Soldering turn sig wires tips or Tricks?
#1
Soldering turn sig wires tips or Tricks?
After moving my turn signals off the struts, I feel like the wires are just pulled a bit too tight for my comfort. The connectors are pulled halfway out from under the seat out towards the rear fender.
I am planning to extend the wires by a few inches just so that I can tuck them neatly back in. I bought a soldering iron, some 20 gage wire hoping that Should work since it was all they had, and some silver solder. I have some small heat shrink around as well I think.
I've watched some videos, but anyone have any tips or tricks to share? These wires sure are thin!
I am planning to extend the wires by a few inches just so that I can tuck them neatly back in. I bought a soldering iron, some 20 gage wire hoping that Should work since it was all they had, and some silver solder. I have some small heat shrink around as well I think.
I've watched some videos, but anyone have any tips or tricks to share? These wires sure are thin!
#2
Do what's called the western union method:
It creates a mechanical bond first then you add the solder to further strengthen. Solder alone isn't that strong. Get the iron nice and hot, tin it (apply solder direct to tip of iron, coating it evenly), then touch it to the joint you made as above and touch solder to the joint. It should flow into the joint. Slide heat shrink over, hit it with a heat source (lighter, heat gun), and you're good to go.
It creates a mechanical bond first then you add the solder to further strengthen. Solder alone isn't that strong. Get the iron nice and hot, tin it (apply solder direct to tip of iron, coating it evenly), then touch it to the joint you made as above and touch solder to the joint. It should flow into the joint. Slide heat shrink over, hit it with a heat source (lighter, heat gun), and you're good to go.
#4
Is the stock wiring 20ga? I think it's 18ga on my bike. Whatever it is make sure it matches. I forgot about staggering. Yes it's a good idea to stagger and shrink individually. Make sure your heat shrink is the right diameter or else it won't work well, should be slightly larger than the wire insulation. For really clean solder jobs I have a pair of Irwin wire strippers. They remove the exact same amount of insulation from each wire you set them to and automate the process. Wire and solder are cheap practice some before you jump in.
#5
Genius, I will be using this
Do what's called the western union method:
It creates a mechanical bond first then you add the solder to further strengthen. Solder alone isn't that strong. Get the iron nice and hot, tin it (apply solder direct to tip of iron, coating it evenly), then touch it to the joint you made as above and touch solder to the joint. It should flow into the joint. Slide heat shrink over, hit it with a heat source (lighter, heat gun), and you're good to go.
It creates a mechanical bond first then you add the solder to further strengthen. Solder alone isn't that strong. Get the iron nice and hot, tin it (apply solder direct to tip of iron, coating it evenly), then touch it to the joint you made as above and touch solder to the joint. It should flow into the joint. Slide heat shrink over, hit it with a heat source (lighter, heat gun), and you're good to go.
#6
It may be 18g, I tried looking it up while in the store but got mixed results, shop didn't have anything less than 20g either. Some links said that anything from 18-22 should work?
I'll be joining sections in the middle to keep the connector pins intact so if stock is 18 then I would have a completed wire that would be 18-20-18. Think this will be a problem?
I'll be joining sections in the middle to keep the connector pins intact so if stock is 18 then I would have a completed wire that would be 18-20-18. Think this will be a problem?
#7
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