=EF=BB
=EF=BB
My Ignitec order is in..now fingers cross that shipping is painless and quic
k LOL
$362USD for two including shipping, with custom length harnesses for remote m
ounting, and a programming cable.
https://www.ignitech.cz/en/vyrobky/bikes/rotax/rotax%20912%20and%20914/rotax
%20912%20and%20914.htm
On paper these look fantastic. And very inexpensive. Time will tell their r
eliability.
Here is their tech answer wrt advance:
=9C Standard original system start at 4=C2=B0 BTDC (pickup at end of l
obe) and jump to 26=C2=B0 BTDC (pickup at begin of lobe) at 600-800 RPM.
> Original system with additional "soft start" system start also at 4=C2=B0,
but it keep this starting advance 10 s regardless of engine speed.
> Original system with new rotor start at 3=C2=B0 ATDC (pickup at end of lob
e). See old and new rotor on photo in attachment.
> See this video: https://www.youtube.com/watch?v=OWY_j3-hHcM
>
> Our system is different. It not only "jump" from 4=C2=B0 to 26=C2=B0, but i
s increase advance smoothly according advance curve preselected in setting s
oftware.
> Next function for better start is value "Lower advance by start %" in soft
ware. This function will delay advance according value. When value will be 0
- it will not delay advance. If value will be 100 - it will delay advance w
ith angle of pulse lobe.
> If value will be 50 - it will delay advance with angle half of pulse lobe.
> Standardly we use value 20. Pulse lobe angle is 26=C2=B0-4=C2=B0=22=C2=B0
, so that delay will be 22x0.2=4.4=C2=B0. This is little bit ATDC. This de
lay is realised only up to 500 RPM.
> If you want increase delay - increase this value.
Cheers,
PeteZ
> On Apr 24, 2022, at 8:13 AM, europabill <europabill@bellsouth.net> wrote:
outh.net>
>
> Pete,
>
> I only had the modules long enough to test cranking and static testing (ap
prox. 5000 RPM's and haven't noticed any issues.
> The misfire above 5000 RPM's was mentioned on their website and is suppose
dly fixed.
>
> The modules can be powered from the engine just like the stock Rotax modul
es and can also be powered directly from your 12v supply. Pull up their ins
tructions on the DCCDIP2 module. It shows fusing each module with a 3 amp f
use. Don't know how much current it draws but it's not a lot.
>
> If you Google "reviews" on the modules they all are favorable.
>
> Hope this helps.
>
> Bill
>
>
>
>
> Read this topic online here:
>
> http://forums.matronics.com/viewtopic.php?p=506610#506610
>
>
>
>
>
>
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