It is not difficult.
For a experienced ,competent electrician, with good eye sight
DS
It is not difficult.
Just to point out for the OP - that was said in relation to two spurs from a socket on the ring.For a experienced ,competent electrician, with good eye sightTo be fair, judging by you're plastering - on you go !
If the word "bypass" was unqualified, I would certainly agree with you. However, as I wrote to secure, does not "bypasses the first socket within the back box " rather change things?I think 'bypass' means 'go round' which technically would not comply.
That's what I rather assumed, and have been saying to people. You words seemed very clear to me, despite the drawing!I just drew it that way to avoid confusion with you guys thinking it was terminated in the back box socket... but introduced a different type of confusion with people thinking it goes around!
Ah. All settled.If the word "bypass" was unqualified, I would certainly agree with you. However, as I wrote to secure, does not "bypasses the first socket within the back box " rather change things?
To be picky, how can it go round the socket and remain within the vertical - not to mention horizontal - zone?Furthermore, if (as the drawing seemed to imply) it did "go round" a single box, but remained within the vertical safe zone created by the double socket below, would it not be complaint?
As I said, it could go round a single socket yet remain within the safe zone created by a double box below, couldn't it?To be picky, how can it go round the socket and remain within the vertical - not to mention horizontal - zone?
As I wrote before, unless one regards CPC redundancy as a high priority (despite 'balancing' downsides), it is very difficult to argue with that view.I'm afraid there is no getting away from the fact that a ring with both legs in the same place is not good design.
The double socket below creates a wider safe zone.To be picky, how can it go round the socket and remain within the vertical - not to mention horizontal - zone?
Doesn't that generally apply anyway. Regardless of the rules about safe zones, only a fool would assume that there cannot be a cable there and chop away blindly - especially in a kitchen with a higher density of cabling than other rooms.To be less picky, if someone were to try and remove the backbox with chisel or drill, say to fit a double, how would they know the cable was there?
Ah. Yes, it does. Thanks.The double socket below creates a wider safe zone.
Yes, true.Doesn't that generally apply anyway. Regardless of the rules about safe zones, only a fool would assume that there cannot be a cable there and chop away blindly - especially in a kitchen with a higher density of cabling than other rooms.
I didn't notice that bit before ....To be less picky, if someone were to try and remove the backbox with chisel or drill, say to fit a double, how would they know the cable was there?
So long as a reasonable proportion of people respect them, they obviously help a bit, since the probability of hitting a cable is greater in a "safe zone". However, it is never going to be the case that one can drill/chisel/whatever with impunity in places which are not "safe zones", so their value is clearly limited.However, the logical conclusion of that is that the (so-called) safe zones are a waste of time.
To be fair to myself, I also "pointed it out", in the post before Simon's, but I guess you didn't notice thatNo, Simon has pointed out that - I was not considering the double below.

No, Simon has pointed out that - I was not considering the double below.
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