got my AE straiten out
#1
Join Date: Jun 2006
Location: White Mnt's,New Hampshire
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got my AE straiten out
I had to reset it..he told me not to enter the vin# on my truck cause some vin messes it up.jay walked me though it and all is good now..now for that test Alan..what was the 3 sensors I need to get my hpop pressure?? jay also told me a lot and I mean a lot of new ford feature coming soon for AE we will be able to make adjustment with it like tire size change and things like that...sounds like I bought mine just in time..
#3
Join Date: Jun 2006
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Originally Posted by amiller93
It is gona be sweet if we can recal the speedo.
Engine RPM, Injection Control Pressure (ICP), and Injection Control Duty Cycle % (IPR)
Engine RPM, Injection Control Pressure (ICP), and Injection Control Duty Cycle % (IPR)
now all i got to do is bring them 3 up in live data..then start start my truck and run it at about 3k rpm for 3 minutes right??? then what???...just wach what it does or does it tell me after the fact??
thanks for your time alan
#4
At WOT for 3 minutes The pressure should not drop below 1800psi and IPR duty cycle should stay below 65%.
Also do some road testing, just drive around and "watch" ICP it should respond quikly and the lower the IPR the better (to a point) as long as it is maintaning enuff ICP for the pedal pressure you apply. Dont be suprised it ICP spikes over 3000psi on a hard acceleration.
Also do some road testing, just drive around and "watch" ICP it should respond quikly and the lower the IPR the better (to a point) as long as it is maintaning enuff ICP for the pedal pressure you apply. Dont be suprised it ICP spikes over 3000psi on a hard acceleration.
#5
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Originally Posted by amiller93
At WOT for 3 minutes The pressure should not drop below 1800psi and IPR duty cycle should stay below 65%.
Also do some road testing, just drive around and "watch" ICP it should respond quikly and the lower the IPR the better (to a point) as long as it is maintaning enuff ICP for the pedal pressure you apply. Dont be suprised it ICP spikes over 3000psi on a hard acceleration.
Also do some road testing, just drive around and "watch" ICP it should respond quikly and the lower the IPR the better (to a point) as long as it is maintaning enuff ICP for the pedal pressure you apply. Dont be suprised it ICP spikes over 3000psi on a hard acceleration.
#6
Reading through the shop DVD me and Tenn01 have it explains how to do it with the Ford NGS tool so I just have to translate that into AutoEnginuityiese.
To record a data log Click where it says Data Logging File and type a name in the next window. Then click Open or Save (Can remember which one either will work).The default location should be "My Documents". When you are ready to start the log click the Red Square and it will start recording. It will save it in a ".csv" format that can be read in any spreadsheet program or reloaded in AE for viewing later.
To record a data log Click where it says Data Logging File and type a name in the next window. Then click Open or Save (Can remember which one either will work).The default location should be "My Documents". When you are ready to start the log click the Red Square and it will start recording. It will save it in a ".csv" format that can be read in any spreadsheet program or reloaded in AE for viewing later.
#7
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Originally Posted by amiller93
Reading through the shop DVD me and Tenn01 have it explains how to do it with the Ford NGS tool so I just have to translate that into AutoEnginuityiese.
To record a data log Click where it says Data Logging File and type a name in the next window. Then click Open or Save (Can remember which one either will work).The default location should be "My Documents". When you are ready to start the log click the Red Square and it will start recording. It will save it in a ".csv" format that can be read in any spreadsheet program or reloaded in AE for viewing later.
To record a data log Click where it says Data Logging File and type a name in the next window. Then click Open or Save (Can remember which one either will work).The default location should be "My Documents". When you are ready to start the log click the Red Square and it will start recording. It will save it in a ".csv" format that can be read in any spreadsheet program or reloaded in AE for viewing later.
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#9
Join Date: Jun 2006
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Originally Posted by sgrol
You are going to run the engine at WOT for 3 minutes just in park or neutral? That can't be good huh? What problem are you looking for? Trying to learn my AE tricks too!
#10
It is part of the oil airation test and HPOP health test. In park with E-brake applied hold pedal to the floor for 3 minutes. These engines are built to run at WOT for there entire life. Ron has an early 99 with a 15* swashplate and he's just making sure it is keeping up with the DP tuner.
#14
Plain Dumb if you ask me
It sounds plain dumb if you ask me (and yes, no one did, ask me that is, butheres my 2c anyway!) to keep a Deisel engine at WOT under no load for 3 mins just to test a HPOP.
OK it might test the pump, but at what cost to the longevity of the engine?
Something non of us can escape, is the simple laws of physics!
As far as big end bearngs go - the centrifugal force load on those big end bearings at WOT unladen, increases by the square of the RPM's!
1000RPM's ^2 = 1,000,000 units of centrifugal force!
4000RPM's ^2 = 16,000,000 units of centrifugal force, or a 16 fold increase in reduced lifetime wear for a period of 3 minutes!
Increasing loadings by 1600% for no real gain doesn't sit well with me, not for one minute let alone 3 minutes!
RPM's are the enemy of engine longevity, to be avoided wherever possible IMHO...the simple laws of physics demand it for any thinking individual!!
Not for this little black duck!
Cheers!
OK it might test the pump, but at what cost to the longevity of the engine?
Something non of us can escape, is the simple laws of physics!
As far as big end bearngs go - the centrifugal force load on those big end bearings at WOT unladen, increases by the square of the RPM's!
1000RPM's ^2 = 1,000,000 units of centrifugal force!
4000RPM's ^2 = 16,000,000 units of centrifugal force, or a 16 fold increase in reduced lifetime wear for a period of 3 minutes!
Increasing loadings by 1600% for no real gain doesn't sit well with me, not for one minute let alone 3 minutes!
RPM's are the enemy of engine longevity, to be avoided wherever possible IMHO...the simple laws of physics demand it for any thinking individual!!
Not for this little black duck!
Cheers!
#15