正版保障 假一赔十 可开发票
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出版时间:
2022-06
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装帧:
平装
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开本:
16开
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ISBN:
9787121437601
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出版时间:
2022-06
售价
￥
39.06
5.6折
定价
￥69.80
品相
全新
上书时间2024-10-31
卖家超过10天未登录
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商品描述：
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导语摘要
本书系统地介绍了机电装备电气控制技术与可编程序控制技术，包括两大部分内容：部分介绍机电装备电气控制技术，主要介绍机电装备电气控制系统中的常用低压电器、电气控制电路的基本控制规律、典型机床电气控制系统分析、电气控制系统的设计；第二部分介绍可编程序控制技术，主要介绍日本三菱电机公司的FX2N 系列可编程序控制器及其基本指令应用、可编程序控制器步进指令及状态编程法、可编程序控制器应用指令及编程、可编程序控制器控制系统应用设计、MCGS 组态控制系统。每章后都附有习题与思考题，便于学生加深对本书知识的理解。
作者简介
刘军教授，长期从事机械制造相关专业课程教学，积累了丰富的教学经验。河南省民办高校品牌学科负责人、郑州市特聘高层次人才、专利审查协作河南中心技术咨询专家
目录
目 录
第1 章 绪论 ······················································································································.1
1.1 电气控制技术的概述 ·····························································································.1
1.1.1 电气控制技术的定义 ·························································································.1
1.1.2 电气控制技术的发展概述 ···················································································.1
1.2 可编程序控制器概述 ·····························································································.2
1.2.1 可编程序控制器的定义 ······················································································.2
1.2.2 可编程序控制器的发展史 ···················································································.3
1.2.3 可编程序控制器的应用领域 ················································································.3
习题及思考题 ···············································································································.7
第2 章 常用低压电器 ········································································································.8
2.1 电器的功能、分类和工作原理 ···············································································.8
2.1.1 电器的功能 ·····································································································.8
2.1.2 电器的分类 ·····································································································.8
2.1.3 电磁式电器的工作原理 ······················································································.9
2.2 低压控制电器 ······································································································.11
2.2.1 刀开关 ·········································································································.11
2.2.2 组合开关 ······································································································.12
2.2.3 主令电器 ······································································································.13
2.2.4 接触器 ·········································································································.16
2.2.5 继电器 ·········································································································.18
2.3 低压保护电器 ······································································································.25
2.3.1 熔断器 ·········································································································.25
2.3.2 热继电器 ······································································································.27
2.3.3 低压断路器 ···································································································.28
习题及思考题 ·············································································································.30
第3 章 电气控制电路的基本控制规律 ··············································································.31
3.1 绘制电气控制电路的若干规则 ·············································································.31
3.1.1 电气控制电路图 ·····························································································.31
3.1.2 阅读和分析电气控制电路图的方法 ·····································································.34
3.2 电气控制的基本控制环节 ····················································································.35
3.2.1 启动/停止电动机和自锁环节 ·············································································.36
3.2.2 长动控制和点动控制 ·······················································································.37
3.2.3 互锁控制 ······································································································.38
3.2.4 顺序控制 ······································································································.38
3.2.5 多地点控制 ···································································································.39
3.3 三相异步电动机的启动控制 ·················································································.40
3.3.1 三相鼠笼式异步电动机的全压启动控制 ···························································3
内容摘要
本书系统地介绍了机电装备电气控制技术与可编程序控制技术，包括两大部分内容：部分介绍机电装备电气控制技术，主要介绍机电装备电气控制系统中的常用低压电器、电气控制电路的基本控制规律、典型机床电气控制系统分析、电气控制系统的设计；第二部分介绍可编程序控制技术，主要介绍日本三菱电机公司的FX2N 系列可编程序控制器及其基本指令应用、可编程序控制器步进指令及状态编程法、可编程序控制器应用指令及编程、可编程序控制器控制系统应用设计、MCGS 组态控制系统。每章后都附有习题与思考题，便于学生加深对本书知识的理解。
主编推荐
刘军教授，长期从事机械制造相关专业课程教学，积累了丰富的教学经验。河南省民办高校品牌学科负责人、郑州市特聘高层次人才、专利审查协作河南中心技术咨询专家
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