So if you look closely you can see each roof mount:
Now, I didn't get any shots of the mount under the tile (I will add them later cause Ive decided to add a couple mounts to longer rails I decided not to cut down), but essentially the install goes in the order of this photo:
From bottom to top:
1. The "Tile-Track" base and lag screw is drilled into the truss under the tile.
2. The "Tile-Track" receiver is adjusted along the base to correspond with the up slope of the s-tile, which a hole is drilled though.
3. The "Tile-Track" receiver holds the threaded bar that runs up through the tile hole. As shown in the previous photo the flashing and nut is then attached leaving you with a threaded anchor for the "L" bracket that holds the rail.
The optimizers (if you get a system with them)(micro-inverters will be the same) can be installed various ways, just as long as they are clear of the panel edges. This photo is of one way...I didn't go this route but it is an option. Also, this shows a close up of the connectors the panel connects to the shorter optimizer leads and then the longer leads from the optimizer goes to the neighboring optimizer:
I choose to attach the optimizers directly to the rail like so:
All installed:
I did two runs, as this diagram shows. From the end of each + & - run I ran leads to a J-Box:
J-Box to J-Box. The J-Box on the far end is over my garage attic, so this run droops into the attic. Essentially, I have have two J-Boxes sandwiching the roofline on the far end:
I have no pictures of the run in the attic, I can get some if you guys want them, but the DC runs come down into the garage right next to the main panel / the AC goes right back up and drops into the main panel:
Inside the Inverter:
Inside the Main:
Operational (note this was just a test, as the city inspector will be by next week to, well...inspect):