液体混合装置的plc控制系统设计

⑴ 两种液体混合装置PLC控制系统要求 求大神 给高分 急需！！！

我回去帮做下看看 qq904015798

输入：

xo启动按钮
x1液位I处传感器（因为一开始传感器检测到X1液位I处，所以开始时X1要先为ON）

x2液位H处传感器
x360度时的传感器
x4最低位液位传感器（有液体时动作）

X5停止按钮

输出：

y0阀门x1打开
y1阀门x2打开
y2加热器加热
y3阀门3打开

指令表：

⑵ 液体混合装置的PLC控制系统 求论文设计

用步进指令写吧，比较简单。网上有很多这样的例子，你可以找找，如果找不到我发给你！

⑶ 两种液体混合装置PLC控制程序设计

2. 控制要求：有两种液体A、B需要在容器中混合成液体C待用，PLC开始运行时清空容器。（1）按下启动信号内，阀门A打开，注入液体A；到达I位置时，阀门A关闭，阀门B打开，注入液体B；到达H时，阀门B关闭，容器内液体进行搅拌，5s正转，4s反转，循环3次后停止搅拌，开容始加热，15s后停止加热；打开阀门阀门C，释放液体C；当最低位液位传感器L=0时，关闭阀门进入下一个循环。（2）按下暂停按钮,要求停止搅拌，停止加热；按下继续按钮要求系统从刚才暂停处接着运行。（3）按下停止按钮，所以操作都停止，并且将容器内的液体全部释放完，然后关闭阀门C。 3. 按照要求编写程序并模拟调试。

⑷ 高分求翻译

Using PLC as the controlling core of the system, this design completed the mixing function of the three liquid automatic. This design achieved according to three kinds of exact proportion of liquid mixture, stir the motor will mix the Yeti the output from the Rong Qi, and form Xunhuan state, even after the press stop button to Wancheng the end of the second mixed Caineng the Mudi. Repeatedly verified by simulation in the laboratory, proves that the design entirely feasible, and the mixing ratio of this system enhances the accuracy and effectiveness. Since the system uses the anti-corrosion device, so corrosive chemical instry has a good practical value.

A variety of liquid mixing device Intelligent Control System

This design uses PLC to control the core of the system, the completion of three liquid automatic mixing function. This design achieved according to three kinds of exact proportion of liquid mixture, stir the motor will mix the Yeti the output from the Rong Qi, and form Xunhuan state, even after the press stop button to Wancheng the end of the second mixed Caineng the Mudi. Repeatedly verified by simulation in the laboratory, proves that the design entirely feasible, and the mixing ratio of this system enhances the accuracy and effectiveness. Since the system uses the anti-corrosion device, so corrosive chemical instry has a good practical value.

Many kinds of liquid mixing arrangement intelligent control system design

This design uses PLC is control system's core, has completed three kind of liquid automatic mix function. This design achieved has let three kind of liquid precise proportionate mixes, after electric motor agitation will mix the liquid output from the vessel, and formed the recurrent state, still in pressed the stop after turning wants the goal which a cost mix could end. Through confirms repeatedly in the laboratory simulation, proves the Ming dynasty printed books design to be completely feasible, and this system enhanced the proportion of mixture precision and the working efficiency. Because this system has used the corrosion preventing component, therefore is having the corrosive chemical instry to have the very good use value.

⑸ 跪求液体混合装置的PLC控制系统

Network1

LDM0.6

AM0.7

OI_SB3

OSM0.1

MOVB0,MB0

Network2

LDM0.6

ANM0.7

OI_SB1

OM0.0

ANM0.1

=M0.0

Network3

LDM0.0

AI_SQ3

OM0.1

ANM0.2

=M0.1

Network4

LDM0.1

AI_SQ2

OM0.2

ANM0.3

=M0.2

Network5

LDM0.2

AI_SQ1

OM0.3

ANM0.4

=M0.3

Network6

LDM0.3

AT37

OM0.4

ANM0.5

=M0.4

Network7

LDM0.4

ANI_SQ4

OM0.5

ANM0.6

=M0.5

Network8

LDM0.5

AT38

OM0.6

ANM0.0

=M0.6

Network9

LDI_SB2

OM0.7

=M0.7

NetworkX+

LDM0.0=Q_YV1

LDM0.1=Q_YV2

LDM0.2=Q_YV3

LDM0.3=Q_MTONT37,200

LDM0.4OM0.5=Q_YV4

LDM0.5TONT38,50

LDQ_M=Q_L5

LDI_SQ4ANI_SQ1ANI_SQ2ANI_SQ3=Q_L4

LDI_SQ3ANI_SQ1ANI_SQ2=Q_L3

LDI_SQ2ANI_SQ1=Q_L2

LDI_SQ1=Q_L1