Training: PLC

RFQ/OBP335/2025/26

Training Level     Beginner to Intermediate     Advanced (optional extension module) 6. Training Outcomes (Competency-Based) On completion, learners shall be able to: Explain PLC fundamentals and operating principles Identify PLC hardware components and their functions Read and interpret PLC wiring diagrams and I/O lists Program basic PLC logic using ladder logic Interface PLCs with: Digital inputs and outputs Motors, contactors, and solenoid valves Sensors and switches Perform PLC fault finding using: Online monitoring Forcing and diagnostics Apply safe working practices on live and simulated systems 7. Training Content (Minimum Scope) 7.1 PLC Fundamentals What is a PLC and why it is used PLC vs relay control systems Typical industrial PLC applications 7.2 PLC Hardware CPU, power supply, I/O modules Digital vs analogue I/O (overview) PLC racks and expansion modules Field devices (sensors, actuators) 7.3 Electrical Wiring & Interfaces PLC input wiring (PNP/NPN, sourcing/sinking) Output wiring (relay, transistor, triac) Earthing and noise considerations Control panel best practices 7.4 PLC Programming (Core Focus) Programming software introduction Ladder logic fundamentals: Contacts (NO/NC) Coils Timers (TON, TOF) Counters Interlocks Start/stop motor circuits in PLC logic Seal-in circuits (latching) 7.5 Practical Exercises (Mandatory) Wiring PLC I/O to real or simulated devices Writing and downloading programs Modifying existing logic Simulating faults and troubleshooting Minimum 60% of training time must be practical 7.6 Troubleshooting & Maintenance PLC status LEDs and diagnostics Online monitoring and forcing Common PLC faults: Input failures Output failures Program logic errors Backup and restore procedures 7.7 Safety & Standards Lock-out / tag-out procedures Working on control panels Electrical safety regulations Introduction to relevant standards (IEC / SANS overview) 8. PLC Platforms (Specify or Equivalent) Training shall be delivered on industrial-standard PLCs, such as: Siemens (LOGO!, S7-1200 or equivalent) Allen-Bradley (MicroLogix / CompactLogix) Schneider (Modicon) Omron Service providers shall clearly state the PLC platform used. Training on multiple platforms is an advantage. 9. Training Duration Recommended duration: Service provider needs t ospecify 10. Training Methodology Classroom theory sessions Hands-on practical training Group and individual exercises Real-world industrial examples Fault simulation and troubleshooting scenarios 11. Training Materials (Provider to Supply) Training manuals (printed or electronic) PLC programming software (licensed or training version) Practical training rigs or panels Sample programs and exercises 12. Assessment & Certification 12.1 Assessment Requirements Practical assessment (mandatory) Short theory test or oral assessment Demonstration of fault-finding ability 12.2 Certification Certificate of Competence or Attendance Certificate must include: Learner name Course title Duration Training provider details Date of completion 13. Trainer Requirements Service providers must demonstrate that trainers: Have minimum 5 years industrial PLC experience Possess electrical or automation qualifications Have proven training or facilitation experience 14. Provider Requirements The service provider must submit: Company profile and experience Trainer CVs and qualifications PLC platforms offered Training outline aligned to this specification Proof of previous similar training delivered 15. Venue & Equipment Training may be delivered: On-site or at client premises Facilities must include: Adequate workstations PLC hardware per learner or per small group Safe electrical training environment 16. Optional Advanced Modules (Add-On) Analogue signals and PID basics HMI integration Variable Speed Drive (VSD) interfacing Industrial networks (Profibus, Ethernet/IP)

Request for Quote

2026/01/30 15:00:00

No

RFQ/OBP335/2025/26