Different Types of Weather Instruments
Knowing the changing conditions requires measuring such vital parameters as temperature, humidity, atmospheric pressure, wind speed, wind direction, rainfall, solar radiation and visibility with the help of specific meteorological instruments. With modern meteorological tools, one can measure such parameters constantly and use the data to predict weather conditions and for many other purposes, including research, agriculture, aviation, hydrology and so on. SS Micro Electronics has numerous types of weather instruments to offer. In this blog, we are sharing the key instruments used across the fields. Automatic Weather Station AWS, which is short for Automatic Weather Station, is a meteorological device that uses various sensors deployed at a location for monitoring weather conditions without the need for human intervention. It continuously records specific readings at a particular site without periodic observations by using sensors. Automatic Weather Stations can function at certain sites uninterruptedly and are ideal places for continuous monitoring of various weather variables. It can measure air temperature, relative humidity, atmospheric pressure, soil moisture, wind speed, rainfall, solar radiation, and light intensity. Role of Data Logger Data logger constitutes a vital component of an automatic meteorological device. A data logger collects information from the sensors in operation, saves measurement data along with time and permits transmission of data to remote servers. This allows monitoring of weather information from a distance and keeping records for further use. Compact Weather Station with Air Quality The compact weather station with air quality monitoring serves in an integrated way to combine both weather observation and air quality monitoring functions in a single device. Such a type of equipment is useful when there is a need for information regarding both weather conditions and air quality at the same time. The weather conditions affect the way pollutants are transported and dispersed through the atmosphere. A compact weather station can include: Air temperature sensor Relative humidity sensor Barometric pressure sensor Wind speed sensor Wind direction sensor Rainfall sensor or rain gauge Solar radiation sensor Light intensity sensor 5 and PM10 sensors Instruments for Upper-Air Meteorology Weather observations are not limited to only weather recording on the ground. Instead, upper-air meteorology is concerned with measuring atmospheric conditions at different altitudes. Such observations can give the following important information about the vertical aspect of the atmosphere. Upper air instruments can measure parameters like temperature, pressure, humidity, wind velocity, wind speed, etc. at different heights. Radiosonde A radiosonde is basically a package of sensors that is sent into the atmosphere using a weather balloon. As it rises in the atmosphere, the radiosonde gathers information and sends the data from the atmosphere to the receiver on the ground. This information can be used to prepare an atmospheric profile and can be useful in weather forecasting. Pilotsonde Pilotsonde is an upper-air meteorological instrument used to gather information about meteorological conditions and wind behaviour at various heights. Ground Receiving System A ground receiving system is a type of system that receives data from radiosonde which is carried into the atmosphere and receives the data from radiosonde. Conclusion Weather devices allow for precise recordings and information gathering concerning temperature, humidity, wind, rain, pressure, sunshine, air quality, and other weather parameters. Many forms of devices allow for various applications, ranging from automatic weather stations to upper-air instruments, enabling satisfactory performance in a number of areas such as agriculture, aviation, hydrology, research in meteorology, and environmental issues. If you need reliable weather instruments and systems, connect with our team of S S Micro Electronics for more details.
