Portable Agricultural Meteorological Station FT-QX6: Mobility Meets Precision

In the field of agricultural production, meteorological conditions are crucial to crop growth. Traditional fixed agricultural meteorological observation stations can continuously provide meteorological data for their locations, but they have certain limitations in flexibility. The emergence of portable agricultural meteorological stations has effectively addressed this shortcoming. Their lightweight and portable design allows users to easily carry them to various corners of farmland, as well as different terrains such as orchards and mountainous woodlands. Whether collecting multi-point data across large farmlands or obtaining precise data for small experimental fields, portable agricultural meteorological stations can be quickly deployed for measurement, greatly enhancing the flexibility and comprehensiveness of data collection.

Take today’s protagonist, the FT-QX6 portable agricultural meteorological station, as an example. It adopts an integrated structural design with a built-in GPS module, GPRS module, and external SD card. This not only makes the instrument compact and easy to carry in the field but also greatly simplifies the operation process—users can start using it immediately after unpacking, without cumbersome installation or disassembly steps.

The FT-QX6 can accurately measure multiple environmental parameters closely related to the growth of vegetation and crops, including air temperature, air humidity, light intensity, carbon dioxide concentration, dew point temperature, and photosynthetically active radiation (PAR).

Featuring a large Chinese LCD screen, the station offers an intuitive and clear interface for simple and straightforward operation. The host is equipped with a large-capacity memory to store massive data, along with an automatic data storage and protection function during power outages to ensure data security and integrity. Once the sensors are inserted into the host, it automatically recognizes them, ensuring good sensor consistency. Users can freely combine sensors as needed, and the interfaces of different parameter sensors can be interchanged without affecting measurement accuracy.