Drainage Pipeline Monitoring with FT - PS1

In the crucial task of keeping the "underground veins" of a city unobstructed, drainage pipeline monitoring equipment is of utmost importance. Take the FT - PS1 drainage pipeline monitoring equipment as an example.

In today's cities, with heavy traffic and numerous high - rise buildings above ground, only when the underground drainage pipelines operate smoothly can the city's vitality continue to thrive and residents' lives be comfortable. However, once there are problems with the pipelines, troubles such as sewage overflow and ground collapse will surely cause headaches for everyone.

So, how can we accurately understand the condition of the pipelines? In the early days, some people thought about regular manual inspections. Workers had to crawl into the dark and narrow pipeline passages and check them inch by inch. Not to mention how hard and tiring this job is, just considering the huge mileage of the pipelines, the human, material, and time costs consumed for one inspection are astronomical numbers. After careful consideration, the management department simply couldn't afford it. It's like when people want convenient travel. If someone suggests widening the sidewalk, there will be a lot of opposition. But if it is said that the road will be directly closed to build a viaduct, then people think that widening the sidewalk seems to be a viable option. Our FT - PS1 equipment made its debut in such a situation of entanglement and need.

The FT - PS1 is a powerful drainage pipeline monitoring device developed by Fengtu. In terms of system composition, it is divided into three layers: perception, network, and application. The perception layer is equipped with various sensors such as sewage well liquid - level monitors, which accurately capture on - site data of water level, water quality, and flow velocity, providing a reliable data source for subsequent management. The network layer uses 4G/NB - IoT for networking to ensure efficient communication between the FT - PS1 host and the management center, enabling rapid data transmission. The application layer is even more powerful. It has functions such as data storage, query, visualization, and statistical analysis, and is also equipped with complete functions such as equipment management and early - warning and alarm. Data can be clearly presented on various terminals, which is convenient for managers to operate.

The water - level measurement accuracy reaches the millimeter level, usually around ±3mm, and the measurement range is approximately 0 - 10 meters, which is suitable for different pipeline depths. Data transmission relies on 4G and NB - IoT wireless methods, which are stable and have low power consumption. With an IP68 protection level, it can easily cope with the harsh and humid environment of the pipeline network and is durable.

The FT - PS1 can collect and upload water - level, flow, and water - quality data in real - time, so that the condition of the pipeline network is under full control. Problems such as pipeline blockage and overflow are clear at a glance. It has high - measurement accuracy and is also accurate in flow measurement. Multi - parameter monitoring can measure water - quality indicators such as pH value and turbidity, comprehensively reflecting the water quality of the pipeline network. With the help of the network, the device can be controlled remotely through a computer or mobile phone. Checking data, setting parameters, and maintaining the device can be easily completed. Once the data exceeds the threshold, the early - warning and alarm will respond quickly.

In practical applications, when the urban drainage pipeline network is equipped with it, potential hazards in the rainwater and sewage pipelines can be detected early, and problems such as waterlogging and poor drainage can be solved. Sewage treatment plants rely on it to monitor the flow and quality of sewage in real - time, providing a direction for optimizing the process. Industrial drainage pipelines use it to monitor wastewater discharge, preventing pollution and controlling costs.