MarcusOReallyus
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Well, I finally got around to doing the resistor bypass and put in a new relay while I was at it. Truck's been hard starting, so I figured it was time. Still has the same GPs that were in it when I bought it, so they need to be changed out, too. I have GPs on order. Well, actually, I have GPs around here somewhere that I bought a few months ago, but I have searched high and low and can't find them. As soon as I get a new batch here and installed, the others will show up, of course.
I decided to do mine a little differently than the standard recommended method. I just don't like the idea of putting that GP load on the existing 12v block on the firewall. Yeah, yeah, I know, it works fine for a ton of people who have been running that way for years. I know that. Still, I don't like the idea, so I had some custom cables made to carry the load. We had an interesting discussion about how much current they draw a while back, and Antennaclimber measured it at 80 amps.
I decided I want that 80 amp load running on its own circuit with heavier wire, protected by a Mega fuse. I had the cables made by BestBoatWire.com, and I am VERY pleased with the results. Well, except for the color. The cables are more pink than red! Kind of a salmon, really. Oh well, they fit in with the faded red stock wiring that's there!
Anyway, the quality looks excellent, and the service was great. They forgot to send me an email saying it had shipped, and late one evening I emailed and asked when I could expect my order to ship. I got an email back in a half hour saying that tracking showed it had been delivered. I checked, and sure enough, it had arrived that day in the mail. It was sitting right there, but I hadn't noticed it.
When I took the resistor off I found a bit of a mess. I don't know if this is gen-yoo-wine Iraq mud or what. It's like cement! I found a bunch in one of my alternators, too, but that's another thread.
Anyway, the photos show the results and a bit more work I need to do. Check the circled area in the first photo. I need to clean up some connections, too.
I used 4 gauge from the battery to the fuse block, because I may want to add some accessories there later. I used 6 gauge from the fuse to the GP relay. This is overkill - 8 gauge probably would have been fine, but the price difference was trivial, so I went big.
Speaking of prices, the cabling cost me a whopping $25, shipped. Works for me! The fuse block was $20, which I thought was a bit steep.
To connect to the battery terminal, I replaced the existing 5/16" bolt with a longer, Allen head cap screw, in stainless steel. While I was at it, I did the same for the other terminals, but in standard length. As you can see from the photo, I could probably trim some off.
All the connections got a thin coat of dielectric grease, and I don't expect to have any trouble with this circuit for a loooong time to come.
I decided to do mine a little differently than the standard recommended method. I just don't like the idea of putting that GP load on the existing 12v block on the firewall. Yeah, yeah, I know, it works fine for a ton of people who have been running that way for years. I know that. Still, I don't like the idea, so I had some custom cables made to carry the load. We had an interesting discussion about how much current they draw a while back, and Antennaclimber measured it at 80 amps.
I decided I want that 80 amp load running on its own circuit with heavier wire, protected by a Mega fuse. I had the cables made by BestBoatWire.com, and I am VERY pleased with the results. Well, except for the color. The cables are more pink than red! Kind of a salmon, really. Oh well, they fit in with the faded red stock wiring that's there!
Anyway, the quality looks excellent, and the service was great. They forgot to send me an email saying it had shipped, and late one evening I emailed and asked when I could expect my order to ship. I got an email back in a half hour saying that tracking showed it had been delivered. I checked, and sure enough, it had arrived that day in the mail. It was sitting right there, but I hadn't noticed it.
When I took the resistor off I found a bit of a mess. I don't know if this is gen-yoo-wine Iraq mud or what. It's like cement! I found a bunch in one of my alternators, too, but that's another thread.
Anyway, the photos show the results and a bit more work I need to do. Check the circled area in the first photo. I need to clean up some connections, too.
I used 4 gauge from the battery to the fuse block, because I may want to add some accessories there later. I used 6 gauge from the fuse to the GP relay. This is overkill - 8 gauge probably would have been fine, but the price difference was trivial, so I went big.
Speaking of prices, the cabling cost me a whopping $25, shipped. Works for me! The fuse block was $20, which I thought was a bit steep.
To connect to the battery terminal, I replaced the existing 5/16" bolt with a longer, Allen head cap screw, in stainless steel. While I was at it, I did the same for the other terminals, but in standard length. As you can see from the photo, I could probably trim some off.
All the connections got a thin coat of dielectric grease, and I don't expect to have any trouble with this circuit for a loooong time to come.