Great explanation Gaz, I always like disconnecting both ends, out of preference. Then just a quick test from the clamp to the copper pipe as a secondary check. This parallel path scenario is a real problem when attempting to perform a 22K extraneous conductive part test. Great video btw👍
It’s not often that Gaz makes a mistake but if he does he always puts it right. And he always the first to admit when he is wrong , Personally I can’t fault him he’s a fantastic teacher.👍
Brilliant Gaz and thank you for correcting your mistake . We all make mistakes sometimes , and it takes a real professional to admit it and correct the mistakes. Nice job well explained and easy to understand. Fantastic video as always 👍👍👍❤️
Forgive me but shouldnt we be checking for diverted currents before disconnection of the bonding conductor? I know it'll be highly unlikely to have any circulating currents (with it being a sterile test rig) but they did update GN3 to include this pre-check before disconnection of bonding conductors along with how to mitigate them with bridging while the test is performed.
Great explanation Gaz, I always like disconnecting both ends, out of preference. Then just a quick test from the clamp to the copper pipe as a secondary check.
This parallel path scenario is a real problem when attempting to perform a 22K extraneous conductive part test. Great video btw👍
Thanks 👍🏻
Sitting my AM2S soon - your videos have taught me more than college has. Thanks for all you do for us apprentices.
All the best with your AM2S and a massive thanks for watching 👍🏻. Gaz
Fair play to pointing out an error when it's been discovered 👍
So many people, in all walks of life, don't
I just want to help 👍🏻. Thanks for commenting and watching. Gaz
Re-sitting my AM2, I PANICKED when doing the fault finding of the bonding because of the parallel paths, this is a massive help
All the best 👍🏻
Best teacher in the world ! 🤩🤩🤩🤩Theory, on paper and real life scenario.
Thanks for the great comment and watching 👍🏻
Nice real life scenario explained in detail by someone who knows what they are talking about
Thanks for watching and the kind words 👍🏻
It’s not often that Gaz makes a mistake but if he does he always puts it right. And he always the first to admit when he is wrong ,
Personally I can’t fault him he’s a fantastic teacher.👍
Fantastic video again Gary. What an excellent teacher you are. Clearly explains everything everytime. Well done sir
Brilliant Gaz and thank you for correcting your mistake . We all make mistakes sometimes , and it takes a real professional to admit it and correct the mistakes. Nice job well explained and easy to understand. Fantastic video as always 👍👍👍❤️
Always happy to help 👍🏻
Thanks for sharing this information. Really Helpful.
Thanks for watching 👍🏻
Nicely explained. . It's always a problem with fault finding you can soon loose track of what your doing and end up in a mess
Thanks for commenting and watching 👍🏻
This guy is a legend
Thanks 👍🏻
Thanks for sharing it with us
Thanks for watching 👍🏻
Very Informative
Thanks
A very good tip thank you
Thanks for watching and commenting 👍🏻
Explained much better
More details on doubling up please🙏
Forgive for asking what is probably a silly question, how does removing the clamp stop the parallel earth path to the other pipe, it's copper?
Nice information 👍
Thank
Forgive me but shouldnt we be checking for diverted currents before disconnection of the bonding conductor? I know it'll be highly unlikely to have any circulating currents (with it being a sterile test rig) but they did update GN3 to include this pre-check before disconnection of bonding conductors along with how to mitigate them with bridging while the test is performed.
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Mentor won't be catching me out on this one now 👌
😃👍🏻
👍👍👍👍👍
Thanks
@@GSHElectrical You do a good job, every time
my brain just commited suicide whilst watching this video
🤦🏻♂️
@@Paul-ym4mz nah joiner explains a lot lol