1 - course introduction
DESCRIPTION
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BEE2961Industrial Electropneumatic
Introduction
Fairuz Rizal bin Mohamad Rashidi [email protected] 09-4246018 / 012-3757524 E-notes:
◦ http://notes.ump.edu.my/fkee/BEE2961_Fairuz
Lecturer
This course enhances students’ knowledge and understanding on electropneumatics control system used in industrial automation field. It also covers control and integration of electropneumatics components using programmable logic controller (PLC).
Course Synopsis
CO 01: Explain programmable logic controller (PLC) structure and configurations.
CO 02: Design ladder program to control electropneumatic system.
CO 03: Construct control operation system for industrial-based electropneumatics applications using PLC.
CO 04: Demonstrate the role of individual in the team to achieve task completion
Course Outcomes
CO/PO Mapping
PO 01 (Knowledge)
PO 02
PO 03 (Design)
PO 04
PO 05 (Tools)
PO 06
PO 07
PO 08
PO 09
PO 10 (Teamwork)
PO 11
PO 12
CO 01 X
CO 02 X
CO 03 X
CO 04 X
Course syllabus can be referred in e-notes The syllabus has been modified to chapters
for the ease of understanding:◦ Ch1: Introduction◦ Ch2: PLC Configuration◦ Ch3: Basic Programming◦ Ch4: Sequence Programming◦ Ch5: Timer & Counter◦ Ch6: Signal Overlapping Solution
Course Syllabus
Assessment MarksQuizzes (3) 3+3+4 = 10%Labs (2) 5+5 = 10%Tests (2) 40+40 = 80%TOTAL 100%
Mark Distribution
Student must attend each class right on time. If 80% attendance is not fulfill, the student maybe failed from the subject
Those who are absent must present an evidence of absences in order to retake any assessment that has been missed during the absence period
Any missed assessment without any evidence of absences will not be tolerate
Any take-home assessment must be passed up before the due date
A deduction of marks according to the situation will be applied to any late assessment submission
Class Rules
What you have learned
Input Processor Output
Pushbutton switch
Roller limit switch Proximity sensors Pressure sensors
Relay Timer relay Counter relay
Solenoid valve Single-acting
cylinder Double-acting
cylinder Lamp Buzzer
Electropneumatic Control System
What you will learn
Input Processor Output
Pushbutton switch
Limit sensor
PLC Solenoid valve Cylinders Lamp
Electropneumatic Control System with PLC
Components that you will use:◦ Valve:
5/2 way single solenoid valve 5/2 way double solenoid valve
◦ Actuator: Single acting cylinder Double acting cylinder
◦ Sensor: Limit sensor (with roller) Limit sensor (inductive, capacitive or optics)
Overview of the whole course
5/2 way single solenoid valve
Components that you will use
5/2 way double solenoid valve
Components that you will use
1Y1 1Y2
Single acting cylinder
Components that you will use
A+ (extend)
A- (retract)
Double acting cylinder
Components that you will use
Limit sensor (with roller)
Components that you will use
+24V
Sensor output (input for PLC)
Limit sensor (inductive, capacitive or optics)
Components that you will use
+24V
Sensor output (input for PLC)Ground (0V)
Using LADDER circuit for programming Components that will be used:
◦ Open contact◦ Close contact◦ Output coil◦ Timer◦ Counter
You will need to program:◦ Holding circuit◦ Sequence motion◦ Solve overlapping signals
PLC Programming
To program the PLC, you need to:◦ Configure PLC◦ Assigned all input and output to PLC’sport◦ List all the port assignment in a table
PLC ProgrammingHardware PLCStart button
I0.0
Stop button
I0.1
A+ (1Y1) Q0.0
A- (1Y2) Q0.1
S1 I0.2
S2 I0.3
Pneumatics◦ No electrical wiring involved◦ System changed pneumatic connection
changed
Transformation to PLC
Electropneumatics◦ Pneumatics + electrical wiring involved◦ System changed electrical wiring changed,
pneumatic connection remained
Transformation to PLC
Electropneumatics using PLC◦ Pneumatics +
electrical wiring involved System changed
electrical wiring remained, pneumatic connection remained, only programming are changed
Transformation to PLC
The Overall Flowchart of Controlling Electropneumatics System by PLCSetup a new
project Interface setup Hardware configuration
Download to PLC CPU
Connects all hardware
components to PLC
Develop state transition (if
required)
Write ladder programming
Download to PLC CPU
Monitor the hardware
Hardware monitoring
test (optional)
Key-in pin assignments
(optional)