Adaptronic Stand Alones at a great price
#101
The NBs have an IAT sensor that is separate from the MAF. It is a plastic housed sensor that fits into a rubber bung on the intake i believe. We leave it attached to the OEM harness because removing it messes up the alternator circuit, mine is just tucked away in the engine bay because i use the GM IAT.
#102
The NBs have an IAT sensor that is separate from the MAF. It is a plastic housed sensor that fits into a rubber bung on the intake i believe. We leave it attached to the OEM harness because removing it messes up the alternator circuit, mine is just tucked away in the engine bay because i use the GM IAT.
#104
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First one has been sold and is on order to me now!
I feel like we need a new thread and I need to compile all this knowledge into one solid chunk. There were LOTS of questions asked, and I'm sure someone who just opens up this thread is going to read the first 3 posts, and skip to page 6. So maybe after Stein gets his unit and does his write up we can start another GB thread and keep that one for taking orders only.
I feel like we need a new thread and I need to compile all this knowledge into one solid chunk. There were LOTS of questions asked, and I'm sure someone who just opens up this thread is going to read the first 3 posts, and skip to page 6. So maybe after Stein gets his unit and does his write up we can start another GB thread and keep that one for taking orders only.
#106
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The way I see it wired on the Adaptronic is through the stock IAT plug. I wouldn't think it would effect anything to reroute it, or to plug a different sensor into it. The alternator, or whatever its attached too shouldn't mind (or really be monitoring) that there is a sensor with a different response curve plugged in.
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This is a parallel install, and the OBDII scanner is plugged into the E.C.U. so it will scan. I'm just not sure if it will throw a code. All the sensors that should be registering to the E.C.U. are, or have a doppelganger wired in. An example would be resistors and the sensor output routed to sensor ground for the M.A.F.
I think if you do get a code, its going to take a while for it show up. Just reset the stock E.C.U. a couple days before you go in for emissions testing so it is setup, but it hasn't had the time to realize some of its parameters never change.
I have sent a message to Rob asking if the E.C.U. will throw a code but I don't know if he's going to have the answer. Either way in about a week and a half Stein is going to be plugging his in. So we should know pretty quick if the stock computer goes nutzo.
I think if you do get a code, its going to take a while for it show up. Just reset the stock E.C.U. a couple days before you go in for emissions testing so it is setup, but it hasn't had the time to realize some of its parameters never change.
I have sent a message to Rob asking if the E.C.U. will throw a code but I don't know if he's going to have the answer. Either way in about a week and a half Stein is going to be plugging his in. So we should know pretty quick if the stock computer goes nutzo.
#110
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This is a parallel install, and the OBDII scanner is plugged into the E.C.U. so it will scan. I'm just not sure if it will throw a code. All the sensors that should be registering to the E.C.U. are, or have a doppelganger wired in. An example would be resistors and the sensor output routed to sensor ground for the M.A.F.
I think if you do get a code, its going to take a while for it show up. Just reset the stock E.C.U. a couple days before you go in for emissions testing so it is setup, but it hasn't had the time to realize some of its parameters never change.
I have sent a message to Rob asking if the E.C.U. will throw a code but I don't know if he's going to have the answer. Either way in about a week and a half Stein is going to be plugging his in. So we should know pretty quick if the stock computer goes nutzo.
I think if you do get a code, its going to take a while for it show up. Just reset the stock E.C.U. a couple days before you go in for emissions testing so it is setup, but it hasn't had the time to realize some of its parameters never change.
I have sent a message to Rob asking if the E.C.U. will throw a code but I don't know if he's going to have the answer. Either way in about a week and a half Stein is going to be plugging his in. So we should know pretty quick if the stock computer goes nutzo.
I have the Xede now. I did and can get the car through OBDII emissions, but the Xede does cause "fake" CELs left and right. Works fine but is annoying.
By chance could you hook it up with a .pdf version of your PCM comparison grid? I don't have a spreadsheet program and .xls programs default to megalogviewer on my machine.
Deb has 3 degrees and works in a call center.
But they do pay her OK and treat her well.
#111
Two uses for the AEM's fast datalogging rate:
1) tuning throttle enrichment - it can see the very short (< 0.2 sec ) lean spots.
2) there's enough resolution in the RPM trace in a 2nd gear WOT run to extract torque and power - and then the datalog post processing software has math functions to do this (e.g. smoothing, and derivative)
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I have to admit, the Adaptronic has some impressive seeming features.
Two uses for the AEM's fast datalogging rate:
1) tuning throttle enrichment - it can see the very short (< 0.2 sec ) lean spots.
2) there's enough resolution in the RPM trace in a 2nd gear WOT run to extract torque and power - and then the datalog post processing software has math functions to do this (e.g. smoothing, and derivative)
Two uses for the AEM's fast datalogging rate:
1) tuning throttle enrichment - it can see the very short (< 0.2 sec ) lean spots.
2) there's enough resolution in the RPM trace in a 2nd gear WOT run to extract torque and power - and then the datalog post processing software has math functions to do this (e.g. smoothing, and derivative)
The comment on the RPM trace producing torque and power curves is also very good. I had not thought of that use before. Another reason to find a way to increase data logging resolution. If I could make a software package that gives torque and horsepower curves based off of a second gear pull, that would be VERY nice.
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1 time stamp and all datapoints. That is why it loads so slow. PLUNK... PLUNK... PLUNK.. The data fills in at the blazing fast speed of 1991 serial cable. Now if we could only fit a firewire card...
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Understood.
I have the Xede now. I did and can get the car through OBDII emissions, but the Xede does cause "fake" CELs left and right. Works fine but is annoying.
By chance could you hook it up with a .pdf version of your PCM comparison grid? I don't have a spreadsheet program and .xls programs default to megalogviewer on my machine.
Sorry to hear that my friend. Especially with the expensive college degree hanging on the wall.
Deb has 3 degrees and works in a call center.
But they do pay her OK and treat her well.
I have the Xede now. I did and can get the car through OBDII emissions, but the Xede does cause "fake" CELs left and right. Works fine but is annoying.
By chance could you hook it up with a .pdf version of your PCM comparison grid? I don't have a spreadsheet program and .xls programs default to megalogviewer on my machine.
Sorry to hear that my friend. Especially with the expensive college degree hanging on the wall.
Deb has 3 degrees and works in a call center.
But they do pay her OK and treat her well.
http://www.boundaryengineering.com/Harness.pdf
#117
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It doesn't try to log 24 variables at once. It should be pretty linear I'd think. If you reduce the variables to 12 that have to be logged the average should be around .15s instead of .3x. If we go to 4 variables you end up at .075 or 13hz. Not bad, I'd think it would actually be better because you have to transmit variable information and value.
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Here is the harness file in pdf format:
http://www.boundaryengineering.com/Harness.pdf
http://www.boundaryengineering.com/Harness.pdf
Wonder why it controls the EGR with a PWM output instead of allowing the stock computer to control it? Reason for concern is all 3 PWM outputs are occupied. Otherwise controlling VICS is no big deal if I go to the VVT head to clear out a PWM for VVT control, but I'd also like to run electronic boost control. Hmm.
#119
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Thank you. Good read.
Wonder why it controls the EGR with a PWM output instead of allowing the stock computer to control it? Reason for concern is all 3 PWM outputs are occupied. Otherwise controlling VICS is no big deal if I go to the VVT head to clear out a PWM for VVT control, but I'd also like to run electronic boost control. Hmm.
Wonder why it controls the EGR with a PWM output instead of allowing the stock computer to control it? Reason for concern is all 3 PWM outputs are occupied. Otherwise controlling VICS is no big deal if I go to the VVT head to clear out a PWM for VVT control, but I'd also like to run electronic boost control. Hmm.