Schneider Modicon PLC SCADA VFD Networking Training

• Module 01: - Schneider PLC M240, Software So Machine Expert

• Module 02: - Schneider SCADA AVEVA Citect

• Module 03: - Schneider PLC Networking: - Modbus RTU, Modbus TCP/IP

• Module 04: - Schneider VFD Altivar Training

Schneider Modicon PLC Course Content

• Here's a comprehensive course content outline for a Schneider Modicon M240 PLC programming course using SoMachine software:

  1. Introduction to Schneider Modicon PLCs and SoMachine:

  • Overview of Modicon M240 PLCs and their applications.

  • Introduction to SoMachine software for programming and configuration.

  2. Hardware Overview and Configuration:

  • Introduction to the hardware components of Modicon M240 PLCs.

  • Module selection, addressing, and configuration.

  3. SoMachine Software Installation and Setup:

  • Installing and configuring the SoMachine software.

  • Establishing communication between the software and the PLC.

  4. Programming Languages and Logic:

  • Understanding ladder logic programming.

  • Introduction to structured text (ST) and function block diagrams (FBD).

  5. Basic Instructions:

  • Working with basic instructions such as contacts, coils, and outputs.

  • Practical exercises: Creating simple logic control using basic instructions.

  6. Timer and Counter Instructions:

  • In-depth exploration of timer and counter instructions (TON, TOF, CTU, CTD, etc.).

  • Configuring parameters and applying timers/counters in programs.

  7. Math and Arithmetic Instructions:

  • Using arithmetic instructions for calculations and data manipulation.

  • Practical exercises: Implementing mathematical operations in PLC programs.

  8. Comparison and Data Handling Instructions:

  • Working with comparison instructions (EQU, LES, GRT, etc.).

  • Handling data using move and shift instructions.

• 9. Data Registers and Memory Areas:

  • Introduction to data registers, data types, and memory organization.

  • Working with input/output data registers.

  10. Advanced Programming Techniques: - Developing modular and structured programs. - Using subroutines and jump instructions for efficient code organization.

  11. Analog I/O and PID Control: - Configuring analog input and output modules. - Implementing PID control loops for process regulation.

  12. Communication and Networking: - Setting up communication interfaces (Ethernet, serial, etc.). - Data exchange between PLCs, HMIs, and other devices.

  13. HMI Integration and SCADA Communication: - Connecting the PLC to human-machine interfaces (HMIs) and SCADA systems. - Configuring data exchange and tags.

  14. Safety and Error Handling: - Implementing safety-related logic and error handling routines. - Developing fail-safe programming techniques.

  15. Real-World Applications and Case Studies: - Applying PLC programming concepts to real-world scenarios. - Developing solutions for industrial automation tasks.

  16. Troubleshooting and Debugging: - Techniques for diagnosing and resolving programming errors. - Using debugging tools to analyze program execution.

  17. Best Practices for PLC Programming: - Following industry best practices for efficient, maintainable, and reliable code. - Strategies for optimizing program performance.

  18. Practical Exercises and Projects: - Hands-on exercises to reinforce each programming concept. - Developing complete PLC programs for various automation tasks.

  19. Final Project and Assessment: - Working on a comprehensive project that demonstrates proficiency in PLC programming. - Presentation and assessment of the final project.

Schneider Citect SCADA Training

• AVEVA Citect SCADA is a popular supervisory control and data acquisition (SCADA) software used for real-time process monitoring, control, and data visualization in various industries. Here's a comprehensive outline of a typical AVEVA Citect SCADA course content:

  1. Introduction to SCADA and AVEVA Citect:

  • Understanding the role of SCADA systems in industrial automation.

  • Overview of AVEVA Citect and its features.

  2. AVEVA Citect System Architecture:

  • Components of AVEVA Citect system: Clients, Servers, Historian, etc.

  • Understanding the distributed architecture and communication models.

  3. Project Development and Configuration:

  • Creating a new SCADA project in AVEVA Citect.

  • Configuring project settings, communication drivers, and database connections.

  4. Graphic Design and Visualization:

  • Creating graphical displays and user-friendly HMI screens.

  • Adding and customizing components (trends, alarms, buttons, etc.).

  5. Data Acquisition and Tag Configuration:

  • Configuring data points (tags) for monitoring and control.

  • Defining tag types, scaling, and historical data storage.

  6. Alarm Configuration and Management:

  • Setting up alarms and events for process monitoring.

  • Configuring alarm priorities, notifications, and acknowledgments.

  7. Trending and Historical Data Analysis:

  • Creating trend displays to visualize historical data trends.

  • Analyzing historical data for performance optimization.

  8. Real-Time Data Visualization and Control:

  • Monitoring real-time data from field devices.

  • Implementing control actions and commands.

  9. Scripting and Logic Programming:

  • Introduction to Cicode scripting for custom logic and automation.

  • Implementing scripts for advanced functionality.

  10. SCADA Security and Access Control: - Configuring user roles, permissions, and access levels. - Ensuring security measures to prevent unauthorized access.

• 11. Database Integration and Reporting: - Integrating SCADA data with external databases. - Generating and customizing reports based on collected data.

  9. Scripting and Logic Programming:

  • Introduction to Cicode scripting for custom logic and automation.

  • Implementing scripts for advanced functionality.

  10. SCADA Security and Access Control: - Configuring user roles, permissions, and access levels. - Ensuring security measures to prevent unauthorized access.

  11. Database Integration and Reporting: - Integrating SCADA data with external databases. - Generating and customizing reports based on collected data.

  12. Redundancy and High Availability: - Implementing redundancy for SCADA systems to ensure continuous operation. - Failover mechanisms and backup configurations.

  13. Communication Protocols and Interfaces: - Configuring communication protocols (Modbus, OPC, etc.). - Integrating with PLCs, RTUs, and other devices.

  14. Mobile SCADA and Remote Monitoring: - Enabling remote access to SCADA systems. - Implementing mobile and web-based monitoring interfaces.

  15. Troubleshooting and Diagnostics: - Techniques for diagnosing and resolving SCADA issues. - Analyzing logs and diagnosing communication problems.

  16. Best Practices and Design Guidelines: - Design principles for creating effective and user-friendly SCADA interfaces. - Following industry best practices for SCADA system design.

  17. Practical Projects and Exercises: - Hands-on exercises to apply the learned concepts. - Designing and implementing SCADA applications based on real-world scenarios.

  18. Case Studies and Real-World Examples: - Reviewing real-world applications and case studies. - Discussing challenges and solutions in SCADA implementations.

  19. Final Project and Assessment: - Working on a comprehensive SCADA project to demonstrate skills. - Presentation and assessment of the final project.