WX-YJ3, Wanxiang Environment, Shandong, supports multi domain environmental monitoring. Accurate monitoring of water level and rainfall is an important foundation for ensuring the orderly development of various work in meteorology, flood prevention, agriculture, water conservancy, transportation and other fields. Different application scenarios have differentiated requirements for the stability, adaptability, and data accuracy of monitoring equipment. Traditional monitoring equipment has problems such as poor scene adaptability, susceptibility to data interference, and high operation and maintenance costs. The water level and rainfall monitoring station equipment, with its core advantages of modular design, high-precision optical sensing technology, and strong environmental adaptability, can flexibly adapt to the monitoring needs of different scenarios, providing accurate and reliable water level and rainfall monitoring services for various fields.

The core competitiveness of this device lies in its precise monitoring performance and scene adaptability. Equipped with an optical rainfall sensor and designed with a combination of pure sine infrared light source and narrowband filter, it can effectively resist various external interferences such as strong light, sandstorms, dust, etc. The 78 square centimeter wide rain sensing surface ensures the accuracy and stability of rainfall measurement; Equipped with high-precision water level sensors, it can synchronously and accurately collect water level data, achieving collaborative monitoring of "rainfall+water level". The device can collect multi-dimensional data in real-time, including rainfall status, one minute rainfall, five minute rainfall, one hour rainfall, daily rainfall, and real-time water level, with precise monitoring of rainfall duration down to seconds, providing detailed basis for refined data analysis. The raindrop contact surface of the sensor adopts an arc-shaped structure design, which does not store rainwater and achieves maintenance free operation, greatly reducing later operation and maintenance costs.
In terms of structural design and functional expansion, the equipment demonstrates flexibility and practicality. Adopting modular component design, optical rainfall sensors, water level sensors, low-power collectors and other components can be flexibly matched and combined according to the monitoring needs of different scenarios. For example, soil temperature and humidity sensors can be added in agricultural scenarios, road humidity sensors can be added in traffic scenarios, and flow rate sensors can be added in water conservancy scenarios. The stainless steel protection box has excellent corrosion resistance and oxidation resistance, and the waterproof grade reaches IP66. It can adapt to the complex outdoor environment such as high temperature, high humidity, rainstorm, sandstorm, and extend the service life of the equipment. Equipped with professional pole brackets, it is easy to install and can adapt to various installation methods such as walls, columns, and embankments. It also has automatic horizontal calibration function, which does not require complex on-site calibration operations and can be quickly deployed.
The intelligent data management and warning functions have further enhanced the application value of the equipment. The data transmission adopts wireless remote sending mode, which can quickly upload real-time monitoring data to the Internet of Things cloud platform. Management personnel can log in to the platform to view real-time data, historical records, obtain visual data such as rainfall change curves and water level change trend charts, and intuitively grasp the changes in monitoring elements. The cloud platform supports setting daily boundary time, custom setting of rainfall and water level alarm thresholds, and data can be exported in EXCEL format for easy subsequent analysis and archiving. When the monitoring data exceeds the preset threshold, the system can send a warning message to the designated mobile phone through SMS alarm to ensure that abnormal situations can be quickly handled. This device can be widely used in various scenarios such as meteorological stations, hydrological stations, agricultural fields, river flood prevention, highways, airports and ports, providing reliable data support for meteorological warning, flood prevention and disaster reduction, agricultural production, traffic control, water conservancy dispatch and other work. With stable performance, flexible adaptability, and intelligent functions, it has become the preferred equipment for water level and rainfall monitoring in various fields, helping to build a modern monitoring system.