IEEE 1584-2018 | Guide for Performing Arc Flash Hazard Calculations

In this course, you'll learn the history and go over the IEEE 1584-2002 to the 2018 version.

That said, the coverage of IEEE 1584 and the comparisons between the 2002 and the 2018 editions were well done. I learned something, so keep up the good work.

- Robert Bichage M

Very good and brief refresh training session. This is exactly what I was looking for!!!

- Ysmael Suarez

Outstanding lectures and high quality delivery.

- Gerald M

❮ ❯

$20.00

~~$40.00~~

50% OFF

No Promotional Ads or Content
Keep track of your progress
Access on Kajabi app
Inquire Professional Engineers
Full lifetime access
Assessments
30-Day Money-Back Guarantee
Course Completion Certificate

$20.00

~~$40.00~~

50% OFF

No Promotional Ads or Content
Keep track of your progress
Inquire Professional Engineers
Full lifetime access
Assessments
30-Day Money-Back Guarantee
Course Completion Certificate

In this course, we're going to talk about the introduction (what's the need for this IEEE-1584 standard). We're going to talk about the history and go over the IEEE 1584-2002 version up to the 2018 version. And there are the 16 years of rich history that's extremely important to understand where we are today with the 2018 version and some of the changes.

Furthermore, we're going to talk about a lot of different changes in the IEEE-1584 2018 standard. There are different busbar electrode combinations, there's a different voltage range and conductor gap information, there's information about the box, the height, the width, and the depth, and how they use that enclosure box to calculate the instant energy levels. There's the arcing current variation corrective factor that goes into a lot of detail, there is arc flash test, the continuous voltage spectrum, the enclosure size and correction factor, the table of equipment and class types, the minimum arcing current adjustments, and the 125 kVA transformer cutoff whatever happened to that, so we'll talk about that as well. Grounded versus ungrounded systems, the two-second rule cut off where that is, and as well as what's next? what goes above and beyond this 2018 standard?

This course will cover all the fundamentals of Power system analysis. We will start from very basics: principles of Balanced systems, how power factor affects the performance of systems and techniques which we can employ to improve the power factor. In addition, you will build a strong concept on per unit systems and load flow analysis.

What You'll Learn?

How long is this course and how long do I have to complete it?

How to get course completion certificate?

Can I get this Course Free?

What people are saying about this course?

A quick word from GeneralPAC

Recommended Power System Courses

Importance of Power Quality in Power Systems

Challenges in Protective Relaying in the MV System

About The Instructor

Abdur Rehman is an experienced professional with over 8 years of experience in the Utilities industry with a particular focus on Power Systems operation, protection and System studies. He has been an active participant and Young Professional Leader (Volunteer) in the Greater Seattle Area. Perhaps most importantly he has always been passionate about education and his dedication to the development of GeneralPAC platform that is the key motivation behind these courses.

Completing his BSEE, MSEE and Master’s in Engineering Technology Management from Washington State University, Abdur Rehman has extensive practical experience when it comes to engineering design, field experience, and leadership in the Power Systems Industry.

He worked in the Electrical Utility and consulting sector and brings a wealth of knowledge, explosive insight, and thoughtful prospective in his courses and tutorials. Today, Abdur is an Engineering Manager at AllumiaX, LLC and Principal consultant at EPSFresno.

In a nutshell, all power system courses are special because of his love to share knowledge in the most intuitive way possible.