because they make contact with both live and neutral and the plastic cannot be guaranteed to be none conductive.
correct thats what the pdf file statesI thought it was because the earth pin can break off and defeat the safety interlock.
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here. there not needed http://www.fatallyflawed.org.uk/I can't be bothered to look up the reasoning, can someone explain how the socket inserts are dangerous please?
Use little words![]()
I thought it was because the earth pin can break off and defeat the safety interlock.
Better throw all our three phase leads away coz all they have is a hinged cap and most of them get snapped off soon after deploying.
to summarize it,I can't be bothered to look up the reasoning, can someone explain how the socket inserts are dangerous please?
Use little words![]()
This Alert is issued to highlight how, in certain circumstances, the use of plastic 13A (13 amp) electrical socket inserts (sold as safety accessories) can overcome the safety features designed into socket outlets.
You can have "Direct Contact" if the plastic is not an adequate insulator.
Since it is not type- or production-tested, there is no proof that it is.
My beef is that it is not type- or production- tested (and there appears to be no specific legislation requiring it is, despite this being the case for other equipment).
When we design or manufacture equipment, cable, accessories, etc., (even Site Applied Insulation in BS7671), this has to be tested, so what is different about the plastic of the Socket Cover?
I can e-mail you a sketch if necessary, showing the potential risk.
There is also a potential for fire - if the plastic is inadequately specified as an electrical insulator, it may break down, allowing L-N or L-E current to pass. If the L-N flows (more probable since it is the shortest distance), the RCD wouldn't work, and it is likely that the overcurrent protection wouldn't operate until the insulation were burning. In this case, the plastic may not be flame-retardant or self-extinguishing, and the fire may perpetuate after the current is interrupted.
It is worth noting that the RCD may not protect children, as the operating currents/ times are based around the IEC479-1 curves for the "average adult".
[After reading the introduction for BS PD6519-1 (IEC479-1), this statement I made previously about RCDs not protecting children may be untrue. The standard makes a statement that the values incicated within it, are so conservative that they are likely to be true for all persons, including children of any size - GK 15/03/2003]
Crap.
You can put a normal plug in upside down just as easily.
They're plastic, if they use a conductive plastic then the rcd/mcb will pop.
Ooooh.
They. Are. Not. Dangerous.
Argue away, mr. I'mtooqualifiedtojustifywhatIsay.
think im gonna start using them, now who dont i likeWow, I wasn't expecting that. Finally recognition of how dangerous they are!
cant argue with that.just a quote from a discussion.
to summarize it,
what safety features are designed into sockets that can be dangerous when there is a plastic insert in it?
the only one i can think of is if a liquid was spilled on it and it went live, mind you i couldnt see how one without an insert wouldnt anyways.
or if it snapped off and you went digging with a fork, but hey, youd deserve a shock if you thought that was a good idea.
It's been going on for over 10 years now, and we now have our first real success.this will go on forever. il sit and watch
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Crap.
You can put a normal plug in upside down just as easily.
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tell that to kids who know no betterto summarize it,
or if it snapped off and you went digging with a fork, but hey, youd deserve a shock if you thought that was a good idea.