9krpmrx8's Boost Build Thread
#3151
Legend In My Own Mind
Thanks but I don't need another burning orifice.
#3159
Team, Check KMA's build thread to see installed pictures
#3164
No respecter of malarkey
iTrader: (25)
it either has to be moved outside the engine bay, fully enclosed/insulated with a cool air inlet source, or the efans/radiator relocated to the v-mount position laying seed underneath the chassis
#3165
SARX Legend
Thread Starter
iTrader: (46)
Yeah my MAF is not positioned in the best position due to the use of the AEM pieces so it is basically getting super heated by my FAL fan setup because I have no tray currently. This and the piping will get coated and the MAF moved and that should resolve my high IAT's at idle and when moving slowly.
#3166
SARX Legend
Thread Starter
iTrader: (46)
the entire engine bay is being is filled with hot efan spunk, a tray won't accomplish much
it either has to be moved outside the engine bay, fully enclosed/insulated with a cool air inlet source, or the efans/radiator relocated to the v-mount position laying seed underneath the chassis
it either has to be moved outside the engine bay, fully enclosed/insulated with a cool air inlet source, or the efans/radiator relocated to the v-mount position laying seed underneath the chassis
#3174
WENTGERMAN
iTrader: (6)
hmmm because you aren't getting my point.
The MAF literally sits 2 inches above the E-fan. This is prematurely heat soaking the intake pipe and MAF sensor.
If the fans were not blowing on the MAF and intake piping they would just be getting ambient temperature heat soak. Which would take place at a much slower rate.
Bottom line the fans blowing 170-180* air onto the MAF assembly and housing is increasing the temperature at a much faster rate than they would read if it were picking up ambient temps
Who knows maybe I am wrong... We will get all sorts of data for the haters and see how it compares.
The MAF literally sits 2 inches above the E-fan. This is prematurely heat soaking the intake pipe and MAF sensor.
If the fans were not blowing on the MAF and intake piping they would just be getting ambient temperature heat soak. Which would take place at a much slower rate.
Bottom line the fans blowing 170-180* air onto the MAF assembly and housing is increasing the temperature at a much faster rate than they would read if it were picking up ambient temps
Who knows maybe I am wrong... We will get all sorts of data for the haters and see how it compares.