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Equipment status monitoring: Real time monitoring of the status of key components such as tracks, wheels, and signal systems through sensors such as vibration, temperature, and pressure, and timely detection of abnormalities (such as cracks, wear, and overheating). |
Fault warning:
Early warning of potential faults (such as bearing overheating, track deformation) to avoid sudden accidents and reduce unplanned shutdowns.
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Equipment status monitoring: Real time monitoring of the status of key components such as tracks, wheels, and signal systems through sensors such as vibration, temperature, and pressure, and timely detection of abnormalities (such as cracks, wear, and overheating). |
Fault warning:
Early warning of potential faults (such as bearing overheating, track deformation) to avoid sudden accidents and reduce unplanned shutdowns.
Sensor technology has transformed railway maintenance from "passive response" to "active prevention", greatly improving reliability, safety, and economy, and is the core support for the development of smart railways. With the progress of technology (such as 5G transmission and edge computing), its application potential will be further released.
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Sensor technology has transformed railway maintenance from "passive response" to "active prevention", greatly improving reliability, safety, and economy, and is the core support for the development of smart railways. With the progress of technology (such as 5G transmission and edge computing), its application potential will be further released.
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Equipment status monitoring
Real time monitoring of the status of key components such as tracks, wheels, and signal systems through sensors such as vibration, temperature, and pressure, and timely detection of abnormalities (such as cracks, wear, and overheating).
Fault warning
Early warning of potential faults (such as bearing overheating, track deformation) to avoid sudden accidents and reduce unplanned shutdowns.

Equipment status monitoring
Real time monitoring of the status of key components such as tracks, wheels, and signal systems through sensors such as vibration, temperature, and pressure, and timely detection of abnormalities (such as cracks, wear, and overheating).
Fault warning
Early warning of potential faults (such as bearing overheating, track deformation) to avoid sudden accidents and reduce unplanned shutdowns.