Much more than wiring which isn't twisted.
Much more than wiring which isn't twisted.
Not with a properly designed pipe joint.
you only get away with it on pipes because the corrosion
Wrong.
Or you could fuse the spur to 13A, if that would be sufficient current?
It's actually very easy - if you have a bit of finer wire to bind them:
This is not necessarily an electrical joint but the principle is the same:
That's how it was taught decades ago.
Another trick which I have used with heavy stranded wire for a moderate current connection in a car is to use a ferrule, lightly crimped on the wires with pliers then filled with solder.
I have now worked out that by cutting the spur wire it has disconnected not one but two double 13A sockets!
I think this is due to the previous (builder) owner or his sub contractors being tight / stupid.
Then again, Maybe it?s not a spur, maybe it?s the ring and it?s lost continuity. But I would have thought a (trusted) sparky I had in some years ago to replace the CU would?ve spotted that.
Going to have to do more investigations.
Ever made anything with a PCB? I'm sure some do bend leads over to hold the component in place before soldering, but then many don't.
But it is important the bits don't move as the solder sets.
So, it turns out that as originally wired it was.....
Double 13A socket on ring
Single 2.5 T&E from it to under worktop single 13A socket
Then to Double 13A socket above the worktop
Then to another double 13A socket above worktop!
Haven?t yet checked if there is anything daisy chained from that!
Bastard Builder!
Cut and clench pliers are the tool for that. Insert component through PCB, apply pliers to cut the lead to length and deform it to prevent it pulling back through.
SteveW
Or just make it a deviation to the regs.
Does anyone bother? Going to make repair (if ever needed) more difficult too. Despite having built maybe thousands of PCB, I've yet to see a component fall off. ;-)
Bending leads over is a widepsread practice. They tend to fall off before getting soldered.
NT
No need to bend them over. Just spread them slightly so friction takes the weight.
Why not use a proper crimp and omit the solder?
Because I was talking about soldering, not crimping.
So no need to bend them, just bend them instead. Marvellous advice. We've also got TNP who insists on sanding what doesn't need sanding despite being physically unable to do it, and Mr. Rumm who reckons a power tool that's bobbing up & down numerous times a second should be practical to sand with. Is there something in the water round here?
Spreading the leads doesn't involve a bend, if you think about it. More usually altering an existing one slightly.
If you prefer to bend the leads flush to the track, carry on.
I'm not asking for advice. Just saying how things work for me.
?Just make it a deviation to the regs?
Hi Adam, please explain.
You make it sound as though you can do what you like and just say / write ?This bits a deviation to the regs?
I?m sure that?s not what you meant.
What did you mean?
Thanks
Chris
lol
why would I do that?
it's worse than I thought.
NT
You want to see an avionics grade PCB come back from vibration testing ;-)
(usually in a bag with an assortment of loose components in it!)
You just have to come up with a justification for doing it the way it is, that a competent sparky would agree was reasonable in the special circumstances.
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