0x1BMW E30 173binThis XDF is for the 88-91 bmw 325i m20 it is for the 173dmeRaul the Aryan0********GENERAL INFO********------------GENERAL INFO------------11000.00000040011000.00000040020.000000255.0000001Index of Map AddressesFirst 4 Bytes = Hex Address Within the BIN File of the First Map Which is 4C00 Then 4C06, Etc, Etc. Can be Used to Manipulate Map Location and Many Other Things.
ONLY FOR ADVANCED USERS!Hex Digits21000.000000400Map Number2241000.00000040020.000000255.0000003DME Software Number*Read Backwards in Hex*
This is the Chip/Software number this file is from.#101000.00000020011000.000000400Hex Digits048.00000058.0000003DME Hardware Number*Read Backwards in Hex*
This is the ECU/Hardware number this file is from.#101000.00000020011000.000000400Hex Digits048.00000058.0000003ChecksumHexidecimal Number2422100#00.000000255.0000003**********AIRFLOW***********---------------AIRFLOW----------------11000.00000040011000.00000040020.000000255.0000001AFM Constants 1Displays AFM Constants vs Voltage.Volts81000.0000002332#11000.000000200#00.000000255.0000002AFM Constants 2Displays AFM Constants vs Voltage.Volts81000.0000002332#11000.000000200#00.000000255.0000001AFM Transfer Map#11000.000000200#321000.00000022367#0110.000000255.0000002**********START UP***********---------------START UP----------------11000.00000040011000.00000040020.000000255.0000001Cranking Ignition Timing 1Cranking Ignition Timing on Start Up.RPM31000.000000264° BTDC11000.000000200° BTDC20.00000035.0000001Cranking Ignition Timing 2Cranking Ignition Timing on Start Up.RPM3264° BTDC1200° BTDC20.00000035.0000001Cranking Fuel 1RPM3264#100240.000000255.0000001Cranking Fuel 2RPM3264#100240.000000255.0000001*************IDLE************-------------------IDLE------------------11000.00000040011000.00000040020.000000255.0000001Idle Control Valve ConstantsHigher Value = Higher Idle.
Lower Value = Lower Idle.
128 = No Correction.Voltage51000.0000006632#11000.000000200#00.000000255.0000001Idle Speed (AT in P or N, AC On or Off)Transmission in P or N.
AC On or Off.Dec. C41000.000000400#11000.000000400#250.000000150.0000001Idle Speed (AT in D or R with A/C On)Transmission in D or R.
A/C On.Deg. C41000.000000400#11000.000000400#250.000000150.0000001Idle Speed (AT in D or R with AC Off)Transmission in D or R.
A/C Off.Deg. C41000.000000400#11000.000000400#250.000000150.0000001Closed Loop Idle Speed 1Temperature & RPM Based Map.
Controls Idle in Closed Loop.
Higher Value = Higher Idle° C61000.00000021315RPM61000.000000264#220.000000200.0000001Closed Loop Idle Speed 2Temperature & RPM Based Map.
Controls Idle in Closed Loop.
Higher Value = Higher Idle° C61000.00000021315RPM41000.000000264#220.000000200.0000001Closed Loop Idle Speed 3Temperature & RPM Based Map.
Controls Idle in Closed Loop.
Higher Value = Higher Idle° C61000.00000021315RPM41000.000000264#220.000000200.0000001Closed Loop Idle Speed 4Temperature & RPM Based Map.
Controls Idle in Closed Loop.
Higher Value = Higher Idle° C61000.00000021315RPM41000.000000264#220.000000200.0000001Closed Loop Idle Speed 5Temperature & RPM Based Map.
Controls Idle in Closed Loop.
Higher Value = Higher Idle° C61000.00000021315RPM41000.000000264#220.000000200.0000001Idle Ignition TimingIgnition Timing at Idle.RPM81000.000000200° BTDC11000.000000400Deg. BTDC20.00000025.0000001Idle FuellingFuelling at Idle.% Load31000.000000200RPM61000.000000264#290.000000140.0000001**********INJECTION**********--------------INJECTION---------------11000.00000040011000.00000040020.000000255.0000001Injector Trim, RPM vs Battery Voltage 1Has an Effect on Injector Pulsewith. Appears to be a Correction Map Depending on Battery/Alternator Voltage Output and RPM.Voltage51000.0000006632RPM81000.000000264#2100.000000160.0000001Injector Trim, RPM vs Battery Voltage 2Has an Effect on Injector Pulsewith. Appears to be a Correction Map Depending on Battery/Alternator Voltage Output and RPM.Voltage51000.0000006632RPM81000.000000264#2100.000000160.0000001Injector Trim, RPM vs Battery Voltage 3Has an Effect on Injector Pulsewith. Appears to be a Correction Map Depending on Battery/Alternator Voltage Output and RPM.Voltage51000.00000026632RPM81000.000000264#290.000000190.0000001Injector Trim, RPM vs Battery Voltage 4Has an Effect on Injector Pulsewith. Appears to be a Correction Map Depending on Battery/Alternator Voltage Output and RPM.Voltage51000.00000026632RPM81000.000000264#290.000000190.0000001Injector ConstantsUse with 02 Sensor disabled to tune for bigger injectors.
Lowering value leans out AFR.
Raising value richens up AFR.
Value 255 = 100% Duty Cycle
Value 128 = 50% Duty Cycle
Value 0 = 0% Duty Cycle
To convert Raw Data to PW divide Raw Data by 40.00
K31000.000000200#11000.000000400#00.000000255.0000002Injector Dead Time vs RPMHigher Value = Faster Pulse Timing.
Bigger Injectors are Generally Slower so Tune Slightly Higher when Running Bigger Injectors.RPM41000.000000264#11000.000000400#00.000000255.0000002Injector Lag vs Battery VoltageInjector Latency vs Battery Voltage.Voltage51000.0000006632#11000.000000200#00.000000255.0000001**********FUELLING**********---------------FUELLING---------------11000.00000040011000.00000040020.000000255.0000001Low Load Fuelling 1Main Low Part Throttle Fuel Map.
6% to 51% Load Range.
Value 255 = 100% Duty Cycle
Value 128 = 50% Duty Cycle
Value 0 = 0% Duty Cycle
To convert Raw Data to PW divide Raw Data by 40.00% Load81000.00000022367RPM161000.000000264#210.000000170.0000001Low Load Fuelling 22nd Low Part Throttle Fuel Map.
6% to 51% Load Range.
Value 255 = 100% Duty Cycle
Value 128 = 50% Duty Cycle
Value 0 = 0% Duty Cycle
To convert Raw Data to PW divide Raw Data by 40.00% Load81000.00000022367RPM161000.000000264#210.000000170.0000001High Load Fuelling 1Main High Part Throttle Fuel Map.
51% to 75% Load Range.
Value 255 = 100% Duty Cycle
Value 128 = 50% Duty Cycle
Value 0 = 0% Duty Cycle
To convert Raw Data to PW divide Raw Data by 40.00% Load61000.00000022367RPM161000.000000264#210.000000170.0000001High Load Fuelling 22nd High Part Throttle Fuel Map.
51% to 75% Load Range.
Value 255 = 100% Duty Cycle
Value 128 = 50% Duty Cycle
Value 0 = 0% Duty Cycle
To convert Raw Data to PW divide Raw Data by 40.00% Load61000.00000022367RPM161000.000000264#290.000000190.0000001High Load Fuelling 33rd High Part Throttle Fuel Map.
51% to 75% Load Range.
Value 255 = 100% Duty Cycle
Value 128 = 50% Duty Cycle
Value 0 = 0% Duty Cycle
To convert Raw Data to PW divide Raw Data by 40.00% Load61000.00000022367RPM161000.000000264#290.000000190.0000001High Load Fuelling 44th High Part Throttle Fuel Map.
51% to 75% Load Range.
Value 255 = 100% Duty Cycle
Value 128 = 50% Duty Cycle
Value 0 = 0% Duty Cycle
To convert Raw Data to PW divide Raw Data by 40.00% Load61000.00000022367RPM161000.000000264#290.000000190.0000001Fuelling WOT 1Main Fuel WOT Map, #2 should be tuned the same.
Value 255 = 100% Duty Cycle
Value 128 = 50% Duty Cycle
Value 0 = 0% Duty Cycle
To convert Raw Data to PW divide Raw Data by 40.00#11000.000000200RPM161000.000000264#010.000000175.0000001Fuelling WOT 22nd Fuel WOT Map which should be matched to #1.
Value 255 = 100% Duty Cycle
Value 128 = 50% Duty Cycle
Value 0 = 0% Duty Cycle
To convert Raw Data to PW divide Raw Data by 40.00#11000.000000200RPM161000.000000264#090.000000175.0000001Fuelling WOT 3#11000.000000200RPM161000.000000264#090.000000175.0000001Fuelling WOT 4#11000.000000200RPM161000.000000264#090.000000175.0000001Acceleration EnrichmentAcc. Enrichment for low RPM instant load.
Value 255 = 100% Duty Cycle
Value 128 = 50% Duty Cycle
Value 0 = 0% Duty Cycle
To convert Raw Data to PW divide Raw Data by 40.00% Load41000.00000022367RPM41000.000000264#0110.000000255.0000001**********O2 SENSOR**********---------------O2 SENSOR--------------11000.00000040011000.00000040020.000000255.0000001O2 Sensor TargetsLambda Sensor Correction Targets vs RPM.RPM61000.00000026411000.000000400#0115.000000135.0000001O2 Sensor AdaptationO2 Sensor Adaption Based on RPM. RPM61000.00000026411000.000000400#050.000000220.0000001**********IGNITION***********---------------IGNITION----------------11000.00000040011000.00000040020.000000255.0000001Ignition Timing Low Load 1Main Ignition Low Part Throttle Map.
% Load81000.00000022367RPM161000.000000264° BTDC20.00000055.0000001Ignition Timing Low Load 22nd Ignition Low Part Throttle Map.% Load81000.00000022367RPM161000.000000264° BTDC20.00000055.0000001Ignition Timing Low Load 33rd Ignition Low Part Throttle Map.
% Load81000.00000022367RPM161000.000000264° BTDC20.00000055.0000001Ignition Timing High Load 1Main Ignition High Part Throttle Map.
% Load61000.00000022367RPM161000.000000264° BTDC20.00000045.0000001Ignition Timing High Load 22nd Ignition High Part Throttle Map.
% Load61000.00000022367RPM161000.000000264° BTDC20.00000050.0000001Ignition Timing High Load 33rd Ignition High Part Throttle Map.
% Load61000.00000022367RPM161000.000000264° BTDC20.00000050.0000001Ignition Timing High Load 44th Ignition High Part Throttle Map.
% Load61000.00000022367RPM161000.000000264° BTDC20.00000050.0000001Ignition Timing WOT 1The Main Ignition WOT Map.
ECU Almost Always Uses This.° BTDC11000.000000200RPM161000.000000200° BTDC20.00000045.0000001Ignition Timing WOT 22nd Ignition WOT Map.
ECU Sometimes Uses This.° BTDC11000.000000200RPM161000.000000264° BTDC20.00000045.0000001Ignition Timing WOT 3The 3rd Ignition WOT Map.
ECU Almost Never Uses This.° BTDC11000.000000200RPM161000.000000264° BTDC20.00000045.0000001Ignition Timing WOT 4The 3rd Ignition WOT Map.
ECU Almost Never Uses This.° BTDC11000.000000200RPM161000.000000264° BTDC20.00000045.0000001Ignition Addition vs RPMAdditional Ignition Advance Dependant on RPM.
Gives More Time for Mix to Burn at Higher RPM.RPM41000.000000264° BTDC11000.000000200° BTDC20.0000005.0000001Ignition DwellIgnition Dwell Map.
Voltage vs RPM.Volts71000.0000006632RPM121000.000000264#20.000000135.0000001Ign. VE Based Low Load & RPM (Limp Mode?)Low RPM & Low Load Map.
Based on VE calculated Load.
Possibly Limp Mode if AFM fails?
****TO VERIFY****% Load61000.0000002367RPM71000.000000264° BTDC20.00000080.0000001*********TEMPERATURE*********-------------TEMPERATURE-------------11000.00000040011000.00000040020.000000255.0000001CTS & IAT Ignition Timing Correction 1Ignition Correction for IAT & CTS Combined.IAT41000.0000002015CTS31000.0000002015° BTDC20.00000020.0000001CTS & IAT Ignition Timing Correction 2Ignition Correction for IAT & CTS Combined.IAT41000.0000002015CTS31000.0000002015° BTDC20.00000020.0000001CTS Temperature Ignition AdditionCTS Sensor Temperature Addition.
When Engine Runs Hot Timing is Retarded to Remove Heat.
When Engine is Cold Advance is Added to Heat the Engine Up.° C41000.000000200° BTDC11000.000000200° BTDC20.00000010.0000001CTS Sensor Transfer MapUsed to Tranfer Values of the CTS to the ECU.
Value 0 = 100% Enrichment
Value 128 = 50% Enrichment
Value 255 = 0% Enrichment
#11000.000000200° C121000.00000021315#00.000000255.0000001CTS Temperature Enrichment 1Used to Adjust Engine Temperature Coefficient in Degrees Celsius.
Value 0 = No Enrichment° C61000.00000021315#11000.000000200#00.000000170.0000001CTS Temperature Enrichment 2Used to Adjust Engine Temperature Coefficient in Degrees Celsius.
Value 0 = No Enrichment° C61000.00000021315#11000.000000200#00.000000170.0000001*************MISC*************-------------------MISC-------------------11000.00000040011000.00000040020.000000255.0000001Charcoal Canister/EVAP Valve Control 1EVAP System Charcoal Canister Valve Control Map.
Value 0 = Valve Fully Open
Value 128 = Valve Partially Open
Value 255 = Valve Fully Closed
This could probably be rigged for H2O/Meth Injection or to control an electric fan.% Load81000.0000002367RPM81000.000000264#20.000000255.0000001Charcoal Canister/EVAP Valve Control 2EVAP System Charcoal Canister Valve Control Map.
Value 0 = Valve Fully Open
Value 128 = Valve Partially Open
Value 255 = Valve Fully Closed% Load81000.0000002367RPM81000.000000264#20.000000255.0000001AEGS (Electronic A/T Control) 1RPM vs Load.%51000.0000002367RPM121000.000000264#20.000000255.0000001AEGS (Electronic A/T Control) 2RPM vs Load.?51000.000000230RPM121000.000000264#20.000000255.0000001AEGS (Electronic A/T Control) 3RPM vs Load.?51000.000000230RPM121000.000000264#20.000000255.0000001AEGS (Electronic A/T Control) 4RPM vs Load.?51000.000000230RPM121000.000000264#20.000000255.0000001*******RPM/LOAD AXIS DATA**********************************************************************
***************************************************************
ONLY EDIT THE TABLES BELOW IF YOU KNOW EXACTLY WHAT YOUR DOING!!!
RPM Points and Load Points in the main Ignition and Fuel Maps may be changed in the file from the tables here. Make sure to update the associated Ignition/Fuel tables under the "IGNITION" & "FUELLING" sections with the new RPM/Load values you enter in the tables here.
NOTE: Only edit values in the "Raw Axis Data" tables, once edited you can check the RPM values you have set by looking at the associated "Axis Values" table. DO NOT edit the axis values tables, use those only to check the RPM values before/after editing the "Axis Values" tables.
***************************************************************
***********************************11000.00000040011000.00000040000.000000255.0000001Low Load Ignition 1 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#281000.000000400#00.0000008000.0000002Low Load Ignition 1 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#281000.000000400#00.00000050.0000002Low Load Ignition 2 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#281000.000000400#00.0000008000.0000002Low Load Ignition 2 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#281000.000000400#00.00000050.0000002Low Load Ignition 3 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#281000.000000400#00.0000008000.0000002Low Load Ignition 3 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#281000.000000400#00.00000050.0000002High Load Ignition 1 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002High Load Ignition 1 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002High Load Ignition 2 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002High Load Ignition 2 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **
#11000.000000300#261000.000000400#00.00000050.0000002High Load Ignition 3 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002High Load Ignition 3 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002High Load Ignition 4 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002High Load Ignition 4 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002Low Load Fuelling 1 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#281000.000000400#00.0000008000.0000002Low Load Fuelling 1 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#281000.000000400#00.00000050.0000002Low Load Fuelling 2 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#281000.000000400#00.0000008000.0000002Low Load Fuelling 2 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#281000.000000400#00.00000050.0000002High Load Fuelling 1 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002High Load Fuelling 1 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002High Load Fuelling 2 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002High Load Fuelling 2 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002High Load Fuelling 3 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002High Load Fuelling 3 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002High Load Fuelling 4 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002High Load Fuelling 4 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000300#261000.000000400#00.00000050.0000002Ignition WOT 1 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **11000.000000200RPM161000.0000002640500.0000007250.0000001Ignition WOT 1 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **11000.000000200RPM Point161000.00000026400.000000125.0000002Ignition WOT 2 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **11000.000000200RPM161000.0000002640500.0000007250.0000001Ignition WOT 2 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **11000.000000200RPM Point161000.00000026400.000000125.0000002Ignition WOT 3 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **11000.000000200RPM161000.0000002640500.0000007250.0000001Ignition WOT 3 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **11000.000000200RPM Point161000.00000026400.000000125.0000002Ignition WOT 4 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **11000.000000200RPM161000.0000002640500.0000007250.0000001Ignition WOT 4 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **11000.000000200RPM Point161000.00000026400.000000125.0000002Fuelling WOT 1 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **11000.000000200RPM161000.0000002640500.0000007250.0000001Fuelling WOT 1 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000200RPM Point161000.00000026400.000000125.0000002Fuelling WOT 2 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **11000.000000200RPM161000.0000002640500.0000007250.0000001Fuelling WOT 2 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000200RPM Point161000.00000026400.000000125.0000002Fuelling WOT 3 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **11000.000000200RPM161000.0000002640500.0000007250.0000001Fuelling WOT 3 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000200RPM Point161000.00000026400.000000125.0000002-Fuelling WOT 4 [Axis Values]** EXPERIENCED/PROFESSIONAL USERS ONLY **11000.000000200RPM161000.0000002640500.0000007250.0000001-Fuelling WOT 4 [Raw Axis Data]** EXPERIENCED/PROFESSIONAL USERS ONLY **#11000.000000200RPM Point161000.00000026400.000000125.0000002*********EXPERIMENTAL*********--------------EXPERIMENTAL-------------11000.00000040011000.00000040020.000000255.0000001Control Constants 1Main Control Costants.
These are Used for Final Calculation for Injection but Looks Like You Can Only Raise the Value Because if You Lower Values it Will Affect Idle and Rev Limit.
Use for Experimenting.31000.00000040011000.00000040020.000000255.0000002Control Constants 2These are Used for Final Calculation for Injection but Looks Like You Can Only Raise the Value Because if You Lower Values it Will Affect Idle and Rev Limit.
Use for Experimenting.31000.00000040011000.00000040020.000000255.0000002Max and Min Load Values (Milliseconds)UNKNOWN61000.00000040011000.00000040020.000000255.0000002***********UNKNOWN***********-----------------UNKNOWN----------------11000.00000040011000.00000040020.000000255.0000001Unknown 1x6 RPM Related (Decel Fuelling?)1200RPM626400.000000255.0000001Unknown 18x1 (Used)Unknown, directly behind O2 sensor targets in the code.#100#1800#00.000000255.0000001Unknown 5x1 RPM Related (Ignition?)Possibly Ignition TimingRPM5264#100#20.00000040.0000001Unknown 5x1 RPM Related (Ignition?)Possibly Ignition TimingRPM5264#100#20.00000040.0000001Unknown 8x1 RPM Related (Idle/Decel?) 1Map data appeard to be ignition timing data.
Idle?
Decel?
Decel/Lift-Off & Return to Idle?RPM8264Deg. BTDC?100Deg. BTDC?25.00000030.0000001Unknown 8x1 RPM Related (Idle/Decel?) 2Map data appeard to be ignition timing data.
Idle?
Decel?
Decel/Lift-Off & Return to Idle?RPM8264Deg. BTDC?100Deg. BTDC?25.00000025.0000001Unknown 1x6 RPM Related 1 (Idle Related?)1200RPM626400.000000255.0000001Unknown 1x6 RPM Related 2 (Idle Related?)1200RPM626400.000000255.0000001Unknown 1x6 RPM Related 2 (Fuel?)RPM6264#100#00.000000255.0000001Unknown 3x6 RPM vs Load (Decel Fuel Maybe?)Load32230RPM62642100.000000155.0000001Possible O2 Sensor Targets 2 (Used)Lambda Sensor Correction Targets vs RPM.RPM61000.000000264#11000.000000200#20.000000255.0000001Possible O2 Sensor Targets 3 (Used)Lambda Sensor Correction Targets vs RPM.RPM61000.000000264#11000.000000200#20.000000255.0000001Possible O2 Sensor Targets 4 (Used)Lambda Sensor Correction Targets vs RPM.RPM61000.000000264#11000.000000200#20.000000255.0000001Unknown 2x1 CTS Related (CTS Constant?)UNKNOWN22130#100#20.000000255.0000001Unknown 2x1 (A3 Constants?)2200100#00.000000255.0000001Unknown 3x1 (3A Constants?)320010000.000000255.00000014x4 RPM vs Load (Accel Enrichment?) 2% Load41000.00000022367RPM41000.000000264#0128.000000255.00000014x4 RPM vs Load (Accel Enrichment?) 3% Load41000.00000022367RPM41000.000000264#00.000000255.0000001Unknown 8x4 Statistical Map 1 (Used)doesnt appear to have any axis descriptors42008200#20.000000125.0000001Unknown 8x4 Statistical Map 2doesnt appear to have any axis descriptors42008200#20.000000125.0000001Unknown 6x6 RPM vs ??? 1 (Used)??? vs RPM Based Map.
Closed Loop Fuelling?
Idle?
Deceleration?
Unknown Descriptor Byte 03hUnknown61000.000000200RPM61000.000000264#215.00000055.0000001Unknown 6x6 RPM vs ??? 2??? vs RPM Based Map.
Closed Loop Fuelling?
Idle?
Deceleration?
Unknown Descriptor Byte 03hUnknown61000.000000200RPM61000.000000264#215.00000055.0000001Unknown 4x1 IAT Related (Used)UNKNOWNAir Temp400#10020.00000010.0000001Unknown 4x4 CTS vs IAT 1unknownIntake Air Temp4190Coolant Temp4130?20.000000200.0000001Unknown 4x4 CTS vs IAT 2 (Used)unknownCoolant Temp4130Intake Air Temp4190?20.000000120.0000001Unknown 4x1 RPM Related 1 (Used)UNKNOWNRPM4264??100??20.000000255.0000002Unknown 4x1 RPM Related 2UNKNOWNRPM4264??100??20.000000255.0000002Unknown 1x16 RPM Related (WOT?) 1Looks a bit like a WOT ignition map but map data doesnt look like ignition values, not sure what this is???11000.000000200RPM161000.000000264??20.000000255.0000001Unknown 1x16 RPM Related (WOT?) 2Looks a bit like a WOT ignition map but map data doesnt look like ignition values, not sure what this is???11000.000000200RPM161000.000000264??20.000000255.0000001Unknown 1x16 RPM Related (WOT?) 3Looks a bit like a WOT ignition map but map data doesnt look like ignition values, not sure what this is???11000.000000200RPM161000.000000264??20.000000255.0000001Unknown 1x16 RPM Related (WOT?) 4 (Used)Looks a bit like a WOT ignition map but map data doesnt look like ignition values, not sure what this is???11000.000000200RPM161000.000000264??20.000000255.0000001Unknown 2x1 CTS RelatedUNKNOWN2130#10020.00000010.0000001Unknown 3x1 CTS Related (Used)UNKNOWN3130#100210.00000030.0000001Unknown 4x1 CTS Related 1UNKNOWN?421315??100??20.000000255.0000002Unknown 4x1 CTS Related 2UNKNOWN?421315??100??20.000000255.0000002Unknown 4x1 CTS Related 3UNKNOWN?421315??100??20.000000255.0000002Unknown 4x1 CTS Related 4UNKNOWN?421315??100??20.000000255.0000002Unknown 4x1 CTS Related 5UNKNOWN?421315??100??20.000000255.0000002Unknown 4x4 Load vs RPM (Used)unknownRPM4264Load4230?20.00000010.0000001Unknown 4x6 Load vs RPM 1 (Used)Load4200RPM620020.00000060.0000001Unknown 4x6 Load vs RPM 2 (Used)Load4200RPM620020.00000060.0000001Unknown 4x6 Load vs RPM 3Load4200RPM620020.00000060.0000001Unknown 4x6 Load vs RPM 4Load4200RPM620020.00000060.0000001Unknown 4x6 Load vs RPM 5Load4200RPM620020.00000060.0000001Injectors AdaptionChanging this in any directions shuts OFF injectors.
For experimental purposes only.00Ignition AdaptionChanging this in any direction shuts OFF ignition control.
For experimental purposes only.00Maximum load for InjectorMaximum Load for Injector.
Adaptation Related & Mostly Unknown.
Use for experimenting.200Minimum load for InjectorMinimum Load for Injector.
Adaptation Related & Mostly Unknown.
Use for experimenting.200Rev Limit(primary)Do not adjust past 6800rpm unless you like valve float and broken rockers or have supporting mods.RPM264Rev Limit(secondary)Do not adjust past 6800rpm unless you like valve float and broken rockers or have supporting mods.RPM264Rev Limit buffer(primary)3x40 = 120rpm after rev limit to totally shut down injectors. When ECU hits rev limit it cuts a few injectors and then if the revs still don't drop this value is used to cut all injectors at once.
Value in DEC 3 means 3x40=120 additional RPM.RPM264Rev Limit buffer(secondary)3x40 = 120rpm after rev limit to totally shut down injectors. When ECU hits rev limit it cuts a few injectors and then if the revs still don't drop this value is used to cut all injectors at once.
Value in DEC 3 means 3x40=120 additional RPM.RPM264THE Ultimate 173 XDF---------------------------------------------------
---------BMW 325i (E30), M20B25-----------
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--------www.WMMotorsports.co.uk---------
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