摘要
针对ZPW-2000A轨道电路主轨线路故障难以快速定位、排查时间较长的问题,根据四端网络传输原理,建立动态电路仿真系统,结合实际情况提出基于多维数据关联的轨道电路主轨线路故障精准定位方法,为缩短故障延时和保证运输安全提供参考。
The ZPW-2000A track circuits face challenges in quickly locating and troubleshooting faults in the main track circuits,resulting in prolonged resolution time.This article starts by discussing the four-terminal network transmission principles,establishes a dynamic circuit simulation system,and proposes a method for accurately locating the faults in the main track circuits based on multidimensional data correlation in accordance with practical situations,providing a reference for reducing delays caused by faults and ensuring transportation safety.
出处
《铁路通信信号工程技术》
2024年第S1期144-149,共6页
Railway Signalling & Communication Engineering
关键词
轨道电路
故障排查
补偿电容
tract circuit
fault diagnosis
compensation capacitance
