Weather station monitoring equipment four in one

Four-in-one weather station monitoring equipment FT-QC4 is a fixed small automatic weather station launched by Fengtu Technology. The equipment is composed of five parts: weather sensor, collector, solar power supply system, pole support, cloud platform, real-time acquisition and record air temperature, air humidity, wind speed, wind direction and other four elements.

The product achieves low power consumption and high efficiency while ensuring stability and reliability, and has the characteristics of high integration, fast installation and adaptability to harsh environments. The product is mainly used in a wide range of weather forecast and disaster early warning work, such as: heavy rain, snow disaster, flood disaster and other emergencies monitoring and prevention; Agroecological environment monitoring and evaluation; Supervision, protection and utilization of forest resources and protection and restoration of wild plants; Geological disaster exploration and prevention engineering; Fire detection and defense works in urban buildings; Hydrogeological survey engineering and other fields are widely used.

The four-in-one FT-QC4 machine of weather station monitoring equipment has obtained the calibration certificate of national meteorological measuring station, and is one of the widely popular automatic meteorological observation equipment. The instrument has the advantages of compact structure, compact size, simple and convenient operation, easy maintenance and long service life. It also comes with a variety of modular options that can be combined or expanded according to different needs. By analyzing and processing the output voltage signals of various sensors, meteorological parameters such as temperature, humidity, wind, precipitation, pressure, altitude, solar radiation and air pollution concentration can be observed. In addition, the instrument also has a data storage function, which can record and upload historical meteorological data at any time, providing a basis for subsequent meteorological data processing.