Excellent again Dave. It would be a good supplement if you could also cover ‘feed to the switch’ configurations as most new builds are doing this in preference to the rose method.
You are already up the ladder at the ceiling rose and your arms won't reach to the light switch as well. A little later, we come down the ladder and move both probes to the light switch. Hope this helps and makes sense. Thanks for watching, thanks for asking. Dave.
Clear and helpful. Thanks Dave.
Very welcome, thanks for the support.
Excellent again Dave👌
Thanks Brian, thanks for supporting the channel. Dave.
Thank you for these videos. They are really great!
Glad you like them, and thanks for watching. Dave.
Thanks again for the video - well explained.
My pleasure, great support, appreciated. I'm hoping to be up your way soon on my way the Isle of Lewis,
Thanks for another great video
Our pleasure, thanks for watching. Dave.
Excellent again Dave. It would be a good supplement if you could also cover ‘feed to the switch’ configurations as most new builds are doing this in preference to the rose method.
Point taken Mike, thanks. Its on the list. Dave.
Good work Dave-best regards
Many thanks David, thanks for the support. Dave.
Hi Dave - when testing CU to switch to find R1+R2 (see 7:00 in the video), why would we not just put the probe on the earth in the switch?
You are already up the ladder at the ceiling rose and your arms won't reach to the light switch as well.
A little later, we come down the ladder and move both probes to the light switch.
Hope this helps and makes sense. Thanks for watching, thanks for asking. Dave.
Thank you so much for sharing your knowledge you're doing a great job keep it up you're the best 👍
Thanks, will do, lots more to come.
Hi I thought you have to time is by 1.2 for 70 degrees cable and 1.28 for 90 ,do you not do that in real life ? Please answer thx 1:53
We multiply by 0.8 to find the measured values. If you DIVIDE by 1.2, you will get almost the same answer.