CC-link总线技术在煤矿自动化排水系统中的应用
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摘要
概述了CC-Link现场总线技术如何在自动排水系统中的应用,叙述煤矿排水的重要性和CC-Link总线技术的定义及其发展历程,介绍CC-Link的网络通信原理、网络系统配置和网络结构;研究矿井自动排水系统在CC-Link现场总线下的硬件分类及组成、FX2N系列CC-Lick通信硬件、各泵房的网络配置及中央泵房与子泵房的通信过程,最后CC-Link现场总线技术应用到煤矿自动排水系统中能减少排水系统的配线和安装设备的费用,利于设备的维护,提高工作效率,且方便各个子泵房的接入与断开。
Provides an overview of the CC-Link field bus technology used in mine automation drainage system.This article narratives the importance of mine drainage,Describes CC-Link bus technology definition and its development history.The essay introduces the CC-Link network communication principle,network configuration and network structure.This paper studies mine automatic drainage system the hardware composition and classification in the CC-Link field bus,Researching FX2N series CC-Lick communication hardware and the network configuration of pumping station,Studying communication process of central pumping station and sub-pumping stations.At the last,CC-Link field bus technology applied to mine automatic drainage system can reduce the drainage system wiring and cost of installation device.Having advantages to maintain equipment,improving work efficiency and being convenient to the sub-pumping stations access and disconnect.
Provides an overview of the CC-Link field bus technology used in mine automation drainage system.This article narratives the importance of mine drainage,Describes CC-Link bus technology definition and its development history.The essay introduces the CC-Link network communication principle,network configuration and network structure.This paper studies mine automatic drainage system the hardware composition and classification in the CC-Link field bus,Researching FX2N series CC-Lick communication hardware and the network configuration of pumping station,Studying communication process of central pumping station and sub-pumping stations.At the last,CC-Link field bus technology applied to mine automatic drainage system can reduce the drainage system wiring and cost of installation device.Having advantages to maintain equipment,improving work efficiency and being convenient to the sub-pumping stations access and disconnect.
引文
[1]陈子春,刘向昕.井下中央泵房水泵自动化控制系统的研究与应用[J].工矿自动化,2007,(2):55-57.
[2]孙小智.FX2N系列PLC构建的CC-LinK系统[J].计算机.PLC应用,2007,(4):28-29.
[3]肖译,李高进.FX2N系列PLC和CC-LINK远程I/O模块在船舶分段涂装工场中的应用区别[J].造船技术,2011,(3):56-59.
[4]三菱电机.三菱电机Q系列CC-LINK网络系统用户参考手册[K].2000.
[5]三菱电机.三菱可编程控制器教材CC-Link基础教程(Q系列).
[6]三菱电机.三菱FX2N-16CCL-M及CC-Link系统主站模块用户手册(中文版).
[2]孙小智.FX2N系列PLC构建的CC-LinK系统[J].计算机.PLC应用,2007,(4):28-29.
[3]肖译,李高进.FX2N系列PLC和CC-LINK远程I/O模块在船舶分段涂装工场中的应用区别[J].造船技术,2011,(3):56-59.
[4]三菱电机.三菱电机Q系列CC-LINK网络系统用户参考手册[K].2000.
[5]三菱电机.三菱可编程控制器教材CC-Link基础教程(Q系列).
[6]三菱电机.三菱FX2N-16CCL-M及CC-Link系统主站模块用户手册(中文版).