电缆行业悬垂控制器的设计 大学论文.doc

LANZHOU UNIVERSITY OF TECHNOLOGY 毕业设计 题 目 电缆行业悬垂控制器的设计 学生姓名 邓 钰 学 号 专业班级 通信工程1班 指导教师 陈友苏 陈昊 学 院 计算机与通信学院 答辩日期 2014年6月17日 电缆行业悬垂控制器的设计 The Design of Pendency Controller in Cable Industry 邓钰 Deng Yu电缆生产中ABSTRACT This thesis aimed at higher efficiency, stable and reliable operation and convenient control in cable production . The key of the former system was designed according to the fact of china in the project. The draught-tension control system adopted a primary-secondary Variable Voltage and Variable Frequency control system instead of speed governing system of direct current; The on-line measurement control technique of pendency of cable was discussed, and the equipment for this technique was developed; the equipment also can adjust itself to kinds of cables and the situation where parameter of capacitance change; the method is new, and it can be applied several other facets. In the project we adopted a PLC-DCS combined hybrid control method with the merits of flexible configuration. Accurate measurement, coordinated control, reliable performance and convenient maintenance, achieving a higher automation level of XLpe cable Manufacture. The content of the paper includes the present state of technique of XIpe cable Manufacture, includes the research on the draught-tension control system, focusing on scheme; includes the design of the on-line measurement control technique of pendency of cable. Keywords: XLpe; The Draught-Tension; Pendency of Cable 目 录 第1章 绪论 1 1.1选题背景和技术说明 1 1.2现代电缆行业的介绍 3 1.3交联电缆生产技术现状综述 4 1.4本设计的主要工作意义 5 第2章 交联电缆生产牵引张力控制系统 7 2.1张力控制系统概述 7 2.2 三种张力控制方案 7 2.3张力控制系统的方案确定 9 第3章 在线测控的悬垂控制器设计 11 3.1悬垂度测量的概述 11 3.2系统组成及测控原理 11 3.3系统硬件设计 11 第4章 电路设计 14 4.1中心控制电路 14 4.2发射信号输出电路 16 第5章 悬垂控制器参数说明 17 5.1基本参数说明 17 5.2模式选择 19 总 结 22 参考文献 23 附录：外文翻译 24 致 谢 45 第1章 绪论 1.1选题背景和技术说明 1.1.1选题背景 交联(XLPE-Cross