push button I0.0 is pressed, the pump (PUMP1 Q0.0) works for five seconds and then stops. 2- After that, the pump (PUMP2 Q0.1) runs for three seconds and then stops. 3- After that the pump (Mixer Motor Q0.2) works for 60 sec and then stops. 4- After that, the control valve (drian valve Q0.3) is opened, the pump (PUMP3 Q0.4) works for ten seconds. 5- The stop push button I0.1 is used to stop the system.
push button I0.0 is pressed, the pump (PUMP1 Q0.0) works for five seconds and then stops. 2- After that, the pump (PUMP2 Q0.1) runs for three seconds and then stops. 3- After that the pump (Mixer Motor Q0.2) works for 60 sec and then stops. 4- After that, the control valve (drian valve Q0.3) is opened, the pump (PUMP3 Q0.4) works for ten seconds. 5- The stop push button I0.1 is used to stop the system.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
Related questions
Question
Design a ladder program to run the material mixing system according to the
following information:
1- When the start push button I0.0 is pressed, the pump (PUMP1 Q0.0) works
for five seconds and then stops.
2- After that, the pump (PUMP2 Q0.1) runs for three seconds and then stops.
3- After that the pump (Mixer Motor Q0.2) works for 60 sec and then stops.
4- After that, the control valve (drian valve Q0.3) is opened, the pump (PUMP3
Q0.4) works for ten seconds.
5- The stop push button I0.1 is used to stop the system.
Transcribed Image Text:Start
Chemical 1
Pump 1
(00.0)
(10.0)
Stop
olo (10.1)
Mixer
Motor
(00.2)
Process Control
Pump 2
(00.1)
Drain Valve (Q0.3)
Pump 3
(20.4)
Chemical2
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