52500012
5002a
52500012
Mitsubishi
TDM
Lancer
4B10
5MT
2008
mitsucan
M32186F8
mitsucan
512DA ACCEL ENRICHMENT d-Airflow ACCEL stroke count from Ev% XDLYA 0004 = 4 IG IG*1 .
512DC ACCEL ENRICHMENT Delta Airflow ACCEL Deadband IDLE XDANDBID 000A = 1.525 % Ec*100*50/32768 .
512DE ACCEL ENRICHMENT Deadband Filter Gain ACCEL and DECEL XDANFG 00C8 = 0.78 GAIN K/256 .
512E0 ACCEL ENRICHMENT XANKA 006B = 66.8 Ec% Ev/1.6 .
512E2 ACCEL ENRICHMENT Maximum allowable Load for Enrichment XANMX 0070 = 70.0 Ec% Ev/1.6 .
512E4 ACCEL ENRICHMENT Load Increase/Decrease multiplier #1 0004 = .
512E6 ACCEL ENRICHMENT Load Increase/Decrease multiplier #2 0005 = .
512E8 ACCEL ENRICHMENT Load Increase/Decrease divider 0002 = .
512EA ACCEL ENRICHMENT Accel-Base Gain Integer XKAWTRES 0010 = 16 units .
512EC ACCEL ENRICHMENT Initial Enrichment Multiplier XKACRK 0080 = 1.000 K/128 .
512EE ACCEL ENRICHMENT XANGEN 0020 = 20.0 Ev% Ev/1.6 .
512F0 ACCEL ENRICHMENT XDANUP 0040 = 09.76 % Ec*100*50/32768 .
512F2 ACCEL ENRICHMENT XDANUPD 00FF = 38.91 % Ec*100*50/32768 .
512F4 ACCEL ENRICHMENT XTINHDEC 0078 = 3000 mSec T*25 .
512F6 ACCEL ENRICHMENT XWTACC 003C = +20 *C T-40 .
512F8 ACCEL ENRICHMENT XCANAH 0002 = 2 IG IG*1 .
512FA ACCEL ENRICHMENT XCANAC 0002 = 2 IG IG*1 .
512FC ACCEL ENRICHMENT XWTACC2 003C = +20 *C T-40 .
512FE ACCEL ENRICHMENT XCANAC2 0002 = 2 IG IG*1 .
51300 ACCEL ENRICHMENT 005A = .
51302 ACCEL ENRICHMENT 0003 = .
51304 ACCEL ENRICHMENT 000A = .
51306 THROTTLE ENRICHMENT Post Additional Inj Inhibit Timer XRNJCT 0028 = 200 mSec T*5 .
51308 THROTTLE ENRICHMENT Minimum Throttle Delta for Enrichment XRNJDB 0003 = 0.058 Volt Vtps*5/256 .
5130A THROTTLE ENRICHMENT Maximum Total Enrichment IPW XRNJMT 0023 = 8.96 mSec T*0.256 .
5130C THROTTLE ENRICHMENT Maximum Integral IPW XRNJCP 0050 = 5.120 mSec T*0.064 .
5130E THROTTLE ENRICHMENT Startup 5 Sec Enrichment Multiplier XKRNJCK 0080 = 1.000 K/128 .
51494 SHIFT SHOCK CTRL Delta Throttle Reduction decision XADSKDTH 0002 = 0.039 V Vtps*5/256 .
51496 SHIFT SHOCK CTRL ECT operating decision XADSKWT 00FF = +215 *C T-40 .
51498 SHIFT SHOCK CTRL Road Speed operating decision XADSKVS 003C = 15 kmh Vs*0.25 .
5149A SHIFT SHOCK CTRL Engine Load operating decision XADSKEV 0038 = 35 % Ev/1.6 .
5149C SHIFT SHOCK CTRL Engine RPM Control Start XADSKNEL 0020 = 1000 rpm Ne*8000/256 .
5149E SHIFT SHOCK CTRL Engine RPM Control End XADSKNEH 00A0 = 5000 rpm Ne*8000/256 .
514A0 SHIFT SHOCK CTRL LO-Gear Ratio Limit XADSKGL_2B FFFF = N/A rpm/kmh VsNe/36.373 .
514A2 SHIFT SHOCK CTRL HI-Gear Ratio Limit XADSKGH_2B 0001 = 0 rpm/kmh VsNe/36.373 .
514A4 SHIFT SHOCK CTRL Engine Stroke Count Limit XADSKIG 000A = 10 IGN .
513F8 KNOCK CTRL Min LOAD Limit legacy/replaced by TANKNK XANKNK 0040 = 40 Ev% Ev/1.6 .
513FA KNOCK CTRL Min RPM Operational Limit XKNNE 0010 = 500 rpm Ne*8000/256 .
513FC KNOCK CTRL Knock Sensitivity above Load Threshold XKNGAINC 0020 = 32 .
513FE KNOCK CTRL Knock Sensitivity below Load Threshold XKNGAINO 0010 = 16 .
51400 KNOCK CTRL Maximum Retard Rate per Ignition XKNCLIPC 0007 = 2.45 degree Q*0.35 .
51402 KNOCK CTRL unknown XKNCLIPO 0000 = 0 degree Q*0.35 .
51404 KNOCK CTRL unknown 0022 = .
51406 KNOCK CTRL Knock Sensitivity Low RPM Gain XKNTHS1 000E = 1.75 K/8 .
51408 KNOCK CTRL Knock Background Noise Triple Gain Offset XKNTOF1 0006 = 117 mV mV*5000/256 .
5140A KNOCK CTRL unknown 0003 = .
5140C KNOCK CTRL Knock Background Noise, Single Gain Adder XKNTOF2 0006 = 117 mV mV*5000/256 .
5140E KNOCK CTRL unknown 0003 = .
51410 KNOCK CTRL Maximum Knock Retard Timing Limit XGKNMX 0024 = 12.6 deg Q*0.35 .
51412 KNOCK CTRL Spark Retard Attack Gradient XCKNAG 00A0 = 2.3 deg/sec T*0.01425 .
51414 KNOCK CTRL Spark Advance Return Gradient XCKNAGAC 0023 = 0.5 deg/sec T*0.01425 .
51416 KNOCK CTRL Acceleration Mode TPS decision XKNACCTH 00FF = 4.980 V V*5/256 .
51418 KNOCK CTRL Acceleration mode delta RPM decision XKNACCNE 0006 = 187 rpm Ne*8000/256 .
5141A KNOCK CTRL Acceleration Mode Time decision XKNACCTIM 0028 = 1.000 sec T*0.025 .
5141C KNOCK CTRL Sensor Fail Timing Retard XGKNFC 0000 = 0 deg G*90/256 .
5141E KNOCK CTRL Sensor Fail Timing Retard XGKNFO 0000 = 0 deg G*90/256 .
51420 KNOCK CTRL signal gain switching threshold (Lo side) XKNTHBGL 001A = 0.508 V Vth*5/256 .
51422 KNOCK CTRL signal gain switching threshold (Hi side) XKNTHBGU 008F = 2.793 V Vth*5/256 .
51424 KNOCK CTRL signal gain switching RPM hysterisis XKNNBGHY 000A = 312 rpm Ne*8000/256 .
51426 KNOCK CTRL unknown 0097 = .
51428 KNOCK CTRL unknown 00A0 = .
5142A KNOCK CTRL Octane Update Load legacy/replaced by TANKNK 0060 = 60 Ev% Ev/1.6 .
5142C KNOCK CTRL Octane Update RPM Enable legacy/replaced by TKNSAN 003A = 1812 rpm Ne*8000/256 .
5142E KNOCK CTRL Octane Update RPM Disable legacy/replaced by TKNSAN 0066 = 3185 rpm Ne*8000/256 .
51430 KNOCK CTRL Octane Update ECT decision XWTLKN 0079 = +81 *C T-40 .
51432 KNOCK CTRL Knock Sum for Octane Increment XKNAGL 0003 = 3 KnockSum .
51434 KNOCK CTRL Knock Sum for Octane Decrement XKNAGU 0005 = 5 KnockSum .
51436 KNOCK CTRL Spark Advance Learning Time (quiet engine) XCNKAD 0030 = 1.200 Sec T*0.025 .
51438 KNOCK CTRL Spark Retard Learning Time (knocking engine) XCNKRD 0018 = 0.600 Sec T*0.025 .
5143A KNOCK CTRL Knock Fuel Enrichment Knocksum for Enrichment XKNAFD 0006 = 6 KnockSum .
5143C KNOCK CTRL Knock Fuel Enrichment Coefficient XKNAFK 0055 = 0.332 K/256 .
5143E KNOCK CTRL Knock Fuel Enrichment rpm decision XKNAFN 0030 = 1500 rpm Ne*8000/256 .
51440 KNOCK CTRL Knock Fuel Enrichment Load decision XKNAFE 0060 = 60 Ev% Ev/1.6 .
51442 KNOCK CTRL unknown XKNNRL 0001 = 0.35 degree Q*0.35 .
51444 KNOCK CTRL unknown XKNNRHU 0003 = 1.03 deg G*90/256 .
51446 KNOCK CTRL unknown XKNNRHL 0003 = 1.05 deg G*90/256 .
51448 KNOCK CTRL unknown XNISLVLNU 00AA = 5500 rpm Ne*8000/256 .
5144A KNOCK CTRL unknown XNISLVLNL 00A0 = 5000 rpm Ne*8000/256 .
5144C KNOCK CTRL unknown XNOIS30_2B 00B4 = 180 IGN .
5144E KNOCK CTRL unknown XNISNU 00FF = 7968 rpm Ne*8000/256 .
51450 KNOCK CTRL unknown XNISNL 0010 = 500 rpm Ne*8000/256 .
51452 KNOCK CTRL unknown 00FF = .
51454 KNOCK CTRL unknown 0004 = .
51456 KNOCK CTRL unknown 0010 = .
51200 FUEL INJECTOR Latency (Dead-Band) Coefficient XTBATR 000F = 15 uSec T .
51202 FUEL INJECTOR Minimum Pulse Width XBCLP 0005 = 1.28 mSec T*0.256 .
51204 FUEL INJECTOR RPM Limit XBCLPNE 00FF = 7968 rpm Ne*8000/256 .
51206 FUEL INJECTOR Size (legacy - replaced by XKINJ) XKI 007E = 271 cc/min 569/Gain*60 .
Rev Limiter ON
Rev Limiter OFF
bit.15
bit.14
bit.13
bit.12
bit.11
bit.10
bit.9
bit.8
bit.7
bit.6
bit.5
bit.4
bit.3
bit.2
bit.1
bit.0
bit.15
bit.14
bit.13
bit.12
bit.11
bit.10
bit.9
bit.8
bit.7: Enable Knock Retard
bit.6
bit.5
bit.4 Full time open loop
bit.3
bit.2
bit.1 rear O2
bit.0
bit.15
bit.14: Cruise Control Enabled/Disabled
bit.13
bit.12
bit.11
bit.10
bit.9
bit.8
bit.7
bit.6
bit.5
bit.4
bit.3
bit.2
bit.1
bit.0: Lean Spool Off/On
bit.15
bit.14
bit.13
bit.12
bit.11
bit.10
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bit.8
bit.7
bit.6
bit.5
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bit.1
bit.0
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bit.12
bit.11
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bit.7
bit.6
bit.5
bit.4
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bit.2
bit.1
bit.0
bit.15
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bit.11
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bit.6
bit.5
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bit.1
bit.0
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bit.0
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
MUT0x
MUT1x
MUT2x
MUT3x
MUT4x
MUT5x
MUT6x
MUT7x
MUT8x
MUT9x
MUTAx
MUTBx
MUTCx
MUTDx
MUTEx
MUTFx
MUT10x
MUT11x
MUT12x
MUT13x
MUT14x
MUT15x
MUT16x
MUT17x
MUT18x
MUT19x
MUT1Ax
MUT1Bx
MUT1Cx
MUT1Dx
MUT1Xx
MUT2Xx
MUT3Xx
MUT4Xx
MUT5Xx
MUT6Xx
MUT7Xx
MUT8Xx
MUT9Xx
MUT10Xx
MUT11Xx
MUT12Xx
MUT13Xx
MUT14Xx
MUT15Xx
Low -> Mid
Mid -> Low
Mid -> High
High -> Mid
51398 AFS DELTA AIRFLOW CTRL Determine Jump Meas. D-AIRFLOW XDANHLDRPL 006D = 0.698 pps AN*0.0064 .
5139A AFS DELTA AIRFLOW CTRL Measures to restrict D-AIRFLOW XDANHLDCLP 006D = 0.698 pps AN*0.0064 .
5139C AFS DELTA AIRFLOW CTRL Determine Deceleration TIME XTANHLDD 0028 = 1000 mSec T*25 .
5139E AFS DELTA AIRFLOW CTRL Rapid Decel D-AIRFLOW XDANHLDRPLD 009C = -0.998 pps -AN*0.0064 .
513A0 AFS DELTA AIRFLOW CTRL Rapid Decel D-AIRFLOW clip XDANHLDCLPD 001F = 0.198 pps AN*0.0064 .
513A2 AFS DELTA AIRFLOW CTRL Lo-Airflow Delta-TPS XDTHACCDEC 0003 = 0.06 V V*5/256 .
513A4 AFS DELTA AIRFLOW CTRL Lo-Airflow Delta-TPS Timer XTDANDBCHG 0028 = 1000 mSec T*25 .
513A6 AFS DELTA AIRFLOW CTRL 004B = .
513A8 AFS DELTA AIRFLOW CTRL 0046 = .
516B6 ALTERNATOR FR Charging 1 -> 2 STROKE CURRENT AVERAGING RPM XNFR12 0022 = 1062 rpm Ne*8000/256 .
516B8 ALTERNATOR FR Charging 2 -> 4 STROKE CURRENT AVERAGING RPM XNFR24 0043 = 2093 rpm Ne*8000/256 .
516BA ALTERNATOR FR Charging 4 -> 8 STROKE CURRENT AVERAGING RPM XNFR48 0086 = 4187 rpm Ne*8000/256 .
516BC ALTERNATOR FR Charging Duty AVERAGING GAIN ZONE.A XPKFRFG 00E6 = 0.898 K/256 .
516BE ALTERNATOR FR Charging Duty AVERAGING GAIN ZONE.B XPKFRFGB 0056 = 0.335 K/256 .
516C0 ALTERNATOR FR Charging Duty AVERAGING GAIN ZONE.C XPKFRFGC 00AC = 0.672 K/256 .
516C2 ALTERNATOR FR Charging Duty SWITCHING CURRENT LOWER XPDFRFGIA 00E6 = 71.8 A I*80/256 .
516C4 ALTERNATOR FR Charging Duty SWITCHING CURRENT UPPER XPDFRFGIB 00E6 = 71.8 A I*80/256 .
516C6 ALTERNATOR FR Charging Goal Update Duty Timer ISC O/L XTFRUP 0004 = 100 mSec T*25 .
516C8 ALTERNATOR FR Charging Goal Update Duty Timer ISC C/L XTFRUPCL 0004 = 100 mSec T*25 .
516CA ALTERNATOR FR Charging Duty Increase Clipping XFRUP 0004 = 1.563 %/100mS FR/2.56 .
516CC ALTERNATOR FR Charging Inhibit Timer After Starting XTELST 000A = 5 Sec T*0.5 .
516CE ALTERNATOR FR Charging HI-CURRENT RPM ON Decision XNEH 0060 = 3000 rpm Ne*8000/256 .
516D0 ALTERNATOR FR Charging HI-CURRENT RPM OFF Decision XNEL 005A = 2812 rpm Ne*8000/256 .
516D2 ALTERNATOR FR Charging HI-CURRENT LOAD ON Decision XEVH 0063 = 61.8 Ev% Ev/1.6 .
516D4 ALTERNATOR FR Charging HI-CURRENT LOAD OFF Decision XEVL 005E = 58.7 Ev% Ev/1.6 .
516D6 ALTERNATOR FR Charging HI-CURRENT ECT Enable XWTEL 005B = +51 *C T-40 .
616D8 ALTERNATOR FR Charging Signal Failure Timer XTFRFL 000A = 20 Sec T*2 .
516DA ALTERNATOR FR Charging Initial Starting CURRENT XIELU 0044 = 21.2 A I*80/256 .
516DC ALTERNATOR FR Charging After Starting End CURRENT XIELL 002F = 14.7 A I*80/256 .
516DE ALTERNATOR FR Charging XIELI 0014 = 6.25 A I*80/256 .
516E0 ALTERNATOR FR Charging XIELXMX 0006 = .
516E2 ALTERNATOR FR Charging ISC Electrical load STEP-UP XKELSG 001B = 27 step S .
516E4 ALTERNATOR FR Charging ISC Learning Inhibit Timer XTWOALTLN 0050 = 2.000 Sec T*0.025 .
516E6 ALTERNATOR FR Charging ISC Learning RPM F/B Timer XTWOELD 0050 = 2.000 Sec T*0.025 .
516E8 ALTERNATOR FR Charging After Starting ISC Inhibit Time XTCRKELDINH 0000 = 0 mSec T*25 .