On Aug 29, 2010, at 2:17 PM, james duncan wrote:
>
> Actually it does provide more voltage, as you increase the
> electrical load through more resistance in the small starter cable
> it drops the voltage on the whole system. Ohms= law current is
> inversely proportional to voltage.
>
Say Folks,
If anyone has questions about whether there is a big voltage drop,
please take the few minutes to view the Youtube videos on my site.
They both have a Fluke DVM shown in the image when the bikes are being
started. It is quite easy to see the big drops due to the excess
resistance in the OEM circuits. And to see that the big drops don't
happen with the HICAP in place.
I am now producing footage with a clamp-on DC current meter in the
image (along with the Fluke DVM) to show how the amount of current
demanded by the system fluctuates and hope to have some videos worth
viewing sometime in the coming week.
But the bottom line on starting a motorcycle is that if there is no
resistance in the starter circuit (as in - as little as can be
engineered - ) then virtually all motorcycles start up in 1-2 seconds
regardless of their compression ratio or other factors. That tells me
that the the starter circuit *should have* as little resistance to
current flow as possible. Because that quick startup reduces the load
and wear on the *expensive parts* in the circuit.
But cost considerations cause all manufacturers to use as low
performance components as they can to keep the final retail selling
price of the motorcycle as low as possible, so they are as price
competitive in the marketplace as possible.
The specification for the components state that they will work, and
when the bike is new they do start pretty quickly but as soon as a
little corrosion and use sets in they all start to have problems.
Thanks,
M./
Michael Heth
mheth@motolectric.com
Monday, August 30, 2010
Re: [DucatiST] Motolectric - Odyssey
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