Electrical/Safety Training & Consulting Subcontractor

 International Falls, MN

 218-360-1432

    

This is an example of a high voltage electrical power systems four day course outline. 

This outline is adaptable to your industries training requirements and time constraints.

An electrical course is available for non-electricians covering basic electricity. 

                             

Day One: Day Three cont'd:

HIGH VOLTAGE ELECTRICAL SYSTEMS

Review of Basic Electrical Theory & Laws

Resistance, Reactance & Impedance

Three Phase AC Theory

Power Factor & Power Factor Correction

Transformers

Transformer Connections & Grounding

 

Day Two:

HIGH VOLTAGE ELECTRICAL SYSTEMS

Over Voltages

Short Circuits & Fault Currents

Interrupting Capacity

Clearing Time & Peak Let-through Current

Fuses vs. Breakers

Instrument Transformers

Switchgear Control Circuits

Protective Devices & Relaying

Single Line Diagrams

Typical Utility Transformer Single Line

Day Three:

HIGH VOLTAGE ELECTRICAL SYSTEMS

Your Plant's Electrical System

Single Line Diagrams

Available Fault Currents

Review of Principal Electrical Hazards

Shock

Arc Flash

Arc Blast

Secondary Hazards

 

 HIGH VOLTAGE ELECTRICAL SYSTEMS

Ground Fault Circuit Interrupters

Theory of Operation

NEC Requirements

OSHA:

Introduction to OSHA 

Other Regulations & Standards

NFPA, IEEE, NEMA, etc.

OSHA 1910.269 and Subpart 'S'

Importance of NFPA 70E

Review of applicable sections

 

Day Four:

NFPA 70E 

Limits of Approach

Available Fault Current

Using Transformer %Z to estimate

Burn Hazards

What is cal/cam2 

Required Personal Protective Equipment         

Clothing

Eyewear

Other Requirements

NFPA 70 The National Electric Code

Highlights of the 2008 Edition

Optional if time permits

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Updated: 04/25/2008 by MJoEisenach