Could it be simpler to extend the ring, adding another surface mount socket in a convenient location, and running the cable in a length of trunking inbetween?
2 gang trailing socket hardwired in place of 2 gang switched socket
I don't think that would be easier. But I'll have a look at the room and consider it!
Sort of... plus an appropriately sized flex and a cable gland for the metalclad backbox etc.
....or a cheap extension lead connected to an FCU.
Your choice may depend on your expected loads.
...but that's just my thoughts!
I reckon max load cwould be a 2KW heater plus a 90w laptop charger...
Two gang socket outlets are rated at 20 amps not 26.
BUT -
a double socket on a 27A cable only protected by the two 13A plug fuses is allowed and accepted practice.
a double socket on a 27A cable only protected by the two 13A plug fuses is allowed and accepted practice.
In fact the cable is only required to be rated at 20A, though it's also required to be at least 2.5mm² so in favourable installation conditions it's current rating will be significantly higher than 20A.
The implicit assumption is clearly that a double socket is unlikely to be used for two large loads at the same time.
The implicit assumption is clearly that a double socket is unlikely to be used for two large loads at the same time.
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I've bought 2m of 2.5mm2 3 core. It will be loose, so uninsulated. So should be rated higher than 20A. Haven't checked the on site guide and don't know off the top of my head.
The two cables of the ring, yes (making 40A) - but that does not apply to a spur.
What is the reason for stipulating a minimum 20A CCC and immediately prohibiting such a cable?
Why?
Obviously I'd defer to the professionals here, but would a flex outlet plate such as:
on a 16mm pattress be the slimmest solution?
on a 16mm pattress be the slimmest solution?