Programmable Logic Controllers (PLCs) are the core of any modern automated industrial plant. This course provides aspiring engineers with the essential conceptual and practical knowledge of Siemens Industrial Automation technologies.
You will gain a deep understanding of the principles of operation, effective maintenance techniques, and basic troubleshooting for Siemens S7 300 and 400 PLCs. Our goal is to familiarise you with overall machine design concepts, preparing you for real-world industrial challenges.
Our curriculum is structured to guide you from foundational concepts to practical application in Siemens PLC programming and maintenance.
Module 1: Introduction to Siemens PLC Systems
- Overview of the Siemens PLC family
- Deep dive into PLC architecture: Power Supply (PS), CPU, and Modules (Signal, Special, Peripheral)
- Understanding PLC operation modes and cycles
Module 2: Simatic Step 7 Software
- Navigating the Simatic Manager Software
- Setting up the PG/PC interface
- Mastering hardware configuration
Module 3: PLC Programming Fundamentals
- Addressing techniques: Numbering systems, symbolic and absolute addressing
- Introduction to PLC programming languages (LAD, STL, FBD) as per IEC 1131 standard
- Creating and configuring a new project
- Understanding programming structure with basic and advanced instructions (e.g., Timers, Counters, Comparators)
Module 4: Practical Application and Troubleshooting
- Connecting the PLC with various field devices
- Uploading, downloading, archiving, and retrieving programme files
- Diagnosing faults using both software and hardware systems
- Hands-on practical exercises based on different industrial applications
This course is designed for all personnel involved in the lifecycle of automation and control systems, including:
- Design Engineers
- Installation Technicians
- System Operators
- Maintenance Professionals
- Automation Engineers
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Identify the advantages of PLCs over conventional control systems.
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Confidently operate a Siemens programmable logic controller.
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Describe the function of each system component within a PLC.
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Create simple programmes using LAD, STL, and FBD languages.
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Translate ladder diagrams into their electrical and logic circuit equivalents.
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Apply safe practices when working with PLC control systems.
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Gain hands-on experience through practical industrial scenarios.
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Become part of the Greenpeg Academy Alumni for ongoing technical support.