Rack
The promaster has T mounts on the roof to mount a rack so no holes were needed. We got 6 of the roof adapters and used 14 gauge Superstrut lengthwise and 2 5ft pieces across. The superstrut is anodized, very rust proof. We decided to get it powdercoated black anyway so it would look better.Time: 4 hours
Parts
- 6 Roof adapters promaster
- 3 10 ft 14 gauge superstrut channel strut (home depot)
- 4 3/8 nylon cone nuts for the cross pieces
Solar
Goal Zero customer support was super helpful with details. They suggested 2 boulder 100 watt panels, rather than the 200 watt suitcase panels, and the combiner cable with the APP (anderson) extension cable. The anderson cable is coax so splicing it would be complicated.
FarOutRide has a great solar calculator. With a fridge we estimated we needed at least 45 amp hours and 240 watts of solar. The solar calculation has a lot of factors, like mounting angle, time of year, latitude and how clean they are (or covered with snow!!) So, living in the north we decided to go with 2 160 watt renogy panels for easier mounting and a little more power just in case it snowed.
- 2 Renogy 160 watt panels
- 2 sets of renogy panel mounts
- Renogy branch connectors (for parallel connection to maintain 12v)
- A Link solar double entry gland 2mm (amazon)
- A pair of renogy 10ft extension cables
- An MC4 to APP (anderson) conversion cable
- in hindsight I could have easily put anderson connectors on the renogy cables
- Titebond polyurethane glue (local hardware) for the cable entry
- Roof sealant (silicone)
- 16 1/4 nylon cone nuts for the solar panels
- 16 1/4 bolts, washers and lock washers
Note: I would do this step first with the fan install to simplify running the cables etc.
- Goal Zero MPPT solar charging optimization module for the Yeti 1400
- Increases efficiency by 40%
- https://www.goalzero.com/shop/yeti-accessories/yeti-lithium-mppt-solar-charging-optimization-module/
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