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Year 8 On-Campus

System & Control - Automation 2022 (Mr. Khairul)


Class
MITacademy Professional Training
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Full-Time Students

Here is the class outline:

1. HOW DO ENGINEER WORK?

Engineering sciences, like the arts, social sciences and natural sciences, are a discrete discipline with their own language, practices and tools. Of course they also draw on and use principles from other sciences, in particular mathematics and physics but also social sciences. In turn, many of the findings in these latter disciplines are based on the results of research carried out in the field of engineering sciences.

1.1 Technical drawings and parts lists
1.2 Circuit diagrams
1.3 Flow charts and programs
1.4 Technical plans and schematic diagrams
1.6 Software Pneumatic
Video

2. Automation technology as a part of engineering sciences

Examples of engineering-related sciences include: • mechanical engineering, • electrical engineering, • production engineering, • structural engineering, • and so on.

2.1 Key development milestones in the history of automation technology
2.2 Effects of automation on people

3. Fundamentals of electrical engineering

3.1 Direct current and alternating current
EXERCISE 1: ELECTRICAL ENGINEERING
3.2 Electrical resistance and electrical power
EXERCISE 2 :ELECTRICAL POWER
3.3 How a solenoid works
3.6 How switches work and their structure
3.7 Relays and contactors
Electrical Circuit 1 : Using Contact Relay
Electrical Circuit 2 : Self-Holding
EXERCISE 3 : START INTERLOCK
EXERCISE 4: Timer application
EXERCISE 5: ON Timer
EXERCISE 6: On Timer
EXERCISE 7 : Relay Application

4. Sensor Technology

The purpose of sensors is to acquire information and to forward it in an evaluable format to the signal processing system. They are found in diverse tasks in technology, with different designs and operating principles. That is why it is important to categorise them. Sensors can be classified according to • operating principle (optical, inductive, mechanical, fluid, etc.), • measured variable (displacement, pressure, distance, temperature, ph value, luminous intensity, presence of objects, etc.) or • output signal (analogue, digital, binary, etc.), to name just a few methods.

4.1 Proximity sensors
EXERCISE 8: PROXIMITY SENSOR
4.2 Pressure sensors

5. Fundamentals of pneumatics

The term pneumatics comes from the Greek work "pneuma", meaning wind or breath. It refers to the use of compressed air or systems driven by compressed air in an engineering application. A modern pneumatic system in automation technology consists of subsystems for: • generating and providing the compressed air (compressors, radiators, filters), • distributing the compressed air (ducts, pneumatic tubing, coupling pieces), • controlling the compressed air (pressure regulators, directional control valves, stop valves), • performing work using the compressed air (cylinders, rotary drives).

5.1 Physical fundamentals
5.2 Individual components in a pneumatic control system and their functions
5.3 Functions and features of actuators (pneumatic cylinders)
EXERCISE 9: Electro-Pneumatic 1
Electro-Pneumatic 2
Electro-Pneumatic 3
Electro-Pneumatic 4

6. MecLab Station

Components of the stacking magazine station
EXERCISE 10: Stacking magazine station Learning about components and their function
EXERCISE 11: Stacking magazine station using proximity sensor
EXERCISE 12: Shift Register Method
EXERCISE 13 : Sequence Application
FINAL PRACTICAL ASSESSMENT - STACKING _MAGAZINE STATION
Slide Presentation
Slide Stacking 1
Stacking magazine station - Circuit Submission
Components of the conveyor station
Conveyor Station Exercise 1 & 2 : Learning about components and their function & Learning about ...
Learning about the structure of symbols
Exercise 3 : Learning about the structure of symbols
EXERCISE 14: Conveyor using sensors
EXERCISE 15: Conveyor Actuating DC motors
Final Assessment Conveyor
EXERCISE 16: Conveyor with Counter Application
Quiz Conveyor Station
Handling station
EXERCISE 17: Learning about components Handling Station and their function
Executing a simple task using the handling station
x-axis task
Circuit diagram creation and programming using FluidSIM®
EXERCISE 18: ON/OFF DELAY AND SENSOR
Conveyor station Exercise 3: Learning about the structure of symbols
Conveyor station Exercise 4: Using sensors
Conveyor station Exercise 5: Actuating DC motors
Exercise 6: Learning about logic operations
Exercise 7: Realising control tasks
Exercise 8: Sorting workpieces
Handling station Exercise 2: Learning about components, symbols and designations
Handling station Exercise 3: Learning about the function of components
Handling station Exercise 4: Creating schematic and circuit diagrams
Handling station Exercise 5: Controlling a double-acting cylinder
Handling station Solution to exercise 6: Learning about logic operations
Handling station Exercise 7: Creating control systems via sequencing programs
Handling station Exercise 8: Handling workpieces
COURSE WORK TERM2

7. Pre-Assessment MecLab

Test

8. Lesson Plan 2020

Y82020- MERCURY

9. INTRODUCTION TO FACTORY AUTOMATION

This course is intended for industrial automation (or factory automation)

Lesson 1: Virtual Tour of FA
Assessment 1
Lesson 2: Typical Input Devices
Assessment 2
Lesson 3: Typical Control Devices
Assessment 3
Lesson 4: Typical Output Devices
Assessment 4
Lesson 5: Basic Electric Circuits
POST-ASSESSMENT TEST
SOFTWARE CXONE
CX-PROGRAMMER

10. PLC Basics

This course is designed to assist beginners in understanding basic information of PLCs.And you will learn the features of OMRON PLCs through the course.

Lesson 1: What are PLCs?
COURSE WORK FINAL SEMESTER 2022
PLC WORKBOOK
QUIZ -PROGRAMMING 1
QUIZ- PROGRAMMING 2
QUIZ - PROGRAMMING 3
QUIZ- PROGRAMMING 4
QUIZ- PROGRAMMING 5
QUIZ- PROGRAMMING 6
QUIZ - PROGRAMMING 7
QUIZ- PROGRAMMING 8
QUIZ - PROGRAMMING 9
QUIZ - PROGRAMMING 10

11. PLC Project

Presentation Format

12. PLC WORKSHEET

13. SURVEY FORM

14. EXAM NOTE TERM2 2021

PLC INFORMATION SHEET

15. TERM3 WORKBOOK

PLC WORKBOOK

16. WORKBOOK ACTIVITY

PROJECT 1- 3 CYINDER
PROJECT2- 4 CYLINDER
MECLAB NOTE
PROJECT 3
PROJECT 4
PROJECT 5
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