Course Outline

Introduction to PLCs

  • What is a PLC and its role in automation?
  • Key components and architecture of PLCs
  • Overview of applications with PLCs

Overview of PLC Programming Languages

  • Introduction to Ladder Logic
  • Sequential Function Charts (SFC)
  • Structured Text and C programming for PLCs

Getting Started with Ladder Programming

  • Understanding ladder diagrams
  • Creating basic ladder programs
  • Common elements: coils, inputs, and outputs

Working with Memory

  • Memory types and their applications
  • Storing and retrieving data
  • Implementing memory in ladder programming

Logical Functions and Advanced Features

  • Using AND, OR, and NOT functions in ladder logic
  • Timers and counters
  • Advanced functionality: arithmetic and comparison operations

Practical Ladder Programming Exercises

  • Designing small automation programs
  • Troubleshooting common programming issues
  • Testing and validating ladder programs

PLC and Networking

  • Integrating PLCs with network systems
  • Communication protocols and standards
  • Practical applications of networked PLCs

Summary and Next Steps

Requirements

  • Logical thinking
  • Basic knowledge of programming

Audience

  • Automation engineers
  • Hobbyists interested in creating intelligent home solutions
 14 Hours

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