L
LankyWill
DNO’s do not connect meters, they will run the service cable to a cut out which may also be TNCS, MOPs supply and fit the meters.
I am aware of this, it was just a generalisation.
DNO’s do not connect meters, they will run the service cable to a cut out which may also be TNCS, MOPs supply and fit the meters.
im surprised how the fault caused 2 t.vs to "blow up"Thanks for all your responses by the way, really appreciate all the advice/info!
The fault on your cable should have caused no detrimental issue to the supply network.Looked at the latest email from the supplier and this is what they said!
"The damaged caused an open circuit neutral fault. Where the cable has been damaged it has caused a surge down the overhead network and we have had to replace the ABC conductor and overhead span to rectify this."
"Had there been a fault on the network already we would have known as we would have received prior call outs."
if i was you, id hire a solicitor as it sounds like the 2 neighbours are taking the michael, and so are the supply company.blew up one of their kettles as well apparently!
yeah but this sounds like it was the cable before the service headdon't the DNO fit fuses to prevent such damage to their precious network?
if their fuse didnt react then their system design is a failure, so they should be liable for their own overheads, then the labourer responsible for the damaged cable from overhead to temporarysubstation has fuses as well.
100k? pop that down to the scrappy at lunchtime and go 50/50 with the boss aye?Alasdair's explanation is even more convincing - that it was a PME service that had already lost its neutral upstream and carried on without symptoms. The DNO will have a job arguing that your service cable fault directly caused that problem without at the same time revealing that they were not complying with the ESQCR. Subject to the specifics in the report, I can't see how you could be held responsible for it, or the consequential damage.
FWIW I 've fixed a ton of electronic gear that has been blown up by a wandering neutral. It's a specific hazard in my industry with lots of temporary 3-phase TNS on single-pole connectors and cables. Unlike lightning, which can destroy every semiconductor in one hit, the modest over-voltage of 400V maximum only normally affects the PSU and often just a few components within it. Repair was usually viable and well worth doing, although we sometimes had to write things off for insurance reasons depending on the circumstances. That was professional kit though, where a rack might be worth £100k or more.
Why the dumb Rigpig at least have the decency to correct me or give the other viewpoint.It is where the neutral and earth of the consumer's installation is joined together so on the supply side you have the live conductor and the outer armouring in the combined neutral/earth conductor.
Chances are it's accidental on a phone. I've done it a few times, even when just trying to scroll down the screenWhy the dumb Rigpig at least have the decency to correct me or give the other viewpoint.
Yeah every time i post something loads of people accidentally hit disagree or dislike, really annoyingChances are it's accidental on a phone. I've done it a few times, even when just trying to scroll down the screen![]()