AutoCAD Electrical and Low Voltage Panel Design

Master AutoCAD and Low Voltage Panel Design with this comprehensive course!

This course provides a practical, hands-on approach to designing and understanding low voltage electrical panels. You'll gain essential skills in both 2D drafting and panel design principles.

Here's a breakdown of what you'll learn:

• AutoCAD 2D Mastery: Begin with a thorough understanding of AutoCAD 2D commands. You'll become proficient in all essential drafting tools for creating accurate electrical schematics.
• Distribution Board Design: Learn to design distribution boards for both multi-storage and single-storage buildings. This includes crucial calculations for:
  • Load Current Calculation: Accurately determine the electrical load requirements.
  • Breaker Sizing: Select the appropriate breakers for safe and efficient operation.
• Motor Starter Applications: Dive deep into motor starters, covering various types:
  • DOL (Direct Online) Starters: Understand the basics and applications.
  • DOL Control from Two Locations: Implement remote control capabilities.
  • Long Distance DOL Control: Extend control over significant distances.
  • Reverse Forward DOL Starter: Control motor direction.
  • Star Delta Motor Starters: Learn to reduce starting current.
  • Reverse Forward Star Delta Motor Starters: Control motor direction and reduce starting current.
• Cable Sizing & Voltage Drop: Calculate the correct cable size based on load requirements and perform accurate voltage drop calculations to ensure efficient power delivery.
• Power Factor Correction: Size Power Factor Capacitor Banks to optimize power factor and reduce energy costs. Learn how to calculate the required capacitor bank for desired power factor levels.
• Panel Component Sizing: Gain expertise in sizing all critical components within the electrical panel:
  • Breaker Selection: Choose the right breakers for specific loads, particularly motors.
  • Overload Relay Sizing: Protect equipment from overcurrent conditions.
  • CT (Current Transformer) & PT (Potential Transformer) Calculation: Understand and apply these essential measurement devices.
  • Busbar Sizing: Design efficient and reliable busbar systems.
  • Main Breaker Selection: Select the appropriate main breaker for the panel.
• Switchgear & Panel Hardware: Understand the role of switchgear in electrical systems. Learn about key components like switches, fuses, circuit breakers, isolators, relays, and transformers. Furthermore, explore essential micro components including thimbles, lugs, and glands for proper connections and terminations.

This course equips you with the knowledge and skills to confidently design and implement low voltage electrical panels, ensuring safety, efficiency, and compliance with industry standards.