Practical conductor distance from Rotary Gap to cap bank and Primary

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Original poster: "Jim Mora" <jmora@xxxxxxxxxxx>

Hello all,

I have been building a permanent TC setup in my back yard. It is 
working out very nicely. I truly have "a Firm Grip on the Earth" for 
the RF Ground, 240V 60 amps dedicated from my chair on the deck, and 
extensive EMI/RFI filtering as I have two 7' racks of electronics and 
computer stuff in the house. All my neighbors have PC's, so over kill 
was in order.

I have a clean sine wave in the house experimenting with my 
15/120  8" coil with a 32X8" Toroid and 4 inch corona ring with nice 
sparks and a breakout.(Blown R Quick 1 inch (2) brass dowel gap).

Ideally, I would like to move my rotary 12 feet away from my primary 
and cap bank next to my pig and developing DC coil components 
cabinet. I realize the inductance loss of the round trip and tuning 
issues but am willing to find Utility Company very heavy gauge HV 
direct burial or down the pole wiring to keep the R component very 
low in the Impedance and RF loss. This would position the components 
further from the house, and provide safety from conservation of 
angular flying nuts and bolts as well.

I know virtually squat about transmission line theory or line 
capacitive reflections which must be important to the aforementioned Z.

It would then be a simple and light matter of moving the coil into 
the shed when the rains come. I have a heavy rotary and dc motor and 
mounting plate. I'll be bringing a web site up shortly with pictures.

Has anyone had any success in a reasonably separated rotary scenario? 
If this is impractical please respond with educational pitfalls.

Thanks much,
Jim Mora