Duration: 3 Months

This course teaches how to design electrical control panels used in industrial automation. It includes both theoretical concepts and hands-on practice in creating schematics using AutoCAD Electrical software. You’ll learn everything from panel layout, cable selection, and protection devices to designing complete wiring diagrams.

Modules Covered:

Panel Design Using Electrical AutoCAD Course Syllabus

Module 1: Introduction to Electrical Panel Design

• • • Overview of Electrical Panels and their Functions

      • Types of Electrical Panels (Control Panels, Distribution Panels, Motor Control Centers, etc.)

    • Importance of Panel Design in Industrial Automation

    • Basic Terminology in Electrical Panel Design

      • Circuit Breakers, Fuses, Contactors, Relays, Switches, Busbars

    • Introduction to Electrical Symbols and Standards

      • IEC, ANSI, DIN, UL Standards for Panel Design

    • Safety Standards in Electrical Panel Design

Module 2: Introduction to AutoCAD and Electrical AutoCAD

• • • Overview of AutoCAD Interface

      • Navigating AutoCAD Workspace

      • Layers, Blocks, and Templates

    • Introduction to Electrical AutoCAD

      • Features of Electrical AutoCAD vs. Standard AutoCAD

      • Setting up Electrical AutoCAD Workspace for Panel Design

    • Electrical AutoCAD Tools and Commands

      • Tools for Wiring Diagrams, Single Line Diagrams, and Panel Layouts

      • Insert Electrical Components (Circuit Breakers, Switches, etc.)

Module 3: Basic Electrical Design Concepts

• • • Understanding Electrical Schematics and Diagrams

      • Schematic Diagrams, Wiring Diagrams, and Layout Diagrams

    • Components of a Typical Electrical Panel

      • Main Breaker, Power Supply, Busbars, Panel Enclosures

      • HMI, VFD, PLC Integration in Panels

    • Power Distribution and Circuit Protection

      • Protection Relays, Fuses, MCCBs, and Contactors

    • Understanding the Role of Electrical Drawings in Panel Design

      • Floor Plans, Wiring Diagrams, and Control Schematics

Module 4: AutoCAD Electrical Components and Symbols

• • • Creating and Using Electrical Blocks in AutoCAD

      • Predefined Electrical Symbols and Blocks in AutoCAD

      • Customizing Electrical Blocks for Panel Design

    • Wiring Diagrams in Electrical AutoCAD

      • How to Draw and Label Electrical Circuits

      • Using Electrical AutoCAD’s Circuit Builder and Schematic Tools

    • Creating and Managing Electrical Components

      • Inserting Circuit Breakers, Fuses, Relays, and Disconnects

      • Managing Connections and Power Paths

    • Symbol Libraries and Catalogs in Electrical AutoCAD

Module 5: Panel Layout Design in AutoCAD

• • • Setting Up Panel Layout in Electrical AutoCAD

      • Using Templates for Panel Layouts

      • Drawing and Dimensioning the Physical Panel Layout

    • Placing Electrical Components in the Panel

      • Mounting Breakers, Contactors, Switches, PLCs, and Other Components

      • Creating Panel Door Layouts (Door Schematic, HMI Placement, etc.)

    • Cable Tray Routing and Layouts

      • Understanding Cable Management in Panels

    • Power Distribution and Grounding Considerations

      • Designing Busbars, Grounding, and Wiring in the Panel

Module 6: Creating Schematic Diagrams and Wiring Diagrams

• • • Creating One-Line and Two-Line Diagrams for Panel Design

    • Generating Power and Control Wiring Diagrams in AutoCAD

    • Creating Ladder Diagrams for Relay Logic and Control Circuits

    • Managing Electrical Panel Wiring in Electrical AutoCAD

      • Adding and Labeling Wires, Conduits, and Cable Types

      • Using AutoCAD’s Automatic Wire Numbering Tools

    • Creating Panel Circuit Lists and Bill of Materials (BOM)

Module 7: Electrical AutoCAD for Panel Protection and Control

• • • Designing Protection Circuits for Electrical Panels

      • Circuit Protection (Fuses, Breakers, MCCBs, etc.)

      • Protection Relays and Control Circuit Design

    • Control Panel Wiring Design and PLC Integration

      • Designing Control Wiring for PLC and HMI Connections

      • Integrating VFDs and HMIs into Control Panels

    • Creating Control Schematics for Start/Stop Circuits

      • Overload Protection, Interlocks, and Safety Circuits

Module 8: Automation Integration in Electrical Panel Design

• • • Incorporating Automation Components into Electrical Panel Design

      • PLC, SCADA, VFD, and Servo Motors

    • Understanding Control Logic and Integration

      • Ladder Logic for Motor Control Panels

      • Communication with External Devices (Field Devices, Sensors)

    • Using AutoCAD to Design Panels for Automation Systems

      • Integrating PLC Inputs/Outputs, Control Relays, and Contactors

      • Designing I/O Terminals and Field Wiring

Module 9: Design Review, Documentation, and Finalizing Panel Layout

• • • Reviewing Panel Designs for Compliance and Safety

      • Verifying Design Against Standards and Client Specifications

      • Quality Checks for Panel Design

    • Documentation of Electrical Panel Design

      • Preparing Detailed Panel Layout Drawings

      • Generating Panel Schematic Drawings, Single-Line Diagrams, and Wiring Diagrams

      • Creating a Complete Panel Design Package (Including BOM, Wiring List)

    • Finalizing the Design and Making Design Modifications

      • Revision Control and File Management in Electrical AutoCAD

Module 10: Practical Project and Case Studies

• • • Designing a Complete Electrical Panel for a Real-World Application

      • Industrial Motor Control Panel, Distribution Panel, or MCC

      • Creating Complete Electrical Layouts, Wiring Diagrams, and Bill of Materials

    • Case Study Analysis

      • Reviewing Electrical Panel Designs for Various Industrial Applications

      • Design Modifications Based on Specific Industry Needs (e.g., HVAC, Water Treatment, Manufacturing)

Conclusion and Certification

• • • Final Project Presentation: Students will present their designed panels and drawings to the instructors.

    • Review of Key Concepts and Techniques

    • Certification of Completion for Electrical AutoCAD Panel Design Course

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This syllabus ensures that students receive a comprehensive understanding of electrical panel design, using Electrical AutoCAD as the core tool. They’ll gain hands-on experience with the full design process, from initial schematics to final panel layout and documentation.