R56 Update on Scangauge II Codes
PM me and we can work out getting your unit upgraded if need be.
In order to get these new MINI based gauges to work, we had to open up the data filters quite a bit. We've found that with Hybrid vehicles, their hybrid battery systems add a ton of additional data that regular non-hybrid don't have to the data bus. Thus, you might find with this beta version may lock up when you connect it to a hybrid vehicle because the ScanGauge is simply overwhelmed with data due to the relaxed filter necessary to work on MINI.
Most pre 2008 (non-hybrid) vehicles shouldn't have an issue. I'd imagine most non-hybrids after 2008 should work just fine also, but the newer the vehicle the more data there is likely to be on the bus whether it's a hybrid or not.
I know most of the people who are getting the beta version are just using it on their MINI's, but if anyone can try the beta version on any other vehicles to let us know if there are any issues with non-MINI's it would be valuable.
The main thing I was interested in was oil temp. It looks like it is calibrated pretty well. Before I started it after sitting overnight, EOT was 75 F when ambient was 73 F. I just don't know how linear it is, or whether the sensor is located where the oil is at its hottest. I have seen oil temps up to 225 F, so far, though this has only included short highway stints. At this point, I would not be surprised to see 240+ F for longer high speed highway runs in 90 degree ambient temps with the AC on.
Mobil 1 0W-40 is supposed to be fine at this temp, but 210 F is where I have always seen peak power and efficiency on the dyno with many similar sized, normally aspirated race motors.
DOC
Mobil 1 0W-40 is supposed to be fine at this temp, but 210 F is where I have always seen peak power and efficiency on the dyno with many similar sized, normally aspirated race motors.
DOC
Last edited by DOC4444; Sep 9, 2012 at 11:04 AM.
Prior to 4.0 software, we could do boost with an XGauge that manipulated the MAP reading where you had to adjust the MTH portion of the XGauge to remove the ambient pressure from the MAP reading to receive boost. It was somewhat tedious, but none the less possible. Since then we added a feature within the ScanGauge that will automatically do this. Just find the Advanced settings menu under the setup section and change MAP to BST. From there the ScanGauge will report boost instead of MAP, and it will adjust for any changes in atmospheric pressure automatically if you have the key on/Engine off for a few seconds while the ScanGauge is connected.
James,
I wonder what to make of the air/fuel numbers. Under throttle, the numbers make sense, 12.2-14.3, etc. However, off-throttle, the SG generates three digit numbers without a decimal point.
Can you explain?
"Water Temp" and" Engine Temp" run very close, rarely more than 3 degrees apart. WT seems to be more volatile, always leading the change in one direction or the other.
BTW, the oil temp numbers seem to make sense. I have seen up to 230, so far.
Thanks!
DOC
I wonder what to make of the air/fuel numbers. Under throttle, the numbers make sense, 12.2-14.3, etc. However, off-throttle, the SG generates three digit numbers without a decimal point.
Can you explain?
"Water Temp" and" Engine Temp" run very close, rarely more than 3 degrees apart. WT seems to be more volatile, always leading the change in one direction or the other.
BTW, the oil temp numbers seem to make sense. I have seen up to 230, so far.
Thanks!
DOC
Last edited by DOC4444; Sep 12, 2012 at 08:13 PM.
Most likely what's causing this is that when you take your foot off the throttle long enough, fuel flow will stop. Since there is no fuel, air/fuel will become a large number because fuel is essentially 0. In reality the A/F is infinite if the fuel value is 0, but since these sensors have a specific sensor range, they just max out to the highest possible value. You'll probably notice MPG will read 9999 along side the large A/F reading. Same principal affects the MPG readings as well.
James,
thanks for the quick turn around. Works great. Still trying to figure it all out.
However, now that I have engine oil temperature, does anyone know what a "too high" is for oil and at what temp can you "romp" on the engine?
thanks for the quick turn around. Works great. Still trying to figure it all out.
However, now that I have engine oil temperature, does anyone know what a "too high" is for oil and at what temp can you "romp" on the engine?
Oil temp is usually at 230F and water at 220F. Laying into the turbo going uphill on a long grade will see the oil temp hit 240F with the water temp at no more than 224F.
Been running the beta version for about 6 months now....totally "cool"!
Been running the beta version for about 6 months now....totally "cool"!
Hey guys, could someone who has the updated scangauge II please report back what their EOT xgauge codes are (TXD, RXF, RCD, MTH)? I'm curious because my EOT is reading all the way up to 300.
Also, before I sent the SGII out, I used the wideband AFR code, which would show about 14.4-14.6 on idle, and under acceleration it would drop to 11.5 or so, which is what my tune expects. It would be a pretty linear drop/update on the SGII.
But, with the new AFR programmed in here, I am seeing 13.2 AFR on idle, and sporatic numbers updating on acceleration, anywhere from 12.5 to 15 AFR, back and forth, under light throttle. Is this expected/what others see? Maybe someone could pull these xgauge codes too?
The photo shows the updated AFR on the left, and the EOT on left, and the old AFR (named A/F to differentiate) on the right.
Thanks
Also, before I sent the SGII out, I used the wideband AFR code, which would show about 14.4-14.6 on idle, and under acceleration it would drop to 11.5 or so, which is what my tune expects. It would be a pretty linear drop/update on the SGII.
But, with the new AFR programmed in here, I am seeing 13.2 AFR on idle, and sporatic numbers updating on acceleration, anywhere from 12.5 to 15 AFR, back and forth, under light throttle. Is this expected/what others see? Maybe someone could pull these xgauge codes too?
The photo shows the updated AFR on the left, and the EOT on left, and the old AFR (named A/F to differentiate) on the right.
Thanks
Hey guys, could someone who has the updated scangauge II please report back what their EOT xgauge codes are (TXD, RXF, RCD, MTH)? I'm curious because my EOT is reading all the way up to 300.
Also, before I sent the SGII out, I used the wideband AFR code, which would show about 14.4-14.6 on idle, and under acceleration it would drop to 11.5 or so, which is what my tune expects. It would be a pretty linear drop/update on the SGII.
But, with the new AFR programmed in here, I am seeing 13.2 AFR on idle, and sporatic numbers updating on acceleration, anywhere from 12.5 to 15 AFR, back and forth, under light throttle. Is this expected/what others see? Maybe someone could pull these xgauge codes too?
The photo shows the updated AFR on the left, and the EOT on left, and the old AFR (named A/F to differentiate) on the right.
Thanks
Also, before I sent the SGII out, I used the wideband AFR code, which would show about 14.4-14.6 on idle, and under acceleration it would drop to 11.5 or so, which is what my tune expects. It would be a pretty linear drop/update on the SGII.
But, with the new AFR programmed in here, I am seeing 13.2 AFR on idle, and sporatic numbers updating on acceleration, anywhere from 12.5 to 15 AFR, back and forth, under light throttle. Is this expected/what others see? Maybe someone could pull these xgauge codes too?
The photo shows the updated AFR on the left, and the EOT on left, and the old AFR (named A/F to differentiate) on the right.
Thanks






