ABB PLC Programming from Scratch to expert (PLC-SCADA-4)

Course Curriculum

Chapter 1: Overview of PLC

Lecture 1: Introduction to PLC

Lecture 2: Block Diagram of PLC

Lecture 3: Working Principle of PLC (Scan Time and Scan Cycle of PLC)

Lecture 4: What is Sink and Source concept?

Lecture 5: PNP and NPN wiring of sensor with PLC (Example Sink and Source Input)

Chapter 2: Basics of ABB PLC

Lecture 1: Introduction to ABB PLC

Lecture 2: Functions and features of ABB PLC

Lecture 3: Software Interface of CoDeSys

Lecture 4: Addressing Format in ABB PLC

Lecture 5: Data types in ABB PLC

Chapter 3: Basics of Ladder Diagram

Lecture 1: Bit Logics (NO Type)

Lecture 2: Bit Logics (NC Type and Output Coil)

Lecture 3: Basic Programming Rule 1

Lecture 4: Basic Programming Rule 2

Lecture 5: Basic Programming Rule 3

Lecture 6: Basic Programming Rule 4

Lecture 7: Basic Programming Rule 5

Lecture 8: Basic Programming Rule 6

Lecture 9: First program in CoDeSys

Lecture 10: Problem 1 With Solution

Lecture 11: Problem 2 With Solution

Lecture 12: Problem 3 With Solution

Lecture 13: Problem 4 With Solution

Lecture 14: Ladder Logic Program for Boolean Expression

Lecture 15: Logic Gates (AND & OR Gate)

Lecture 16: Logic Gates (AND & OR Gate) in Software

Lecture 17: Logic Gates (NAND & NOR Gate)

Lecture 18: Logic Gates (NAND & NOR Gate) in Software

Lecture 19: Logic Gates (EX-OR & EX-NOR Gate)

Lecture 20: Logic Gates (EX-OR & EX-NOR Gate) in Software

Chapter 4: Latching and Unlatching

Lecture 1: Introduction to Latching (Holding) and Unlatching Concept

Lecture 2: Latching (Holding) and Unlatching Concept in Software

Lecture 3: Latching and Unlatching Problem-1

Lecture 4: Latching and Unlatching Problem-1 Solution Explanation

Lecture 5: Latching and Unlatching Problem-1 Solution in Software

Lecture 6: Introduction of Set and Reset Instruction

Lecture 7: Set and Reset Instruction in Software

Chapter 5: Interlocking

Lecture 1: Interlocking Concept

Lecture 2: Interlocking Concept in Software

Chapter 6: Timer

Lecture 1: Introduction to Timer

Lecture 2: Different Timer and Time Data types in CoDeSys

Lecture 3: ON Delay Timer(TON) Part-1

Lecture 4: ON Delay Timer(TON) Part-2

Lecture 5: OFF Delay Timer(TOF) Part-1

Lecture 6: OFF Delay Timer(TOF) Part-2

Lecture 7: Pulse Timer(TP)

Lecture 8: Problem-1 with Explanation

Lecture 9: Problem-1 Solution in Software

Lecture 10: Problem-2 with Explanation

Lecture 11: Problem-2 Solution in Software

Lecture 12: Problem-3 (Traffic Light)

Lecture 13: Problem-3 Solution Explanation(with three timers)

Lecture 14: Problem-3 Solution in Software

Lecture 15: How to create Flickr Bits?

Chapter 7: Counter

Lecture 1: Introduction of Counter

Lecture 2: UP Counter(CTU) Part-1

Lecture 3: UP Counter(CTU) Part-2

Lecture 4: Down Counter Part-1

Lecture 5: Down Counter Part-2

Lecture 6: Down Counter Part-3

Lecture 7: UP Down Counter Part-1

Lecture 8: UP Down Counter Part-2

Chapter 8: Comparison Operators(GT,LT,GE,LE,EQ,NE)

Lecture 1: Comparison Operator Part-1

Lecture 2: Comparison Operator Part-2

Lecture 3: Problem-1(traffic light problem with single timer) Part-1

Lecture 4: Problem-(traffic light problem with single timer) Part-2

Chapter 9: Arithmetic Operators

Lecture 1: Introduction of Arithmetic operators and Addition(ADD)

Lecture 2: Subtraction(SUB) And Multiplication(MUL)

Lecture 3: Division(DIV) and Modulo Division(MOD)

Lecture 4: MOVE Operator

Chapter 10: Program or Sequence Control Instruction

Lecture 1: Introduction of program or sequence control function

Lecture 2: Jump and Label Part-1

Lecture 3: Jump and Label Part-2

Chapter 11: Selection Operators

Lecture 1: Introduction Of Selection Operator and SELECT(SEL) Operator

Lecture 2: Maximum(MAX) and Minimum(MIN) Operator

Lecture 3: Multiplexer(MUX) operator

Lecture 4: Limit Operator(LIMIT)

Chapter 12: Trigger

Lecture 1: Rising Edge(R_TRIG) and Falling Edge(F_TRIG) Trigger

Chapter 13: Bi stable Function Block

Lecture 1: Bi stable Function Block(SR and RS)