Very good! I was getting everything from 0.3 then 0.7 to 1.2 with my clamp meter but wanted to try with my multimeter. Because the readings were all over the place.
good video well explained even to a learner .For those asking for safety a voltage of 220-240 cant kill YOU but just warn you Am serious so next time you will be cautious.Just name of proffessional electrician who has never tasted that wrath.God bless you brother
Hahaha. Thanks bro. People should know that some of these videos are meant for electricians who at least know that a bare conductor can give shock. Thanks again
Год назад+1
Great and clear explanations, thanks! Some feedback on having your channel more appreciated: - improve on video and sound quality - add proper warnings about risks of electricity and tips on how to avoid such dangers
Good and straight to the point. However, where the device or appliance has a voltage range say, from 220-240V which of them do I take when calculating on paper (especially if I don't want to risk engaging with electricity or go practical). Again, is it possible to measure the power/watt of an electric device/appliance when it is not stated on its nameplate? Your kind response will be highly appreciated.
Please in the video, you made mentioned that when testing for the current the red probe lead should be connected to the part of the circuit where supply is coming from and the black probe lead to the part that is going to the load. Thus incoming supply to the red probe and out going supply to the load. Please why should it be so and what happened when that's changed
Good one. But, you should clearly have specified that there was no power on the outlet when you plugged it in because it has a switch. 😟You were handling the cables with your bare hands and it could frighten some people, or make them think it is safe to do so because they don't know there was no power.
Sir please i an back again, let assume that after combining all the conductors for the test in you didn't get the desired result. How will you troubleshoot that
Mate, this was a fantastic explanation and I really appreciate your no-nonsense approach. Keep it up!🎉
Very good explanation. Thank you!
Very clear explanation. Thank you
This was a great explanation. I’ve never understood the conversion. Thank you!
Thanks for the comment ♥️♥️
Very good! I was getting everything from 0.3 then 0.7 to 1.2 with my clamp meter but wanted to try with my multimeter. Because the readings were all over the place.
Best explain ❤
Excellent explanation! Good job
Thanks bro.
Good video
good video well explained even to a learner .For those asking for safety a voltage of 220-240 cant kill YOU but just warn you Am serious so next time you will be cautious.Just name of proffessional electrician who has never tasted that wrath.God bless you brother
Hahaha. Thanks bro. People should know that some of these videos are meant for electricians who at least know that a bare conductor can give shock. Thanks again
Great and clear explanations, thanks!
Some feedback on having your channel more appreciated:
- improve on video and sound quality
- add proper warnings about risks of electricity and tips on how to avoid such dangers
Thanks very much. Well noted
Very Educative, Thanks
you're welcome bro. thanks
Good and straight to the point. However, where the device or appliance has a voltage range say, from 220-240V which of them do I take when calculating on paper (especially if I don't want to risk engaging with electricity or go practical). Again, is it possible to measure the power/watt of an electric device/appliance when it is not stated on its nameplate?
Your kind response will be highly appreciated.
For theoretical calculations, because it's an alternating voltage, you should be given the voltage to work with or you may use 230V
@@obloni_Electrical Okay, thanks
Please in the video, you made mentioned that when testing for the current the red probe lead should be connected to the part of the circuit where supply is coming from and the black probe lead to the part that is going to the load. Thus incoming supply to the red probe and out going supply to the load. Please why should it be so and what happened when that's changed
Good one.
But, you should clearly have specified that there was no power on the outlet when you plugged it in because it has a switch. 😟You were handling the cables with your bare hands and it could frighten some people, or make them think it is safe to do so because they don't know there was no power.
Please what happened when the probe is interchanged thus red probe to the incoming supply ans black probe to the out going supply.
Yooo sir🙌
Sir u do alll I will learn it
Sir please i an back again, let assume that after combining all the conductors for the test in you didn't get the desired result. How will you troubleshoot that
Man that's very dangerous especially for a beginner. you need to put warning on this video.mains voltage is not a joke
thanks Gelle