Introduction to the four-component radiation table

Four Component Radiation Meter, also known as Net Total Radiation Meter or Net Radiation Meter, is a device specially designed to measure and record the shortwave, longwave, net and atmospheric radiation from the sun. It uses advanced sensing technology and precision measurement standards to accurately provide a wide range of radiation intensities and their distributions.FT-FS7H is a four-component net radiation sensor manufactured by Fengtu Technology, and I will show you detailed information about it next.

The FT-FS7H is a high precision four-component net radiation sensor that measures and records daily longwave and shortwave radiation and calculates the net radiation accordingly. This paper describes the working principle and characteristics of the instrument and gives the results of thermal analysis experiments on air under different temperature conditions. The technique has been widely used in several fields such as meteorology, agroforestry, building science, and road safety, including evapotranspiration calculations, heat stress and heat balance studies, and condition monitoring of highways.

This sensor possesses several features as follows:

The standards met are: WMO World Meteorological Organization specifications (CIMO Guide).

Highly accurate: the device is capable of accurately measuring and recording longwave, shortwave and net radiation, with a particularly high sensitivity to infrared radiation in the wavelength range of 4 to 50 µm.

Intuitive operating procedure: Easy to configure and maintain, the user is able to install and operate the unit effortlessly.

Stability: The cosine shows good stability with a small response error, which reduces the adverse effects on the environment.

Overall, the FT-FS7H is a highly accurate four-component net radiation sensor that is particularly suited for use in a wide range of fields such as meteorology, agroforestry, building science, and road safety for evapotranspiration calculations, heat stress and heat balance studies, as well as for real-time monitoring of highway conditions.