In the case of main DC cabling, is there any benefit of soldering the cable connectors in addition to the crimp ? ( It goes without saying that heat shrink is a must in either case. ) What about any other important secondary DC wiring as well .. ?
In the case of main DC cabling, is there any benefit of soldering the cable connectors in addition to the crimp ? ( It goes without saying that heat shrink is a must in either case. ) What about any other important secondary DC wiring as well .. ?
Here is a crimping guide from Molex who makes crimping tooling. I used this for training in my previous job. (when I started there none of the operators knew what to measure, look for etc.) The largest they discuss is #8 wire, but the principles apply to any wire size.
Some may find this helpful....
I think you willl like this place for supplies
Welcome to Waytek
I think you willl like this place for supplies
Welcome to Waytek
I always crimp then run a bit of solder over especially if the terminals are in the bilge area as it stops any electrolytic reaction between dissimilar metals
............... I personally prefer the dielectric grease alternative to solder, ....
The requirement is to have BOTH a mechanical and an electrical connection.
Sorry totally disagree. I have over the years seen many crimped joints fail due to electrolytic reaction. I always crimp my connections using a proper crimp tool and then apply solder using flux. If soldering is done correctly the solder should not wick past the end of the terminal leaving the cable flexible. I am not overly concerned if the plastic on the crimp melts.You can't "run a bit of solder over" a connection and expect it to accomplish anything. You either heat the cable and the connector to the point where solder flows freely into the joint or your technique does nothing at all. More than likely, doing this will melt the insulation and solder wicking up the wire will make it stiff and subject to metal fatigue.
A properly crimped connection will be tight enough that there is no place for solder to flow.
You can't "run a bit of solder over" a connection and expect it to accomplish anything. You either heat the cable and the connector to the point where solder flows freely into the joint or your technique does nothing at all. More than likely, doing this will melt the insulation and solder wicking up the wire will make it stiff and subject to metal fatigue.
A properly crimped connection will be tight enough that there is no place for solder to flow.
Dielectric grease is not an alternative to solder. "Dielectric", by definition DOES NOT conduct electricity. It's purpose on electrical connections is to exclude air and moisture. When used on plugs and sockets, etc., the action of inserting the plug scrapes the dielectric grease off the mating conductors while leaving enough to protect the connection.
If you want to smear dielectric grease on the terminal after crimping, that's fine but heat shrink tubing is better. Both is best and you can buy terminals with dielectric filled heat shrink tubing attached.