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SignUp Now!Originally posted by lazaris
Dave,
I posted this back in March so I kinda know where your coming from.
" Theres different ways to create stall, clearances between the fins (impeller/turbine) pitch angle of the fins etc. Also how the stator is cut efects stall and multiplication ratio. The more multiplication the harder hit to the tires and more torque to rear wheels. The trade off is that when the stator has this high ratio it stops multiplying the torque sooner. This hurts the second half of your 1/4mi /top end pull."
I was just looking for a way to see whatBob just posted and what others were getting in the traps for guys going 125 and above. Maybe I worded it wrong.
Originally posted by TurboBob
Top end converter slip is easy to calculate with Direct Scan.
For starters check if the defaults of 3.42 gear and 26.1" tire are set
if not then the data must be rescaled.
within a percent or two. (MPH * 47)/RPM will give you a coupling percentage.
Third gear....... BTW.
TurboBob
Originally posted by TurboBob
T-Dave,
with your new converter the "47" number can be calculated even closer
since your new converter locks so well.....take a bunch of sample points and average
them. Let me know what you find.
Curious about your old converter too.
Bob
Originally posted by ChrisCairns
Try this......
http://www.smokemup.com/auto_math/mph_range.php
And I have 8 ½ % slippage in mine....that's why I just put a borrowed converter in. Hopefully this one will be better.
Chris
Originally posted by REDS HOT AIR
my 9-11 converter locked dont slip a bit
27" tire at 127 was 5500 rpm
Originally posted by TurboBob
T-Dave,
with your new converter the "47" number can be calculated even closer
since your new converter locks so well.....take a bunch of sample points and average
them. Let me know what you find.
Curious about your old converter too.
Bob