slash128's Top Mount Build
I've got the WI starting at 2psi to see what it would do. So far can't tell it's spraying other than the light. I know juice comes out because I can blow into the sensor hose and watch it spray. I wasn't expecting to notice anything but figured I'd sanity check
Just finished changing the oil and finally found the source of my slow drip. It is coming from the clutch slave hose. I wiped everything down and watched and over a period of a minute or so a drop would form on the outside of the hose, seeping thru the steel braid. I'm pretty sure this is due to me letting the trans down a little to far when I was putting the motor in because it was fine prior. At least it's a relatively easy fix.
EDIT: while the clutch slave hose does have a very slight drip (replacement en route) the real culprit was finally found. I missed an oil pan bolt
amazing how much one bolt will leak. Cleaned up the hole, added some RTV and a bold and no more oil drips
EDIT: while the clutch slave hose does have a very slight drip (replacement en route) the real culprit was finally found. I missed an oil pan bolt
amazing how much one bolt will leak. Cleaned up the hole, added some RTV and a bold and no more oil drips
Last edited by slash128; Aug 18, 2016 at 09:14 PM.
Question about closed loop targets: the Cobb help file says "The values in the table are a percentage of the main Air/Fuel table target values." What I interpret here is if the main A/F target is 14.7 and the CL table has 1.10 then 14.7 x 1.10 = 16.17, or if the CL value is 0.90 then 14.7 x 0.90 = 13.23, is that what you guys come up with? I have played with this a bit over the years but not completely convinced it is working as documented. Not that the Cobb help file has been infallible
Question about closed loop targets: the Cobb help file says "The values in the table are a percentage of the main Air/Fuel table target values." What I interpret here is if the main A/F target is 14.7 and the CL table has 1.10 then 14.7 x 1.10 = 16.17, or if the CL value is 0.90 then 14.7 x 0.90 = 13.23, is that what you guys come up with? I have played with this a bit over the years but not completely convinced it is working as documented. Not that the Cobb help file has been infallible 




