Grounding and Bonding

Great! Thank you! Today I tried to explain the reasoning for grounding and bonding to an employee, and your illustration is WAY more efficient than anything I could come up with.

FINALLY! AFTER 3 YEARS OF ELNC ENGINEERING AND 100 VIDEOS ON THE SUBJECT!!! SOMEONE WHO UNDERSTANDS LANGUAGE AND KNOWS WHAT'S GOING ON WITH GROUNDING!!!

Great video! I got my degree in Computer engineering, and feel very comfortable with electrical theory. But these kind of explanations, involving EMT, and power coming in from your power pole outside, are not often taught in school. They are the great to bring Electrical systems into reality. Thanks!

Thank you so so so much!!! You are an awesome instructor. I’ve been researching and talking to knowledgeable people about this particular subject without any understanding. You definitely have made it easy to understand. Thanks again.

Great video , so many people think the grounding electrode will clear a fault or remove shock potential and it won’t and your video clearly shows how you clear a fault or remove shock potential.

what a great video! the best explanation I have every seen.all the years I have been around electric systems There has never been information this clear . thank you.....

Wow what a great explanation of the different ways that the N.E.C. establishes rules and regulations to protect the typical person. Keep up the good work. Remember to take out a permit from you local agency if you do any type of electrical work or upgrades in your home and only use qualified electricians to make the changes otherwise if there is a fire and it is traced to defective electrical work your home insurance may not cover the damages.

Excellent video. I'd like to add that scenario #2 also takes place simultaneously in scenario #1 but imagine it's not shown for clarity. Once current hits the ground bar, it's going to flow in the neutral and ground return path and ultimately end up at the source. These paths run parallel from the bus bar to the meter and more current will flow in neutral path since it's likely made of copper vs the aluminum or steel raceway

This was a great way to learn power panel's jigsaw puzzle particularly grounding, bonding and neutral. Hope hit 5M in your life. Generations will come and learn from this wow video.

Thank you for your clear animated presentation that makes thing very clear and set up different real scenarios. Great job!

This video really helped me understand how it all worked, this is good to know because if you mess up anything it will still be able to trip the breaker.

Very well done explanation that simplifies the NEC Article 250 overall concept. Thanks !

Super and easy to understand presentation. not those confusing Talkarounds right to the point Thanks verry much Chris Schmidt

I think one of the biggest problems understanding this is understanding that when talking about ground all grounds are not created equal. You have your grounding rod or earth ground. You have your metal body of your car or the chassis ground. You have your ground on your outlet, the fault current return ground. You have your shield on your guitar cable and when you get a buzzing sound they say they have a bad or broken ground. When you weld and you can't strike an arc you check the welding ground cable to the work piece. I think you've done a great job explaining ground in this application.

Great video, Thanks for explaining it step by step. The animation is awesome, it made it so easy to understand.

Very informative, you answered my question in depth. Thanks! 👍

Amazing graphics and quality explanation. Thanks for sharing.

Thank you for making this video, it is well done and clear.

Wow! Great graphic explanation. New to the channel. A graphic is worth a thousand words. You have a new subscriber

Superb video, clear, easy to understand explanation with animated diagram. I’m now a subscriber.