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双控道岔联系电路的设计与实现
引用本文:朱军. 双控道岔联系电路的设计与实现[J]. 铁道标准设计通讯, 2015, 0(4): 125-129
作者姓名:朱军
作者单位:中铁工程设计咨询集团有限公司太原设计院
摘    要:在个别站场间,为节省占地面积或受其他因素制约,两站的联锁区是由一组双动道岔隔开。若其中一站为计算机联锁控制,另一站为6502电气集中控制,依据相关设计规范,设计出一套计算机联锁车站与6502电气集中车站利用渡线隔开时的结合电路。该结合电路安全可靠,未改变原有电路定型结构。经过联锁模拟实验,该设计方案合理可行。

关 键 词:铁路站场  联锁区  双动道岔  电气集中  结合电路

Design and Implementation of Double Control Interlocked Switch Contact Circuit
ZHU Jun. Design and Implementation of Double Control Interlocked Switch Contact Circuit[J]. Railway Standard Design, 2015, 0(4): 125-129
Authors:ZHU Jun
Affiliation:ZHU Jun;China Railway Engineering Consulting Group Co. ,Ltd.;
Abstract:The interlocking area between certain two stations is isolated by a set of double acting switch due to the need to save land or other restrictions. If one station is of computer controlled interlocking,and another one is of 6502 electric centralized control,a combination circuit is designed to separate the station with computer controlled interlocking from the station with 6502 electric centralized control by the crossover. Such combination circuit is safe and reliable without alternating the original circuit. The interlocking simulation test proves that the design scheme is feasible.
Keywords:Rail yard  Interlocking area  Double acting switch  Electric interlocking  Combination circuit
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