Siemens SCADA WinCC Explorer Training

Simatic WinCC Explorer V7.5 Course Contents

A course focused on SCADA WinCC Explorer V7.5 SP2 typically covers topics related to configuring and designing Supervisory Control and Data Acquisition (SCADA) systems using the WinCC software. WinCC Explorer is a component of the Siemens Simatic HMI ecosystem and is used for creating and managing SCADA projects. The course content can vary based on the training provider and the level of the course (basic, intermediate, advanced), but here's a general outline of what you might expect to find in such a training program:

1. Introduction to SCADA and WinCC Explorer:

• Overview of SCADA systems and their role in industrial automation.

• Introduction to WinCC Explorer and its capabilities.

2. WinCC Project Setup and Configuration:

• Installing and setting up WinCC Explorer V7.5 SP2.

• Creating new SCADA projects and configuring project settings.

3. HMI Screens and Visualization:

• Designing HMI screens for SCADA applications using the WinCC Graphics Designer.

• Adding, arranging, and customizing visual elements (displays, buttons, images, etc.).

4. Data Visualization and Trending:

• Displaying real-time process data on SCADA screens.

• Configuring trend displays for historical data visualization.

5. Alarm Management and Event Logging:

• Configuring alarms and events for SCADA applications.

• Designing alarm screens and handling alarm acknowledgments.

6. Data Logging and Reporting:

• Setting up data logging for historical data collection.

• Generating reports based on logged data.

7. User Interaction and Navigation:

• Creating user-friendly navigation between SCADA screens.

• Implementing touch gestures and interactions.

8. Data Connectivity and Communication:

• Establishing communication between SCADA and PLCs, controllers, or other data sources.

• Configuring data exchange through OPC, Modbus, etc.

9. Scripting and Logic:

• Introduction to scripting using VBScript in WinCC.

• Implementing logic for dynamic behavior and data manipulation.

10. Remote Monitoring and Access:

• Enabling remote access to SCADA applications.

• Implementing remote monitoring and control features.

11. Security and Access Control:

• Configuring user roles, access levels, and permissions.

• Ensuring security and preventing unauthorized access.

12. Historical Data Analysis and Visualization:

• Using historical data for performance analysis and optimization.

• Visualizing historical trends and data patterns.

13. SCADA System Redundancy:

• Implementing redundancy and failover mechanisms for SCADA systems.

14. Practical Projects and Exercises:

• Hands-on exercises to apply the learned concepts.

• Designing and implementing SCADA applications based on real-world scenarios.

15. Best Practices and Guidelines:

• Design principles for creating effective and user-friendly SCADA interfaces.

• Following industry best practices for SCADA system design.

16. Final Project and Assessment:

• Working on a comprehensive SCADA project to demonstrate skills.

• Presentation and assessment of the final project.