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Control System Design of Climbing Robot Based on PLC and SCM

机译:基于PLC和SCM的攀岩机器人控制系统设计

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摘要

High voltage tower climbing robot is mainly used to climb all kinds of tower structure, control system mainly has two aspects, one is the chip microcomputer detecting control system using PIC16F877A as the controller; the other is the total control system used to coordinate various parts of sub function module using the PLC controller as the core. This module control method can improve the efficiency of the whole control system. In addition, the PID algorithm of SIEMENS S7-200PLC is used in catching control, which makes control system more stable and efficient.
机译:高压塔攀岩机器人主要用于攀登各种塔架结构,控制系统主要有两个方面,一个是使用PIC16F877A作为控制器的芯片微电脑检测控制系统;另一个是使用PLC控制器作为核心坐标副功能模块的各个部分的总控制系统。该模块控制方法可以提高整个控制系统的效率。此外,Siemens S7-200PLC的PID算法用于捕捉控制,使控制系统更稳定,高效。

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