Learn YOKOGAWA-CENTUM-VP with Real Code Examples

Distributed control with redundant servers and operator stations

Field device integration via HART, FOUNDATION Fieldbus, or PLC networks

Hierarchical process control with centralized management

Redundant communication networks for reliability

Historian and alarm servers for data and event logging

Control logic executed in distributed servers

Operator stations render real-time process graphics

Field devices communicate via HART, FOUNDATION Fieldbus, or PLC networks

Historian stores process data for analysis

Redundant architecture ensures continuous operations

Redundant distributed servers and operator stations

Hierarchical control loops and modules

Device abstraction for field instruments and PLCs

Batch and sequential control modules

Alarm and historian integration across the system

Oil refinery with distributed control and batch processing

Power plant boiler and turbine control

Chemical plant continuous reactors

Water treatment plant with process loops and alarms

Integrated pipeline monitoring and control system

High availability and redundancy

Distributed yet centralized control architecture

Operator-centric interface design

Modular and scalable system structure

Seamless integration with field devices and PLCs

Modular configuration for process units

Hierarchical control for large plants

Redundant servers and networks for uptime

Integrate new devices without downtime

Simulate and validate additions before deployment

Import legacy CENTUM or other DCS projects

Map field devices and control loops

Update operator graphics for CENTUM VP

Simulate and verify logic

Deploy to live redundant servers