SIMATIC PCS 7 - Fundamental Course

After completing the course, participants will be able to:

• Explain the fundamental architecture and components of a PCS 7 system.

• Understand the roles of the Engineering Station, Automation System, Operator Station, plant bus, terminal bus, and distributed I/O.

• Create and organize a new PCS 7 project or multiproject.

• Configure basic AS and OS stations and understand their communication relationships.

• Build a structured plant hierarchy following process-oriented engineering principles.

• Create and configure CFC charts using PCS 7 APL blocks.

• Parameterize and interconnect typical process objects such as motors, valves, measurements, and setpoints.

• Understand symbolic I/O addressing and textual interconnections.

• Create an automatic process sequence using SFC steps, transitions, and actions.

• Compile the AS and OS portions of a project and identify common configuration errors.

• Download and test the control application using a simulated automation system.

• Create process pictures, block icons, and faceplates for operator control and monitoring.

• Test operating modes, interlocks, alarms, commands, and process sequences in runtime.

• Archive and retrieve a PCS 7 project correctly.

Four-day course program

Day 1 – PCS 7 concepts and project creation — 8 hours

• Introduction to distributed control systems

• PCS 7 system architecture and main components

• Engineering Station, Automation System, and Operator Station

• Plant bus, terminal bus, fieldbus, and distributed I/O concepts

• PCS 7 software tools and engineering workflow

• SIMATIC Manager views:Component ViewPlant ViewProcess Object View

• Project and multiproject concepts

• Creating a new PCS 7 project

• Configuring basic AS and OS stations

• Introduction to hardware and network configuration

• Creating the plant hierarchy

• Defining units, equipment, process tags, and naming conventions

• Practical exercise: Creating and structuring the sample plant

Day 2 – CFC engineering and Advanced Process Library — 8 hours

• CFC concepts and the CFC Editor

• Working with charts, sheets, blocks, and chart partitions

• Introduction to PCS 7 libraries and APL

• Creating control functions for:Digital signalsAnalog measurementsMotors and pumpsValvesSetpoints and process commands

• Parameterizing APL blocks

• Connecting block inputs and outputs

• Symbolic I/O connections

• Cross-chart and textual interconnections

• Execution order and runtime groups

• Introduction to the Process Object View

• Creating basic simulation functions

• Compiling CFC charts and interpreting compiler messages

• Online monitoring and chart testing

• Practical exercise: Engineering and simulating the main process equipment

Day 3 – SFC sequences, compilation, and simulation — 8 hours

• Introduction to sequential control in PCS 7

• Structure and operating principles of SFC

• Steps, transitions, actions, and sequencers

• Connecting SFC commands and conditions to CFC blocks

• Developing an automatic process sequence

• Starting, holding, resuming, aborting, and resetting a sequence

• Interlocks and permissive conditions

• AS compilation options

• Downloading the application to the simulated controller

• Online monitoring of CFC and SFC logic

• Testing normal and abnormal process conditions

• Troubleshooting common engineering and simulation problems

• Practical exercise: Creating and testing the automatic production sequence

Day 4 – Operator Station engineering and integrated project test — 8 hours

• PCS 7 Operator Station fundamentals

• Relationship between the plant hierarchy and OS areas

• Compiling and transferring AS/OS data

• Creating process pictures

• Generating and configuring block icons

• Working with APL faceplates

• Operator commands and operating modes

• Alarm generation, acknowledgement, and status indication

• Basic process value and trend monitoring

• OS compilation and runtime activation

• Integrated test of the complete project

• Testing commands, interlocks, alarms, failures, and automatic sequences

• Basic troubleshooting and diagnostic workflow

• Project archiving and retrieval

• Final practical exercise and course review

Sample project

Throughout the course, participants will develop one integrated simulated process project containing:

• Analog and digital process signals

• Level or temperature measurement

• Motor or pump control

• Valve control

• Manual and automatic operating modes

• Interlocks and permissive conditions

• Process alarms and status indications

• An automatic SFC sequence

• PCS 7 OS process graphics

• APL block icons and faceplates

• Controller and process simulation