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Didn't that go out with the 14th/ 15th Ed.?
yup thats what it boils down to itThis is running away with itself a little it seems!
Think I agree that it will be fine to make up a lead, and it seems there's no hard and fast rule for which live to use, and given the loads we'll be putting through it I doubt it matters much.
Thanks all.
I think it did, I remember going to great lengths to keep SP stuff on the same phase, then we got the ok from upstairs not to do itDidn't that go out with the 14th/ 15th Ed.?
Is that necessary, would it be any more hazardous than a machine with Three phase in it or a 3 phase lead to a machine, go in any commercial kitchen and their single stuff s is balanced over 3 phasesWith the proviso that the OP ensures that all of his single phases are the same phase, if they are to be in close proximity.
Am I missing something , why use leads or adaptors.This is running away with itself a little it seems!
Think I agree that it will be fine to make up a lead, and it seems there's no hard and fast rule for which live to use, and given the loads we'll be putting through it I doubt it matters much.
Thanks all.
Am I missing something , why use leads or adaptors.
Surely just fit the 5 pin plug on to the single phase lead of the machine
Is that necessary, would it be any more hazardous than a machine with Three phase in it or a 3 phase lead to a machine, go in any commercial kitchen and their single stuff s is balanced over 3 phases
You are essentially describing a quadruple-fault condition at that point, two separate* earth failures, plus two separate failures of basic insulation.
* If the two appliances cases were connected to the same failed earth feed then it would be the same as the three phase machine scenario.
I thought I'd put that in my first post... oh well must try betterAm I missing something , why use leads or adaptors.
Surely just fit the 5 pin plug on to the single phase lead of the machine
I don't know about the regulatory situation (although I have seen lots of things written by people about it) but, as plugwash has said, any concerns appear to relate to such improbably situations of multiple simultaneous faults that they probably do not need to be considered by regs. More generally, if it was considered necessary to plan for such 'multiple fault' situations, that could lead to some pretty ridiculous regulations!That was a circumstance the Regulation makers originally had in mind, when they brought out that regulation. They obviously thought there was a sufficient risk back then. i must admit, I thought that regulation was still in force.
It should be exactly the right plug for the 16A outlet.
Hi all, just took over a 2nd unit at work which has 5x 32amp 3ph sockets on the back wall which will be our workshopl
Indeed I do have such adapter cables, including a 63A 3ph plug to 16A sp socket but nothing of that ilke ever goes out unless supervised by myself or a very trusted colleague, he socket will very likely be locked to its mated plug.True enough ....... unfortunately the OP has 32A sockets....
That supplier has some rather..... interesting leads in his collection. One is a 32A 3P+N+E plug to 16A 3P+N+E in-line socket plus 16A 2P+E socket, without any inline protection. And the infamous 32A to 2 x 16A unfused splitter.
Now I know that some of us do have similar things in our "get-you-out-of-a-mess-under-carefully-supervised-conditions" box but I'm not sure I'd ever commercial sell one of these!
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