The seven element smart light pole micro meteorological station has strong anti-interference ability and stable operation in complex environments. BK-WQX7 is continuously updated by Shandong Boko Instrument Manufacturer. In the wave of smart city construction, the accuracy and stability of meteorological monitoring are crucial. The seven element smart light pole micro meteorological station, with its anti-interference ability, operates stably in complex and changing environments, providing reliable support for urban meteorological monitoring.

The seven element smart light pole micro meteorological station integrates the monitoring functions of seven key meteorological elements: temperature, humidity, air pressure, wind speed, wind direction, rainfall, and light intensity. It is cleverly installed on the smart light pole, fully utilizing the existing urban infrastructure without the need for additional large-scale construction, saving space and reducing costs.

The urban environment is complex and diverse, and there are many interference factors, such as electromagnetic interference, signal shielding, strong wind, rainstorm, etc. And this micro weather station has a powerful anti-interference "core". The sensor adopts X-input shielding technology and anti-interference design, which can effectively resist the interference of external electromagnetic signals and ensure the accuracy of data acquisition. When facing strong winds, the sturdy casing and stable installation structure ensure that the equipment is not damaged, while the sensor can still accurately measure wind speed and direction. In case of rainstorm, its waterproof sealing design can prevent rainwater intrusion, avoid equipment short circuit or damage, and record rainfall data continuously and stably.

In addition, the micro meteorological station also has intelligent self diagnosis and adaptive functions. It can monitor its own operating status in real time, and once any abnormalities are detected, it will make timely adjustments and repairs. In complex environments, it can automatically adapt to environmental changes, optimize data collection and processing parameters, and always maintain an efficient and stable working state.

The seven element smart light pole micro meteorological station, with its strong anti-interference ability and stable operation performance in complex environments, has built a solid defense line for meteorological monitoring in smart cities, helping cities achieve refined management and sustainable development.

1、 Product Introduction

As a professional enterprise engaged in research and development, production, and sales of micro meteorological instruments, our company has been committed to promoting the application of micro meteorological instruments and meteorological environment solutions. With a complete production chain, strong technical team, and comprehensive marketing team, we have developed and produced meteorological products such as ultrasonic anemometers, five element micro meteorological instruments, six element micro meteorological instruments, and small automatic meteorological stations. These products have been widely used in meteorological monitoring, urban environmental monitoring, wind power generation, navigation ships, airports, bridges, tunnels, and other fields. Our customers are spread all over the country and have achieved good social and economic benefits.

Compared with traditional micro meteorological instruments, our products overcome the need for high-precision timers and avoid measurement inaccuracies caused by sensor startup delays, demodulation circuit delays, and temperature changes.

The WQX7 seven element micro meteorological instrument integrates the seven meteorological standard parameters (air temperature, air humidity, wind speed, wind direction, atmospheric pressure, optical rainfall, and lighting) into a highly integrated structure, enabling 24-hour continuous online monitoring of outdoor meteorological parameters. The seven parameters are output to users at once through a digital communication interface.