Fully automatic weather station

The LBT-E01-N fully automatic weather station is a fixed ground automatic observation equipment independently developed by our company.The system adopts meteorological sensors, data collectors, control processors, GPRS wireless transmission, etc. The system can observe six types of meteorological elements including conventional environmental temperature, air pressure, environmental humidity, wind direction, wind speed, and rainfall.

　　Fully automatic weather stationProduct Features

1. Can work normally in various natural environments

2. The data acquisition system has accurate accuracy and stable operation

3. The collector has a large memory capacity and can continuously store long-term meteorological data

4. Multi functional, scalable, and highly adaptive

5. Excellent craftsmanship and good corrosion resistance

6. Multiple lightning protection designs can effectively prevent lightning interference

7. Low operating power consumption and strong self checking ability

8. Easy to operate, easy to install and maintain, and capable of remote and close range monitoring

9. It can be powered by solar energy and can work continuously without mains power

10. It can automatically control the power supply mode and has good energy-saving performance

11. There are various transmission methods available, including GPRS, CDMA, satellite, broadcast, wired, and more

　　schematic diagram

　　technical indicators

Reliability: Mean Time Between Failures (MTBF), design value of 8500 hours;

Appearance structure: Wind rod height of 3 to 10 meters (optional)

Working conditions: -50 ℃ to 80 ℃;

Storage conditions: -50 ℃ to 80 ℃;

Power supply mode: mains or solar energy, or a combination of mains and solar energy

Output voltage: 11V~15V.

　　Scope of application

Fully automatic weather stations are mainly used in the fields of meteorology, hydrology, agriculture and forestry, aviation, oceanography, scientific research, etc. They can be used as mesoscale stations for meteorological bureaus, as second-class observations for airports, and for scientific investigations of perennial meteorological conditions, such as environmental investigations for wind power, thermal power, etc.