Siemens PLC SCADA VFD Networking Training

• Module 01: - Siemens PLC S7-1200 / S7-1500 / ET200SP& Remote IO ET200S Panel Wiring

• Module 02: - Siemens Software TIA Portal V18/ Simatic Manager V5.7

• Module 03: - Siemens HMI TIA WinCC RT Advance V18 / TP 1200

• Module 04: - Siemens VFD G120 Profinet, Software TIA Start drive V18/Starter V5.4.2.1

• Module 05: - Siemens SCADA WinCC Explorer V 8.0 / TIA WinCC Unified V18 /Professional

• Module 06: - Siemens Networking: - Modbus RTU, USS, ProfiNet, Modbus TCP/IP, Ethernet IP

• Module 07:- Third Party Communication on Modbus RS485 to VFD, Energy Meter, PID, Analog Signal

• Module 08:- Siemens Sinamics Servo Drive V90 Training

• Time Duration 3 Months Daily Monday to Friday 4 hours Training Fee 25000 INR

Siemens PLC TIA Portal V18 Training

Master Siemens TIA Portal V18 and S7-1500 PLC programming with comprehensive training covering everything from basic instructions to advanced techniques, including motion control, network configuration, data logging, and security features. Ideal for professionals looking to enhance their automation skills

• Catalog of Siemens PLC : Confirm detailas of Article Number using through Software TIA Selection Tool Cloud

• Architecture of Siemens S7 families : Explore the features, architecture, and various industrial automation applications of each Modules

• Introduction to Siemens S7-1500 PLC Series: Explore the features, architecture, and various industrial automation applications of the S7-1500 PLC

• Creating and Managing PLC Projects: Learn the complete process of creating, managing, and organizing PLC projects effectively within TIA Portal V18.

• Overview of TIA Portal V18: Gain an in-depth understanding of the TIA Portal V18 interface, including its tools, capabilities, and essential functions.

• Programming in Ladder Logic, Structured Text, and FBD: ladder logic, STL/SCL, and function block diagram—used in TIA Portal V18.

• NO/NC Concepts :- Wiring of Relay, Contactor for DOL Starter, Star-Delta Starter, Reverse DOL Starter in Electrical Panel

• Logic Gates: Series Circuit & Parallel Circuit selection as per given application

• Basic PLC Instructions: Understand and apply fundamental PLC instructions, Like NO/NC, Set/Rest, postive & Negative Edge

• Timer Instructions for Time-Based Operations: Learn how to implement and configure timer instructions for managing operations that are dependent on specific time intervals.

• Counter Instructions for Count-Based Operations: Explore how to use counter instructions to handle operations that depend on counting events or objects.

• Performing Mathematical and Arithmetic Operations: Develop skills in executing complex mathematical and arithmetic operations within your PLC programs for precise control.

• Data Handling and Comparison Instructions: Learn how to manage data, compare values, and utilize comparison instructions for decision-making processes in automation tasks.

• Managing Data Blocks and Memory Areas: Understand the organization, management, and utilization of data blocks and memory areas for storing and retrieving critical information.

• Configuring Analog I/O and Implementing PID Control: Learn how to configure analog inputs and outputs, as well as implement PID control for precise and automated process control.

• Advanced Programming Techniques in TIA Portal: Delve into advanced programming concepts, including the use of complex instructions, data processing functions, and optimized coding practices.

• I/O Configuration and Mapping for Hardware Integration: Gain expertise in setting up and managing input/output points to ensure seamless integration with PLC hardware components.

• Configuring and Mapping Inputs to PLC Logic: Learn the detailed process of configuring and mapping inputs to the PLC logic to ensure accurate system operation.

• Mapping Outputs to Control Devices: Explore the techniques for mapping PLC outputs to various control devices, ensuring proper execution of all control commands.

• Alarm Management and Configuration: Understand the setup and management of alarms within the PLC system, ensuring effective monitoring and timely responses.

• Tower Light Configuration for Machine Status Indication: Learn how to configure and use tower lights as visual indicators for machine statuses, providing real-time feedback in industrial environments.

• Setting up Profinet, Ethernet, and Modbus Communication: Learn to configure communication protocols such as Profinet, Ethernet, and Modbus for seamless data exchange between devices.

• Network Mapping and Device Configuration: Master the setup and management of network communications, including mapping and configuring multiple devices across the network.

• Developing Projects with Distributed I/O Systems: Learn to design and develop complex automation projects that involve distributed I/O systems, suitable for large-scale industrial environments.

• Creating and Using Reusable Function Blocks: Develop custom, reusable function blocks within TIA Portal that can be implemented across multiple projects to save time and improve consistency.

• Introduction to Motion Control for Robotics and Servo Applications: Explore the basics of motion control, focusing on its application in robotics and servo-driven systems for precise movements.

• System Backup and Restore Procedures: Understand the importance of regular system backups and learn the best practices for restoring PLC projects and configurations in case of data loss.

• Implementing Security Features in TIA Portal: Explore the various security measures that can be implemented in TIA Portal to protect your PLC programs and sensitive configurations from unauthorized access.

• Managing and Applying Firmware Updates: Learn the procedures for managing and applying firmware updates to PLCs, ensuring your system always operates with the latest enhancements and fixes.

• Configuring the Real-Time Clock (RTC) for Time-Based Operations: Master the setup of the real-time clock (RTC) in PLCs, enabling precise control over time-based operations and event logging.

• Integrating Third-Party Devices using Profinet and Modbus: Learn how to connect and communicate with non-Siemens devices using Profinet and Modbus protocols, ensuring interoperability across various systems.

• Data Logging Setup for Monitoring and Alarms: Understand how to set up data logging within TIA Portal to monitor system performance and configure alarms for real-time management.

• Using Simulation Tools in TIA Portal for Program Validation: Discover how to utilize the built-in simulation tools in TIA Portal to test and validate your PLC programs before deploying them in the field.

• Troubleshooting and Debugging Techniques in PLC Programs: Learn effective troubleshooting and debugging techniques to identify and resolve issues within your PLC programs, ensuring optimal system performance.

Siemens HMI TIA WinCC V18 Training

Master Siemens HMI KTP 1200/TP1200 Training with TIA WinCC RT Advanced Software. Learn project creation, screen design, communication setup, and best practices to optimize performance and enhance functionality in industrial automation

• Introduction to Siemens HMI with TIA WinCC RT Advanced: Overview of the software, interface, and its role in Siemens HMI development.

• Getting Started with TIA WinCC RT Advanced: Basic setup, installation, and initial configuration of the TIA Portal environment for HMI projects.

• Project Creation in TIA Portal: How to create and manage new HMI projects within the TIA Portal.

• Screen Design Basics: Designing and configuring screens using TIA Portal's graphical tools tailored for the KTP 1200/TP1200.

• Graphic Elements in TIA Portal: Utilizing various graphic elements such as buttons, indicators, and gauges specific to Siemens HMI.

• Object Properties Management: Setting and managing properties for HMI objects to control their behavior and appearance in TIA Portal.

• Data Registration and Mapping: Registering and mapping data points from the S7-1500 PLC to HMI objects.

• Creating and Using Tags: Defining and using tags for dynamic data representation and interaction within Siemens HMI projects.

• Screen Navigation Design: Designing and implementing screen navigation for a smooth user experience using Siemens HMI.

• Alarm and Event Management: Configuring alarm displays and event logging for real-time monitoring in TIA WinCC RT Advanced.

• Trend and Data Logging: Setting up and displaying trend graphs and data logs for historical analysis within Siemens HMI.

• Recipe Management: Creating and managing recipes for automated data handling and process control in TIA Portal.

• User Access and Security: Implementing user authentication and access levels to secure Siemens HMI operations.

• Script Programming: Writing and integrating scripts using VBScript to enhance HMI functionality and interactivity.

• Communication Setup: Configuring communication settings to interface with Siemens S7-1500 PLCs and other devices.

• Simulation and Testing: Using the simulation features to test and validate Siemens HMI designs before deployment.

• HMI to PLC Data Exchange: Handling data exchange between Siemens HMI and PLC, including read/write operations.

• Graphics and Animation: Adding animations and advanced graphics to improve visual appeal and functionality in TIA Portal.

• Troubleshooting and Debugging: Techniques for identifying and fixing issues within Siemens HMI projects in TIA Portal.

• Best Practices and Optimization: Tips for optimizing Siemens HMI designs for performance, usability, and maintainability.

Sinamics VFD Starter Training

Master the Sinamics G120 VFD with our comprehensive training course. Learn motor selection, VFD architecture, control techniques, Starter software, networking, troubleshooting, and more in detailed modules. Perfect for professionals seeking in-depth knowledge and practical skills in industrial automation.

• Introduction to VFD: Overview of Variable Frequency Drives and their significance.

• Motor Working Principles: Understanding how motors work and their applications.

• Selection of Motor: Criteria and process for selecting the appropriate motor for specific applications.

• VFD Architecture: Detailed explanation of the components and structure of a VFD.

• Controlling VFD: Methods and techniques for controlling VFD operation.

• Comparing VFD and Servo Drive: Key differences, advantages, and disadvantages of VFDs vs. servo drives.

• Applications of VFD: Common and specialized applications for VFDs in various industries.

• Sinamics Catalog: Overview and usage of the Sinamics product catalog for selection and specification.

• Introduction to Starter Software: Features and functionalities of the Starter software for VFD configuration.

• Software Installation: Steps for installing the Starter software on a PC.

• Selection of Sinamics Families via TIA Selection Tool: Using the TIA Selection Tool to choose the appropriate Sinamics VFD family.

• Sinamics PM, CU & BOP: Introduction to Sinamics Power Modules (PM), Control Units (CU), and Basic Operator Panels (BOP).

• Backup of VFD Configuration: Techniques for backing up and restoring VFD settings and configurations.

• Online / Reset to Default Comparison: Procedures for online updates and resetting VFDs to default settings.

• Commissioning of VFD: Step-by-step process for commissioning and setting up a VFD.

• Selection of MACRO Number: Choosing the appropriate MACRO number for specific applications.

• Wiring of CU as per MACRO: Correct wiring procedures for Control Units (CU) according to selected MACRO settings.

• 2-Fixed Speed Control: Configuring and implementing 2-fixed speed control on VFDs.

• 4-Fixed Speed Control: Configuring and implementing 4-fixed speed control on VFDs.

• 2-Wire Control: Setting up and operating VFDs using 2-wire control methods.

• 3-Wire Control: Setting up and operating VFDs using 3-wire control methods.

• S-Curve Control: Implementing and configuring S-curve acceleration and deceleration in VFDs.

• V/F Control: Understanding and applying Voltage/Frequency (V/F) control principles in VFDs.

• Vector Control: Implementing Vector Control for precise motor control in VFDs.

• BICO Technologies: Overview of BICO (Bit/Byte Configuration) technologies and their application.

• Navigation of VFD Parameters: Efficient navigation and configuration of VFD parameters.

• Control Mode Options: Exploring various control modes available in Sinamics VFDs.

• Analog Scaling: Setting up and configuring analog scaling for accurate signal processing.

• Relay Activation: Configuring and using relays in VFD applications.

• Networking Configuration: Setting up network configurations for VFDs.

• Modbus RTU: Understanding and configuring Modbus RTU communication for VFDs.

• USS: Understanding and configuring USS communication for VFDs.

• Profinet: Implementing and configuring Profinet communication for VFDs.

• Profibus: Implementing and configuring Profibus communication for VFDs.

• Ethernet IP: Configuring and utilizing Ethernet IP communication for VFDs.

• Troubleshooting Basics: Identifying and resolving common issues in VFDs.

• Basic Faults: Recognizing and addressing basic faults in VFD operation.

• Major Faults: Handling major faults and troubleshooting strategies for complex issues.

• Course Review and Q&A: Summary of key concepts and addressing any remaining questions from participants.

Complete SCADA WinCC Explorer V8.0 Training for Industrial Automation

Learn comprehensive SCADA and WinCC Explorer V8.0 training, including project creation, SCADA design, data logging, alarm management, communication setup, scripting, and security configurations. Ideal for industrial automation professionals

• Introduction: Introduction to SCADA and WinCC Explorer, exploring their significance in industrial automation control systems.

• Overview: Overview of SCADA systems, their functions, and role in automating industrial processes and operations.

• Capabilities: Introduction to WinCC Explorer’s capabilities, including its powerful tools for designing and managing SCADA applications.

• Installation: Step-by-step guide for installing and setting up WinCC Explorer V8.0 for efficient project configuration.

• Project Creation: Detailed process for creating new SCADA projects and customizing project settings in WinCC Explorer.

• HMI Design: Learn to design intuitive HMI screens using the WinCC Graphics Designer, tailoring interfaces for industrial use.

• Customization: Adding and customizing visual elements such as buttons, displays, and images to create interactive SCADA screens.

• Data Display: Techniques for displaying real-time process data on HMI screens, allowing operators to monitor industrial processes effectively.

• Trending: Configuring trend displays to visualize historical process data and monitor performance over time for better decision-making.

• Alarm Management: Setting up alarms and event handling mechanisms within SCADA applications to alert operators of critical issues.

• Alarm Handling: Designing user-friendly alarm screens and implementing efficient alarm acknowledgment systems for operator interaction.

• Data Logging: Learn how to set up data logging for capturing and storing historical data for further analysis and reporting.

• Reporting: Generating insightful reports based on logged data to analyze system performance and operational trends within SCADA.

• Navigation: Creating easy-to-navigate pathways between SCADA screens for a smooth user experience, enhancing operator efficiency.

• User Interaction: Implementing touch gestures and interactive features to make HMI screens more responsive and user-friendly for operators.

• Communication: Establishing reliable communication channels between SCADA systems and PLCs or other controllers for seamless data exchange.

• Data Exchange: Configuring protocols like OPC and Modbus to facilitate real-time data exchange between SCADA systems and industrial devices.

• Scripting: Introduction to VBScript scripting in WinCC, enabling dynamic behavior and automating tasks within SCADA applications.

• Remote Access: Implementing features for remote monitoring and control, allowing operators to access SCADA systems from distant locations.

• Security: Configuring user roles, access levels, and robust security measures to safeguard SCADA systems from unauthorized access.

Comprehensive PLC Communication and Interfacing Solutions

Explore detailed PLC communication and interfacing solutions, including PLC-to-PLC, VFD, energy meters, remote I/O, encoders, and web/mobile integration. Learn through hands-on exercises and practical applications.

1. PLC to PLC Communication: Exploring PLC-to-PLC communication scenarios, various protocols like Profibus and Profinet, and hands-on exercises for effective data exchange.

2. PLC to VFD on USS Protocol: Introduction to USS protocol for VFDs, configuring PLC-to-VFD communication, setting parameters, and hands-on exercises for control setup.

3. PLC to VFD on Modbus RTU: Understanding Modbus RTU for PLC-to-VFD communication, including configuration, addressing, data mapping, and practical exercises for setup.

4. PLC to Energy Meter Communication: Understanding communication with energy meters, common protocols like Modbus, configuring data exchange with PLCs, and practical hands-on exercises.

5. PLC to VFD on Profinet: Introduction to Profinet protocol for VFDs, configuring PLC-to-VFD communication, setting up parameters, and hands-on exercises for control.

6. PLC to VFD on Profibus: Overview of Profibus protocol for VFD communication, configuring PLC-to-VFD links, addressing, and practical exercises for effective setup.

7. PLC to Remote IO on Profinet: Configuring communication between PLCs and remote I/O devices using Profinet, including setup, addressing, and hands-on exercises.

8. S7 PLC to ET 200 CPU on Profinet: Configuring Profinet communication between S7 PLC and ET 200 CPU, including setup, addressing, and practical exercises for integration.

9. PLC to Mobile Interfacing: Configuring PLC communication with mobile devices, including mobile app integration, data exchange, and hands-on exercises for real-time control.

10. PLC to Web Page Interfacing: Integrating PLCs with web pages for remote monitoring and control, including configuration, data exchange, and hands-on exercises for setup.

11. PLC to Encoder Interfacing: Configuring PLC communication with encoders, including setup, data acquisition, and practical exercises for integrating encoder feedback.

12. PLC to PID Interfacing: Implementing PID control in PLCs, configuring PID loops, tuning parameters, and hands-on exercises for effective process control.

Siemens PLC TIA Portal V17 Training

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