KB BAP = fuel system overload/not enough load
Thanks Hammeron and One Eye, hopefully this solves the problem. It does seem to make sense to me now because the ECM it trying to compensate to get extra fuel pressure but can not.
This is comming from the KB Website.
One main principle in delivering the correct amount of fuel relies on feedback from the FuelPressure Sensor mounted on the fuel rail. The EEC must monitor fuel pressure constantly and adjust the fuel pump duty cycle in relationship to manifold pressure (more on this later) to deliver the correct amount of fuel. Old return type fuel systems incorporated a mechanical fuel pressure regulator. The old style regulator has been replaced by software in the EEC, fuel pump driver module and fuel pressure sensor. **********ly, they now function as the “regulator”.
The important thing often overlooked is that the nozzle outlet pressure of the injector MUSTREMAIN CONSTANT against the forces of increasing/decreasing pressure in the manifold. Imagine a door you are trying to keep shut against the wind, but this door has no latch, so it’s up to you to keep enough pressure applied to keep it shut as the wind against it increases or decreases. In order to keep the door in the same position, you would have to apply equal force on your side against the wind speed (force) trying to open it.
This is comming from the KB Website.
One main principle in delivering the correct amount of fuel relies on feedback from the FuelPressure Sensor mounted on the fuel rail. The EEC must monitor fuel pressure constantly and adjust the fuel pump duty cycle in relationship to manifold pressure (more on this later) to deliver the correct amount of fuel. Old return type fuel systems incorporated a mechanical fuel pressure regulator. The old style regulator has been replaced by software in the EEC, fuel pump driver module and fuel pressure sensor. **********ly, they now function as the “regulator”.
The important thing often overlooked is that the nozzle outlet pressure of the injector MUSTREMAIN CONSTANT against the forces of increasing/decreasing pressure in the manifold. Imagine a door you are trying to keep shut against the wind, but this door has no latch, so it’s up to you to keep enough pressure applied to keep it shut as the wind against it increases or decreases. In order to keep the door in the same position, you would have to apply equal force on your side against the wind speed (force) trying to open it.
without those 2 wires together, the BAP wont do anything other than keep it at 12.5 volts.twist them together and turn the **** up full blast and you should be all good. When i had mine i didnt even use the ****,i twisted those wires together as well so it was constant 17.22 volts at all times.
One Eye,
I was told to keep the **** at zero so that it runs all of the time. I'll double check with Justin at VMP.
These were my problems.
KB BAP
http://www.youtube.com/watch?v=ObuKrc7fU54
IAT Sensor
http://www.youtube.com/watch?v=0LNLGASHVfU
I was told to keep the **** at zero so that it runs all of the time. I'll double check with Justin at VMP.
These were my problems.
KB BAP
http://www.youtube.com/watch?v=ObuKrc7fU54
IAT Sensor
http://www.youtube.com/watch?v=0LNLGASHVfU
One Eye,
I was told to keep the **** at zero so that it runs all of the time. I'll double check with Justin at VMP.
These were my problems.
KB BAP
http://www.youtube.com/watch?v=ObuKrc7fU54
IAT Sensor
http://www.youtube.com/watch?v=0LNLGASHVfU
I was told to keep the **** at zero so that it runs all of the time. I'll double check with Justin at VMP.
These were my problems.
KB BAP
http://www.youtube.com/watch?v=ObuKrc7fU54
IAT Sensor
http://www.youtube.com/watch?v=0LNLGASHVfU
very sweet ride
Thanks, I'll will try. By the way I love your car...
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tj@steeda
Steeda Autosports
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Sep 10, 2015 08:39 PM




