Siemens TIA Portal for S7-1200 PLC Programming(PLC-SCADA-10)

Course Curriculum

Chapter 1: Overview of PLC and Introduction to the S7-1200 Hardware

Lecture 1: Introduction to the PLC

Lecture 2: Block Diagram of PLC

Lecture 3: Introduction to S7-1200 PLC and it’s Hardware

Lecture 4: Features of S7-1200

Lecture 5: What is Sink and Source concept?

Lecture 6: PNP and NPN wiring of sensor with PLC (Example Sink and Source Input)

Lecture 7: Wiring Connection and Communication of PLC

Lecture 8: Operation mode of CPU and How Processor Works

Lecture 9: Data Storage In PLC Part-1

Lecture 10: Data Storage In PLC Part-2

Lecture 11: Data Types Supported by S7-1200

Lecture 12: Memory Areas of The S7-1200

Lecture 13: Addressing and Memory Structure of S7-1200

Chapter 2: Introduction to SIEMENS TIA(Total Integrated Automation)

Lecture 1: Introduction to Siemens TIA

Lecture 2: Features Of TIA

Lecture 3: Views Of TIA-Portal View

Lecture 4: Views Of TIA-Project View

Lecture 5: Views Of TIA-Library View

Lecture 6: Elements Of Project View Part-1

Lecture 7: Elements Of Project View Part-2

Lecture 8: How to Create A New Project

Chapter 3: Basics of Programming

Lecture 1: The IEC 1131 Standard and Programming Languages

Lecture 2: Overview Of The Program Editor

Lecture 3: Basics Of Ladder Diagram

Lecture 4: How to Insert Network and Branch

Lecture 5: Bit Logic(Output Coil)

Lecture 6: Bit Logic(Normally Open Contact)

Lecture 7: Bit Logic(Normally Close Contact)

Lecture 8: How to Use PLCSIM (Simulator) and Bit Logics in Software Part-1

Lecture 9: Bit Logics In Software Part-2

Lecture 10: NO and NC Switch Concept Part-1

Lecture 11: NO and NC Switch Concept Part-2

Lecture 12: Basic Programming Rule-1

Lecture 13: Basic Programming Rule-2

Lecture 14: Problem-1 Based On Bit Logics

Lecture 15: Problem-1 solution part-1

Lecture 16: Problem-1 solution part-2

Lecture 17: Problem-2 Based On Bit Logics

Lecture 18: Problem-2 solution part-1

Lecture 19: Problem-2 solution part-2

Lecture 20: Boolean Expression (AND GATE)

Lecture 21: Boolean Expression (OR GATE)

Lecture 22: Boolean Expression (NAND and NOR GATE)

Lecture 23: Boolean Expression (EXOR GATE)

Lecture 24: Stair Light(EX-NOR GATE)

Lecture 25: Problem-3 With Solution

Lecture 26: Bit Logic- Positive Signal Edge Input

Lecture 27: Bit Logic- Negative Signal Edge Input

Lecture 28: Bit Logic- Positive and Negative edge output

Lecture 29: Invert logic and Negate Assignment

Chapter 4: Tags

Lecture 1: How to Use PLC Tag

Chapter 5: Latching And Unlatching

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

Lecture 2: LATCHING AND UNLATCHING CONCEPT IN TIA

Lecture 3: Latching and Unlatching Problem-1

Lecture 4: Latching and Unlatching Problem-1 Solution Explanation

Lecture 5: LATCHING AND UNLATCING PROBLEM-1 SOLUTION IN TIA

Lecture 6: Problem-2(Conditional Control Circuit)

Lecture 7: Introduction of Set and Reset Instruction

Lecture 8: Set and Reset Instruction in TIA

Lecture 9: Problem-3 Based On Set And Reset

Lecture 10: Problem-4(Entry-Exit Control Of The Underground Car Park part-1)

Lecture 11: Entry-Exit Control Of The Underground Car Park part-2

Lecture 12: Entry-Exit Control Of The Underground Car Park part-3

Lecture 13: Entry_Exit Control of the Underground Car Park PART-4

Lecture 14: Entry_Exit Control of the Underground Car Park PART-5

Chapter 6: Interlocking

Lecture 1: Interlocking Concept

Lecture 2: Interlocking Concept in TIA

Lecture 3: Problem With Solution

Chapter 7: Move Operations

Lecture 1: Introduction to move Operations

Lecture 2: move instruction(MOVE)

Chapter 8: Comparator Operations

Lecture 1: Comparison operator Part-1

Lecture 2: Comparison operator Part-2

Lecture 3: Value within range(IN_RANGE)

Lecture 4: Value Outside range(Out_range)

Chapter 9: Math Functions

Lecture 1: Addition(ADD) and Subtraction(SUB)

Lecture 2: Multiplication(MUL) and Division(DIV)

Lecture 3: Return Remainder Of Division(MOD)

Lecture 4: Calculate instruction(CALCULATE)

Lecture 5: Problem Based on math instruction

Lecture 6: Solution Without Calculate Instruction

Lecture 7: Solution with Calculate Instruction

Lecture 8: Limit Instruction(LIMIT)

Lecture 9: Get Minimum(MIN) And Get Maximum(MAX)

Lecture 10: Increment instruction(INC)

Lecture 11: decrement instruction(DEC)

Chapter 10: Timer

Lecture 1: Introduction of Timer

Lecture 2: Timers In Tia Portal

Lecture 3: On Delay Timer(TON) part-1

Lecture 4: On Delay Timer(TON) part-2

Lecture 5: On Delay Timer(TON) part-3