控制电路通过水位检测信号，利用继电器和接触器控制排水机构。
The control circuit controls the water drainage mechanism using a relay and a contactor by the water level detection signal.
它由触摸屏和PLC等元件组成，取代传统的继电接触器控制装置。
It includes GOT? PLC and other devices. This system replaces traditional relay control system.
对接触器控制和外部联动装置要求较低，因为重要的控制功能已被集成。
Low requirements for contactor controls and external interlocks, as important control functions are already integrated.
利用PC控制技术取代X6132铣床的继电器- - -接触器控制。
Use PC control technology to replace the X6132 milling relay - contactor control.
目前，我国的缩水机电气控制系统普遍采用的是传统的继电器—接触器控制方式。
Currently, the country's shrinking machine electrical control system is widely adopted in the traditional relay - access control methods.
该模块提供了接触器控制原理图及电子控制电路原理图、印刷电路板图及元件清单。
This module can show the contactor control schematic diagram and the electronic control circuit schematic diagram, printed circuit board drawing and element list.
该方案简单实用，且对其它机床继电器接触器控制系统的改造具有一定的参考价值。
This system is simple, practical and has also reference value to the reformation of relay control system of other machine.
对电路实验中继电接触器控制线路进行了研究分析，并提出由逻辑函数实现其控制的方法。
The article analyses control circuit of relay contactor in electric circuit experiment and puts forward to control it with logic function.
本文介绍了“电工学”课程的继电器-接触器控制中存在的临界竞争现象的原因及其避免措施。
This paper analyzes the cause of critical-competition phenomenon in relay-contactor control in the Etectrotechnician course and introduced methods to prevent it.
在现代机床电气系统中，保压回路的控制方式可以通过继电器——接触器控制和可编程控制器PLC实现。
In electronic systems of modern machine tool, the control way of circuits of keeping pressure is able to be completed by the relay - toucher and the PLC.
即主传动系统由SCR-D取代原K-F-D系统，电控部分用可编程序控制器PLC取代原继电器-接触器控制方式。
The original K - F - D system was replaced by SCR - D system for main transmission, while PLC was substituted for the original relay contactor control mede.
在分析和设计继电器-接触器控制电路时，往往忽视临界竞争现象，结果造成电气控制达不到预期目的，甚至造成事故。
In the practice of analyzing and designing of relay-contactor circuits, the critical-competition phenomenon is usually ignored, causing failures in reaching the intended purpose or even damages.
需要符合CCC标志的安全产品包括继电器、开关、控制器和高于36伏特的电流接触器。
Safety products subject to the CCC mark include relays, switches, controllers and contactors that operate above 36 volts.
本产品可替代其它复合开关和电容接触器，其优良性能必将成为未来通断控制产品的主流。
This product can replace other composite contactor switches and capacitors, and its excellent performance will become the future of on-off control of the mainstream products.
把任一个控制手柄拨到工作位置上，再按“起动”按钮，总接触器应不动作，则说明零位保护已发挥作用。
Put any control handle to the working position, press the "start" button, the total contactor should not move, then explain the zero position protection has played a role.
所有带接触器的控制回路均有引至现场控制按钮的控制电缆。
All control circuits with contactor shall be provided with control cables connected to site control buttons.
详细分析了交流接触器在不同使用条件下的闭合与分断时触点两端电压与回路电流情况，并研究了AC1～AC4工作制下的控制时序。
The conditions of voltage between contactors and current in main circuit under different using types are analyzed in detail, then designed the control sequences with working mode AC1-AC4.
控制系统是永磁机构接触器的重要组成部分，其控制方案的优劣直接影响到整个接触器的性能。
Control system is an important part of contactor with permanent magnet actuator and it will influence the characteristic of contactor.
将燃烧控制开关3kk手柄先向右转45度到扫气档，接触器2jlc接通鼓风机运转。
Put burning control switch 3kk hand lever turns right 45 degree to scavenging shelve, contactor 2jlc collects and then air blower works.
使用继电器、接触器、按钮、空气开关、行程开关等低压电器构成的控制电路称为继电接触控制电路。
Use relays, contactor, button, air switch and travel switch etc low-voltage constitute control circuit called relay contact control circuit.
逻辑模块对某通用船舶继电接触器辅机控制线路进行改造、编程、接线的实例，给出了基于LOGO ！
By discussing a practical example about reconstructing, programming and contacting of general Marine auxiliaries control circuits (including electric relays and contactors) in which LOGO!
是的，接触器的安装是脊状的，比正常的控制面板突出一些。
Yes the contactor fixing is ridged, more ridged than a normal control panel.
讨论了直流接触器电磁适配及弱电控制的原理、特点。
The principles and characteristics of electromagnetic adaptability and weak_electric control of DC contactors are presented.
本文提出一种带反馈控制的智能交流接触器。
An intelligent ac contactor with feedback control is proposed in this thesis.
用光耦和双向晶闸管控制接触器和电磁阀。
The contact and the gas valve are controlled by phototriac and triac.
通过采用可变电流控制获得理想吸、反力配合曲线的方法，实现交流接触器的智能操作。
The ideal method of attraction and anti-attraction matching curve was gained by variable current control, so intelligent operation of AC contactor was realized.
固体电路控制操作一个微型接触器，将提供高达120或240伏，20安培电力。
The solid state control operates a miniature contactor that will power up to 20 amps at 120 or 240 volts.
表示为25a接触器的主触头为三对常开，辅助触头为一对常开，控制线圈的电压为直流110v，订货数量为20台。
Means need 25a contactor, main contact are three normally open, auxiliary contact is one normally open, control coil voltage is DC 110v, order volume is 20 sets.
表示为25a接触器的主触头为三对常开，辅助触头为一对常开，控制线圈的电压为直流110v，订货数量为20台。
Means need 25a contactor, main contact are three normally open, auxiliary contact is one normally open, control coil voltage is DC 110v, order volume is 20 sets.
应用推荐