Great info Jerry.... thanks for posting that!There are some characteristics of soldered connections that don't work well in vehicle applications since there is vibration to deal with. Primarily that of wicking solder back into the stranded wiring that can focus vibration at the point the stranded wire becomes solid at the point of being soldered and cause failures at that point. This is why crimping the wiring on vehicles where vibration is present is not commonly done. Pretty much all cable connectors are crimped in aerospace applications like aircraft and space vehicles where NASA regulations have become the standard for critical wiring connectors.
And you won't find factory soldered connections in any automotive battery cable that I've ever seen in 55 years of driving.
There's some good information at http://www.marinewireandcable.com/2013/11/crimping-vs-soldering-marine-cable-and.html
http://www.audioholics.com/audio-video-cables/crimping-and-soldering that while written around marine connections also applies to non-marine applications as well.
I've been a soldering kind of guy since the early 60's but I've been educated by more than a few on the fact that soldered connections are not often superior to properly crimped connections. I still solder many of my connections but for many applications I'll crimp them or have them crimped.
Not to mention bare copper wiring conducts better than copper wiring that has been covered with solder.
Yes that is the one I used...harbor freight sells a hydraulic hand crimper which works on up to 0 gauge I believe
I did the same thing buy without soldering. You can buy a crimp tool, no need to solder.If your cables are in good condition and you have a torch/solder laying around this is what I did: https://www.amazon.com/dp/B00X36RILW/?tag=wranglerorg-20
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They don't provide an air tight connection. They may work for awhile but they will be a problem at some point.View attachment 25906 I found these on Amazon don’t still have link however I have been very satisfied and makes it convenient to add accessories
To add to what Jerry related, typically when you get solder (yes, even the correct rosin core for electrical) hot enough to flow correctly, you are destroying the insulation and it wicks into the cable. At the end of the solder flow in the cable, that creates a stress riser that can start breaking strands of the cable under vibration and since it is inside the insulation, you will never see it.My cables were in good condition, so I opted to cut them & pull them out of their previous terminals and use a torch with solder in the copper eyes to attach them. 30,000 miles later still new as ever. Here are the photos before & after when I first got the Jeep. If I needed to replace the cables I probably would have had a shop make me a set. I'm interested to know why you wouldn't want to solder the cables to the copper eyes to attach to the battery terminal connector, because I thought that was the proper thing to do.
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I personally do not add anything to the battery treminal that does not require a direct connection like a winch. When I install my planned aux lights I will add a secondary fuse/relay block to distribute the load.Great info in this post.
What do you guys use for power distribution? I don't want to add too many accessory connections to my battery terminals and was thinking of adding some sort of power distribution block.
That was what I was thinking about doing.I personally do not add anything to the battery treminal that does not require a direct connection like a winch. When I install my planned aux lights I will add a secondary fuse/relay block to distribute the load.
The cables on the positive side need to be flipped over to the other side of the terminal to move them away from the side of the fender to slow down a possible direct short if the battery moves.
There are some characteristics of soldered connections that don't work well in vehicle applications since there is vibration to deal with. Primarily that of wicking solder back into the stranded wiring that can focus vibration at the point the stranded wire becomes solid at the point of being soldered and cause failures at that point. This is why crimping the wiring on vehicles where vibration is present is not commonly done. Pretty much all cable connectors are crimped in aerospace applications like aircraft and space vehicles where NASA regulations have become the standard for critical wiring connectors.
And you won't find factory soldered connections in any automotive battery cable that I've ever seen in 55 years of driving.
There's some good information at http://www.marinewireandcable.com/2013/11/crimping-vs-soldering-marine-cable-and.html
http://www.audioholics.com/audio-video-cables/crimping-and-soldering that while written around marine connections also applies to non-marine applications as well.
I've been a soldering kind of guy since the early 60's but I've been educated by more than a few on the fact that soldered connections are not often superior to properly crimped connections. I still solder many of my connections but for many applications I'll crimp them or have them crimped.
Not to mention bare copper wiring conducts better than copper wiring that has been covered with solder.