Moving socket
- Thread starter Noslien
- Start date
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If anyone is interested in the discussion about crimping solid conductors, I would refer them to the forum's search facility ... life is too short!!
Kind Regards, John
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Hi all
I get on really well with crimps. I've used them in work for the last 15 years but only recently stated using them domestically. As long as you make sure there is no movement once crimpped and they are fully insulated then I'd say crimps everytime in the case.
Regards
I get on really well with crimps. I've used them in work for the last 15 years but only recently stated using them domestically. As long as you make sure there is no movement once crimpped and they are fully insulated then I'd say crimps everytime in the case.
Regards
How do/can you do that?
Hi matey
Once crimped give it the old tug test. You probably don't have to but we get taught it. I did something in my house the other day and there was very slight movement so I snipped it off and re-did it. Solid as a rock now.
That's what concerns me about crimping, particularly in the hands of those who aren't very experienced. The 'slight movement' phenomenon is far from unknown, so getting a satsfactory joint is totally dependent on the operator successfully detecting what may be only very slight movement - and, if found, then re-doing it, as you did.
Kind Regards, John
Hi John
Id say any movement at all would be unacceptable. Ive been trained on aircraft so everything we do has to be solid as its going to be subject to a lot of vibration. But apllying that to a house i suppose we cant go far wrong
Id say any movement at all would be unacceptable. Ive been trained on aircraft so everything we do has to be solid as its going to be subject to a lot of vibration. But apllying that to a house i suppose we cant go far wrong
Does that include the cores to be crimped?
So would I. the problem as I see it is that those movements when one tugs on an imperfect crimped joint can be barely perceptible - which has to make one wonder how many have a degree of movement too slight to be perceptible by human hands, particularly 'inexperienced' ones.
Kind Regards, John
Do you mean the centre cores of the wires? if so then yes. Thats all we do crimp then heat shrink over. That can be a really pain in the arse if you forget to put the heat shrink on before you splice. I learnt the hard way
Just to be clear, you mean all the wires have solid cores.
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Non of the wires we use are solid cores. I know the crimps work better on multi stranded wire but you can still get a good crimp connection with solid core. Just double check.
To "let you out of your misery", I think what EFLI is getting at (or working up to) is that some people have been taught (as, in fact, once was I) that crimps should not be used on solid-core conductors and, in particular that, if you look back through some of the endless forum threads on this topic, you'll see that there is a NASA manual knocking around which seems to forbid the use of crimps on solid conductors. - but, there again, NASA presumably have to worry about even more vibration than is encountered in aircraft!
Kind Regards, John
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