基于PLC步进电机控制系统的设计

I下载后可任意编辑基于 plc 步进电机控制系统的设计[摘要]本文所要控制的电机为五相步进电机，采纳可编程控制器对其控制，对设计原理及方法分析总结。步进电动机优点有快速起停、定位和精确步进等，日常的生产和生活中比较普遍，控制精度高。在工业过程控制和仪器仪表控制方面，应用的很广泛。本文还介绍的 PLC 控制系统，其包括硬件结构还有原理以及 PLC 控制系统设计的原则方法。以五相电机控制为例，阐述了西门子 PLC 在电机控制中的运用。其基本原理、硬件准备和软件的设计，在文中都有体现。采纳的细分驱动方法，可以达到极高的精度并提高稳定性，有利于电机运行品质、转矩波动的改善。本文内容包含 PIC 外部接线图、I/O 地址分配、控制流程图、驱动电路选择、细分驱动分析、梯形图等，并且上位机监控界面是运用组态王软件编写。[关键词]：S7-200； 五相步进电机； 梯形图； 细分驱动； 组态王III下载后可任意编辑Design of Stepping Motor Control System Based on PLC [Abstract] The motor controlled in this paper is a five phase stepper motor. It is controlled by a programmable controller. The design principle and method are analyzed and summarized. Stepping motor has the advantages of fast start stop, positioning and accurate stepping, etc., and the daily production and life are more common, and the control accuracy is high. It is widely used in industrial process control and instrument control. PLC control system is introduced, including hardware structure and principle, and the principle and method of PLC control system design. Taking five phase motor control as an example, the application of SIEMENS PLC in motor control is expounded. Its basic principle, hardware preparation and software design are embodied in this article. The subdivision drive method can achieve high accuracy and stability, and is favorable for motor quality and torque fluctuation. The contents of this paper include PIC external wiring diagram, I/O address allocation, control flow ...