THREE DAYS | R13 800 (Incl VAT) PER DELEGATE
Course Overview:
The Introduction to PLC Programming course provides participants with a solid foundation in Programmable Logic Controller (PLC) programming concepts and techniques. This course covers the fundamentals of PLC technology, hardware components, programming languages, and best practices for developing reliable and efficient PLC programs. Participants will gain hands-on experience in programming PLCs using industry-standard software and learn how to troubleshoot and maintain PLC systems.
Course Duration: 3 days (8:30 – 16:00)
Course Cost: R13 800.00 per delegate
Target Audience:
- Engineers and technicians involved in industrial automation and control systems
- Automation and control systems professionals
- Maintenance personnel
- Individuals seeking to enhance their skills in PLC programming
Prerequisites:
- Basic understanding of industrial automation systems
- Familiarity with electrical circuits and logic concepts
PROSPECTUS
INTRO TO PLC
Course Objectives:
By the end of this course, participants will be able to:
- Understand the role and importance of PLCs in industrial automation
- Select appropriate PLC hardware for specific applications
- Develop PLC programs using different programming languages
- Apply best practices for efficient and reliable programming
- Communicate and network PLCs with other devices
- Introduction to advanced PLC programming techniques Perform maintenance, troubleshooting, and testing of PLC systems
Course Outline
Day 1: Introduction to PLC Programming
- What is a PLC and why is it used?
- History of PLCs and their evolution
- Comparison with other control systems (relays, microcontrollers)
- Advantages and disadvantages of using PLCs
Day 2: PLC Hardware and Programming Environment
- Overview of PLC hardware components (CPU, I/O modules, power supply, etc.)
- Types of PLCs and their applications (Siemens, Omron, Beckhoff)
- Selection of appropriate PLC hardware for specific applications
- Overview of software used to program PLCs
- Programming languages (Ladder logic, Function Block Diagrams, Structured Text)
- Introduction to programming tools (simulators, debuggers)
Day 3: PLC Programming Best Practices, Communication and Troubleshooting
- Programming standards and guidelines
- Debugging techniques
- Program documentation
- Overview of communication protocols (Siemens and others)
- Setting up communication between PLCs
- Setting up communication between PLC and other devices (HMI, SCADA)
- Diagnosing and correcting common PLC problems
- Testing and validating PLC programs
- PLC maintenance and troubleshooting
- Introduction to advanced PLC programming techniques (interrupt routines, PID control, advanced math functions, data logging, reporting)
Delivery Method:
The course will be delivered through a combination of lectures, demonstrations, hands-on exercises, and case studies. Participants will have access to PLC hardware, programming software, and simulation tools to gain practical experience. The course will also include interactive discussions and Q&A sessions to ensure a comprehensive understanding of the topics covered.
Course Materials:
- Course handouts and lecture notes
- Reference materials and recommended readings
- Access to PLC programming software and sample programs
- Access to PLC hardware, simulators, and troubleshooting tools
Assessment and Certification:
Participants will be evaluated based on their understanding of the course content through practical exercises and a final assessment. A certificate of completion will be awarded to participants who successfully fulfil the course requirements.