What you will learn
Explain Experion architecture and the C300 role; build and read control modules; configure alarms and trends; run DCS commissioning checks.
Course syllabus
- 1. DCS architecture
What makes a DCS different from a PLC · Servers, stations and the control network
- 2. C300 controller and I/O
C300 controller and Series C I/O
- 3. Control modules and logic
Control modules, blocks and cascades
- 4. Operator environment
HMI graphics, alarms and trends
- 5. Commissioning and testing
FAT, SAT and DCS troubleshooting
Free lesson · 18m
What makes a DCS different from a PLC
A distributed control system is built around continuous process control across an integrated plant: a shared engineering database, redundant controllers and networks, an operator environment designed for continuous supervision, and integrated alarming, trending and historisation.
A PLC is typically optimised for fast discrete logic and machine control. Modern platforms overlap heavily, but the design intent shows in daily work: DCS engineering emphasises consistent control modules, alarm management and operator graphics; PLC engineering emphasises deterministic logic and machine sequences.
Experion structures the plant hierarchically — enterprise, site, unit, equipment, point — and that hierarchy drives naming, security and alarm routing, so getting it right at engineering time matters for the life of the plant.
DCS = integrated continuous control, redundancy, shared database, operator-centric; the Experion hierarchy drives naming, security and alarms.