Best PLC/SCADA Training in Chandigarh Mohali Panchkula

Allen Bradley PLC Basics

• Introduction to Allen Bradley PLC
• Overview of Allen Bradley PLC models
• Basic operation and features
• Setting up Allen Bradley PLC Hardware
• Installation guidelines
• Configuring input/output modules
• Basic Programming Concepts
• Introduction to ladder logic programming
• Creating and testing basic programs
• Tools Used
• Allen Bradley PLC
• Programming software

Intermediate Allen Bradley PLC Programming

• Advanced Programming Techniques
• Timers, counters, and sequencers TON, TOF, RTO, CTU, and CTD.
• Comparison instructions: EQU, NEQ, GRT, LES, GEQ, and LEQ.
• Analog I/O programming and scaling.
• Using function blocks and structured text
• Ladder Logic Diagrams
• Creating complex control systems
• Debugging and troubleshooting
• Practical Sessions
• Hands-on programming exercises
• Real-world scenarios and case studies

Advanced Factory I/O Simulations

• Complex Simulations with Factory I/O
• Designing advanced automation scenarios
• Testing and debugging advanced simulations
• Integrating with Allen Bradley PLC
• Connecting Factory I/O with Allen Bradley PLC
• Running simulations with real PLC programs
• Tools Used: Factory I/O software, Allen Bradley PLC

Troubleshooting and Maintenance

• Common Issues and Solutions
• Identifying and resolving common PLC problems
• Preventive maintenance practices
• Practical Sessions
• Hands-on troubleshooting
• Maintenance tasks and exercises

HMI (Delta)

• Introduction to HMI
• Role of HMI in Industrial Automation
• Overview of Delta HMI models
• Setting up Delta HMI
• Installation and configuration
• Interfacing with PLCs
• Designing HMI Screens
• Creating user-friendly interfaces
• Configuring alarms and notifications
• Tools Used: Delta HMI, HMI software DOPSoft 4.0

Advanced HMI Design

• Advanced Features of Delta HMI
• Data logging and reporting
• Designing user-friendly screens and control panels.
• Configuring alarms, trends, and real-time data displays.
• Tag mapping and data exchange between HMI and PLC.
• Communication protocols and troubleshooting.
• Security and user management
• Practical Sessions
• Hands-on HMI design exercises
• Real-world application scenarios

Variable Frequency Drives (VFD)

• Introduction to VFD
• Role of VFD in motor control
• Overview of Delta VFD models
• Setting up Delta VFD
• Installation and wiring
• Configuring parameters and settings
• Programming and Troubleshooting VFD
• Basic programming concepts
• Identifying and resolving issues
• Tools Used: Delta VFD, VFD software

Advanced VFD Applications

• Advanced VFD Features
• Energy-saving techniques
• Integration with PLC and SCADA systems
• Setting up speed control, torque adjustment, and acceleration/deceleration.
• Integration with PLC and HMI for advanced motor control.
• Practical Sessions
• Hands-on VFD programming exercises
• Hands-on with conveyor systems and pumps.
• Real-world application scenarios

SCADA (Delta)

• Introduction to SCADA Systems
• Role and importance of SCADA in industrial automation
• Overview of Delta SCADA models
• Setting up Delta SCADA
• Installation and configuration
• Interfacing with PLC and HMI
• Designing SCADA Systems
• Creating user-friendly interfaces
• Configuring data logging and alarms
• Tools Used: Delta SCADA, SCADA software

Advanced SCADA Design

• Advanced Features of Delta SCADA
• Advanced data logging and reporting
• Security and user management
• Practical Sessions
• Hands-on SCADA design exercises
• Real-world application scenarios

SCADA (Allen Bradley)

• Introduction to Allen Bradley SCADA
• Overview of Allen Bradley SCADA models
• Basic operation and features
• Setting up Allen Bradley SCADA
• Installation and configuration
• Interfacing with PLC and HMI
• Advanced SCADA Configuration
• Creating and managing complex systems
• Troubleshooting and maintenance
• Tools Used: Allen Bradley SCADA, SCADA software

Advanced SCADA Applications

• Advanced Features of Allen Bradley SCADA
• Advanced data logging and reporting
• Integration with other automation systems
• Practical Sessions
• Hands-on SCADA design exercises
• Real-world application scenarios

System Integration

• Integrating PLC, HMI, VFD, and SCADA Systems
• Communication protocols and networking
• Real-world integration examples
• Tools Used
• Integrated Automation Systems
• Networking tools

Advanced Integration Techniques

• Complex System Integration
• Designing and implementing integrated systems
• Ensuring reliability and efficiency
• Practical Sessions
• Hands-on integration exercises
• Real-world application scenarios

Capstone Project Planning

• Project Planning and Implementation
• Defining project scope and objectives
• Developing project plans and timelines
• Practical Sessions
• Project proposal development
• Initial project setup and configuration

Capstone Project Execution

• Executing the Capstone Project
• Implementing and testing project components
• Final project presentations and evaluations
• Tools Used
• All relevant software and hardware

Industrial Communication Basics

• Wired vs. wireless communication.
• Types of fieldbus and industrial Ethernet protocols.

Communication Protocols

• Modbus RTU, Modbus TCP/IP, RS232, RS485, Profinet, Profibus.
• OPC UA for SCADA integration

Interfacing Devices

• Connecting PLCs, HMIs, VFDs, and SCADA systems.
• Configuring communication networks and troubleshooting.

Control Panel Components

• Overview of relays, switches, MCBs, MCCBs, and terminal blocks.

Design and Layout

• Creating schematic diagrams.
• Best practices for wiring, labeling, and ensuring safety.

Factory I/O Simulation

• Simulating processes and testing control logic with Factory I/O.

Motor Starters

• DOL, Star-Delta, and soft starters.
• Servo and stepper motors: working principles and control.

Interlocking Circuits

• Safety interlocking principles and implementation.

Hands-On Exercises

• Wiring and programming motor control circuits using PLC and VFD.

Mini Projects

• Traffic Light System: Fully automated traffic light control with PLC and HMI.
• Parking System: Smart parking lot management using sensors and HMIs.
• Tank Filling and Sorting System: Automating a tank filling process with interlocks.
• Conveyor Automation: Material sorting and transport using sensors and actuators.

Major Projects

• Energy Management System: Integrating PLC, SCADA, and VFDs for energy efficiency.
• Remote Monitoring System: SCADA-based monitoring and control for remote sites.
• Industrial Assembly Line: Automation of an assembly line with sequential control.
• Multi-Process Plant Automation: A comprehensive project integrating all learned modules.

Real-World Case Studies

• Analyzing existing industrial automation systems.
• Troubleshooting, optimization, and real-world implementation strategies.

• Workshops and Guest Lectures: Industry professionals share experiences and insights.
• Practical Assignments: Hands-on projects to apply learned concepts.
• Field Trips: Visits to industrial automation facilities.
• Final Project: A comprehensive automation project to showcase skills and knowledge.

Regular Assessments

• Weekly quizzes and practical evaluations.
• Midterm and final written exams.

Final Project Evaluation

• Submission of a detailed project report.
• Practical demonstration and viva.

Certification

• Industry-recognized certification upon successful completion.