detect atmospheric solar ultraviolet radiation

Radiation Sensor Solar Irradiance Sensor uses a photodetector to detect atmospheric solar ultraviolet radiation

Radiation Sensor Solar Irradiance Sensor covers a wavelength range of 280-400nm, features RS485 communication, low power consumption, and a measurement accuracy of less than ±3%, enabling stable acquisition of solar ultraviolet radiation values in outdoor environments. Radi...

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A landslide early warning system utilizes portable radar equipment to ensure safety at disaster relief sites

A landslide early warning system utilizes portable radar equipment to ensure safety at disaster relief sites

This system, based on the arc-shaped synthetic aperture radar technology developed by Sun Yat-sen University, provides non-contact, high-precision monitoring of slope deformation. The lightweight and portable design makes it suitable for various harsh environments, mitigating the risk of secon...

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The triaxial anemometer utilizes ultrasonic technology to accurately detect three-dimensional wind fields

The triaxial anemometer utilizes ultrasonic technology to accurately detect three-dimensional wind fields

The triaxial anemometer employs ultrasonic time-of-flight detection, has no moving parts, and can output wind speed components along the X, Y, and Z axes. The device is adaptable to various harsh environments and is widely used for wind condition monitoring in wind power plants, airports, brid...

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How to Achieve Remote Real-Time Rainfall Data Acquisition Automatic Rain Gauge

How to Achieve Remote Real-Time Rainfall Data Acquisition Automatic Rain Gauge

Automatic Rain Gauge, based on IoT technology, consists of an optical rain gauge sensor, a data logger, a solar power system, and a pole support. It transmits rainfall data wirelessly to a monitoring platform, supporting real-time viewing and historical data export. It is widely used in meteor...

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Technical Specifications and Measurement Accuracy Analysis of Photosynthetically active radiometer

Technical Specifications and Measurement Accuracy Analysis of Photosynthetically active radiometer

Photosynthetically active radiometer is used to measure photosynthetically active radiation (PAR) in the 400-700 nm wavelength range. It employs a silicon photodetector and optical filters, outputting a voltage signal proportional to the incident radiation. This instrument conforms to the nati...

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How Underground Waterlogging Monitoring Equipment Achieves Low Power Consumption and Long Battery Life

How Underground Waterlogging Monitoring Equipment Achieves Low Power Consumption and Long Battery Life

The underground waterlogging monitoring equipment utilizes a liquid-medium ultrasonic sensor to calculate water levels by measuring the time interval between the emission and reception of sound waves. Powered by a built-in 3.6V lithium-thionyl chloride battery, it can operate continuously for...

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Technical Advantages and Applications of the TBQ Total Radiation Sensor in Meteorological Monitoring

Technical Advantages and Applications of the TBQ Total Radiation Sensor in Meteorological Monitoring

The TBQ total radiation sensor measures total solar radiation using the thermoelectric effect principle. It has a measurement range of 0-2000 W/m², an accuracy of ≤±3.1%, and a response time of ≤10S. Powered by DC12V, it features an RS485 communication interface and operates at -20~70℃. I...

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