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AutoCAD Electrical

AutoCAD Electrical

  • OVERVIEW

  • TRAINING OBJECTIVE

  • TRAINING OUTCOME

AUTOCAD ELECTRICAL 4-DAYS TRAINING

AutoCAD Electrical is a specialized version of the popular AutoCAD software that is specifically designed for electrical engineers and professionals involved in the design and documentation of electrical control systems, wiring diagrams, and schematics. It offers a wide range of features and tools tailored to the needs of electrical design and automation.

  • Gain fundamental understanding of the AutoCAD Electrical interface
  • Understanding the workflow & guidelines
  • Understanding project settings & Standards
  • Use and manipulate Electrical symbols from library
  • Learn to create custom symbols & Attributes
  • Create electrical schematic diagram & control circuits
  • Master techniques of adding wires, components & annotations accurately
  • Learn about Connectors and configurations
  • Create PLC & Ladder diagrams
  • Automated Numbering and Tagging
  • Check Errors and validation
  • Create Reports & Bill of material (BOM)
  • Learn to create panel layout & Footprints
  • Create Panel BOM
  • Troubleshooting & Problem solving
  • Publish Electrical drawings

Participants should be comfortable navigating the AutoCAD Electrical interface, accessing menus,toolbars, and commands. Trainees should be able to locate, insert, and modify electrical symbolsand components from the software’s extensive libraries. They should be capable of creatingaccurate and well-organized electrical schematic diagrams for various applications, includingcontrol circuits, power distribution, and motor control. Participants should be competent indesigning ladder diagrams and I/O drawings for programmable logic controllers (PLCs) and controlsystems. Participants should know how to use AutoCAD Electrical automation features fornumbering and tagging wires, components, and devices consistently. Should be skilled inidentifying and rectifying design errors and inconsistencies using the software’s real-time error-checking tools. Participants should be able to generate reports and bills of materials (BOMs) basedon their electrical designs, helping with project documentation and procurement. Participantsshould have the ability to create 2D panel layouts and 3D representations of electrical controlcabinets and panels. Participants should have developed problem-solving skills to address designissues and errors effectively.

Course Outline

DAY-1

  • Introduction to AutoCAD Electrical
  • Understanding AutoCAD Electrical User interface
  • Workspace Switching
  • File types & Templates
  • Briefing on Electrical Ribbon
  • Mouse & keyboard functions
  • Drawing UNITS & LIMITS
  • Drafting settings
  • Customizing status bar for efficient workflow
  • Introduction to Project manager
  • Project standards
  • Creating New project
  • Project settings & Parameters
  • Customizing drawing properties
  • Updating project & drawing files
  • PROJECT PRACTICE

DAY-2

  • Understanding wiring setup
  • Understand Wire types
  • Create wires & configuration
  • Understanding multiple Bus setup
  • Assign wires & layers
  • Change/ convert wire types
  • Edit wires & networks
  • Wire numbering setup
  • Insert wire Numbers
  • Copy wire numbers
  • Edit or update wire numbers
  • Adding signal arrows
  • Introduction to Electrical Symbol Menu
  • Configure symbol standards
  • Understanding Electrical components & Attributes
  • Insert Attributes for component info
  • Inserting component Symbols & placement techniques
  • Editing & Updating components
  • Move, Copy, Rotate, Align & Scale components
  • Use SYMBOL BUILDER for custom symbols/components
  • Use ELECTRICAL & DWG AUDIT to check errors
  • PROJECT PRACTICE

DAY-3

  • Component tag setup
  • Inserting component tag
  • Modify component tag
  • Retagging Components
  • Use of Circuit builder
  • Creating LADDER diagram
  • LADDER setup & configuration
  • Placing in-line components
  • Working with CONNECTORS
  • PLUG & SOCKET type
  • Configuring CONNECTOR Pin numbers
  • Inserting Connectors & attributes
  • Connector wiring
  • Intro to PLC modules
  • PLC connectors & Full modules
  • PLC Addresses
  • Edit PLC modules
  • PROJECT PRACTICE

DAY-4

  • Introduction to PANEL ribbon
  • Associating non-AutoCAD electrical panel drawing to AutoCAD electrical
  • Creating a panel layout
  • Insert panel components
  • Insert component Footprints
  • Edit Footprints
  • Generating reports
  • Report Format setup
  • Generate automatic reports
  • Generate BOM report
  • Generate WIRE CONNECTION report
  • Generate PANEL report
  • Inserting custom Title Block
  • Page setup manager
  • Creating viewports
  • Viewport controls
  • Plot setup
  • Batch plot to combine multiple sheets
  • Export to PDF
  • PROJECT PRACTICE

Course Info

  • No. Of Days: 4 Days
  • Language:English
  • Note:
    • AutoCAD Electrical 2020 or higher is recommended.
    • Notes and worksheets will be provided by the trainer.
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If you are project engineers, graduate students, school leavers, planners or designers who are looking for any of the above training courses, Six Sigma Synergy is the best choice!

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