**Need Help setting up V7???** Here is your answer
From the "94170715 V7 Issues" discussion:
Is this what you're looking for?
Is this what you're looking for?
Cool so what I'm going to do is revert back and just move everything from the 94170015 right to the V7 94170715 and ditch the V7 9653 all together.
This way I can be sure my everything is close to how it was non V7
This way I can be sure my everything is close to how it was non V7
9653 and 9417 have different settings for the Periphery bits. If you make the switch to 9417....use it's bits as a starting point.
As for the MUT, it should be correct. If anyone finds a discrepancy please let me know and I will make the changes ASAP.
I would like to be able to log "load+baro+temp". If one of the Disassembly gurus would be so kind as to look it up in 94170015 and post the address. I will make the XML for it.
As for the MUT, it should be correct. If anyone finds a discrepancy please let me know and I will make the changes ASAP.
I would like to be able to log "load+baro+temp". If one of the Disassembly gurus would be so kind as to look it up in 94170015 and post the address. I will make the XML for it.
The 94170015 MUT uses the same address to make the 94170715.
I think there needs to be some standardization for the MUT so that we can have EvoScan standard addresses.
I know it used to be that
00, 01 = 2 byte load
02, 03 = 2 byte rpm
04, 05 = 2 byte airflow
But, this is where is 9653 is putting...
2-byte LOAD_Raw (no temp compensation)
hex value at 1C in MUT table + 0x09
hex value at 1C in MUT table + 0x0A
2-byte LOAD_Temp_Compensated
hex value at 1C in MUT table + 0x0B
hex value at 1C in MUT table + 0x0C
2-byte LOAD_Baro_Compensated
hex value at 1C in MUT table + 0x0D
hex value at 1C in MUT table + 0x0E
2-byte LOAD_Temp_and_Baro_Compensated
hex value at 1C in MUT table + 0x0F
hex value at 1C in MUT table + 0x10
I think there needs to be some standardization for the MUT so that we can have EvoScan standard addresses.
I know it used to be that
00, 01 = 2 byte load
02, 03 = 2 byte rpm
04, 05 = 2 byte airflow
But, this is where is 9653 is putting...
2-byte LOAD_Raw (no temp compensation)
hex value at 1C in MUT table + 0x09
hex value at 1C in MUT table + 0x0A
2-byte LOAD_Temp_Compensated
hex value at 1C in MUT table + 0x0B
hex value at 1C in MUT table + 0x0C
2-byte LOAD_Baro_Compensated
hex value at 1C in MUT table + 0x0D
hex value at 1C in MUT table + 0x0E
2-byte LOAD_Temp_and_Baro_Compensated
hex value at 1C in MUT table + 0x0F
hex value at 1C in MUT table + 0x10
The 94170015 MUT uses the same address to make the 94170715.
I think there needs to be some standardization for the MUT so that we can have EvoScan standard addresses.
I know it used to be that
00, 01 = 2 byte load
02, 03 = 2 byte rpm
04, 05 = 2 byte airflow
But, this is where is 9653 is putting...
2-byte LOAD_Raw (no temp compensation)
hex value at 1C in MUT table + 0x09
hex value at 1C in MUT table + 0x0A
2-byte LOAD_Temp_Compensated
hex value at 1C in MUT table + 0x0B
hex value at 1C in MUT table + 0x0C
2-byte LOAD_Baro_Compensated
hex value at 1C in MUT table + 0x0D
hex value at 1C in MUT table + 0x0E
2-byte LOAD_Temp_and_Baro_Compensated
hex value at 1C in MUT table + 0x0F
hex value at 1C in MUT table + 0x10
I think there needs to be some standardization for the MUT so that we can have EvoScan standard addresses.
I know it used to be that
00, 01 = 2 byte load
02, 03 = 2 byte rpm
04, 05 = 2 byte airflow
But, this is where is 9653 is putting...
2-byte LOAD_Raw (no temp compensation)
hex value at 1C in MUT table + 0x09
hex value at 1C in MUT table + 0x0A
2-byte LOAD_Temp_Compensated
hex value at 1C in MUT table + 0x0B
hex value at 1C in MUT table + 0x0C
2-byte LOAD_Baro_Compensated
hex value at 1C in MUT table + 0x0D
hex value at 1C in MUT table + 0x0E
2-byte LOAD_Temp_and_Baro_Compensated
hex value at 1C in MUT table + 0x0F
hex value at 1C in MUT table + 0x10
FWIW, the MUT table in Tephra's base V7 bin file were not configured for the 2-byte load, airflow, and RPM. After loading your XML, I still had to plug in those values (as per "Official 2-byte Thread") to get everything working.
Last edited by Ted B; Aug 27, 2010 at 10:37 AM.
Ok so n00b questions, I just finally switched to the Tephra rom after running my modded 96940011 for a long time. I just put on a bigger turbo, and I have a JDM 3 bar map. With the new rom, I'm a bit confused on the PSI boost control as the names all changed. Was there a thread that says what I need to put for my boost adder, etc? If I was to go for 25 PSI right now, what would I need to put into the boost adder table etc? Any help would be awesome!
Hello
In the Global fuel settings -Startup part the Initial Cranking IPW vs Coolant Temp table is the main the adder table at start up ? With bigger injectors I shoud lower the values 45 and upper fahrenheit degrees by the % as the injectors get bigger ?
In the Main map fuel setting the Cranking Primer Initial Pulse table shoud leave with pump gas and in the Alt map fuel settings for E85 shoud increase ?
In the Global fuel settings -Startup part the Initial Cranking IPW vs Coolant Temp table is the main the adder table at start up ? With bigger injectors I shoud lower the values 45 and upper fahrenheit degrees by the % as the injectors get bigger ?
In the Main map fuel setting the Cranking Primer Initial Pulse table shoud leave with pump gas and in the Alt map fuel settings for E85 shoud increase ?
So after loading the V7 mod over my 05 rom, I started throwing the code for rear 02 sensor (I had it disabled in my old rom) I disabled it through the periphary bits, but now I'm getting the P0125 code because of it. Is there a workaround for this on the V7 rom?









