Before we get around to fixing down floorboards that have been lifted for joistwork/plumbing etc., I want to be confident that everything that sits below is as future proofed for our needs as possible. With that I mind, there’s a short-term plan to build a workshop at the bottom of the garden which will require an electric connection.
I’ve presently got a 6mm twin and earth cable running from the fuse box that currently terminates at a weatherproof box at the rear of the house, and eventually an armoured cable will be trenched in to run from there to the workshop.
My questions are:
- Will the 6mm cable likely be sufficient to meet requirements (detail below)?
- Would the same run of cable (i.e. without the break at the back wall) have been considerably better? I’m assuming this would be a continuous circa 30m run of armoured cable.
Under usual circumstances power will be needed for ceiling lights, but there’s likely to be regular use of an air filter/router/desk lamp etc. I guess maximum load would be the occasional use of a drum sander in conjunction with a 1.5kw extractor. There might be a convection heater too, although this can be switched off at times of higher electrical load.
I’ve presently got a 6mm twin and earth cable running from the fuse box that currently terminates at a weatherproof box at the rear of the house, and eventually an armoured cable will be trenched in to run from there to the workshop.
My questions are:
- Will the 6mm cable likely be sufficient to meet requirements (detail below)?
- Would the same run of cable (i.e. without the break at the back wall) have been considerably better? I’m assuming this would be a continuous circa 30m run of armoured cable.
Under usual circumstances power will be needed for ceiling lights, but there’s likely to be regular use of an air filter/router/desk lamp etc. I guess maximum load would be the occasional use of a drum sander in conjunction with a 1.5kw extractor. There might be a convection heater too, although this can be switched off at times of higher electrical load.