Megasquirt FD3S Megasquirt
FD3S Megasquirt
I recently Started my fd rebuild. Mega squirt ms1 3.0 powered
I have now done 3 mega squirts with minor problems. The one i installed in a 2nd gen went flawlessly. But after looking around the forums i haven't seen anyone do one with the stock 3rd gen **** sensor.
should i try to make it work with the 3rd gen sensor or should i try to swap it to a CAS? If I can provide pic's of the sensor could someone help me with the missing tooth settings/ trigger settings?
Thanks;
Ryan
I have now done 3 mega squirts with minor problems. The one i installed in a 2nd gen went flawlessly. But after looking around the forums i haven't seen anyone do one with the stock 3rd gen **** sensor.
should i try to make it work with the 3rd gen sensor or should i try to swap it to a CAS? If I can provide pic's of the sensor could someone help me with the missing tooth settings/ trigger settings?
Thanks;
Ryan
I could give the timing a shot, however make sure that when you take pics, you designate what position it is at TDC for rotor 1 (i dont know if its clear or not, never seen the FD's timing sensors)
As far as the rotor timing goes how can you tell TDC? i thought it was when the rear rotor apex seal is at the trailing plug the front rotor is at TDC?
This was with a 12A tho.
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I've had an FD running MS1 briefly on a 2.2 board about 3 years ago.
The main issue we had trouble with was noise on the G sensor. We fixed this with an extra capacitor from G+ to ground on the lm1815 daughterboard.
I don't remember how I decided where TDC was, but the signal from the FD e-shaft position sensor looked the same timing wise as the signal from FC CAS.
Ken
The main issue we had trouble with was noise on the G sensor. We fixed this with an extra capacitor from G+ to ground on the lm1815 daughterboard.
I don't remember how I decided where TDC was, but the signal from the FD e-shaft position sensor looked the same timing wise as the signal from FC CAS.
Ken
I've had an FD running MS1 briefly on a 2.2 board about 3 years ago.
The main issue we had trouble with was noise on the G sensor. We fixed this with an extra capacitor from G+ to ground on the lm1815 daughterboard.
I don't remember how I decided where TDC was, but the signal from the FD e-shaft position sensor looked the same timing wise as the signal from FC CAS.
Ken
The main issue we had trouble with was noise on the G sensor. We fixed this with an extra capacitor from G+ to ground on the lm1815 daughterboard.
I don't remember how I decided where TDC was, but the signal from the FD e-shaft position sensor looked the same timing wise as the signal from FC CAS.
Ken
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