Fuzzy control tests of arc voltage and short-circuit frequency are conducted to improve welding quality.
采用模糊控制技术，实现了电弧电压或短路频率的控制，提高了焊接质量。
The design of main power sources structure, the control circuit for welding tractor and wire feeder, SCM control circuit and software for welding process are introduced in detail.
对该焊机的主电源结构、小车行走控制电路、送丝电路、单片机控制电路以及焊接过程控制软件等的设计作了较详细的介绍。
As an ignition circuit, the problem how to ensure the higher success rate of ignition and reduce the disturbance to control system is all the welding personnel need to face.
如何既能保证引弧成功率高，又能实现以降低频率的方式减小对电网和控制系统的干扰，是设计引弧电路所要解决的问题。
The control to welding procedure is realized by a control circuit, and wire feed rate is regulated and controlled by speed governing circuit with the armature voltage negative feedback.
由控制电路实现焊接程序的控制，带电枢电压负反馈的调速电路控制和调节送丝速度。
A 150a DC TIG welding machine is developed, using specially designed thyristor rectifier and IC control circuit, which is simple, reliable and of high quality.
研制了一种150a直流tig焊机，采用特殊的晶闸管主电路和集成电路控制技术，具有简单、可靠和高性能的特点。
The self-adaptation control of dynamic characteristics of pulsed MIG welding was achieved by a short circuit controller and a dynamic electronic inductor.
采用短路电流控制器和动态电子电抗器，实现了脉冲MIG焊动态特性的自适应控制。
Base on IGBT inverter for arc welding, a new current wave form control method is put forward in this paper which is special for process of short circuit transfer for CO2 arc welding.
本文针对IGBT弧焊逆变器，提出并实现了适于短路过渡CO_2气体保护焊的输出波形控制方法。
The MCCB's operating status in low voltage circuit for welding machine control is a special case.
低压电焊机控制回路是塑壳式断路器(MCCB)的一种特殊使用状态。
It can be used as circuit control switch, master control switch, and switch for welding machine and etc.
可为电路控制开关、主令控制开关及电焊机开关等。
The resonant soft switching inverter arc welding power source uses LCL type structure in the main circuit, and selects phase shifting pulse wide modulation technique in the control system.
研制的谐振式软开关弧焊逆变电源，主电路采用新型LCL结构，控制系统选用恒频移相调脉宽控制方案。
The structure and component of the IGBT inverter type welding power source are introduced in the paper. The welding power source include main circuit, control circuit and protect circuit.
论文介绍了IGBT逆变焊接电源系统的结构和组成，整台焊接电源包括电源主电路、控制电路和保护电路。
On the basis of referring to many welding machines made in overseas, a perfect control circuit is designed.
在参考国外多种焊机的基础上，设计了比较理想的控制电路。
The principle and circuit of monitoring system in laser welding are introduced in this article, which consist of numeric control potentiometer, instrumentation amplifier and SCP for data processing.
介绍了由数控电位器、仪表放大器以及单片机构成的激光焊监测系统信号处理电路的工作原理及实用电路。
The ideas of constructing of the control circuit of full-function controlled power source for arc welding are suggested in this paper, with their features analyzed.
提出了全功能弧焊电源控制电路的各类设计方案，分析了它们的特点；并提出了一种电源控制系统的电路设计方案；分析其基本工作原理和获得的各类电源输出外特性。
The control section of relay is adopted the welding structure of printed circuit board, it reduces wiring of control box, improves reliability of electric control.
继电器控制部分采用印刷板焊接结构，减少了控制箱的接线，提高了电器控制的可靠性。
The control circuit is one of technology keys of arc welding inverter.
控制电路是逆变弧焊机的技术关键之一。
Secondly, the control circuit of hot wire TIG welding with single power source was introduced in detail.
然后详细介绍了单电源脉冲热丝TIG焊机的控制电路。
POSITION SUMMARY circuit design Engineer is responsible for the design and optimization of control circuit for welding machine.
电路设计工程师负责焊机设备电路的设计和优化。
The Control section of relay is adopted the welding structure of printed circuit board, it reduces wiring of control box, improves reliability of electric control.
继电器控制部分采用印 刷板焊接结构，减少了控制箱的接线，提高了电器控制的可靠性。
Programming realized the CO2 welding systems of digital control. Based on CAN bus circuit, the CAN bus communication protocol design is discussed in more detail.
编程实现了整个焊接系统的数字化控制篙详细说明了CAN总线电路的设计、CAN总线的通信协议设计。
Programming realized the CO2 welding systems of digital control. Based on CAN bus circuit, the CAN bus communication protocol design is discussed in more detail.
编程实现了整个焊接系统的数字化控制篙详细说明了CAN总线电路的设计、CAN总线的通信协议设计。
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