Solanoid A EMPTY Heater SENSOR SWITCH Temperature Sensor Solanoid B MOTOR ox1 OX2 FULL OX3 2 Y100 Y2° Y300 SENSOR SWITCH PLC OX4 Y4° START/STOP Emergency Ox5 Y500 CONTROL STATION Switch OX6 Y600 START STOP Programming Common Source port Figure 02: PLC unit Figure 01: Mixture system a. Discuss how do we develop a fail-safe design for the given problem. b. Show the way of connecting all components to the PLC unit shown in Figure 02 by assuming the rated voltage of all the components is 24 V DC. c. Develop a ladder diagram for the above problem. d. Simulate the ladder diagram and include the results.

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Solanoid A
EMPTY
Heater
SENSOR
SWITCH
Temperature
Sensor
Solanoid B
MOTOR
ox1
OX2
FULL
OX3
2 Y100
Y2°
Y300
SENSOR
SWITCH
PLC
OX4
Y4°
START/STOP
Emergency
Ox5
Y500
CONTROL STATION
Switch
OX6
Y600
START
STOP
Programming
Common
Source
port
Figure 02: PLC unit
Figure 01: Mixture system
a. Discuss how do we develop a fail-safe design for the given problem.
b. Show the way of connecting all components to the PLC unit shown in Figure 02 by assuming the
rated voltage of all the components is 24 V DC.
c. Develop a ladder diagram for the above problem.
d. Simulate the ladder diagram and include the results.
Transcribed Image Text:Solanoid A EMPTY Heater SENSOR SWITCH Temperature Sensor Solanoid B MOTOR ox1 OX2 FULL OX3 2 Y100 Y2° Y300 SENSOR SWITCH PLC OX4 Y4° START/STOP Emergency Ox5 Y500 CONTROL STATION Switch OX6 Y600 START STOP Programming Common Source port Figure 02: PLC unit Figure 01: Mixture system a. Discuss how do we develop a fail-safe design for the given problem. b. Show the way of connecting all components to the PLC unit shown in Figure 02 by assuming the rated voltage of all the components is 24 V DC. c. Develop a ladder diagram for the above problem. d. Simulate the ladder diagram and include the results.
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