基于KEIL及PROTEUS的继电控制系统功能仿真与检测

继电器接触器的工作时间不尽相同,很有可能会引发竞争冒险现象,导致控制线路不能正常工作,由此介绍了一种实用的继电控制线路功能仿真与检测方法。用KEIL及PROTEUS软件建立了继电器模型,提出了继电器动作时四个不同的延时时间。根据一个现场实例建立了继电控制线路模型,提出了接近实际线路工作状况的算法。进行了功能仿真,证明利用所建立的模型可以仿真控制线路功能并检测到竞争冒险现象。该方法简单,效果明显直观,可用于基于继电器动作的电气控制回路动作性能分析。...

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Bibliographic Details
Published in电力系统保护与控制 Vol. 43; no. 5; pp. 150 - 154
Main Author 吴文通 张喜玲 刘朝晖
Format Journal Article
LanguageChinese
Published 井冈山大学机电工程学院,江西吉安,343009%许昌开普电气研究院,河南许昌,461000 2015
Subjects
KEIL
PROTEUS
仿真
竞争冒险
继电器模型
继电线路
competition risk
继电器模型
simulation
继电线路
竞争冒险
relay model
仿真
PROTEUS
relay circuit
KEIL
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Summary:继电器接触器的工作时间不尽相同,很有可能会引发竞争冒险现象,导致控制线路不能正常工作,由此介绍了一种实用的继电控制线路功能仿真与检测方法。用KEIL及PROTEUS软件建立了继电器模型,提出了继电器动作时四个不同的延时时间。根据一个现场实例建立了继电控制线路模型,提出了接近实际线路工作状况的算法。进行了功能仿真,证明利用所建立的模型可以仿真控制线路功能并检测到竞争冒险现象。该方法简单,效果明显直观,可用于基于继电器动作的电气控制回路动作性能分析。
Bibliography:relay circuit; relay model; competition risk; simulation; KE1L; PROTEUS
The action time of relay contactors are not the same, which is likely to cause competition risk phenomenon leading to abnormal working of the control circuits. A practical relay control circuit function simulation and detection method is introduced, where KEIL and PROTEUS software are used to establish the relay model which puts forward the relay action contains four different delay time. A relay control circuit model is established based on an on-site case, an algorithm closer to the actual working condition is presented. By functional simulation, it is proved that the model can simulate the function of control circuit and detect the competition risk phenomenon. The method is simple, effective and intuitive, and it can be used for performance analysis of electrical control circuit based on relays.
41-1401/TM
WU Wentong, ZHANG Xiling, LIU Zhaohui （1. School of Mechanical and Electrical Engineering, Jinggangshan University, Ji＇an 343009, Chin
ISSN:1674-3415