"More Boost"
Major Member
- Joined
- Feb 13, 2005
...............a picture speaks a thousand words
You are not seeing corrosion, but rather "oxidation". The wire used on all of our cars is technically "oxygen-free" copper, but eventually oxygen gets to it and starts the copper oxidizing. It may eventually corrode, but you'll see corrosion closer to the battery than further away. The acid adds to that.
Oxidation is unavoidable; it's the kind that turns a new penny old looking, and you will find that the wire inside the insulation looks the same. It really has no bearing in the electrical system unless the contact between the crimped terminal and the wire itself becomes oxidized. Then you'll see high resistance and many problem relating to that.
what do you guys need pictures for. you just run the wire from the alternator behind the tensioner over the timing cover and down to the oil pump then up to the battery or just do it any old way you feel like it!!! as for the frame not bieng a ground i woulod have to dissagree. yes it does have rubber insulators but it does tranfer a ground thru the bolts as they do touch in places. thjis is why they recommend grounding the fuel pump from the gastank to the frame.
How did you attach the lug to the battery? It's not real clear what kind of terminal you have there on your battery positive.
How did you attach the lug to the battery? It's not real clear what kind of terminal you have there on your battery positive.
Yup yup....it's like running a front mount on a stock car...do you need it?..no..but it won't hurt and if anything will help..so tomm ima get a bigger cable just for insurance...:biggrin:
If the stock wire wasn't big enough to handle the load of a bigger alternator it would have melted because it wasn't larger enough to handle the current that was trying to be forced through it. Upgrading to a larger wire isn't going to hurt anything but if your gonna use a larger wire make sure it's the only wire.
Food for thought:
The alternator does not force power through the wire. Alternator amperage makes no differences to the wire unless the power is being demanded.
So........ maximum power thats being drawled needs to be determined. The system can then be sized for the application. IE wire gauge and alternator size.
Adding a bigger alternator than needed is a complete overkill. The extra amps are never used.