and you are?More likely wasn’t trained.
1.5mm2 could be used.
and you are?More likely wasn’t trained.
1.5mm2 could be used.
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"Often" would be a stretch. In fact the DNO (at least here) wouldn't even allow it nowadays.10mm cable often supplies a whole house.
The ESB has a requirement that meter tails are at least 16mm^2, and NIE is also wholly owned by the ESB.Why not (with 60A fuse)? Just another arbitrary rule they made up?
Are you saying a foreign company imposes their foreign regulations on part of the UK?The ESB has a requirement that meter tails are at least 16mm^2, and NIE is also wholly owned by the ESB.
eh?I ran a 2 ft 2.5mm cable from 1 socket for convenience. The existing 2 sockets that this runs off won't be used as they are now behind built in oven.
I may be wrong, but I think he's saying that his new socket is a 'spur off a spur', but what it's spurred from is an unfused spur, which is now unusable because it is now behind a built-in oven.eh? draw a diagram please.
Just wondering, if the circuit is protected by a 20A fuse/breaker would this be indicative that it is indeed a radial. The op stated that there is already 2 cables in the existing socket so may be already extended. Perhaps the electrician was concerned that adding a further socket to the radial could cause overload to the cable, admittably only if the size of the fuse/breaker was increased, maybe at a later date when it started tripping.He said the 2.5mm will overheat, I believe it's on a 20A fuse.
One imagines so, since it would be particularly stupid to protect a 2.5mm² ring final with a 20A fuse/breaker - but, there again, people sometimes do do 'particularly stupoid' thingsJust wondering, if the circuit is protected by a 20A fuse/breaker would this be indicative that it is indeed a radial.
Unless the cable is buried in thermal insulation or somesuch, it's current-carrying-capacity will be at least 20A, in which case there would be no risk of the cable being 'overloaded' if it is protected by a 20A fuse/breaker, regardless of how many sockets there are.The op stated that there is already 2 cables in the existing socket so may be already extended. Perhaps the electrician was concerned that adding a further socket to the radial could cause overload to the cable, admittably only if the size of the fuse/breaker was increased, maybe at a later date when it started tripping.
The op stated that there is already 2 cables in the existing socket so may be already extended. Perhaps the electrician was concerned that adding a further socket to the radial could cause overload to the cable, admittably only if the size of the fuse/breaker was increased, maybe at a later date when it started tripping.
Unless the cable is buried in thermal insulation or somesuch, it's current-carrying-capacity will be at least 20A, in which case there would be no risk of the cable being 'overloaded' if it is protected by a 20A fuse/breaker, regardless of how many sockets there are.
Who knows what the electrician may have been concerned about? -.... "... Perhaps the electrician was concerned that adding a further socket to the radial could cause overload to the cable, only if the size of the fuse/breaker was increased, maybe at a later date when it started tripping....."
All the rings (and yes they were rings) in my parents house were on 15A rewirable fuses for over a decade, they rewired the place when they moved in but did not replace the fusebox at the time.One imagines so, since it would be particularly stupid to protect a 2.5mm² ring final with a 20A fuse/breaker - but, there again, people sometimes do do 'particularly stupoid' things
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