Expert Siemens PLC SCADA VFD Networking Training

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.

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.

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.