Reliable Rain & Level Surveillance: The FT-SW2 Solution

The monitoring of rainfall and water levels is crucial for flood prevention and disaster mitigation, water resources management, and urban drainage. Timely understanding of changes in rainfall and water levels can effectively prevent disasters such as floods and mountain torrents, ensuring the safety of people's lives and property. It can also optimize the allocation of water resources, avoid urban waterlogging, and maintain the normal order of production and daily life.

The FT-SW2 Rainfall and Water Level Alarm Instrument is an advanced monitoring device. It adopts K-band planar radar technology for non-contact measurement of water levels and rainfall, which is not affected by factors such as temperature and sediment, and is stable and reliable. The water level measurement range is 0 - 30 meters with an accuracy of ±1 cm, and the rainfall measurement range is 0 - 4 mm/min with an accuracy of ±0.2 mm. By combining with cross-section parameters to calculate the flow rate, it is not affected by environmental factors such as wind and haze, and is suitable for complex conditions. It can output multiple groups of data.

It is convenient to install and comes with flexible configuration software, enabling it to adapt to different scenarios. It has powerful data processing and transmission functions. The built-in algorithm can calculate and output real-time flow rate and cumulative flow rate. Equipped with a variety of signal output methods, it can form a monitoring system and support multi-platform monitoring. It operates reliably and stably, with low power consumption and a high protection level, adapting to harsh field environments and reducing maintenance costs.

It provides technical support for relevant work, helps with making decisions in advance, reduces disaster risks, and ensures the stability of social economy and the orderly life of the people. With the development of science and technology, such devices will continue to be improved to better cope with the challenges of hydrological changes.