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Re: [TCML] SRSG Update. Very cool pictures!



Hey Andrew....

your design looks good ( isnt SW great ;) ) why so many electrodes on the disc?? What is the maximum BPS you need? or, What is the maximun/minimum motor speed? Im running a SRSG on my system at 1800 RPM and only have 4 electrodes on the disc for 120BPS...

just wondering...

Scot D



Andrew Robinson wrote:

Tesla list, (anyone else addressed too as well)

Heres the latest update on the new SRSG. I figure at least I can get some criticism on the design. Its been one hell of an engineering process!!! Including both Solid Works time and machine shop time I'd say we (three of us) have logged a total of 27 hours on this gap. Hopefully we'll get some awesome results here soon. This gap has been designed to be used in any kind of power setting. We're going for as small and compact as we can, but still an efficient design. You can see in the pics (provided below) that the motor is adjustable in its mount, thanks to the efforts and confirming theories of everyone here on the list. Some of the parts have already been brought to life. Its so amazing to see your hard work go from a CAD drawing on a computer screen to being milled out by the CNC machine. The base plate/motor mounts and octagonal electrodes are all made of the same aluminum material. The base/mounts have just been sandblasted and are waiting for their paint job.Should be finishing everything up next Sunday. Now that the final revisions of the Solid Works drawings are done (about 7 hours of todays labor) next time we just have to program it all in to the CNC machines. Still have to machine the G10 disc (Green) (Very scary... Has anyone out there ever machined G10 on a CNC???), all the tungsten electrodes (Orange), the motor flange (Deep Blue), the conducting ring to connect the electrodes (Yellow), then we need to rework and tap the stationary electrodes and insulators (Red and Yellow). All in all, the hardest stuff is done. Thanks for looking! (Thanks for motor Chip!)

http://host.teslamad.com/SW1.pdf
http://host.teslamad.com/SW2.pdf
http://host.teslamad.com/SW3.pdf
http://host.teslamad.com/SW4.pdf
http://host.teslamad.com/1.jpg
http://host.teslamad.com/2.jpg
http://host.teslamad.com/3.jpg

Regards,
Andrew Robinson


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