Ring final continuity testing - r1, rn, r2 & R1+R2

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  • čas přidán 24. 07. 2024
  • In this video i run throught the process and theory of the continutiy of ring final circuit conductors test and how ou can get your r1, rn, r2 & R1+R2.
    Continuity of CPC tests on a radial circuit: R1+R2 & R2: • Continuity of CPC on a...
    The full safe isolation procedure for single phase electrical installations: • Electrical safe isolat...
    Continuity of protective bonding conductors test & equipotential bonding explained: • Continuity of protecti...
    Grab your copy of GN3 here: amzn.to/3cghfMi
    T I M E S T A M P S ⏰
    0:00 - Intro
    0:46 - Safe isolation
    1:21 - Parrallel paths
    1:49 - Why and how do we do this test?
    2:44 - What you need
    4:01 - Step 1
    4:37 - Step 2
    5:31 - Step 3
    6:12 - Step 1 results
    9:21 - Step 2 results
    10:45 - Step 3 results
    13:59 - Outro
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    The works carried out in the video and the opinions shared are my own, and not representative of the associates and companies in the video.
    This content is purely for entertainment purposes and is in no way a "how to", tutorial or educational video.
    Please consult an electrician when dealing with any electrical installations.
    #electricianlife #electrical #electricalengineering
  • Věda a technologie

Komentáře • 17

  • @paulslavickas4742
    @paulslavickas4742 Před rokem +4

    I’m currently in training to get my qualifications, videos like this are great help. Keep up the good work!

  • @alancooper7018
    @alancooper7018 Před 2 lety +2

    Brilliantly presented, clear, comprehensive and above all concise no flowery waffle. Thanks!

  • @sergiofernandez3725
    @sergiofernandez3725 Před 2 lety +3

    This is good stuff Mike. You explain it in a great way that helps me understand it.

  • @hdtests3662
    @hdtests3662 Před 2 lety +2

    The quality of the video and content can't be beaten!

  • @justinHTE84
    @justinHTE84 Před 2 lety +1

    Class these tutorials! Keep em coming!

  • @dansparkyintraining
    @dansparkyintraining Před 2 lety +1

    Nice one Mike 👊

  • @iankerr4380
    @iankerr4380 Před 2 lety

    Hi Mike, minor point in video, that may confuse learners is that when testing round all outlets on ring final circuits all R1+R2 should be mainly the same within 0.05 ohms, if it is true ring with no spurs, Cheers Ian

  • @ELECTRICLIFE4U
    @ELECTRICLIFE4U Před 2 lety +1

    👍👍👍

  • @Shocker99
    @Shocker99 Před rokem

    7:54 Nice...

  • @HeathenGeek
    @HeathenGeek Před 2 lety +1

    I know the vid's not about this, but would luv to treat myself to a KT66DL but what were they thinking with the product design? The colours are terrible 😯😯
    Can they be interchangeable? Maybe they should do a hello kitty version.
    Nicely presented with the testing info mate 👍

    • @mrben1154
      @mrben1154 Před 2 lety +1

      Mike should defo review it for loadout, as I’m 50/50 between the MFT1741+ & KT66

    • @ljtr2112
      @ljtr2112 Před 2 lety +2

      A lot of people criticise the colour scheme but it’s not that bad. IMO it’s absolute quality. Easy to use and the screen is a huge upgrade on anything else on the market

    • @mrben1154
      @mrben1154 Před 2 lety +2

      @@residualelectrical Plus most places it’s £100 less than the top Megger. So looks like decision made. Cheers

  • @user-wr9xp7dx8y
    @user-wr9xp7dx8y Před 9 měsíci

    what is the relationship between r1 and r2 recorded in step 1 and (R1+ R2) recorded in step 3.

    • @residualelectrical
      @residualelectrical  Před 9 měsíci

      Little r’s (r1, r2, rn) are the end to ends of each conductor on a ring circuit only, R1+R2 is the combined line and neutrals of any circuit and done on rings and radials 👍🏼

    • @MrJonnymanchester
      @MrJonnymanchester Před 3 měsíci

      U mean cpc

  • @abel5535
    @abel5535 Před 2 lety

    p̶r̶o̶m̶o̶s̶m̶ 😒