伺服运动带式输送机的设计毕业论

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1、烧刳蔷烧刳蔷综合实训报告烧刳蔷烧刳蔷烧刳蔷烧刳蔷实训项目：伺服运动带式输送机的设计烧刳蔷系部：电气工程系烧刳蔷专业：电力系统自动化技术烧刳蔷班级：电力1304班烧刳蔷学号：1020413433烧刳蔷姓名：张昊烧刳蔷同组成员：刘剑王智伟烧刳蔷指导教师：李竟达烧刳蔷烧刳蔷日期：2015.11.06烧刳蔷烧刳蔷烧刳蔷烧刳蔷烧刳蔷目录烧刳蔷实训目的·············································4烧刳蔷实训时间···································

2、·······4烧刳蔷26烧刳蔷烧刳蔷实训要求············································4烧刳蔷1伺服运动带式输送机概述································4烧刳蔷1.1伺服运动带式输送机的工作原理··························4烧刳蔷1.2伺服运动带式输送机的特点······························6烧刳蔷1.3伺服运动带式输送机的应用·····························

3、·7烧刳蔷1.4伺服运动带式输送机的分类·····························7烧刳蔷1.5伺服运动带式输送机的发展与现状························8烧刳蔷1.6伺服运动带式输送机的结构与布置形式······················9烧刳蔷1.6.1伺服运动带式输送机的结构···························9烧刳蔷1.6.2布置方式··································10烧刳蔷2伺服运动带式输送机的设计·····

4、·························11烧刳蔷2.1伺服运动带式输送机主要技术参数的确定····················11烧刳蔷2.1.1伺服运动带式输送机速度的选择·······················11烧刳蔷2.1.2最大输送量的选择·······························11烧刳蔷26烧刳蔷烧刳蔷2.2输送带的选择··································12烧刳蔷2.3拉紧装置的选择与特点··················

5、···········12烧刳蔷2.4机架的设计···································13烧刳蔷3驱动装置的选用与设计·······························14烧刳蔷3.1电机的选用·····································14烧刳蔷3.1.1电动机类型的确定·······························14烧刳蔷3.1.2选择电机型号·································15烧刳蔷

6、3.2减速器的选用···································15烧刳蔷4电控系统········································16烧刳蔷4.1概述·······································16烧刳蔷4.1.1主要功能······································16烧刳蔷4.2TH6-24本质安全型带式输送机操作台功能·····················17烧刳蔷4.2.1公用指令

7、·······························18烧刳蔷26烧刳蔷烧刳蔷4.2.2自动指令·································18烧刳蔷4.2.3手动、调试指令······························18烧刳蔷4.3系统工作原理································18烧刳蔷4.3.1基本原理·································18烧刳蔷4.3.2自动控制程序原理···············

8、···············19烧刳蔷4.3.3调试控制·································20烧刳蔷4.3.4手动控制·································20烧刳蔷4.4显示屏功能··································21烧刳蔷4.5各故障的原理及产生故障的可能原因·······