Difference between revisions of "ME7 Tuning Information"
From Nefmoto
(→ECU Tables and Constants) |
(→ECU Tables and Constants) |
||
Line 54: | Line 54: | ||
**LDORXN - Maximum Corrected Specified Load when Over Boosting | **LDORXN - Maximum Corrected Specified Load when Over Boosting | ||
**Boost Pressure Regulation via PID Controller | **Boost Pressure Regulation via PID Controller | ||
+ | ***Boost pressure regulation duty cycle calculated as: (P - D) + I + D | ||
***LDIATA - Intake air temp correction for load pressure regulation I limit | ***LDIATA - Intake air temp correction for load pressure regulation I limit | ||
***KFLDIMX - Load pressure regulation uncorrected I limit | ***KFLDIMX - Load pressure regulation uncorrected I limit |
Revision as of 22:03, 6 September 2011
Guides
Notable User Contributions to the Forum
- MAF
- Injector scaling
- Boost PID
- Timing
- Knock Control
- Launch control
- Raised rev limiter (does not build boost)
- Anti lag launch control and no-lift shift
- Methanol Injection
- E85
- Emissions
- Misc
ECU Tables and Constants
This list currently contains a subset of the maps that Tony@NefMoto has been able to verify in the ME7.1 assembly code.
- MAF and Air Mass
- MLHFM - MAF Voltage to Air Mass Conversion Factor
- KFKHFM - Air Mass Correction Scale Factor
- MLOFS - Air Mass Offset
- KFMLDMN - Min Air Mass Limit
- KFMLDMX - Max Air Mass Limit for Diagnosis
- FWMLHFMMN - Min Altitude Corrected Air Mass Limit Scale Factor
- Intake Cam Shaft
- KFNW - Intake Camshaft Adjustment Angle
- KFNWWL - Intake Camshaft Adjustment Angle in Warm Up
- KLNWRLTM - Load Correction Factor for Intake Camshaft Adjustment Reference
- Boost
- EDLDRP - Boost deviation limit
- KFLDHBN - Maximum Compressor Pressure Ratio for Specified Load
- LDORXN - Maximum Corrected Specified Load when Over Boosting
- Boost Pressure Regulation via PID Controller
- Boost pressure regulation duty cycle calculated as: (P - D) + I + D
- LDIATA - Intake air temp correction for load pressure regulation I limit
- KFLDIMX - Load pressure regulation uncorrected I limit
- LDDIMXN - Load pressure regulation upper I limit, offset from uncorrected I limit
- LDDIMNN - Load pressure regulation lower I limit, negative offset from uncorrected I limit
- KFLDRQ2 - Load pressure regulation D parameter when not Over Boosting
- Load
- LDRXN_1_A - Uncorrected specified load without knock
- LDRXNZK - Uncorrected specified load with knock
- KFTARX - Intake Air Temp Correction Factor for Specified Load without Knock
- KFPBRNW - Correction Factor for going from intake pressure to cylinder pressure during max camshaft advance
- KFPBRK - Correction Factor for going from intake pressure to cylinder pressure during min camshaft advance
- KFURL - Conversion factor from pressure to load
- KFPRG - Internal Exhaust Gas Partial Pressure
- KFMIRL - Corrected Specified Engine Load Max Limit
- Ignition Timing
- KFZW - Target ignition angle with min intake cam adjustment
- KFZW2 - Target ignition angle with max intake cam adjustment
- Fuel
- KRKTE - Load to Injection Time Conversion Factor
- KVB - Fuel Consumption Constant for Fuel Gauge
- FKVA_- Scale Factor for Fuel Consumption Constant for Fuel Gauge
- TVUB - Injection Time Correction Offset Based on Voltage
- KFLF - Fuel Injection Reference Load Scale Factor
- Lambda Target from Component Protection
- Lambda target calculated as: (KFLBTS + interpolated(DLBTS * KFFDLBTS)) * FBSTABGM
- TABGBTS - Exhaust Gas Temperature Threshold for Component Protection Activation
- DTBTS - Exhaust Gas Temperature Threshold Negative Offset for Component Protection Deactivation
- TKATBTS - Catalytic Convertor Temperature Threshold for Component Protection Activation
- KFLBTS - Component Protection Target Lambda
- DLBTS - Component Protection Target Lambda Offset based on ignition efficiency
- KFFDLBTS - Scale Factor for Component Protection Target Lambda Offset
- FBSTABGM - Component Protection Target Lambda Scaling Factor
- ZDLBTS - Interpolation Rate for Component Protection Lambda Offset (DLBTS * KFFDLBTS)
- ETADZW - Ignition efficiency based on difference between actual and optimal ignition angles
- Lambda Target from Enrichment
- Lambda Target from Knock Enrichment
- Lambda target calculated as: (KFLAMKRL + DLAMTANS) * KFLAMKR
- KFLAMKRL - Knock Based Target Lambda
- DLAMTANS - Knock Based Target Lambda Offset from Intake Air Temp
- KFLAMKR - Knock Based Target Lambda Scale Factor After Air Temp Offset
- Lambda Target from Throttle Enrichment
- Lambda Target from Load Limit Enrichment
- Lambda Target from Load and Engine Temp Enrichment
- Lambda Target from Knock Enrichment
- Idle
- NLLM - Min Idle Speed 1
- KFMRESK - Idle Torque Base With Clutch Depressed And Speed Below Limit
- KFMRES - Idle Torque Base With Clutch Not Depressed Or Speed Above Limit