Buried water monitoring station, also known as road water monitoring system, urban waterlogging monitoring system and buried water monitoring station, can monitor the water level of urban waterlogging points and waterlogging-prone points in real time and give an abnormal alarm.
1. Buried Water Monitoring Station Product Introduction
The urban waterlogging monitoring system, supported by the Internet of Things technology, integrates "intelligent perception and intelligent service" into an intelligent monitoring system.
The system consists of a monitoring host, a vertical pole bracket, a power supply system, a ground-mounted waterlogging monitor, an LED dual-color display, and a cloud platform, mainly providing real-time monitoring and early warning services for urban roads, ground surfaces, tunnels, and interchanges where waterlogging is likely to occur.
The system adopts a highly integrated integrated waterlogging monitoring device, which can monitor the water level of waterlogging in low-lying sections of urban areas in real time and achieve automatic alarm. By integrating data from various monitoring points, it can grasp the overall situation of waterlogging in the urban area and carry out drainage scheduling in time. Municipal management departments can use the system to monitor regularly, warn early, and prepare early, and take corresponding measures to deal with possible flood disasters caused by heavy rain, reduce the possibility of urban waterlogging, and warn the public in the areas where the water level is rising. Traffic management departments can obtain real-time water level information of each section through the system, and provide travel guides for the public through radio, television and other media, to avoid people and vehicles from entering deep water sections, and reduce the economic loss of the public and ensure the personal safety of the public.
2. Buried Water Monitoring Station Scope of Application
It can be applied to urban management, municipal traffic roads, residential communities, low-lying areas, underground parking lots, logistics parks, agricultural irrigation areas, tourist attractions, etc., and can also be used for smart city construction.
Three, Technical Parameters
1. Main part of the host
Power supply | AC220V |
Power supply mode | Mains or solar power supply |
Equipment power consumption | ≤25 W |
Working temperature | -40~80℃ |
Equipment interface | Interface type | Explanation |
LED display interface | Dual-color LED display (max. dot count 96*16) |
Up 485 collection | 485 Communication distance 2000 meters |
Two-way switch quantity interface (reserved) | Input voltage range: 0~5V |
Two-channel analog interface (reserved) | Acquisition range: 4-20mA, 0-5V, 0-10V default 4-20mA |
Water immersion detection all the way (reserved) | Detect the presence or absence of water |
Two-way relay interface | Relay capacity: 250VAC/30VDC 3A One channel can be set to have active or passive, used as alarm or automatic control |
Alarm equipment | Support for sound and light alarms | Support voice broadcast |
LED screen | Size 102cm*22cm dual-color screen |
Equipment bracket | 2 meters vertical rod |
Electric control box | For locating remote telemetering terminal, power |
2、Part of the underground waterlogging monitor
Power supply mode | Built-in battery powered (3.6V lithium-sulfur battery) |
Battery life | No water accumulation, can work continuously for 5 years |
Water level range | ≤1.5m |
Water level error | 1cm |
Resolution | 1mm |
Output signal | LORA wireless spread spectrum signal |
Case material | 304 Stainless Steel |
Protection level | IP68 |
Installation method | Use a buried installation |
Product address:
http://www.qxhjjc.com/en/jishui/1640.html