Edge Evolution and trans temp PID
#1
#3
I actually just got off the phone with Edge and they did infact confirm that my Edge 15050 does not read the TFT PID on the 97-03 F150. But the Edge Evolution CS 85150 does. I must say I'm a little bummed since I just bought this Edge. I tow a TT quite a bit in the summer so I need to see the trans temp.
#4
Thanks for the reply Bluegrass
I actually just got off the phone with Edge and they did infact confirm that my Edge 15050 does not read the TFT PID on the 97-03 F150. But the Edge Evolution CS 85150 does. I must say I'm a little bummed since I just bought this Edge. I tow a TT quite a bit in the summer so I need to see the trans temp.
I actually just got off the phone with Edge and they did infact confirm that my Edge 15050 does not read the TFT PID on the 97-03 F150. But the Edge Evolution CS 85150 does. I must say I'm a little bummed since I just bought this Edge. I tow a TT quite a bit in the summer so I need to see the trans temp.
#5
I may be interested in doing that cause it would be far cheaper then buying another tuner. But I can't seem to find any write ups on people doing that to the 10th gen.
#6
https://intellitronix.com/
https://www.autometer.com/#
http://www.isspro.com/
http://www.glowshiftdirect.com/?utm_...hift%20-%20BMM
#7
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#8
I have been running a temp monitor the last 12 years but monitoring at a different location.
Not in the pan or in the transmission but in the output line 6 inches out from the trans to the radiator cooler.
At this point you see the actual temperature the fluid gets to right out of the converter.
Normally the temperature will run close to 148 degrees depending on the ambient and how long in OD, normal speeds and loads.
As soon as the converter goes out of lockup under increased loading the temperature will start to rise slowly due to fluid shearing in the converter.
When converter locks up again, the temperature will come back down again.
With this type monitoring you see the near real time quick changes according to loading.
Under high loads, the temperature can rise to as high as 230 depending on loading, how long and ambient temperatures.
In town or stop and go driving the temperature will run higher.
When temperatures get upward of 250 plus there would be reason to be concerned about cooling because the fluid can begin to break down above 260.
These temperature change actions may be alarming at first until you understand they will act like this whether monitored at this location or not.
In Pan monitoring is at the end of the line so you would not see anything but a slow average change that may be somewhat lower due to the fluid cooling in the pan.
A larger pan capacity does not play a large part in total cooling once the temperature has stabilized but does delay heating due to the larger volume being pumped through from cold starts.
In pan monitoring that shows high temperatures is sort of to late in the game especially if it happens too often. At that point the valve body sensor would begin to make the shifter light come on or flash with an over temperature code set.
Also a larger capacity pan will delay allowing OD to engage until,the sensor temperature gets above about 95 degrees.
Very high temps can soften and burn the front seal if allowed to happen to often and to long a time. The results of this is fluid leak onto the exhaust and a lot of lighter color smoke. Trans has to be rebuilt at this point.
Good luck.
Not in the pan or in the transmission but in the output line 6 inches out from the trans to the radiator cooler.
At this point you see the actual temperature the fluid gets to right out of the converter.
Normally the temperature will run close to 148 degrees depending on the ambient and how long in OD, normal speeds and loads.
As soon as the converter goes out of lockup under increased loading the temperature will start to rise slowly due to fluid shearing in the converter.
When converter locks up again, the temperature will come back down again.
With this type monitoring you see the near real time quick changes according to loading.
Under high loads, the temperature can rise to as high as 230 depending on loading, how long and ambient temperatures.
In town or stop and go driving the temperature will run higher.
When temperatures get upward of 250 plus there would be reason to be concerned about cooling because the fluid can begin to break down above 260.
These temperature change actions may be alarming at first until you understand they will act like this whether monitored at this location or not.
In Pan monitoring is at the end of the line so you would not see anything but a slow average change that may be somewhat lower due to the fluid cooling in the pan.
A larger pan capacity does not play a large part in total cooling once the temperature has stabilized but does delay heating due to the larger volume being pumped through from cold starts.
In pan monitoring that shows high temperatures is sort of to late in the game especially if it happens too often. At that point the valve body sensor would begin to make the shifter light come on or flash with an over temperature code set.
Also a larger capacity pan will delay allowing OD to engage until,the sensor temperature gets above about 95 degrees.
Very high temps can soften and burn the front seal if allowed to happen to often and to long a time. The results of this is fluid leak onto the exhaust and a lot of lighter color smoke. Trans has to be rebuilt at this point.
Good luck.
#9