<blockquote>quote:</font><hr>Originally posted by PiLOTLiTE:
Oh I think it does change the signal before it reaches the computer. I noticed (thru my manual fan switch with LEDs) that my low side fan for the defroster came on at 40mph with the 3.08s. When I ran the 3.73s with no calibration, it still turned on at a speedo read 40mph, which was actually slightly less. Now with SLPs thing, it still turns on at a speedo read 40mph which means the computer does know its going 40mph, not just the guage cluster.<hr></blockquote>
i see what you are saying, however, i think fans operate partly off of gauge cluster (speedometer) anyway, meaning, i think when the cluster falls below 40 mph, it sends a signal to the fans to shut up.
i don't know if that's right, but it's just a thought, although, i still think your shift points are off.
can you explain mine and nachius' predicament where unprogrammed pcm is making the shift points the weak part of the drive?
Oh I think it does change the signal before it reaches the computer. I noticed (thru my manual fan switch with LEDs) that my low side fan for the defroster came on at 40mph with the 3.08s. When I ran the 3.73s with no calibration, it still turned on at a speedo read 40mph, which was actually slightly less. Now with SLPs thing, it still turns on at a speedo read 40mph which means the computer does know its going 40mph, not just the guage cluster.<hr></blockquote>
i see what you are saying, however, i think fans operate partly off of gauge cluster (speedometer) anyway, meaning, i think when the cluster falls below 40 mph, it sends a signal to the fans to shut up.
i don't know if that's right, but it's just a thought, although, i still think your shift points are off.
can you explain mine and nachius' predicament where unprogrammed pcm is making the shift points the weak part of the drive?
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