SIEMENS SIMATIC PCS 7 TRAINING
- Description
- Curriculum
Course Overview
The SIMATIC PCS 7 Training Program is a comprehensive 5-day course designed to equip participants with the knowledge and skills to effectively engineer, operate, and maintain Siemens PCS 7 process control systems.
This program blends theoretical knowledge with hands-on exercises, providing a practical understanding of PCS 7 architecture, automation functions, safety integration, and process visualization.
Participants will learn to perform initial servicing activities on a live PCS 7 system, including diagnostics, hardware exchange, and system monitoring. The course covers system design, station and network configuration, and the use of engineering tools such as:
-
Advanced Process Library (APL)
-
Process Object View
-
Bulk Data Engineering for efficient project planning
Special emphasis is placed on:
-
Sequential Function Control (SFC)
-
Alarm and message management
-
Time synchronization across PCS 7 components
Attendees will also gain in-depth knowledge of safety engineering with F-hardware, safety programs, voting blocks, shutdown groups, and time calculations using S7ftime tools.
The program concludes with advanced process graphics design, enabling participants to configure user-friendly visualizations, modify faceplates, and ensure compliance with APL standards.
By the end of this course, participants will be prepared to engineer, troubleshoot, and optimize PCS 7 systems confidently in real-world industrial environments.
Course Objectives
SIMATIC PCS 7 Training Program
Upon completion of this course, participants will be able to:
-
Understand the fundamentals of SIMATIC PCS 7 system architecture, components, and engineering environment
-
Perform safe servicing activities on a running PCS 7 system, including diagnostics and hardware exchange
-
Configure stations, networks, and automation projects using APL and engineering tools
-
Develop, monitor, and control sequential processes using Sequential Function Control (SFC)
-
Implement and optimize alarm management, group displays, and status displays
-
Engineer and test safety programs with F-hardware, including voting mechanisms, shutdown groups, and passivation
-
Calculate and adjust safety times (reaction, monitoring) using S7ftime tools
-
Design and configure advanced process graphics, block icons, and faceplates in compliance with APL standards
-
Perform bulk data engineering for efficient project planning and implementation
-
Troubleshoot, maintain, and document PCS 7 projects effectively
Discover more from Intelliness Canada
Subscribe to get the latest posts sent to your email.
-
1
Day 01 – Fundamentals & System Overview🔹 Introduction to PCS 7
-
Basics of SIMATIC PCS 7 architecture and engineering environment
-
Syntax rules and conventions in PCS 7
-
Overview of integrated asset management in PCS 7
🔹 Initial Activities when Servicing a Running System
-
Safety guidelines and precautions during live operations
-
Reading out diagnostics data from PCS 7 hardware
-
Exchanging modules and components during running operation (hot swapping)
🔹 System Design & Specification
-
Components of PCS 7 system (stations, servers, networks, controllers, OS clients)
-
Design considerations for high availability and redundancy
🔹 Practical Exercises
-
Creating a new PCS 7 project
-
Setting up hardware configuration and establishing communication
-
-
2
Day 02 – Engineering & Basic Automation
🔹 Station and Network Configuration
-
Configuration of stations and networks in PCS 7
-
Network redundancy and topology setup
🔹 Automation with APL (Advanced Process Library)
-
Using standard APL blocks for automation tasks
-
User block attributes and visualization concepts
🔹 Engineering Tools & Methods
-
Spreadsheet-based engineering with the process object view
-
Bulk data engineering for mass configuration
🔹 Practical Exercises
-
Implementing basic automation functions with APL blocks
-
-
-
3
Day 03 – Sequential Control & Messaging
🔹 Sequential Control with SFC (Sequential Function Chart)
-
Creating sequential control strategies with SFC
-
Monitoring and controlling sequential processes in runtime
🔹 PCS 7 Messaging System
-
Basics of the message system architecture
-
Alarm management and operator messages
-
Project planning of group displays and status displays
🔹 Time Synchronization
-
Synchronization across PCS 7 components
-
Ensuring consistency between controllers, OS, and archives
🔹 Practical Exercises
-
Configuring and testing an SFC sequence
-
Implementing message displays and alarms
-
-
4
Day 04 – Safety Integrated (F-Systems)
🔹 Overview of PCS 7 F-Hardware
-
Introduction to safety-related modules and configuration
-
Hardware redundancy and safe communication concepts
🔹 F-Configuration Parameters
-
Safety mode, sensor evaluation, addressing, monitoring times
-
H-parameters, wiring, and voting principles
🔹 Safety Program Development
-
Acknowledgement mechanisms, voting blocks, and block types
-
Secure Write Command++ and communication in safety programs
🔹 Safety Mechanisms in PCS 7
-
F-shutdown and partial shutdown groups
-
Passivation and reintegration
-
Block types and safety functions
🔹 Practical Exercises
-
Creating and simulating a basic F-program
-
Configuring safety parameters and testing functionality
-
-
5
Day 05 – Advanced Graphics & Optimization
🔹 Advanced Process Graphics
-
Graphic configuration with selected graphic objects
-
Modification of block icons and faceplates in conformance with APL standards
-
Designing user-oriented process visualization
🔹 Calculation & Adjustment of F-Times
-
Using S7ftime.xlsm for reaction time and monitoring time calculation
-
Verification of calculated safety response times
🔹 Final Integration & Project Testing
-
System integration test of automation, safety, and visualization
-
Troubleshooting and diagnostic techniques
-
Documentation and project handover best practices
🔹 Practical Exercises
-
Building advanced process graphics with dynamic elements
-
-
Course Audience
This course is designed for:
-
Control & Automation Engineers responsible for designing, configuring, and commissioning PCS 7 systems
-
System Engineers / Integrators involved in PCS 7 engineering and integration projects
-
Maintenance Engineers & Technicians who troubleshoot, maintain, and modify existing PCS 7 systems
-
Process & Plant Engineers requiring PCS 7 knowledge for operation, monitoring, and optimization
-
Safety & Reliability Engineers engaged in safety program development with F-systems
-
Supervisors / Team Leaders overseeing automation, process safety, and control system activities
Language & Delivery
-
Presentation materials, supplied documents, and workshop exercises will be provided in English.
-
Course explanation and delivery can be conducted in both English and Arabic, depending on the requirements of the attendees.
Training Methodology
Our training methodology is designed to ensure effective learning and skill development through a structured, interactive, and results-oriented approach. We follow a blended learning model, combining instructor-led sessions with hands-on workshops to cater to diverse learning styles.
🔹 Key Elements of the Methodology
-
Interactive Sessions
-
Delivered through case studies, role-plays, and group discussions to foster practical understanding.
-
-
Hands-On Practice
-
Real-world simulations and exercises allow participants to apply concepts and ensure skill retention.
-
-
Technology Integration
-
Modern tools such as Learning Management Systems (LMS) are used for seamless content delivery and progress tracking.
-
-
Continuous Feedback
-
Regular assessments and feedback loops refine the training process and address challenges promptly.
-
-
Post-Training Support
-
Resources, follow-up sessions, and mentorship reinforce learning and ensure long-term application.
-
