DCS General
| Topic | Mode |
|---|---|
| • Introduction to various control systems used • Applications of DCS system |
Presentation |
| • Architectural evolution for DCS • Hardware architecture of DCS → Processor, Power supply, I/O modules, Communication bus • Operator and Engineering station, Redundancy |
Presentation |
| • Comparison between the hardware PLC & DCS | Presentation |
Practical exposure on DCS System
| Topic | Mode |
|---|---|
| • Practical exposure on DCS system • Overview of the system components and topologies • Detailed information on • Controllers, I/O cards, Carriers, System power suppliers • Control networks |
Practical on DCS |
| • Designing DCS based automation solution for the application | Practical on DCS |
| • Setting up DCS system with PS, Controllers, I/Os with communication bus system • Connecting field devises to DCS |
Practical on DCS |
| • Configuring engineering and operator stations | Practical on DCS |
| • Application development in DCS system • Graphical User Interface Development • Control Modules, Workspace |
Practical on DCS |
| • Alarm and Process History • Sequential Function Charts • Display Scripting |
Practical on DCS |
| • Users and Securities • Custom Faceplates • Custom Dynamos |
Practical on DCS |
| • Scripting and programming languages | Practical on DCS |
| • Configuring nodes on networks | Practical on DCS |
| • Networking technologies in DCS systems | Practical on DCS |
| • Redundancy systems available in DCS • CPU, Power supply, I/O & Communication redundancy |
Practical on DCS |
Troubleshooting
| Topic | Mode |
|---|---|
| • DCS trouble shooting techniques • Distinguish between hardware problems, software problems, and field problems • Reading the Error status bits • Replacing the faulty modules • CPU, I/O Modules / Power supply • Fault diagnostics and error handling • Backup & Restore Procedures and Techniques |
Practical on DCS |
