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TOG36

MAINTAIN INSTRUMENTED PROTECTION SYSTEMS – ADVANCED

Introduction:

Instrumented Protection Systems (IPS) are vital tools in industrial automation and modern control systems. These systems aim to improve operational performance and ensure operational safety through advanced technologies for monitoring, analysis, and automatic response to emergencies. This advanced training program focuses on the fundamental and advanced concepts of Instrumented Protection Systems, including planning, implementation, maintenance, and troubleshooting.

Who Should Attend:

  • Electrical and Automation Engineers: Working in industrial protection and control systems.
  • Maintenance and Operations Engineers: Looking to deepen their understanding of protection mechanisms.
  • Safety Managers: Responsible for maintaining operational safety.
  • Project Managers: Involved in the implementation of control and protection systems.
  • Automation Experts: Interested in enhancing their skills in instrumented safety systems.
  • Technical Teams: Responsible for monitoring operational data and performing preventive maintenance.
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Course Contents:

Day 1: Introduction to Instrumented Protection Systems

  • Definition and importance of Instrumented Protection Systems in industries.
  • The difference between traditional protection systems and instrumented protection systems.
  • Components of Instrumented Protection Systems.
  • International regulations and standards related to protection systems.

Day 2: Design and Planning of Instrumented Protection Systems

  • How to analyze risks and set safety requirements.
  • Selection of necessary devices and tools for protection systems.
  • Techniques for designing an optimal system for facility protection.
  • Compliance with international standards such as IEC 61508 and IEC 61511.

Day 3: Implementation and Installation of Instrumented Protection Systems

  • Steps for implementing instrumented protection systems.
  • Modern methods of installation and connection.
  • Testing the systems after installation.
  • Challenges in implementing systems in various industrial environments.

Day 4: Maintenance and Troubleshooting of Instrumented Protection Systems

  • Preventive and routine maintenance strategies.
  • How to monitor system performance and analyze protection data.
  • Techniques for detecting and identifying faults.
  • Tools for troubleshooting and repairs.

Day 5: Recent Developments and Advanced Applications

  • Practical applications of protection systems in various industries (Oil & Gas, Energy, Heavy Industries).
  • The use of artificial intelligence and data analysis to improve the performance of protection systems.
  • Practical examples of improving safety efficiency and reliability.
  • Discussion of case studies and real-life applications.

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