Is this right?
From scanner:
IFR = 43.81 lb/h
InjDC(%) = 77.0 %
fuel flow per cylinder = IFR x InjDC = 33.73 lb/h
total fuel flow = 4 cylinders x flow per cylinder = 134.93 lb/h
Your input will be appreciated.
Thanks!
Is this right?
From scanner:
IFR = 43.81 lb/h
InjDC(%) = 77.0 %
fuel flow per cylinder = IFR x InjDC = 33.73 lb/h
total fuel flow = 4 cylinders x flow per cylinder = 134.93 lb/h
Your input will be appreciated.
Thanks!
2008 Saturn Sky LE5 Automatic
Custom Hypercoil Coilovers
375 # Front 425 # Rear
Koni SA shocks
Solo Performance Exhaust
DDM Stage II Super Charger
HPTuners Calibration (working)
are you trying to be scientific with the information fed back? if no, then that should get you close enough as long as the injector is operating within its linear region.
2000 Ford Mustang - Top Sportsman
Not sure what you mean by being scientific but, I'm trying to calculate the fuel flow and compare it to the MAF rate. If understand how the PE fueling mode works, it uses the MAF rate and the EQ Ratio to calculate the fuel.
2008 Saturn Sky LE5 Automatic
Custom Hypercoil Coilovers
375 # Front 425 # Rear
Koni SA shocks
Solo Performance Exhaust
DDM Stage II Super Charger
HPTuners Calibration (working)
If this was R&D lab experiment it would not be an accurate fuel flow equation.
For the purpose mentioned it should be fine.
2000 Ford Mustang - Top Sportsman