I've seen some electrical routing on here and the Samba that is just plain beautiful. Wires are all the perfect length, the right colors, properly labeled, etc. While I aspire to be that guy, I clearly am not.
However, I finished the majority of my wiring last night and when I flipped a switch the light came on! Literally. That's enough excitement for me to share a couple fuzzy photos.
Here is a selection of parts that I opted for:
There is tons of electrical component info on this forum, but if anyone has questions about why I specifically chose certain components please let me know.
The majority of my components will go behind the seat. I originally wanted to get the batteries as far to the passenger side as possible to balance weight. I had tossed this idea around for battery and inverter proximity and with some helpful advice from folks here ultimately decided this was a poor choice.
After moving the batteries around in different configurations, I finally started rolling with this configuration:
Not wanting to kill all my storage under the rear platform, I did a quick check to see if my packing crates would still fit:
Yes, that is a mess of wires. I did my best to try and get lengths reasonable and keep them somewhat sanitary. You'll also see the new inverter position - hard to tell from this photo, but it is in the compartment to the right of the batteries now with the fan blowing out towards the rear.
I still need to build a panel that covers the back corner of the van which will essentially become a chase for all the main wire runs. The relays on the back wall are a part of the poptop circuit that I relocated but didn't cut or modify the wires. It is a bit of a nest, so now that I know everything still works I may redo those a little nicer. Later. Anyway, all this will sit underneath a removable panel in the rear platform for the bed. There is nothing there that requires constant access, but it will be easy enough to get to if I need to check a fuse or turn everything off for maintenance.
For my main wiring off the battery, I used 4ga for everything because it is what I had. I probably should have gone to #2 for the 1000w inverter, and may swap that in if I decide to run a microwave or something. I also have 150A breakers between the battery and inverter as well as right off the starting battery going to the isolator. I wanted to not have a breaker pop if I found myself in jump start mode; however, the 150A breakers may be a bit on the big side for the 4 ga wire in retrospect. I may downsize to 100A or 120A in the future for peace of mind but I at least have something there right now.