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Advanced Mitsubishi Automation Training
Softwell Automation Mitsubishi Training
Module 01: - Mitsubishi PLC iQF Series Panel Wiring
Module 02: - Mitsubishi Software GX-Works3
Module 03: - Mitsubishi HMI GS2107 GT Designer3 Training
Module 04: - Mitsubishi VFD E840 FR-Configurator 2
Module 05: - Mitsubishi Networking: - Modbus RTU, Modbus TCP/IP Ethernet IP & CC-Link IE basic
Module 06:- Third Party Communication on Modbus RS485 to VFD, Energy Meter, PID, Analog Signal
Time Duration 3 Months Daily Monday to Friday 4 hours Training Fee 20000 INR
Why Mitsubishi Training of Softwell?
Transform Your Career with Comprehensive, Hands-On Training
Modules Covered:
Mitsubishi PLC FX 5U / iQF Series: Industry 4.0 ready; transition from older CPUs; GX Works3 exclusive support.
Mitsubishi HMI 2107 WTBD N: HMI configuration, UI design, PLC integration.
Mitsubishi VFD FR E840: VFD setup, configuration, energy-efficient control.
Mitsubishi Networking: Modbus RTU, CC-Link IE, Modbus TCP protocols.
Third-Party Instrument Interfacing: RS485 interfacing with VFD, PID, Energy Meter.
PLC Panel Wiring: Hands-on wiring, safety, and panel design.
Special Features:
Industry-Recognized Certification: Validate your Mitsubishi automation skills.
Real-World Projects: Apply knowledge to practical, industry-based projects.
Flexible Learning Options:
Weekend Classes: Designed for working professionals.
Recorded Sessions: Review or catch up on missed content.
Job Placement Support:
Resume Building Workshops
Interview Preparation Sessions
Job Placement Assistance
Expert Lectures:
Insights from industry experts on the latest automation trends and technologies.
Mitsubishi PLC iQF Course Contents
Introduction to Mitsubishi iQF / FX5U PLC Series: Overview of features, architecture, and industrial automation applications.
Understanding GX Works3 Software: In-depth exploration of the GX Works3 interface, tools, and capabilities.
Project Creation and Management: How to create, manage, and organize PLC projects in GX Works3.
Programming Languages: Instruction in ladder logic, structured text, and function block diagram programming within GX Works3.
Basic Instructions: Introduction to fundamental PLC instructions and their applications.
Timer and Counter Instructions: Using timers and counters for managing time-based and count-based operations.
Math and Arithmetic Instructions: Performing mathematical and arithmetic operations within PLC programs.
Comparison and Data Handling Instructions: Comparing values and handling data for decision-making and processing.
Data Registers and Memory Areas: Managing data registers and memory areas for storing and accessing data.
Analog I/O and PID Control: Configuring analog inputs/outputs and implementing PID control for precise process control.
Advanced Programming Techniques: Utilizing advanced instructions, data handling, and processing functions.
I/O Configuration and Mapping: Setting up and managing input/output points for seamless hardware integration.
Input Mapping: Detailed configuration and mapping of inputs to PLC logic for accurate system operation.
Output Mapping: Mapping outputs to control devices, ensuring proper execution of control commands.
Alarm Mapping: Configuring and managing alarm signals within the PLC for effective monitoring and response.
Network Configuration: Configuring CC-Link IE, Ethernet, and Modbus protocols for communication between devices.
Network Mapping: Setting up and managing network communications, including mapping devices across the network.
Project Development 5000 Networks: Developing complex projects involving 5000 networks for large-scale automation systems.
Creating and Using Function Blocks: Development and implementation of reusable function blocks in PLC programming.
Motion Control: Introduction to motion control functions for robotics and servo applications.
Tower Mapping: Configuring tower lights for visual indication of machine status and alarms.
System Backup and Restore: Best practices for backing up and restoring PLC projects and configurations.
Security Features: Implementing security measures in GX Works3 to protect PLC programs and configurations.
Firmware Updates: Managing and applying firmware updates to ensure optimal PLC performance.
Real-Time Clock (RTC) Setup: Configuring the RTC for time-based operations and logging.
Integration with Third-Party Devices: Connecting and communicating with non-Mitsubishi devices via RS485, Modbus, etc.
Data Logging and Monitoring: Setting up data logging, monitoring, and alarms for real-time system management.
Simulation and Testing: Using GX Works3’s simulation tools to test and validate PLC programs before deployment.
Troubleshooting and Debugging: Techniques for identifying and resolving issues in PLC programs.
Expert Lectures and Industry Insights: Learning from industry experts about the latest trends and technologies in automation.
Mitsubishi HMI GT Desiner3 Course Contents
Introduction to Mitsubishi HMI GT Designer3: Overview of the software, its interface, and its role in HMI development.
Getting Started with GT Designer3: Basic setup, installation, and initial configuration of the GT Designer3 environment.
Project Creation: How to create and manage new HMI projects within GT Designer3.
Screen Design Basics: Designing and configuring screens using GT Designer3's graphical tools.
Graphic Elements: Utilizing various graphic elements such as buttons, indicators, and gauges.
Object Properties: Setting and managing properties for HMI objects to control their behavior and appearance.
Data Registration and Mapping: Registering and mapping data points from the PLC to HMI objects.
Creating and Using Tags: Defining and using tags for dynamic data representation and interaction.
Screen Navigation: Designing and implementing screen navigation for a smooth user experience.
Alarm and Event Management: Configuring alarm displays and event logging for real-time monitoring.
Trend and Data Logging: Setting up and displaying trend graphs and data logs for historical analysis.
Recipe Management: Creating and managing recipes for automated data handling and process control.
User Access and Security: Implementing user authentication and access levels to secure HMI operations.
Script Programming: Writing and integrating scripts to enhance HMI functionality and interactivity.
Communication Setup: Configuring communication settings to interface with Mitsubishi PLCs and other devices.
Simulation and Testing: Using the simulation features to test and validate HMI designs before deployment.
HMI to PLC Data Exchange: Handling data exchange between HMI and PLC, including read/write operations.
Graphics and Animation: Adding animations and advanced graphics to improve visual appeal and functionality.
Troubleshooting and Debugging: Techniques for identifying and fixing issues within GT Designer3 projects.
Best Practices and Optimization: Tips for optimizing HMI designs for performance, usability, and maintainability.
Mitsubishi VFD FR-Configurator2 Course Contents
Introduction to Mitsubishi VFD FR-Configurator 2: Overview of the software’s features and benefits for configuring VFDs.
Getting Started: Initial setup and installation of FR-Configurator 2.
User Interface Navigation: Understanding the layout and key functions of the FR-Configurator 2 interface.
Device Connection: How to connect and communicate with Mitsubishi VFDs using FR-Configurator 2.
Basic Configuration: Setting up basic parameters for Mitsubishi VFDs, including motor settings and operational modes.
Advanced Parameter Settings: Configuring advanced parameters for optimized VFD performance, including acceleration, deceleration, and frequency settings.
PID Control Setup: Implementing PID control for precise speed and torque regulation.
Communication Settings: Configuring communication protocols such as Modbus, CC-Link, and Ethernet.
Program Creation: Creating and managing user-defined programs for specialized applications.
Data Logging and Monitoring: Setting up data logging and real-time monitoring of VFD performance and status.
Fault Diagnosis and Troubleshooting: Identifying and resolving common issues and faults using FR-Configurator 2.
Parameter Backup and Restore: Techniques for backing up and restoring VFD configuration settings.
Firmware Updates: Updating VFD firmware to ensure compatibility and performance improvements.
Integration with PLCs: Configuring VFDs to work seamlessly with Mitsubishi and third-party PLCs.
Energy Savings and Efficiency: Implementing settings for energy savings and enhanced efficiency in VFD operation.
Custom Function Blocks: Creating and applying custom function blocks for specialized VFD control.
Multi-Drive Systems: Configuring and managing multiple VFDs in a single system using FR-Configurator 2.
Safety Features: Configuring safety parameters and functions to ensure safe operation of VFDs.
User Management: Setting up user permissions and access levels for FR-Configurator 2.
Real-World Applications: Practical examples and case studies of VFD configuration for various industrial applications
YouTube Channel of Mitsubishi PLC Training
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Mrs. Ritu Pawar Mob +91-7420804059
pune@softwellautomation.com
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