As in the stuff that goes through a factory that doesn't use any carbon? Delivered to site in a truck that doesn't use any carbon. Installed by workmen who walked there? And worked in the dark without lights? And was fireproofed using chemicals that were manufactured without using any carbon? Where do you get this stuff?
Still haven't justified your stupid statement, have you ?
As for the timer - It seems obvious to everyone else but you that the symbol is for a capacitor, the fact that some tosser (your brother?) seems incapable of using the correct symbol in the correct context should have registered in the space between your ears where, in other people, a brain resides
ISTR someone else came up with a similar device with the correct annotation
So unless you are actually going to justify your ridiculous statement regarding loft insulation, best STFU rather than exposing your stupidity
Yet again you come here and get it wrong. What I said was perfectly true. If you can't understand it then I suggest you go away and learn why its true.
So you actually agree with what I said but decided to chuck in some insults and claim what I said was wrong just for the fun of it, either that or you really are more stupid than I thought..
That's exactly what I said but you still choose to argue. It just shows that you have a mental problem that you can argue about something that you agree with. You need help from a specialist.
Yes, but then you have to start including the life of the insulation in the calculations. My point was just that there has to be an absolute limit somewhere. At the other extreme, if the "house" has no walls at all and forced ventilation, the "inside" air temperature will always be the same as outside and any insulation at all (apart from blocking radiative losses to the night sky) will be wasted.
Idiot, of course its true. It says "If the insulation was perfect the derating would have to be 100%." You really should go and argue with the other children where you may, but probably don't, have a valid point.
My statement doesn't need backing up, it is true as it stands.
There is a table on page 267 of Guide to the Wiring Regulations 17th edition current carrying capacity of various cross sections of wire in various postitions of insulation or not..
1mm wire clipped direct method C = 16A, above a plasterboard ceiling covered with over 100mm of insulation = 10.5A Method 103 stud wall = 8A
etc etc
i am not qualified to interpret it in your case though..
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