Fundamentals of Industrial Electricity I & II – Charles Black & Associates Inc.

Overview

Fundamentals of Industrial Electricity I

Course Description

This 24 hour workshop is designed to provide an entry level participant with the fundamentals of industrial electricity. The workshop begins with electrical safety including electrical hazards and arc flash hazards that help meet OSHA training requirements. It follows with a practical introduction to electrical fundamentals as applied to industrial electricity. Participants will also learn the proper techniques for using electrical test equipment which is accomplished through hands-on activities. Finally, participants learn the fundamentals of reading schematics, wiring diagrams, and ladder diagrams using company specific and vendor prints.

Course Outline

Electrical Safety

Power of Electricity – Shock, Arc-Flash & Arc-blast
How to identify electrical hazards
Electrical Fires and Burns
Static Electricity
Electrical Lockout / Tagout
Working on or near Energized Parts
Safe Approach Distances
Arc Flash Boundary
Arc Rated PPE

Fundamentals of Electricity

Voltage, Current and Resistance; Ohm’s Law
Series Circuits, Parallel Circuits, and Series / Parallel Circuits
Power: Types & Control
Voltage Drop – Problems, Causes, and Remedies
AC versus DC – Why are There Two Types of Electricity?
How AC and DC are Produced
Introduction to Transformers
3-Phase versus 1-Phase – How are they Different?
Electrical Circuits

Electrical Test Equipment

Using Digital Multimeters to Check Voltage, Resistance, and Continuity
Voltage Testers
Verifying a Circuit is De-energized
3 Modes of Failure: Opens, Shorts, Ground Faults
Clamp-on Ammeter
Megohmmeters
Practical Exercises using trainer panels

Electrical Drawing and Symbols

- Drawing symbols
- Blueprints
- Ladder diagrams
- Electrical Schematics
- Power circuits
- Control circuits
- How to read circuit schematics
- Practical Exercises Using Company and/or Vendor Prints

Prerequisites

Company must provide basic company specific or vendor schematics for training. Participants are also asked to bring their own Multimeters to use in accompanying exercises.

Course Length

24 hours

Other Courses

Discover More Courses

Welding

Our welding courses deliver practical training in maintenance welding, field fabrication, and TIG processes commonly used in industrial environments. Participants develop the skills to perform safe, high-quality repairs and modifications that support equipment reliability and longevity. Each course emphasizes proper technique, setup, and application to ensure consistent, dependable results.

Fluid Power Courses and Consulting Services

Our Fluid Power courses and consulting services develop a strong understanding of pneumatic and hydraulic systems, with a focus on troubleshooting, system performance, and best practices. From foundational concepts to advanced applications, participants gain the skills to diagnose issues and improve system efficiency. These programs support more reliable operation and greater confidence working with critical fluid power systems.

Instrumentation & Process Control

Our Instrumentation & Process Control courses provide practical training in how industrial processes are measured, monitored, and controlled. Covering both foundational and advanced topics, participants learn to work with instrumentation, interpret process data, and troubleshoot control systems. This training supports improved process stability, efficiency, and overall system performance.

PLC and Drives Courses

Our PLC and Drives courses offer hands-on training across Allen-Bradley platforms, motor controls, communication networks, and variable frequency drive systems. Participants build the skills to program, maintain, and troubleshoot automation systems used in modern industrial operations. The training emphasizes real-world application to support reliable performance and efficient system operation.

Steam Systems

Our Steam Systems course provides practical training in steam generation, boiler operation, and distribution systems used in industrial environments. Participants learn how to operate, maintain, and troubleshoot steam systems with a focus on efficiency, safety, and reliability. The course supports improved system performance and more effective energy use.