Free Webinar - Unlocking The Power of Industrial Automation - IIPD Lahore

What You'll Learn:
Introduction to Industrial Automation: Discover what industrial automation entails and how it's revolutionizing modern industries.The Importance of Industrial Automation: Understand the significant role automation plays in enhancing productivity, reducing costs, and ensuring precision in manufacturing processes.

Overview of Key Technologies:
PLC (Programmable Logic Controller): Learn about the brains behind automated systems.
HMI (Human-Machine Interface): Explore how operators interact with machines and systems.
SCADA (Supervisory Control and Data Acquisition): Get insights into monitoring and controlling industrial processes.
DCS (Distributed Control System): Understand how large-scale processes are managed efficiently.

1. Presented By Muhammad Fiaz Unlocking the Power of Industrial Automation

2. Webinar Agenda Introduction to Industrial Automation Importance of Industrial Automation Career in Industrial Automation Working of PLCs Key PLC Brands Introduction to HMIs Understanding SCADA Systems Overview of DCS Q&A Session

3. What is Industrial Automation? Definition: A process or plant controlled automatically by electronic devices to minimize human assistance or intervention . Automation Components: Controllers Mechanical Hydraulic Pneumatic Electrical Electronic & Instrument devices: Computers

4. How Automation Works Automation use the logic or programming to feed the machine information on how to carry out the functions. Parameters: Level. Pressure. Temperature. Flow. Speed. Length. Position etc.

5. Give any daily Life example of Automation System ? Question

6. Benefits of Industrial Automation 1. Increased productivity 2. Enhanced quality of products 3. Reduced operational costs 4.Reduced Human Error 5.Better Performance 6. Improved safety. 7. Higher information accuracy. 8. Real Time Data logging 9. Notification e.g. Warning or Alarms

7. Challenges in Automation 1. High initial investment 2. Security concerns 3. Technological complexity

8. Career In Industrial Automation Educational Background 1.Electrical 2.Electronics 3.Instrumentation 4.Mechatronics 5.Telecommunication Industries Pharmaceutical Industry Chemical Industry Oil & Gas Industry Food Industry Cement Industry Textile Industry Services Opportunities More opportunities in Foreign countries. Can Work as a freelancer. Business Opportunities. Get more Links in industries. Fundamental knowledge of Multi field. Fast & Continuous Learning. Experience in Multiple Industries.

9. Question Your Educational Background and your experience in Automation?

10. What is a PLC?

11. Why PLC? RLC Panel PLC Panel Wiring Complexity Troubleshooting Machine Stop Time

12. PLC Architecture Compact and Modular PLC Power Supply CPU Input/Output Modules Communication Ports Programming Device

13. Programming Languages Ladder Logic Function Block Diagram (FBD) Structured Text (ST) Instruction List (IL) Sequential Function Chart (SFC)

14. PLC BRANDS Siemens Allen-Bradley (AB) Schneider Electric Mitsubishi Electric ABB Delta Electronics Omron Wecon Hitachi Fuji Panasonic Fatek

15. Question Which is your favorite PLC Brand?

16. OUR TODAY DISCUSSION Siemens

17. Siemens PLCs Siemens offers a wide range of PLCs, including the S7 series, known for their robustness and versatility. Series: Step 5 (obsolete) Step7 S7 Series: Siemens S7-200 Siemens S7-300 Siemens S7-400 Siemens S7-1200 Siemens S7-1500

18. Programming Software Micro win Simatic manager Tia portal Simulation software : PLC SIM

19. Hardware Configuration-TIA Portal

20. Programming structure

21. Blocks in Siemens

22. Question A Push Button signal is digital or analog?

23. Addressing in Siemens Addressing: Physical Inputs: %IB0 (I0.0,I0.1……I0.7) %IB1(I1.0,I1.1……I1.7) Physical Outputs: %QB0 (Q0.0,Q0.1……Q0.7) %QB1(Q1.0,Q1.1……Q1.7) Memory Bits: %MB0(M0.0,M0.1……M0.7) %MB1(M1.0,M1.1……M1.7) %MW(MW2,MW4,MW6…….) %MD(MD10,MD14,MD18…….)

24. Addressing in Siemens Analog Inputs 8 Channel Module IW64-IW79 Channel 1:IW64 Channel 2:IW66 Channel 3:IW68 Channel 4:IW70 Channel 5:IW72 Channel 6:IW74 Channel 7:IW76 Channel 8:IW78 Analog Outputs 8 Channel Module QW80-QW95 Channel 1:QW80 Channel 2:QW82 Channel 3:QW84 Channel 4:QW86 Channel 5:QW88 Channel 6:QW90 Channel 7:QW92 Channel 8:QW94

25. Question How many bits in a byte?

26. How to execute an extensive project Get Prior knowledge: I/ Os details Hardware selection Instruments and their signals Networking Prepare PLC Drawing. Process Understanding PLC Programming HMI/SCADA Development according to P&ID diagram. Programming Tools : Standard function blocks User defined data type UDTs Array Recipe Pointer

27. Introduction HMI SCADA

28. Simatic WinCC Explorer V8.0 Tools

29. Graphic Designer Graphics Buttons Indication Numeric Input Numeric Display Window navigation Faceplate Instant Face Plate Trends Data logging Alarm history User admn. WebUx Webnavigator

30. Question Write the name of siemens SCADA software?

31. DCS-Distributed Control System

32. Introduction to DCS A Distributed Control System (DCS) is a control system where control elements are distributed throughout the process rather than centralized in a single location. Application : Complex, continuous process control Redundancy: Have redundant controller Scalability: D esigned for large-scale processes Cost: Higher, due to complexity and scale

33. Components of DCS Controllers Communication networks Human-Machine Interfaces (HMI): Engineering Station Historian Station Operator Station(multiple)

34. DSC Overview

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