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Extending 6 Gauge Wire - Best Practices?
The ground wire on the Andersen connector is too short. I can't get it reach our breaker panel, and without the need for a ground stud like last year's multiple breakout setup, I want to avoid using one.
What are the best practices in extending the 6 gauge wires on the Andersen connectors? Splice? Bolt two lugs together, and wrap in electrical tape? Break down and make space to mount a ground stud for just two wires? How do you do it? -SlimBoJones... |
Re: Extending 6 Gauge Wire - Best Practices?
Why not replace the entire wire with one long enough for your needs?
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Re: Extending 6 Gauge Wire - Best Practices?
We usually pull the wires out of the Anderson connector, use pliers to remove the tab things, and re-crimp, solder, and heat-shrink tube them onto longer and more flexible 4 AWG wire. We never have problems with them after this.
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Re: Extending 6 Gauge Wire - Best Practices?
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Re: Extending 6 Gauge Wire - Best Practices?
Thanks all!
Appreciate the solution(s)! |
Re: Extending 6 Gauge Wire - Best Practices?
I know this isn't probably the best method (the 4awg method sounds a lot better in fact...) but in a spot last year we were getting the bot ready for a presentation to get a sponsor, and it turned out that a splice in one of the 6awg, was just 2 battery lugs bolted together, and one of the lugs was coming loose.
Well I decided that soldering it was probably the best solution right then. So I pulled the battery lugs off (rather easily I might add :-/ ) spread the wire out a bit, meshed the two pieces together, and soldered the joint with a propane torch (a full sized one not a mini one, big ol 12" flame on that sucker) For last minute work it came out nice, I would be more confident in that than the battery lugs. For some reason I have an immense disliking for non-soldered joints. Maybe it is just all the hobby electronics I do... |
Re: Extending 6 Gauge Wire - Best Practices?
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Re: Extending 6 Gauge Wire - Best Practices?
We bought identical connectors to the ones in the kit and are soldering in 6 ga welding cable (super flexible and finely stranded) It was a pain to find (in red). We would have gone to 4 ga (and bigger powerpoles) but the 50 amp SB powerpoles (which we are required to use) only support contacts for up to 6 ga, so high quality 6 ga it is. :)
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