No , it won't. It is totally irrelevant.Two 16A rings as opposed to two 32A rings, will create a cap for sure.
No , it won't. It is totally irrelevant.Two 16A rings as opposed to two 32A rings, will create a cap for sure.
What ratings are the induction hob and oven?It is 36A max, may be 30A when all assessed accurately, ballpark for now. Induction hob with small electric oven under.
The main idea of combi-microwaves is that one does have both microwave and conventional cooking happening 'at the same time'.Trying to get the oven and microwave all in one unit (combination oven) so both are not on at the same time.
As I've said, not really. If two '16A rings' provide enough power for what is needed, people would generally not plug in more appliances if they were '32A rings'. As I've also said, even 'two 16A rings' could allow best part of 50A to flow for an hour of so - and 16A circuits are much more likley to be run 'near to their total capacity' than would be the case if they were 32A ones.Two 16A rings as opposed to two 32A rings, will create a cap for sure.
There goes another ~13A.3kW immersion.
Well, the immersion alone will use up most of the 16A. Add on a kettle or toaster (or almost anything else) and the circuit will be substantially overloaded (and certainly not 'capped' to 16A). ... and what about the microwave and washer/drying - where exactly are they to be supplied from - surely not the "16A" circuit already supplying the immersion and kettle/toaster etc??One ring in the flat which will take the TV and other low current appliances.
One ring in the kitchen which will take the immersion, maybe a kettle and toaster on the worktop. Immersion is off the ring as it is difficult to get its own cable to the kitchen.
What are their ratings - i.e. how much of that 40A will they be using?Oven and induction hob off 40A mcb.
You surely must realise by now that if you go around adding up all the loads you've mentioned you'll end up with an answer well over 63A, and that remains the case no matter what OPDs you chose to use for the various circuits.I has to conform to regs. It will be checked. I know it will safely work, but will it get the nod?
That is why we have diversity calulations. Using the diversity calcs, I gave a vid on them, it was exceeding. Hence my concern, hence using some ways of capping.You surely must realise by now that if you go around adding up all the loads you've mentioned you'll end up with an answer well over 63A, and that remains the case no matter what OPDs you chose to use for the various circuits.
This is at the design stage of a renovation. We do not need electricians at this point, just what the limits are with work arounds if the limit is being exceeded. Or dropping parts, like the electric UFH then using a wet system with a thermal store, heated overnight (very expensive installation), or the likes. A large thermal store cylinder will take space hence a redesign of the kitchen. A diversity calc is not difficult to do giving the framework you can work within.I suppose it would help to understand the project and responsibilities. Are you doing work for a third party? If so who is responsible for notification, and who will sign the EIC?
It might 'work' (and, if it did, it would also 'work' with 1mm² cable) - but that's because a 3kW kettle would take a minute or two to trip a B6 MCB, and the kettle may well have 'boiled' before that happened.The overload on mcb's is frightening. Even 2.5mm ring with a 6A mcb will still work quite well running a 3kw kettle.
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