0 1 2 3 4 A A B B C C D D E E 0 1 2 3 4 TRANSMISSION CONTROL 5th GENERATION 2/3 WIRING DIAGRAM: DD BATT BATT IGN IGN EMS EMS ILLUM ILLUM F71 A A: :A B F T (BU R AS A TE N T, S ) RRB D CCB E 21: : ::1 1 CC A B 39 F F3 31 1A A7 6− −0 0. .8 8 SPN201 F31A3−0.8 A:A F F T SU PR3 A1 S AE RN ES A:A C C B BI R AB R K C4 . R K2 . U, P DE:1 B RC2:D3 BH:0 C X06D.A:M BH:0 C X06D.A:K 2F31A5−0.8 F31A1−0.8 SPF31A F31A−1.0 FRC1:AA 5:B 10A A:B L 10P AS. N169F− N0. 18 30NO−0.8N130NC−0.8 FRC1:C1 FRC1:G15 A1D 9EE S:0 :1 D F31A2−0.8 X0B 6H D:
.0 A C :T N163D2−0.8 N163C−0.8 F PD PC:1 O B :A N169B−0.8 FRC2:M86 FRC2:M87 FRC2:M87A N163A−0.8 F31A4−1.0 SPN163B MCS01:16 SPF3F110 N110−2.0 S314 F3F50−0.8 SPF3F100 F31C−1.0 F F3 31 1C C2 3− −0 0.
.8 8 F42A−1.0 86 87 87A RLY45 S RW ETIT AC RH D, ER A:2 F A3 :1 1A 21−0.8 A:10 F31C1−0.8 F5BS 4−PF 1.3 01C FG RA C:3 2 :B B87 F31C4−0.8 SPX3A1 85 30 R PTE OLAY FRC2:L30 F31C5−0.8 ENABLE FRC2:A85 FRC2:A30 FRC2:L85 FRC2:N85 FRC2:N30 FRC2:P85 FRC2:P30 FRC2:M85 FRC2:M30 SPN110 RLY48 RLY17 A:4 A:11 A:9 85 30 RLY47 RLY46 85 30 N130CM−0.8 85 30 85 30 N130−0.8 N110B−0.8 N110A−2.0 86 87 87A 86 87 87A DE:0 B S340A.A:A N158C−0.8 X2A86−0.8 N161−0.8 RELAY 86 87 87A 86 87 87A RELAY N124CM2−0.8 SPX2A121 S LT AO MP PS R RE EL TA AY RDER R RE AL NA GY E R POEV WE ER RSE N163D1−0.8 PTO DE:0 D A19ES:13 MCS01:17 MCS01:18 MCS01:19 FRC2:A86 FRC2:A87 FRC2:N86 FRC2:N87A FRC2:P86 FRC2:P87 FRC2:P87A FRC2:L86 FRC2:L87 BH:0 C X06D.A:W N124CM1−0.8F5A4−1.0 F42B10−1.0 SPF42B SPN163 N158C−0.8 N161−0.8 N124−0.8 X2D S3− P0 X.8 3A1 N145A−0.8 N145NC−0.8 B XH 0:
60 D C .A:H N165D−0.8 GA:3 B FRC2:B30 SD PC N: 12 C NN 11 44 55 NN OO 1− −0 0.8 B FX RH B0 C: :60 2D C :K.A 8: 5J F42B2−1 F. 40 2B11−F 04 .82B12−0 F.8 42B5−1F .042B1−1.0 A 5 8 N124CM2−0.8 SPN124CM N124CM−0.8 .8 N 2 B V34 BH:0 C Diode SPX3B2 X06D.A:V N105B−0.8 N169−0.8 SPN110A N117B−0.8 N103B−0.8 X0B 6H D:0 .A C :L N145B−0S .8PN145 BH:0 C X06D.A:F BH:0 C X06D.A:U X0 B 6H: D. 0 A: C C X06D.A:G BH:0 C DE:0 C RC2:C4 BH:0 C X06D.A:B BB:0 A MCS01:12 N101−0.8 XB 06 H: D0 .
AC :A BH:0 C X06D.A:D BH:0 C X06D.A:S BH:0 C X06D.A:P DE:1 B SPN117B BH:0 C X06D.A:E BB:0 B SPN103B DE:1 C SPN103D BH:0 C X06D.A:N BB:1 B SPN113 BH:0 C X06D.A:R BH:3 B SPN105B B NB:3 B FRC2:J85 BG:1 B MCSSC1:J BE:1 C MCPSC1:J KA:1 D MCRF3:B BBBMMC:1 O :DA N142NO−0.8 N117A−0.8 N103A−0.8 N103C−0.8 N125−0.8 N109−0.8N170−0.8 N110D−N 0.1 863−0.8 N143−0.8N102−0.8 SPN1N N41 124 42 2A −− 0.0 8N.8 101−0.8 N121−0. N8 122−0.8 SPN N11 17 17−0.8 SPN10 N3 103−0.8 N113−0.8 N113−0.8N164−0.8 N105B−0N .8165A S− P0 N.8 165 N165B−0.8 AK 1A 5: 82 .
BC :4 N165−0.8 N162−0.8 N145−0.8 A57 A:25 A:69 A:9 A:70 A:10 A:63 A:43 A:2 A:23 A:62 A:42 A:1 A:61 A:21 A:22 A:57 A:17 A:79 A:3 A:34 A:38 A:14 A:53 A:73 A:50 A:45 A:4 A:13 A:64 A:24 A:5 A:65 A:29 A:30 A:41 A:18 A:46 A:72 A:32 OS MPE EE TD E− R B− PB O− WER B + SUPPLB Y+ IGN E BN RG K RELS SE BR RV KICE HA OU LX D R INA HN IBG IE TR EE NT AA BR LED ABS CD HIR AE NC GT EE PN RG E SB ER LK NEA UU TT RO AL RS EIG TN UA RL N STRIP SHIFT SELECTOR − INR DA IN CG ATE EE EN NG A BB LR EKR INA HN IBG IE T TR EE MT P RETARDER O SU PT EP EU DT WR AE RV N C TRH AE NC SK ENP AT BO LEN SE TU AT RR TAL DIAIS GO T 9 O1 O4 L1 / J E1 N7 G08 IN −− E INJ T1 E7 R08 F A+ CE DIGITAL INTERFACE ALLISON TRANSMISSION GEN 5 CONTROL MODULE CONNECTOR Control unit, Allison Transmission CAN − CAN + C SA HN IE 2 L D DA CT AA NLI N −K CAN + TERM CAN − CAN + C SA HN IE 1 L D DA CT AA NLI N −K CAN + TERM A:47− A:66 A:67 A:27− A:6 A:26 A:68− A:48 A:49 A:8− A:28 A:7 40 30 DL2HN2−0.8 DL1HN1−0.8 A1D 9EE S:0 :1 D 1 N134B−0.8 DL2LN2−0.8 DL1LN1−0.8 N134−0.8 N134−0.8 SPN134 40 DD LL 22 LL NN 44 −− 00 ..
88 X SPB D:2 L C 2L4 40 X SPB D:4 L C 2L4 DL2LN2−0.8 DL2HN2−0.8 D SPDL1L1 D SPDL1H1 SPX2A3 XA:3 XA:3 F3F54−0.8N169C−0.8 N134A−0.8 N110C−0.8 D DL L2 2H HN N4 4− −0 0. .8 8 X SB PD:1 L C 2H4 X SPB D:4 L D 2H4 SPX DB L: 24 B XB:2 B SPDL2L2 XB:1 B SPDL2H2 L 2 40 A19EP SPX DB L: 24 H B 2 CONTOL UNIT 1 2 3 4 5 6 7 16 9 10 11 12 13 14 15 8 A SEL LL EIS CO TN O RG E PA RIR MARY DIMMER B−− S SH EI LF 2T JUMPER JUMPER SD II GR IGN B+ SJ H1 I9 E3 L9 D J22− 84 J2+ 284 ALLISON G5 CAN 2 SHIFT SELECTOR A:A A:B :C1 F71 F T (BU R AS A TE N T, S ) RRB D CCB E 21: : ::1 1 CC A B 39 F F3 31 1A A7 6− −0 0. .8 8 SPN201 F31A3−0.8 A:A F F T SU PR3 A1 S AE RN ES A:A C C B BI R AB R K C4 . R K2 .
U, P 2F31A5−0.8 F31A1−0.8 SPF31A F31A−1.0 FRC1:AA 5:B 10A A:B L 10P AS. FRC1:G15 A1D 9EE S:0 :1 D F31A2−0.8 X0B 6H D:
.0 A C :T N163D2−0.8 N163C−0.8 F PD PC:1 O B :A N169B− N163A−0.8 F31A4−1.0 SPN163B MCS01:16 10−2.0 S314 SPF3F100 F31C−1.0 F31C2−0.8 F42A−1.0 F3F50−0.8 F31C3−0.8 S RW ETIT AC RH D, ER A:2 F A3 :1 1A 21−0.8 A:10 F31C1−0.8 F5BS 4−PF 1.3 01C FG RA C:3 2 :B B87 F31C4−0.8 SPX3A1 FRC2:L30 F31C5−0.8 FRC2:A85 FRC2:A30 FRC2:L85 FRC2:N85 FRC2:N30 FRC2:P85 FRC2:P30 RLY48 RLY17 A:4 A:11 A:9 85 30 RLY47 RLY46 85 30 85 30 85 30 S340A.A:A A−2.0 86 87 87A 86 87 87A DE:0 B N158C−0.8 X2A86−0.8 N161−0.8 RELAY 86 87 87A 86 87 87A RELAY N124CM2−0.8 SPX2A121 S LT AO MP PS R RE EL TA AY RDER R RE AL NA GY E R POEV WE ER RSE N163D1−0.8 PTO MCS01:17 MCS01:18 MCS01:19 FRC2:A86 FRC2:A87 FRC2:N86 FRC2:N87A FRC2:P86 FRC2:P87 FRC2:P87A FRC2:L86 FRC2:L87 N124CM1−0.8F5A4−1.0 F42B SPN163 N158C−0.8 N161−0.8 N124−0.8 X2D S3− P0 X.8 3A1 N145A−0.8 N145NC−0.8 B XH 0:
60 D C .A:H N165D−0.8 GA:3 B FRC2:B30 DC:2 C N145NO−0.8 B XH 0: 60 D C .A:J A SPN158 N124CM2−0.8 SPN124CM N124CM−0.8 N145NO1−0.8 N FRB C:2 2 B :K85 V34 BH:0 C Diode X06D.A:V N105B−0.8 BH:0 C X06D.A:U 6H: D. 0 A: C C X06D.A:G BH:0 C DE:0 C RC2:C4 BH:0 C X06D.A:B BB:0 A MCS01:12 XB 06 H: D0 . AC :A BH:0 C X06D.A:D BH:0 C X06D.A:S BH:0 C X06D.A:P DE:1 B SPN117B BH:0 C X06D.A:E BB:0 B SPN103B DE:1 C SPN103D BH:3 B SPN105B N117B−0.8 N103B−0.8 X0B 6H D:0 .A C :L N145B−0S .8PN145 X0 B N101−0.8 BH:0 C X06D.A:N BB:1 B SPN113 BH:0 C X06D.A:R B N142NO−0.8 N117A−0.8 N103A−0.8 N103C−0.8 10D−N 0.1 863−0.8 N143−0.8N102−0.8 SPN1N N41 124 42 2A −− 0.0 8N.8 101−0.8 N121−0.
N8 122−0.8 SPN N11 17 17−0.8 SPN10 N3 103−0.8 N113−0.8 N113−0.8N164−0.8 N105B−0N .8165A S− P0 N.8 165 N165B−0.8 AK 1A 5: 82 . BC :4 N165−0.8 N162−0.8 N145−0.8 SPN110 N110B−0.8 N110 D A19ES:13 DE:0 SPX3B2 C X06D.A:F BH:0 SPN110A N169−0.8 N12 5−0.8 N109 N170−0.8 −0.8 N1 N1 10D−0.8 63−0.8 N102 N143−0.8 −0.8 N14 SPN142 N1 N162−0.8 2A−0.8 N101 42−0.8 −0.8 N121−0.8 SPN N122−0.8 86 87 FRC2:N87A −0.8 X2D