This is in fact the actual gist. It should blow at 1.66 times the rate which is about 21 amps. But it doesn't. Why doesn't it if it gets to 28A? I wouldn't mind sticking a clamp meter on it to see what the actual draw is just out of curiosity but I can't really. If you look at te theory it shouldn't work. But it does and without any noticable issues. For the last three years.Hi - if I understand correctly an intermittent load of 28A has been connected to a 13A plug. What happens to the 13A fuse? It sounds potentially dangerous to me.
I wouldn't on someone else's word.Not verbatum. So. C1, C2 or C3 then. If you had to.
And we've all come across similar instances where showers have been connected to a 2.5 t&e straight off a 32A RFC.If you look at te theory it shouldn't work. But it does and without any noticable issues. For the last three years.
So not a fixed 6.5kW load as per original OP, but one that can be terminated probably for 1ph 2.1kW element, which would account for it being ok (Not tripping or any thermal damage) on a 13A plug/socket.It's most likely been converted from 6.5kw heater to 2.1kw heater by the supplier, either from new or as used.
In the link that Westward provided in #19, it says:
Machine will be set for 30amp supply with relevent cable, if they are ordered for 2.6kw 13 amp supply, the cable will need to be changed by the installation engineer as a UK 3 pin plug will not fit onto the cable
Has it been supplied as the 2.6KW unit and the installation engineer just butchered a 13amp plug on the supplied cable rather than replacing it?