test end to end of each conductor phase, Neutral CPC these should be low values less than 0.5ohms the cpc will be slightly higher anything above 1 would indicate a fault.
Then work along each section of the ring until you find it, using the same method
And what if you don't know how the ring is wired ? The sockets are distances apart that the test leads can't reach? It's a complete break, this sounds very time consuming
You can test and narrow it down the length between 2 sockets, then all you need to do is figure out how the wiring is between them,
For example remove all 6 conductors at CU. Short L-E conductors on one leg only. Test at each socket for L-E continuity till you find you don't have it anymore.
Do the same for the other leg.
OK, it isn't perfect but should give you a rough idea.
And what if you don't know how the ring is wired ? The sockets are distances apart that the test leads can't reach? It's a complete break, this sounds very time consuming
And what if you don't know how the ring is wired ? The sockets are distances apart that the test leads can't reach? It's a complete break, this sounds very time consuming
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