Distributed Control System (DCS) Training Course

Upon completing this Distributed Control System (DCS) training course successfully, participants will have an understanding of:
• DCS function in Oil/Gas facilities
• DCS main elements
• Distributed control system architecture
• Control loop concept as a control block
• Typical continuous control loop (Analogue loop)
• Typical Discrete control loop
• DCS power supply
• Power interruption effect on DCS
• Advantages and disadvantages of DCS
• DCS Bailey INFI-90 overview
• Bailey DCS INFI-90 hardware components
• Bailey DCS functional blocks
• INFI-NET data highway interfaces
• DCS alarm management system
• DCS Loop Drawing, typical examples
• LER PCU Cabinet typical layout
• PCU cabinet architecture
Course Content
Recent Trends in Digital Control Systems
• Advances in Computers
• Advances in Communications
• Early Distributed Control Systems
• Open System Interconnection
• Digital Communication Networks
• Software Considerations
Introduction to DCS
• General
• The Distributed Control Concept
• Distributed Control Configuration
• Networks
• The Human Interface Station (HIS)
• The Operator Interface
• Advantages of DCS
Main Benefits of DCS
• General
• Highly Reliable Systems
• The Measure of Reliability
• Availability
• Factors Affecting System Reliability
• Task Partitioning
• Redundancy
• Hardware Backup
• Software Backup
• Diagnostics
• Spare Parts
• Power Resources
• External Influences
Components & Structure of DCS
• DCS Functions and Features
• Basic Elements of DCS
• DCS Components Details
• Data Highway & Networks
• Operator Workstation
• Engineering Workstation
Distributed Control System Configuration
• General
• The Control Console Equipment
• Hierarchical Configuration
• Loop Configuration
• Continuous Control Loop Configuration
• Data Hi-Way Controller Configuration
• DCS Displays
• Advantages of DCS
• DCS Reliability
• Manual Stations and Analog Controllers
• Mean Time Between Failure (MTBF)
Openness & Integration with PLC’S
• Openness
• Transmission Protocols
• System Integration
• Programmable Logic Controller Interface
FIELDBUS Technology
• General
• What is Fieldbus?
• Progress of Fieldbus Standardization
• Recognition as a Standardization Work Item
• Establishment of the Fieldbus Foundation
• Process of Standardization
• Fieldbus Standard Specifications
• IEC/ISA Standard Specifications
• Features of Fieldbus
• Comparison with Conventional Communication
• Fieldbus Communication
• Various Types of Data Transmission
• Advanced Functionality of Field Devices
• Improvement of Transmitter Measuring Accuracy
• Multifunction Equipment
• Considerations in Basic and Overall Design
• System Startup Considerations
DCS or PLC?
• Either “Distributed Control Systems (DCS)” or “Programmable Logic Controllers (PLC)”
• Benefits of Selecting the “Right” Automation Technology
• Let’s Get Technical Stereotypes Out of the Way!
• The Seven Questions to Ask Yourself Before Selecting a System
• What to consider in Selecting a Process Control System for a Hybrid Application?
• What to consider in Selecting a Control System Supplier for Hybrid Applications?
• Conclusion
How to Evaluate a DCS System?
• Is Distributed Control the Right Choice?
• DCS System Specification
• Evaluating Questions
• On the Basis of Reliability
• On the Basis of Input/Output
• On the Basis of Configuration
• On the Basis of Highway Capabilities
• On the Basis of Operator Interface
• On the Basis of Installation
• DCS Bailey INFI-90 Overview
• INFI-90 Hardware Overview
• INFI-90 General Overview
• HONEYWELL TDC 3000 DCS
• FOXBORO IA DCS
System Maintenance
• End Element Maintenance
• LCN Modules Maintenance
• Anti-Static Precautions
• System Self-Testing
• Examination of Error Indications
• Removing Modules from Service
• Off-Process Testing
• Return Module to Service
• Uninterruptable Power Supply (UPS) Systems
• Power Outage

Methodology
The training methodology integrates lectures, interactive discussions, collaborative group exercises, and illustrative examples. Participants will acquire a blend of theoretical insights and hands-on practical experience, emphasizing the application of learned techniques. This approach ensures that attendees return to their professional environments equipped with both the competence and self-assurance to effectively implement the acquired skills in their responsibilities.

DATE:

1ST BATCH:        11th – 14th Mar, 2025   

2ND BATCH:       1st – 4th Sept,2025