clarification
I feel like I should have limited the scope of the question to that of this forum. How relevant of a concern is solder melting in a circuit with the limited capacities on our bikes electrical systems? I've seen more circuits with wires burned straight through while the solder remained in factory condition than circuits with problems at soldered joints on electrical systems in this current/voltage range. I wasn't envisioning a wire with no insulation that still functions as I drive down the road because a joint held.
Also crazy steve, the insulation rating of 90ºC in my line of work is because the insulation material or jacket material (PVC and polyethylene) will begin to lose the ability to maintain their shape during operation above the emergency temperatures of this rating (105%). Granted, I work in high voltage, but I kinda figured 90°C rated insulation (if it is even that high) that is 30 years old wouldn't hold up at twice its original rating.
I feel like I should have limited the scope of the question to that of this forum. How relevant of a concern is solder melting in a circuit with the limited capacities on our bikes electrical systems? I've seen more circuits with wires burned straight through while the solder remained in factory condition than circuits with problems at soldered joints on electrical systems in this current/voltage range. I wasn't envisioning a wire with no insulation that still functions as I drive down the road because a joint held.
Also crazy steve, the insulation rating of 90ºC in my line of work is because the insulation material or jacket material (PVC and polyethylene) will begin to lose the ability to maintain their shape during operation above the emergency temperatures of this rating (105%). Granted, I work in high voltage, but I kinda figured 90°C rated insulation (if it is even that high) that is 30 years old wouldn't hold up at twice its original rating.
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