Originally Posted By: George7941
Consider a ring terminal used for grounding an accessory you have just installed underneath the vehicle where it will live in a very harsh environment. If crimped, moisture will still wick into the wire strands and will invariably lead to a "green" death at the terminal. Soldering and heat-shrink will prevent moisture wicking.
Sure, but it doesn't prevent water ingress of the bolted connection. My 2009 car has several exposed crimped and bolted lug ground connections which we all know are destined for eventual failure, however rather than soldering my solution is so saturate the crimp and threads with silicone grease. Since the wire is an exposed braid there is no point in using shrink tube and it complicates future inspection.
They did pay attention to the the battery terminals, which were sprayed with some sort of water-resistant yellow coating. I need to figure out what they used as it looks like an ideal solution.
Consider a ring terminal used for grounding an accessory you have just installed underneath the vehicle where it will live in a very harsh environment. If crimped, moisture will still wick into the wire strands and will invariably lead to a "green" death at the terminal. Soldering and heat-shrink will prevent moisture wicking.
Sure, but it doesn't prevent water ingress of the bolted connection. My 2009 car has several exposed crimped and bolted lug ground connections which we all know are destined for eventual failure, however rather than soldering my solution is so saturate the crimp and threads with silicone grease. Since the wire is an exposed braid there is no point in using shrink tube and it complicates future inspection.
They did pay attention to the the battery terminals, which were sprayed with some sort of water-resistant yellow coating. I need to figure out what they used as it looks like an ideal solution.