Understand the essential electrical concepts required for industrial automation, including voltage, current, resistance, power, and electrical circuits. Learn about AC/DC systems, protection devices, and panel components used in real-world automation environments. This foundation prepares students to safely work with PLCs, drives, and control panels.
Session 2: PLC, Sensors and Process Control Systems
Learn the fundamentals of Programmable Logic Controllers (PLC), including inputs, outputs, and control logic used in automation systems. Understand the working principles and industrial applications of sensors, actuators, and process control devices. This topic builds the core knowledge needed to design and implement automated control systems.
Learn the fundamentals of PLC and Variable Frequency Drive (VFD) programming used in industrial automation. Understand how PLCs control motors through VFDs for speed control, energy efficiency, and process automation. This topic introduces the integration between controllers and motor drives.
Understand the role of Human Machine Interface (HMI) and SCADA systems in monitoring and controlling industrial processes. Learn how operators interact with machines using graphical interfaces, alarms, and real-time data visualization. This topic provides the foundation for supervisory control systems.
Get introduced to Delta PLC hardware, architecture, and industrial applications. Learn about PLC ports, wiring, memory structure, and basic programming concepts using Delta PLC. This topic prepares students to start real-time PLC programming.
Session 6: Complete useful Comments for Develop a project
Learn best practices for writing clear and structured PLC program comments to improve readability and troubleshooting. Understand proper tag naming, documentation methods, and project organization. This helps in maintaining professional and scalable automation projects.
Session 7: Special Modules, Encoder, Stepper Motor Basics & Programming
Understand the working principles of special PLC modules, encoders, and stepper motors used in precision automation. Learn how to configure and program them for position, speed, and motion control applications. This topic is essential for advanced machine automation.
Session 8: ISP Software – Quick and General Review
Learn how to use Delta ISPSoft software for PLC programming, configuration, and debugging. Understand project creation, program upload/download, monitoring, and troubleshooting tools. This topic provides hands-on experience with industry-standard programming software.
Understand the fundamentals of Modbus communication protocol used for industrial device networking. Learn how PLCs communicate with HMIs, VFDs, and other devices using Modbus RTU and Modbus TCP. This topic enables integration of multiple automation components.
Session 10: PLC Programming Languages – Ladder – Structured Text – Function Block Diagram
Learn the standard PLC programming languages used in industrial automation. Understand Ladder Logic, Structured Text, and Function Block Diagram for creating efficient control programs. This topic builds strong programming skills for real industrial applications.
Learn how to design and develop professional HMI screens using Delta DOPSoft software. Understand screen creation, object configuration, alarms, data display, and PLC communication. This topic enables students to build complete operator interfaces.
Get introduced to the latest Delta DOP-100 series HMI hardware and features. Learn configuration, communication setup, and advanced functions used in modern automation systems. This topic prepares students to work with current industry HMI technology.programming.
Session 13: PLC Programming Applications – From Real Working Machines
Gain practical experience by working on real industrial automation applications and machine control programs. Learn to develop, test, and troubleshoot PLC programs used in real-world machines. This topic bridges the gap between theory and industry practice.
Session 14: Delta DIAView SCADA – Complete Training
Delta DIAView is an industrial SCADA software developed by Delta Electronics for real-time monitoring, control, and data acquisition of automation systems. It allows communication with PLCs and field devices, enabling users to visualize processes, control equipment, and analyze operational data through graphical interfaces, alarms, and trends. DIAView helps improve system efficiency, reliability, and centralized plant monitoring.
