The Runlin Railway Automation Monitoring Solution aims to build a comprehensive and highly reliable railway operation status monitoring system. This scheme comprehensively utilizes various advanced sensing technologies, which can monitor key parameters and conditions such as railway pier settlement, pier displacement, roadbed settlement, rail displacement, pier inclination, concrete surface strain, natural frequency of the beam, vibration amplitude, rainfall, temperature (including environmental temperature and structural temperature), wind speed and direction, and implement video monitoring in real-time and accurately.
This solution deeply integrates Runlin's independently developed monitoring platform, and with its powerful data processing and transmission capabilities, it can ensure continuous and uninterrupted data collection even under adverse weather conditions. The platform supports users to view monitoring data in real-time, effectively avoiding errors caused by manual monitoring and providing stable and reliable data support for railway operation and management.
Through in-depth analysis and intelligent judgment of massive monitoring data, this solution can timely and accurately reflect the actual situation of railway operation. Not only can it issue early warnings for potential disaster risks, but it can also quickly trigger emergency alarm mechanisms when sudden disasters occur, thus gaining valuable emergency response time for railway operation departments, effectively reducing the possible casualties, property losses, and adverse social impacts caused by railway operation accidents, and building a solid technical defense line for the safe and efficient operation of railways.
monitoring content | Monitored Parameters | MONITORING EQUIPMENT | Monitoring location |
Deformation monitoring | Bridge pier settlement | Static level | Bottom of bridge pier |
Bridge pier displacement | Total station | Bridge pier body | |
subgrade settlement | Static level | Railway subgrade; | |
Rail displacement | Total station | Side of the railway track | |
Bridge pier inclination | inclinometer | Top of bridge pier | |
Stress/strain detection | Surface strain of concrete | Surface strain gauge | Pier/beam surface |
Beam vibration | Natural frequency and vibration magnitude of the beam body | Vibration sensor | Inside the box girder |
environmental monitoring | Rainfall monitoring | rain gauge | Open area |
Temperature (ambient temperature, structural temperature) | Temperature sensors or strain gauges with built-in temperature sensors | Structural attachments or internal structures | |
wind speed and direction | anemometer | Structural open space | |
Video monitoring | Video Ball Machine | Open area |