wind direction sensor are a key instrumentation device used to measure and record the direction of the wind. wind direction sensor are used in a wide range of applications, they are used in meteorology to monitor and predict weather changes, and to help meteorologists to study and understand the mechanism of operation of wind systems. In the fields of aviation and navigation, wind direction sensor···

Wind direction sensors (or anemometers) can be classified into several types based on their working principles and applications. Here are a few common classifications along with their functions and uses:Mechanical Wind Direction Sensors: Mechanical wind direction sensors measure wind direction using mechanical structures. They typically include an indicator device like a wind vane or wind wing, wh···

Common failures of solar radiation sensors(Pyranometer) include drift phenomena, unstable output signals, loss of sensitivity, physical damage and zero drift. In order to repair them, users can take appropriate solutions such as regular calibration, cleaning the sensor surface, checking cable connections and supply voltage, and timely repairing or replacing damaged devices. With correct maintenanc···

pyranometer is a widely used instrument for measuring solar radiation energy, providing data on solar radiation intensity and total irradiance. It finds applications and holds value in various scenarios:1. Meteorological Observations: Pyranometers are important tools in meteorology for measuring solar radiation. They offer data on sunshine duration, total solar radiation, UV index, and other meteo···

A solar radiation pyranometer is an instrument designed to measure the energy of solar radiation for applications such as assessment of solar energy resources, climate research, and performance monitoring of solar power systems. Depending on the design principle and scope of use, solar radiation photometers can be divided into the following main classifications: 1. planar (flat plate) solar radiat···

Simpler, entry-level thermal radiometers are usually less expensive, at around two hundred to five hundred dollars. These thermal radiometers are typically used for applications such as general meteorological observations and environmental monitoring.Advanced thermal radiometers, such as precision instruments for professional research purposes or instruments used for solar system performance evalu···

Pyranometers are essential tools for measuring solar radiation and have significant applications in meteorology, energy, and environment fields. By utilizing the principles and working mechanisms of pyranometers, we can obtain accurate solar radiation data, providing valuable information and support for scientific research, energy planning, and environmental conservation. With advancing technology···

The Photosynthetically Active Radiation (PAR) sensor is an instrument for measuring light energy utilisation by plants. It measures the intensity of photosynthetically active radiation, which is the plant's ability to absorb and utilise light in the spectral range.photosynthetically active radiation sensors have a wide range of applications in agriculture, ecology, greenhouse cultivation and meteo···

Weather station equipment monitors meteorological changes in natural scenic areas and realises 24-hour round-the-clock uninterrupted monitoring. The weather station is a comprehensive meteorological monitoring instrument that can monitor air temperature and humidity, soil temperature and humidity, rainfall, carbon dioxide concentration, light intensity, wind speed and direction, and other meteorol···

Campus weather station can not only monitor the air temperature and humidity, rainfall, wind speed and direction, light intensity, carbon dioxide concentration and other conventional meteorological environmental factors, but also monitor the negative oxygen ion content in the air, etc., the user can independently add the monitoring of meteorological factors according to their own actual conditions···