Yes, I will describe it, but no pics because it's not exactly up to code
This list goes in order sequentially where the line you are reading feeds the item directly below it
Main Panel outside w/ 125A Eaton BR2125
2/0 copper wire, 15ft
Garage Subpanel/loadcenter w/ 125A Eaton BR2125
2/0 copper wire (hots) + 4awg ground + 6awg neutral (straight to load center below), 50ft,
1-Φ 240V single-Breaker box w/ 125A Eaton BR2125 (this is my "disconnect")
1awg copper wire + 4awg ground, 9"
1-Φ 240V load center w/100A Eaton BR2100
2awg copper wire x 2 + 8awg ground, 24"
RPC Panel main contactor***
4awg copper wire x 3 + 8awg ground, 30"
Rotary Phase Converter (North American Electric PC286T‐30‐4 induction motor, TECF)
***=Main contactor T1-T2-T3 that connects to motor, also has 6awg x 3 going into the 3-Φ breaker, 40A Eaton BR340
6awg x 3, 8awg ground, 10"
14-50R receptacle for three hots + 1 ground
welder
with all the oversized wire, it paid off because between that and the 10 motor starting-capacitors, I can barely even see the lights dim when I turn it on! I haven't measured it, but I'm pretty sure there is only 4V or maybe 5V drop. My 10HP air compressor with it's single phase 240V motor draws more in-rush! It definitely causes a flicker, but the RPC hardly.