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⚡ AutoCAD Electrical

By Eotss Staff Categories: Programming
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About Course

⚡ AutoCAD Electrical Professional Certification

Course Code: 1038-PDuration: 4-6 Weeks (50 Hours)

Industrial control panel schematic in AutoCAD Electrical


📝 Course Description

This Autodesk-certified program provides specialized training in electrical control system design using industry-standard tools. Master schematic creationautomated reporting, and PLC integration for industrial/commercial applications. Includes real-world projects for motor control centers and power distribution systems.

Key Benefits:
✔️ NFPA 70/NEC compliant workflows
✔️ 65,000+ IEC/ANSI symbol library
✔️ Automated wire numbering and cross-referencing


📋 Course Outline

🚀 Phase 1: Introduction (6 Hours)

  • Workspace comparison: AutoCAD vs Electrical

  • Project setup (WD_PROJECT)

  • IEC vs ANSI standards selection

⚡ Phase 2: Schematic Design (12 Hours)

Core Commands:

Command Function Shortcut
WD_INSERT Add components WDI
WD_WIRE Smart wiring WW
WD_PANEL Panel layout WDP

Lab: Design 3-phase motor starter circuit

Phase 3: Standard Diagrams (10 Hours)

  • Ladder logic creation (WD_LADDER)

  • One-line diagrams per IEEE 315

  • Custom symbol builder

Phase 4: Automated Numbering (8 Hours)

  • Wire tagging rules

  • Component cross-referencing

  • Real-time BOM updates

Phase 5: Simulation (6 Hours)

  • Circuit validation tools

  • Short-circuit analysis

  • Arc flash warnings

Phase 6: Integration (8 Hours)

  • PLC module insertion (Siemens/Allen-Bradley)

  • Excel data linking (WD_XLINK)

  • Revit MEP coordination

Phase 7: Capstone (12 Hours)

Project Options:

  1. Manufacturing plant MCC

  2. Hospital power distribution

  3. Renewable energy system


Technical Requirements

Minimum:

  • Intel i7-9700, 16GB RAM

  • 5GB SSD space for symbol libraries

Recommended:

  • Dual monitors

  • 3Dconnexion mouse


Certification Path

  1. Complete all 7 phases

  2. Pass 4-hour practical exam

  3. Submit industrial control panel project

Valid For: 3 Years


Enrollment Packages

Standard ($1,695) Premium ($2,895)
Self-Paced Videos + Live Q&A Sessions
NEC Handbook + Project Reviews

Early Bird: Free PLC I/O Module Library


⚙️ Technical Specifications

Category Details
Software AutoCAD Electrical 2024
Standards NFPA 79, IEC 60617
File Formats DWG, XML, CSV
Certification Autodesk Electrical Specialist

🎯 Learning Outcomes

✅ Create NEC-compliant schematics
✅ Generate automated panel layouts
✅ Integrate PLC I/O drawings


👥 Target Audience

| ⚡ Electrical Engineers | Control systems |
| 🏭 Panel Builders | Industrial equipment |
| 🔌 Automation Techs | PLC programming |


📦 Included Materials

  • NFPA 70 Quick Reference

  • 500+ PLC Symbol Library

  • Cable Schedule Generator


📅 2025 Training Schedule

+ 🗓️ (Mon/Wed)
+ 🗓️ (Self-Paced)

[📥 Download Syllabus] | [📞 Book Consultation]

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What Will You Learn?

  • Course Description
  • AutoCAD Electrical is a specialized version of AutoCAD designed for electrical control systems, automation, and schematic design. This course provides hands-on training to create, modify, and manage electrical drawings efficiently. Participants will learn industry-standard practices for designing electrical circuits, PLC systems, panel layouts, and automated documentation.
  • Technical Information
  • Software Used: AutoCAD Electrical (latest version)
  • File Formats: DWG, DWT, PLC I/O, XML (BOM exports)
  • Key Tools: Schematic symbol libraries, wire numbering, component tagging, circuit builder, report generation
  • Compatibility: Integrates with AutoCAD, Autodesk Inventor, and PLC design software
  • What Will I Learn?
  • By the end of this course, you will be able to:
  • Navigate the AutoCAD Electrical interface and workspace.
  • Create and edit electrical schematics (ladder diagrams, power circuits).
  • Use symbol libraries (IEC, ANSI, JIC) and manage custom symbols.
  • Automate wire numbering and component tagging.
  • Generate bills of materials (BOM) and reports.
  • Design panel layouts and PLC I/O diagrams.
  • Follow industry standards for electrical documentation.
  • Collaborate using title blocks, layers, and project-wide tools.

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