City gas, bridges, water supply, drainage, heat, electricity, elevators, communications, rail transit, comprehensive pipeline corridors, oil pipelines, etc., are responsible for important tasks such as information transmission, energy transmission, drainage and disaster reduction in the city, and are important for maintaining the normal operation of the city, The important infrastructure that meets the production and living needs of the masses is the lifeline of the city. The infrastructure lifeline is like the "nerves" and "vessels" of the human body, and it is the guarantee for the safe operation of the city.
As one of the important parts of ensuring the lifeline of urban drainage, pipe network water level monitoring can provide real-time and accurate water level data to ensure the safety of urban drainage, which is of great significance to water conservancy projects, natural disaster prevention and water resource management. Next, follow the editor to learn more about the specific content of the water level monitoring of the pipe network.
The necessity of water level monitoring in pipe network
First of all, the water level monitoring of the pipe network can detect abnormal changes in the water level in time. Through the water level sensors installed in different positions, the monitoring system can sense the water level of the pipeline in real time. Once the water level is found to fluctuate abnormally, the system will immediately send out an alarm to remind relevant personnel to deal with it. This is critical in preventing sudden flooding events, pipe leaks and overflows.
Second, water level monitoring in pipe networks is crucial for urban flood prevention and emergency response. During extreme weather conditions such as heavy rains, piping systems are prone to the risk of overloading and overflowing. Through real-time monitoring and analysis of water level data, timely warnings and measures can be taken to avoid floods, and timely guide citizens to prepare for safe travel and emergency evacuation.
In addition, water level monitoring in pipe networks can help municipalities prevent and deal with problems in advance. Changes in the water level of the water network system are an important indicator of early warning, which can help municipal departments to respond in time. When the system detects that the water level continues to rise or fall, measures can be taken in advance to adjust the water source configuration and increase drainage facilities to ensure the normal operation of the pipeline.
Core equipment for water level monitoring of pipe network
By installing a pipe network water level monitor on the well wall in the inspection well, key data such as water level and abnormal movement (illegal removal and movement) can be sensed in real time. When the underground water level exceeds the threshold and the equipment moves abnormally, an alarm will be activated to notify the monitoring center at the first time, so that the staff can quickly locate and deal with it in a timely manner. Dynamically grasp the stagnation state of water in the underground drainage pipe network, analyze the drainage and transportation capacity, and find out the siltation and blockage of the pipe network in time.
WITBEE® Wanbin® pipe network water level monitor adopts micro-power consumption design, built-in super-large-capacity lithium sub-battery, with advanced power management technology, 5-minute collection frequency, 30-minute reporting frequency, and can last for more than 5 years; the whole is sealed Designed to improve the overall waterproof, dustproof and high and low temperature resistance performance, the waterproof level can reach IP68, adapt to extreme environments such as high temperature, high humidity, sewage and water immersion underground; it adopts wiring-free non-contact sensing, integrated cloud terminal design, 3 -Simple installation in 5 minutes, ready-to-use, and access to the cloud immediately after power-on, reducing deployment and operation and maintenance costs by 95%.
Pipe network water level monitoring is an essential work, which is of great significance to the safety of urban drainage. It can detect pipe network problems early, prevent and deal with flood incidents in time, and through the installation and use of intelligent testing instruments, we can better ensure the stability and reliability of urban drainage.