PLC DESIGN AND AUTOMATION

SYLLABUS:

1. INTRODUCTION TO PLC.
2. BASIC FUNDAMENTALS OF PLC.
3. CONTROL LOGIC SYSTEM.
4. AUTOMATION & ITS TYPE
5. VARIOUS LEVELS OF AUTOMATION
6. HARD-WIRED LOGIC USING RELAY
7. ARCHITECTURE OF PLC
8. ROLE OF PLC IN AUTOMATION
9. VARIOUS TYPES OF PLC
10. CHOOSING CRITERIA OF PLC
11. TYPES OF I/OS
12. CONCEPTS OF FLAG
13. SCAN CYCLE EXECUTION
14. WORKING OF PLC & ITS LOOP HOLES
15. SOFTWARE INTRODUCTION
16. LADDER PROGRAMMING & ITS ADVANTAGES
17. BASIC PROGRAMMING RULE
18. PLC VARIOUS INSTRUCTION SET
19. STEPPER MOTOR INTERFACE.
20. COUNTERS
21. COMPARE & INTERRUPT
22. SUBROUTINE ETC. & SENSOR & ACTUATOR
23. STUDY OF BATTERY MANAGEMENT SYSTEMS.
24. STUDY OF SPEED INDICATOR WITH MICROCONTROLLERS.
25. BLUETOOTH-BASED ROBO CONTROL.
26. IOT WITH MOTOR CONTROL.
27. MOTOR WITH FAULT PROTECTION CONTROL.
28. HOME AUTOMATION
29. BIT LOGIC TIMERS.
30. COMPARING COUNTER AND INTERRUPT.
31. SENSORS AND ACTUATORS.

PRACTICAL WORKOUT:

• Programming device.
• Basic instruction-NO and NC contact.
• Ladder Logics.
• Concept of latching and unlatching
• Timers and counters
• Testing main supply & PLC power supply.
• Study of sensors and actuators.
• Star delta starter
• Relay Operation.
• Motor Operation.
• Motor forward and reverse operation.
• Arithmetical operation-based gates circuit.
• Buzzer and Limit Switch.