If there are no wires already in the wall then you will need to either install some, or run a lead to a socket.
Boiler is in the loft so that would be a no-go for me as it means chasing walls and lifting up carpets!
If there are no wires already in the wall then you will need to either install some, or run a lead to a socket.
It could be on the stand in a suitable place and plugged into a socket
Because at heart it remains something designed from the ground up to work with heating systems we don't use in this country.
In all seriousness, couldn't they design a UK one? Like every manufacturer sells their gear in the UK with a UK plug and not a US one. And most use 110-240v ranges in their gear rather than sticking to 110v and proving fugly transformers for the UK market.
In some areas of north America ( USA and Canada ) the electrical supply at the property boundary is nominally 120v with a tolerance and in other areas it can be nominally 110v with a tolerance.The US uses 120v (+or - 5%) not 110v.
In some areas of north America ( USA and Canada ) the electrical supply at the property boundary is nominally 120v with a tolerance and in other areas it can be nominally 110v with a tolerance.The US uses 120v (+or - 5%) not 110v.
In practise due to the way power is distributed over there the voltages are often far from the nominal. It is common to see 11kV along the street on poles and tin can transformers on the poles producing 1xx volts to individual properties.
Not that you understand what that means of course
You didn't understand what nominal voltage meant just a couple of days ago.
Have you finally learnt this really basic principle?
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