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Profibus_valve_Controllor_Development
- 本文介绍了一种控制普通阀门的阀门控制器的设计方案,该阀门控制器带有工业现场总线PROFIBUS-DP 的接口,可以实现阀门的远程控制和网络控制。本文主要的着力点为介绍利用PROFIBUS-DP 专用芯片SPC3 开发PROFIBUS-DP 设备中需要注意的一些问题,包括硬件接口设计,有关PROFIBUS-DP 规范标准的一些设计要点,以及利用PROFIBUS-DP 诊断功能的方法。本文对设计其它Profibus DP从站节点有很好的参考价值!-This paper presents a gene
smd(a)motzwjg
- 用KEIL 开发,和编码器相连,进行对步进电机及电磁阀的控制-with KEIL development, and the encoder connected, the stepper motor and solenoid valve control
QCOUNTER
- 工业控制和数据采集,这是一个脉冲阀的控制原代码,自动控制实验过程.-industrial control and data acquisition, which is a pulse valve control source, the control experiments.
cfqf
- 注:protel电路图 1.INPUT12为高压气压和低压压传感器输入端. 2.OUTPUT为充气输出控制端. 3.当高低压有接地信号时,电机正转,气阀打开. 4.INPUT2低气压时有信号时,充气OUTPUT输出,充气电机转. 5.RS1与RS2是调节阀门距离用地 6.RS3是与气阀电机同步时,是气阀电机的转动圈数传感器. 7.RS4是调节延时时间用地-Note: protel circuit 1.INPUT12 and low-voltage hi
mcu51
- AT89s52的定时输出高电平方波的电磁阀控制程序。-AT89S52 high square wave output of the timing of the solenoid valve control procedures.
CONTROL
- 一个自己画的电子膨胀阀的控制电路,电子膨胀阀就是一个四相八拍的步进电机,你想用的话看看就知道了-A painting of their own electronic expansion valve control circuit, electronic expansion valve is a four-phase eight-shot of the stepper motor, you want to know, then take a look at the
C51jieshuixiang
- 此程序主要是用于智能节水箱的控制,通过判断是否有人方便,再判断水位,来控制电磁阀是否补水,加废水-This procedure is mainly used for water-saving intelligent control box, through to determine whether it was convenient, and then determine the water level, whether the solenoid valve to control pay, pl
sol_valve
- solenoid valve control program
valve-control
- 初学者可以看看,是关于PIC芯片引脚控制定义以及定时器时钟设置内容。-Beginners can see, on the PIC chip pin control the contents of definitions, and the timer clock settings.
pid
- 实现对充气装置中电磁阀的pid控制,并在屏幕上进行模拟.-Realize the inflatable device pid solenoid valve control and simulation on the screen.
irrigate
- 编的一个单片机程序,用51单片机通过继电器控制自动水阀。-A series of the microcontroller program, with 51 single-chip automatic control valve through the relay. Thank you
code
- 洗衣机控制器的程序设计,主要分为以下4个过程:进水过程:有单片机控制进水阀的开关时间来完成。洗涤过程:洗衣机不断正转、反转,通过单片机对电机的控制来实现。排水过程:由单片机控制排水阀的开关时间来完成。脱水过程:洗衣机告诉旋转一定时间,是通过单片机对电机的控制来实现的。-Washing machine controller programming, mainly divided into the following four processes: water process: a single c
Valve
- Val energy control example code PLC S7-300 and Fuzzycontrol++5.0
CANEGRMoni
- 利用MFC编辑的基于CAN总线的汽车EGR电磁阀PID控制测试平台,该平台可以设置PID参数实现对电磁阀的控制-Edited by MFC CAN bus vehicles based on EGR valve PID control test platform that can set the PID parameters to achieve the control of solenoid valve
compensation-control-valve
- 介绍了关于过程控制阀门粘滞问题的补偿器设计-Presentation on the issue of process control valves viscosity compensator design
232
- 这是我自己开发的电磁阀控制程序大家有兴趣可以看一看-This is my own development of the electromagnetic valve control program we are interested can look at the
valve--control-figures--programme
- 阀门控制系统C语言代码,仅供开发者参考,测试通过-valve control figures programme
valve
- 智能阀门控制程序,经过测试完整可用,工开发人员参考-Intelligent valve control procedures, tested the complete available, Public Developer s Reference
Model-control-program
- 化工模型控制 包括流水灯控制,液位计控制,阀门控制等程序-Chemical model control including flowing water light control, level gauge control, the valve control programs
Automatic-control-water-level
- 该设计以单片机AT89C52为核心,结合单线数字温度传感器DS18B20与液晶显示器12864,设计一种数字化、智能化热水器控制系统。该系统由主控芯片模块、DS18B20温度检测模块、LCD显示模块、水位检测模块、键盘控制模块、报警模块和电磁阀控制模块组成。给出了各个模块地结构及其工作原理、系统硬件原理图、程序流程图和部分源程序,并结合理论设计进行实物制作。此系统解除了热水器上水时需人工守候和过量溢水的问题,达到了省时、环保、节水的目的。该系统与传统的机械式控制系统相比较,具有结构简单,抗干扰能