I've just done a site survey for a customer who wants power to their shed (how many times have we heard that one?) Their house was rewired a couple of years back with a new split load cu installed. The firm of contractors left a 13Amp FSU on the bedroom wall at the back wired into the 32A RCD protected ring -
"To allow a cable to be run through the wall to the shed"
The requirement is for 1 x 13A DG socket and a fused spur to a light fitting.
Now, I've done sheds and the like before, but this is a new one on me. I would normally tell the customer that an MCB protected SWA from the CU is the way to go - but this arrangement does seem to meet the regs. What do the rest of you guys think?
Also, there's no way to bury the SWA without major concrete work, its 25m house to shed with nothing to support a catenary wire and only a wooden posted fence running up the boundary that is right next to the house wall and the shed. Catenary along the fence??
What would you other more experienced sparks do?
"To allow a cable to be run through the wall to the shed"
The requirement is for 1 x 13A DG socket and a fused spur to a light fitting.
Now, I've done sheds and the like before, but this is a new one on me. I would normally tell the customer that an MCB protected SWA from the CU is the way to go - but this arrangement does seem to meet the regs. What do the rest of you guys think?
Also, there's no way to bury the SWA without major concrete work, its 25m house to shed with nothing to support a catenary wire and only a wooden posted fence running up the boundary that is right next to the house wall and the shed. Catenary along the fence??
What would you other more experienced sparks do?