Here's what I did accomplish:
- read two different books on 12 volt electronics
- drew several wiring diagrams
- ordered and bought a lot of electrical components from online and local sources
- completed the on/off switch to connect one of the house batteries to the chassis battery allowing charging of that battery by the alternator (photo below)
- did some carpentry to allow for separation of batteries from the charger and a mounting platform for the other 2 switches
- installed 3 out of 6 (or so) LED lights in the coach, replacing the old incandescent units and verified they are working
- created an electrical requirement worksheet
Switch #3: connects house battery to chassis battery via on/off switch |
What remains:
- more LED lights
- bring in the other house battery
- mount the charger and the 2 switches
- wire them up properly
- remove old fuse box and replace with the new fuse system
- mount negative buss bar and wire it
- stretch new thicker wire from the battery bank under the coach and up to the new fuse box
- cut out and mount the USB socket panel, connect to fuse box
- remove the old refrigerator and a new 12 volt model adding 12V and 120V service
- extend 120V line to the new charger (next to fridge)
Down the road:
- solar!
So, that's it! It was fun and instructional, but time to move on to the next project.
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