Introduced consist and principle of PLC control system.
介绍了PLC控制系统的组成和原理。
PLC control can be used effectively to resolve these problems.
采用PLC控制能有效的解决这些问题。
A control scheme based on PLC control method of stove is carried out.
确定了用PLC控制方式实现电炉控制要求的方案。
Stepper motor is used in the PLC control system of ion electrostatic accelerator.
将步进电动机应用于离子静电加速器PLC控制系统。
The intelligent power voltage regulator based on PLC control technology was designed.
设计了基于PLC控制技术的智能控制电力调压器。
The efficiency of PLC control is increased at high speeds up to 95% of the synchronous speed.
PLC控制效率在同步速度达到95%时提高不少。
PLC control technology experimental system based on Mitsubishi FX1N series is developed.
基于三菱fx1n系列产品开发PLC控制技术实验系统。
The machine enjoys high stability and veracity thanks to the imported PLC control system.
控制采用进口的PLC控制系统，此套控制系统的准确性与稳定性高。
PLC control system Settings interface processing parameters through a complete processing.
PLC控制系统通过界面设定加工参数一次完成加工。
With PLC control, easy programming process control action, positioning accuracy, high precision.
采用PLC控制，在屏幕上任意设定动作速度、压力、时间、准确、精度高。
Mitsubishi PLC control program, multiple threads of control, control for over-industry solution.
说明：三菱PLC控制程序，多线程控制，用于过业控制的解决方案。
Improvement of PLC control system on new steam soot-blower in heat pipe preheater is introduced.
介绍了可编程控制器在新型蒸汽巡扫吹灰装置中的应用与改进。
The important parts of the thesis are the design of hydraulic feeds system and PLC control system.
本文设计的重点在于进给系统液压缸的设计和PLC控制系统的设计。
These design methods have important reference value to enhance the PLC control system reliability.
这些设计方法对提高PLC控制系统可靠性有重要的参考价值。
Light and electric signal brakes by PLC control power and magnetic clutch to keep pace with the main engine.
光电信号通过PLC控制电磁离合制动，实现与主机同步。
With the kinds of PLC and AC inverter connection, more and more AC inverter PLC control systems are occurring.
通过多种多样的PLC控制变频器的方法，构成了不同类型的变频PLC控制系统。
The paper introduces the method of PLC control in traffic light and the saving method of the out-point of PLC.
本文主要介绍了PLC控制全功能交通灯的实现方法，以及节省PLC输出点的一种实现途径。
Practice has proved, this method is feasible, can make the design of PLC control system intelligent, automatic.
实践证明，该方法是可行的，可以使PLC控制系统的设计实现智能化、自动化。
At present, the main control way in automatization field are relay control, microcomputer control and PLC control.
目前，在自动化领域主要的控制方式有继电器控制、微机控制和PLC控制三种。
The solution to the control system of discrete tasks is put forward by united applying touch panel and PLC control.
对具有离散任务的控制系统提出了触摸屏和PLC控制联合应用的解决方法。
The whole machine is designed in accordance with human engineering, micro switch Siemens PLC control, easy operation.
整机按照人体工程学设计，德国西门子PLC微电脑开关控制，操作简单方便。
PLC control system will be completed forming manual control, automatic control precision forming and reset functions.
PLC控制系统将完成手动控制成形，自动控制精确成形，复位等功能。
According to the character of PLC control system, this paper presents two designing methods to realize the fuzzy control.
本文依据PLC的控制特点，提出了两种用PLC实现模糊控制的程序设计方法。
Input modules of PLC can be saved and a convenient means for design of operational board in PLC control system is provided.
这种方法节约了PLC的输入口，为PLC控制系统的操作面板的设计提供了便利的手段。
This article introduces the working flow of this control system, hardware composition as well as PLC control procedure design.
文中介绍了该控制系统的工作流程、硬件组成以及PLC控制程序的设计等内容。
Talking the computer programming algorithm and modular design technology are applied to the PLC control software in this paper.
介绍计算机高级语言的编程算法和模块化程序设计思想在PLC程序设计中的应用。
In this paper, PLC control system of fuel coal transportation network is designed and each part of the control system is analyzed.
针对燃料煤输送带运输线，设计了燃料煤运输线的PLC控制系统，分析了控制系统的各个组成部分。
Familiar with hydraulic systems, pneumatic components, solenoid valves, and mechanical drive system, understand PLC control theory.
熟悉液压系统，气动元件，电磁阀，及机械传动系统，了解PLC控制原理。
The application of upgraded PLC control system in the pneumatic convey facilities in acetylene production procedure was introduced.
介绍了P LC控制系统升级后在乙炔系统气流输送装置中的应用情况。
The application of upgraded PLC control system in the pneumatic convey facilities in acetylene production procedure was introduced.
介绍了P LC控制系统升级后在乙炔系统气流输送装置中的应用情况。
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