Railway lines safety monitoring

Due to the importance of monitoring intercity, high-speed and metro lines with the rapid development of the economy, the demand for roads, railways and metros is growing. With the continuous development of railway technology, the load and driving speed of trains are constantly increasing. Instantaneous monitoring of line conditions is especially important to ensure the stability of line conditions.

Monitor the general condition of the line, route (track temperature, line strain and vibration (and roadside railroad operations along the line, mountain near the line), roadside settlement and landslide. Temperature gradient field causes fine dust in the rail, change of thermal expansion and contraction causes unnecessary stress in the fixed connections of the rail. Erosion occurs Roadside and slope: It is very complicated to assess the condition of the roads on which the railway lines are located, and other natural disasters are possible.With traditional monitoring of these lines, efficiency is low and the work environment is difficult. The point sensor cannot fully examine the line, and obviously cannot meet the actual needs.The fully distributed sensor allows all points to be evaluated.
The distributed fiber optic sensor system is sensitive to temperature, strain and vibration and can be measured to achieve distributed monitoring of the path and linear conditions.
At Nora Tar Smart Company, according to the existing conditions, a unique solution should be proposed to solve the problem and cover all the desired issues with the systems provided to the customer. It is natural for the railways to focus on environmental monitoring, erosion, rail and tunnel monitoring, and train cycle health, while in the metro issue, in addition to the above, temperature measurement,
Fire, power transmission line and more accurate monitoring of the tunnel and all related structures as well as load and humidity measurements will be addressed.

Railway lines safety monitoring Solution

Exact location of the train
Wheel health
Train engine health
Rail health
Strain measurement
Bridge monitoring
Tunnel monitoring
Temperature measurement
Wind announcement
Speed monitoring
  • Accurately measure temperatures below 1 ° C every 5 meters
  • Accuracy of location measurement 10 meters
  • Strain with an accuracy of 20 micro-strains and 10 meters

Metro monitoring indicators

Exact location of the train
Wheel health
Train engine health
Monitoring of tunnels and related structures
Strain measurement
Monitoring temperature changes
Rail health
fire alarm
Earthquake announcement
Speed monitoring
Bridge monitoring
Continuous moisture measurement
  • Accurately measure temperatures below 1 ° C every 5 meters
  • Accuracy of location measurement 10 meters
  • Strain with an accuracy of 20 micro-strains and 10 meters

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