ON-SITE GUIDE - APPENDIX F - PART 2 - VOLTAGE DROP - HOW TO CALCULATE IT - HOW TO SELECT CABLES

[@johnshiels842]

Another great video David clearly explained, you make them so easy to follow and understand.Always look forward to the next one

[@learnelectrics4402]

Thank you, great comments and thanks for watching.

[@anthonyfindlay466]

Spot on Dave, excellent keep it up I really appreciate you sharing your knowledge.

[@learnelectrics4402]

Thanks, will do, appreciated.

[@dannysmith2408]

Great video. thank you.

[@learnelectrics4402]

Glad you liked it and thanks for the support, appreciated.

[@brianhewitt8618]

👌excellent, very detailed

[@learnelectrics4402]

Glad you liked it Brian. thanks for watching.

[@AhmedMohammadali-pn3ud]

perfect explanation , thank you

[@learnelectrics4402]

Thanks for watching. Dave.

[@halilyasaval4202]

Thank you so much for good explaning

[@learnelectrics4402]

You are welcome, glad it was useful. Dave.

[@Dr.Stacker]

All examples shown have the load at the end of the circuit length.
In a circuit with fixed loads such as a lighting radial, the loads are at different points/lengths from the CU.Does this mean we have to calculate vd at each individual point and add the sum?
Lastly in a domestic situation its unlikely all lights will be on at the same time. are there any diversity calculations to account for or do we always assume worst case?

[@learnelectrics4402]

Diversity says use 66% of the total possible load for domestic lighting.
With domestic lighting, which isn't that long a length and is comparatively lightly loaded, especially with today's low energy lamps, I never worry about distributed loads.
Industrially, where the loads can be high and the distances long, then yes, I would calculate for each point of use.
Thanks for watching. Dave.

[@jchidley]

At 4:08 the total watts is 1,646 and not 2,215 (lower cable resistance, and thus lower overall resistance, should increase the total power).

[@learnelectrics4402]

Thanks for watching, hope you enjoyed it. Dave.

[@jchidley]

@@learnelectrics4402 All your videos are excellent.

[@William103f]

Shared 👍

[@learnelectrics4402]

Thank you Chris, much appreciated.

[@franciscogago5961]

Thanks ...

[@learnelectrics4402]

You're welcome, thanks.

[@no_short_circuit]

Thanks for the video. Very clear as usual (small typo in table though - I= V /I - instead of I=V/R)

[@learnelectrics4402]

Yep, it seems that everyone spotted that. Corrected on that and repeated slides. Glad someone is checking for me, really appreciated, it helps, Dave,

[@ahmedalazazi2895]

An excellent video
It seems that there is a typo mistake
Thanks

[@learnelectrics4402]

Is there. Thanks for watching and for your feedback. Dave.

[@rjmateo03]

for which country are these exams sir?
very helpful. great job

[@learnelectrics4402]

UK, Great Britain, but learning about electrics helps with any electrical circuit. Just adapt to your own needs. Hope this helps.

[@vachikyadegarian1403]

Hi Dave ,Thank you for clear easy instructions.Dave just to let you know I think there is a typing error in your two initial tables. We see I=V÷I instead of I=V÷R..YOUR LECTURES ARE FANTASTIC.

[@learnelectrics4402]

Yes, my typo. Everyone seems to have spotted that except me. Thanks for the feedback, it is appreciated, Dave.

[@highgatehandyman6479]

Correction Davo.
At 4.17.
I = V/R. As you know

[@learnelectrics4402]

Wow, that's some super typo. Thanks for that, corrected on that and other slides. Hopefully folk will see through it. That's what I love about you guys, you never let me get away with anything - it keeps me on my toes.
Thanks again, really appreciated, Dave.

[@eurotropia]

If you don't understand voltage drop from this video, don't worry, plumbing is still waiting for you!🤣😂😇

[@learnelectrics4402]

Thanks for watching, appreciated. Dave.