And... I think I need to build something like this. And do some testing to see just by how much you're overspecing the parts. The way I ride will burn out components faster than anything. I'd like to try.
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Designing my own Rectifier/Regulator
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Now that's the concerning bit. How much per are your SCR's running? And your rectifiers?
And... I think I need to build something like this. And do some testing to see just by how much you're overspecing the parts. The way I ride will burn out components faster than anything. I'd like to try.You'd have to be crazy to be sane in this world -Nero
If you love it, let it go. If it comes back....... You probably highsided.
1980 GS550E (I swear it's a 550...)
1982 GS650E (really, it's a 650)
1983 GS550ES (42mpg again)
1996 Yamaha WR250 (No, it's not a 4 stroke.)
1971 Yamaha LT2 (9 horsepower of FURY.)
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cberkeley
Originally posted by NerobroNow that's the concerning bit. How much per are your SCR's running? And your rectifiers?
And... I think I need to build something like this. And do some testing to see just by how much you're overspecing the parts. The way I ride will burn out components faster than anything. I'd like to try.
Bridges are spec'd at 1000V 40A and the SCRs are 200V 35A Running Tempertaure is <1/2 any component's max rating even with my ambient temp in the 90's (I'm on a Tropical Island).
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Hmm.. And what did that rectifier cost you? ARe you on AIM? Or yahoo instant messenger?You'd have to be crazy to be sane in this world -Nero
If you love it, let it go. If it comes back....... You probably highsided.
1980 GS550E (I swear it's a 550...)
1982 GS650E (really, it's a 650)
1983 GS550ES (42mpg again)
1996 Yamaha WR250 (No, it's not a 4 stroke.)
1971 Yamaha LT2 (9 horsepower of FURY.)
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cberkeley
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bmac
Looks great, I like the screw to unit comparison, very thorough. Have you bike tested this unit.
bmac
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cberkeley
Actually the screw is not for size comparison but it seals the potentiometer adjustment hole, thereby making the unit impervious to dirt and water. Yes, I have one on the bike and it's set for 14.5 Volts. I just ordered a Digital 5-function meter to mount on the bike so I can monitor the charge rate long term. http://www.casporttouring.com/store/...de=Electronics
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bmac
I,m sorry about the screw, remember reading now about the purpose of
the screw. Still....... a good comparison. Well you did a great job and
I hope you can benefit from this concept and some how be able to put
it into a aftermarket upgrade.
bmac
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$15? :-) Where do I send the money.You'd have to be crazy to be sane in this world -Nero
If you love it, let it go. If it comes back....... You probably highsided.
1980 GS550E (I swear it's a 550...)
1982 GS650E (really, it's a 650)
1983 GS550ES (42mpg again)
1996 Yamaha WR250 (No, it's not a 4 stroke.)
1971 Yamaha LT2 (9 horsepower of FURY.)
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bmac
Hey forget about the deadbeat thing, look at it being a smart business man, looking to benefit from applied priniple. Don't sell yourself short!!!!!
bmac
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J_C
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Planecrazy
Originally posted by cberkeleyWOW!.... The first order?
By the way, I love the stick on thermometer! Another great idea! I guess if the plastic thermometer melts away that's a pretty good sign somethings wrong?? :shock:;-)
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kalessin
Cletus, if you think about this from a product design standpoint, is there any way to get the size down? If you can make it fit into the size of a small Shindengen R/R, like our beloved SH-232 from the Honda CX500, CM400, etc, then I think that it'd be very much a viable product.
There aren't enough Suzuki GS's to really sell a lot of these, but if it's available for old Hondas and other bikes that use a similar three-phase stator setup, then there's much more of a market.
I might be able to squeeze one of these aluminum-boxed big guys under my battery box where the r/r fits on my bike, but many bikes leave much less space for it.
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cberkeley
Originally posted by kalessinCletus, if you think about this from a product design standpoint, is there any way to get the size down? If you can make it fit into the size of a small Shindengen R/R, like our beloved SH-232 from the Honda CX500, CM400, etc, then I think that it'd be very much a viable product.
There aren't enough Suzuki GS's to really sell a lot of these, but if it's available for old Hondas and other bikes that use a similar three-phase stator setup, then there's much more of a market.
I might be able to squeeze one of these aluminum-boxed big guys under my battery box where the r/r fits on my bike, but many bikes leave much less space for it.
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tfb
There aren't enough Suzuki GS's to really sell a lot of these
I have to admit, though, that the size of the unit has crossed my mind more than once while reading these posts; the area where the RR usually sits (at least on my old Katana 1100) is pretty limited, being sandwiched between the fuse box and the rear subframe rail.
I suppose the unit could always be relocated under the seat somewhere, but that probably means putting it into an area with less cooling air flow. Ah, the pros and cons...
Keep at it, Cletus! -- and don't be afraid to make executive decisions!
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Planecrazy
The other possibility is that you build the circuits in two separate smaller boxes that can be packaged near each other, but with added flexibility due to smaller size of each box...
Just a thought...
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