Using the r1&r2 not only saves you from having to purchase a wander lead, it also prevents people in the occupied building from tripping over the wander lead and suing you into oblivion.
Hi. I noticed your during your final test that your reading gradually dropped from 3.12 down to 3.07 before you released the test button. My Fluke 1662 also creeps downwards the longer I have the test button on the probe depressed, so although it's not a huge drop, how long after the first reading displays would you advise holding the test button down for? Thanks.
Ed Glue is it cause he is black? Lol it could of been a genuine mistake and mix up of the video to the title. Shit happens, he is still helpful and trying to educate your dumb ass.
Maybe add what you should expect to see for a “good” reading. A large house would be different to a smaller one for instance due to the longer cable runs
This test alone doesn’t verify polarity is correct, for example you could have the line or CPC connected into the wrong terminals and still get a reading. You need to also perform continuity of R1+RN to verify the polarity is correct.
Pressing that test button on the lead isn’t going to ‘null’ your leads, that’s what the ‘zero’ button does and that ain’t no ‘ring final circuit’ either. Frightening that guys who’ve never spent a day on site are teaching people who do the work in the real world.
these videos are the most helpful and clear for someone like me learning electrics, please upload more, thank you, your a very helpful source
Thank you very much for the valuable info.. It helps me a lot when i am in trouble with my Fluke1663.
Using the r1&r2 not only saves you from having to purchase a wander lead, it also prevents people in the occupied building from tripping over the wander lead and suing you into oblivion.
You’ll always to have access to a wander lead as it’s the only way to test continuity of the protective bonding conductor.
This video title says Ring Final Test. It actually was a R1+R2 Test for the lightning circuit
fantastic explanation .. well done sir and thank you
Very nicely explained, Thank you
Thank you for sharing =D
Fantastic explanation and demonstration
Time for a cuppa I think
Hi. I noticed your during your final test that your reading gradually dropped from 3.12 down to 3.07 before you released the test button. My Fluke 1662 also creeps downwards the longer I have the test button on the probe depressed, so although it's not a huge drop, how long after the first reading displays would you advise holding the test button down for? Thanks.
this is not a ring final circuit you confused us but its a good explanation thanks
Ring final is generally for sockets right?
This is a Radial Circuit not a Ring Final Circuit as stated in your title.
Ed Glue is it cause he is black? Lol it could of been a genuine mistake and mix up of the video to the title. Shit happens, he is still helpful and trying to educate your dumb ass.
@@edglue6138 Harsh
@@tspirit99 haha. Can't even remember this.
I must of been hungover
@@bitTorrenter I know. Can't even remember this.
I must of been on one. Haha
@@edglue6138 take the knee
Resistance of 3 ohms seems a bit high for such a small circuit.
it's test board (for students). resistor is connected ... :-) different students different reading :-)
Maybe add what you should expect to see for a “good” reading. A large house would be different to a smaller one for instance due to the longer cable runs
Good man
Video has wrong title description, this is a continuity of conductor test.
Good video, I had to speed it up though 😂
At 7.40 the meter says greater than 2000 ohms not 2000 ohms
What?
Your videos are perfect but wrong described. It makes us confused 😉
Wrong screw driver too.
Great demonstration for anyone starting to test. But beware the real world is a different animal.
This test alone doesn’t verify polarity is correct, for example you could have the line or CPC connected into the wrong terminals and still get a reading. You need to also perform continuity of R1+RN to verify the polarity is correct.
This is not a ring final circuit it’s a radial. The method is correct but description is wrong.
So the title of this video is not Testing Continuity of a Ring Final Circuit.
Hate how the fluke doesn't have an auto test for continuity. Holding the leads and trying to press the button is fucking ridiculous
This is like pulling teeth !!
Pressing that test button on the lead isn’t going to ‘null’ your leads, that’s what the ‘zero’ button does and that ain’t no ‘ring final circuit’ either. Frightening that guys who’ve never spent a day on site are teaching people who do the work in the real world.
Those that can do, those that can't teach.
@@bitTorrenter you believe that is accurate ? All teachers can't do the job. That would be strange
It's a usual radial circuit..its not a ring circuit. Nice expalanaitin
Continuity function on fluke is under par. A basic continuity tester from aldi is better.
very length video and you are very slow in eplanation please note and do it in net videos
Im falling asleep...