Mack Trucks - Wiring Diagram Index

Document title

Document No

Document type

Sheet NoIssue

The legal owner of this document is as stated under "Design Location" in KOLA and in the associated "Part Version Report"

ornamental design registration.

The copying, distribution and utilization of this document as well as thecommunication of its contents to others without expressed authorization

rights reserved in the event of the grant of a patent, utility model or

is prohibited. Offenders will be held liable for payment of damages. All

Volume

WIRE DIAGRAM−CONVENTIONAL, 12V MACK, 2013BP

PRODUCT SCHEMATICS

21628497 09 1 (2) 1 (91)

WIRING DIAGRAM INDEX

NAME DESCRIPTION PAGE AA POWER DISTRIBUTION 1/2 3 AB POWER DISTRIBUTION 2/2 4 AC KEY SW. , START & CHARGING 5 AD GROUNDING 6 AE BATTERY CONFIGURATION 7 AF GROUNDING 2/2, CUMMINS 8 AG STARTING AND CHARGING, CUMMINS 9 AH EFRC CUMMINS 10 AI STARTING AND CHARGING, ISX−G WITH IN FRA 11 BA VEHICLE ECU 1/4 12 BB VEHICLE ECU 2/4 13 BC VEHICLE ECU 3/4 − DCL CONNECTOR 14 BD VEHICLE ECU 4/4 15 BE INSTRUMENT CLUSTER 1/3 16 BF INSTRUMENT CLUSTER 2/3 17 BG INSTRUMENT CLUSTER 3/3 18 BH ALLISON BODY BULDER INTERFACE 19 BI INSIDE−OUTSIDE AIR TEMP. GAUGE 20 BJ BODY BULDER CIRCUITS − OPTIONAL WIRING 21 BK BODY BUILDER CIRCUITS − 2010 BODYLINK 22 BM TELEMATICS GATEWAY (TGW) 23 BN BODY BUILDER CIRCUITS 24 BP ISX−G FUEL SYSTEM 25 BU QUALCOMM MCP 100 W/SLEEPER 26 BV QUALCOMM MCP 110 OR 200 W/SLEEPER 27 BW QUALCOMM MCP 100 W/DAYCAB 28 BX QUALCOMM MCP 110 & 200 W/DAYCAB 29 BY BBM 30 BZ PEOPLENET PREP 31 CA ENGINE INTERFACE MP11 32 CB DPF REGENERATION SYSTEM 33 CC ENGINE HEATER 34 CD UREA DOSING SYSTEM 1/2 35 CE ENGINE CONTROL ISL US13 1/2 36 CF ENGINE CONTROL ISL US13 2/2 37 CJ CUMMINS ISX−G 38 CK ENGINE CONTROL ISL US17 1/2 39 CL ENGINE CONTROL ISL US17 2/2 40 CM METHANE & CO DETECTION 41 DA TRANSMISSION M−DRIVE 42 DB TRANSMISSION CONTROL: ULTRASHIFT PLUS 43 DC TRANSMISSION CONTROL 1/2 44 DD TRANSMISSION CONTROL 2/2 45 DE TRANSMISSION CONTROLS − M−DRIVE 46 EA ABS−WABCO 47

NAME DESCRIPTION PAGE EC SUSPENSION ECU 6X2 48 ED ABS8 BENDIX W/ESP 49 FA AIR DRYER/ HEATED DRAIN 50 FB CHASSIS SOLENOIDS 51 FD PARKER PTO 52 GA LIGHTING CONTROL 53 GD LIGHTING− FORWARD/SIGNAL (CXU,GU7 & GU8) 54 GE LIGHTING− FORWARD/SIGNAL (CHU ONLY) 55 GF LIGHTING− TAIL/PERIMETER 56 GG TRAILER LIGHTING CONTROL 57 GH INTERIOR LIGTING 58 GI SNOW PLOW PREP CONNECTOR 59 GJ TRAILER RECEPTACLE CENTER PIN HOT 60 GK TITAN LIGHTING OPTIONS 61 GL LIGHTING − BEACON LAMPS 62 GM LIGHTING: ROOF W/ OPTIONS 63 GP WIPER/WASHER 64 GQ HORN WIRING/SPOTLIGHT 65 GR LIGHTING − HOOK UP LAMPS 66 HA CLIMATE CONTROL 67 HB APADS WIRING 68 HC HEATED SEATS, HEATED WINDSHIELD, AUX FAN 69 HD SLEEPER CLIMATE CONTROL 70 HE SLEEPER FUNCTIONS 71 HF 120V AC SYSTEM/INVERTER 72 HG HEATED SEATS, HEATED WINDSHIELD, AUX FAN 73 IA RH & LH MOTORIZED WINDOWS 74 IC MIRROR CONTROL 1/2 75 ID RH ONLY MOTORIZED WINDOWS & DOOR CONTROL 76 IE RH & LH DOOR CONTROL 77 JA ADAPTIVE CRUISE CONTROL 1/2 78 JB ADAPTIVE CRUISE CONTROL 2/2 79 JC BENDIX FUSION 80 KB AUDIO SYSTEM − NONPROGRAMMABLE 81 KC POWER OUTLET CONNECTIONS 82 NA IGNITON & BATTERY SWITCHES & SPARE CONNE 83 NB JUNCTION POSTS 84 NC ADDITIONAL IGNITION & BATTERY SWITCHES 1 85 ND H.D. POWER LIFTGATE 86 NE ADDITIONAL IGNITION & BATTERY SWITCHES 2 87 NF ADDITIONAL IGNITION & BATTERY SWITCHES 3 88 XA DATALINK/DIAGNOSTICS 1/3 89 XB DATALINK/DIAGNOSTICS 2/3 90 XC DATA LINK DIAGNOSTIC 3/3 91

Engineering ReleaseNotice (ERN)

Location Change Description A = Added W = Was D = Deleted

Document Release Status

See DCNDate Modification Count

D−16650−86

01

23

4

ABCDE

ABCDE

01

23

4

D−16650−86 RELEASEDRELEASED

ABBREVIATION LIST, 12V

SHELL_CAVITY HARNESSES WHERE_USED 6SABS REAR_CHASSIS_EXTENSION FRONT_CHASSIS A57 AUTOTRANS_CAB AUTOTRANS_CAB ABS_OPTION MAIN_CAB ABS_X1 MAIN_CAB ABS_JUMPER ABS_X2 MAIN_CAB ABS_JUMPER ALLISON AUTOTRANS_TRANS AUTOTRANS_CAB ATTR AUTOTRANS_CAB AUTOTRANS_TRANS BBCAB_TRANS BODY_BUILDER_CAB BODY_BUILDER_CHASSIS BBMCO MAIN_CAB BODY_BUILDER_CAB BPMCFC BODYPOWER_CAB BODYPOWER_FRONTCHASSIS BWFC BRAKE_WEAR_FRONT FRONT_CHASSIS BWRC FRONT_CHASSIS BRAKE_WEAR_REAR CBBFCBB BODY_BUILDER_CHASSIS BODY_BUILDER_CAB CDPF FRONT_CHASSIS RH_STANTION CLN_PWR CLEAN_POWER FRONT_CHASSIS DRL_OR_BB MAIN_CAB DRL_OVERRIDE_SWITCH DRL_OR_DCL BODY_BUILDER_CAB DRL_OVERRIDE_SWITCH DRL_OR_DCL2 BODY_BUILDER_CAB DRL_OVERRIDE_SWITCH DS_PTO BODY_BUILDER_CHASSIS_PTO BODY_BUILDER_CAB DSFC DS_HARNESS REAR_CHASSIS_EXTENSION DSFRT DS_HARNESS DS_HARNESS_EXT_MERITOR DSRR DS_HARNESS DS_HARNESS_EXT_MERITOR DUAL_PTO SOLENOID_SW BODY_BUILDER_CAB FCATR AUTOTRANS_TRANS FCBL FRONT_CHASSIS BODY_BUILDER_CHASSIS FCCE FRONT_CHASSIS REAR_CHASSIS_EXTENSION FCCP CLN_PWR_ACM FRONT_CHASSIS FCCPBB CLN_PWR_BB BODY_BUILDER_CAB FCEIC FRONT_CHASSIS FCFH FRONT_CHASSIS FUEL_HEATER FCLA FRONT_CHASSIS LIFT_AXLE FCSH FRONT_CHASSIS STANTION_HARNESS FCSP REAR_CHASSIS_EXTENSION AIR SOLENOID PACK FCTR FRONT_CHASSIS TRANSMISSION FCUT UREA_TANK UREA_TANK_EXTENSION FCUTEXT FRONT_CHASSIS UREA_TANK_EXTENSION FRC1 MAIN_CAB FRC2 MAIN_CAB FRC3 MAIN_CAB HN_REM MAIN_CAB BODY_BUILDER_CAB HOOKUP_LP MAIN_CAB ILLUM_OPT MAIN_CAB ILLUM_OPT2 CAMERA_SWITCH ILLUM_OPT3 CAMERA_SWITCH ILLUM_OPT4 MAIN_CAB DRL_OVERRIDE_SWITCH ILLUM_OPT5 MAIN_CAB DRL_OVERRIDE_SWITCH

SHELL_CAVITY HARNESSES WHERE_USED ILLUM_OPT6 MAIN_CAB PARKER_PTO_OVERLAY ILLUM_OPT7 MAIN_CAB PARKER_PTO_OVERLAY LHCS FRONT_CHASSIS STANTION_HARNESS MC_DUAL_PTO MAIN_CAB SOLENOID_SW MC_SOL_SW MAIN_CAB SOLENOID_SW MCAATS MAIN_CAB AIR_TEMP_SENSOR MCAF MAIN_CAB AUX_FAN MCAF2 MAIN_CAB AUX_FAN MCAS MAIN_CAB AIR_SWITCH MCAT MAIN_CAB AUTOTRANS_CAB MCDO MAIN_CAB DRL_OVERRIDE_SWITCH MCFC MAIN_CAB FRONT_CHASSIS MCFCAF MAIN_CAB FRONT_CHASSIS MCFG MAIN_CAB FUEL_GAUGE_JUMPER MCMSO MAIN_CAB MIRROR_SWITCH_OVERLAY MCPM MAIN_CAB PWR_MIRROR_CAB MCRF1 MAIN_CAB ROOF MCRF2 MAIN_CAB ROOF MCRF3 MAIN_CAB ROOF MCRF4 MAIN_CAB ROOF MCTL TAIL_LAMP TAIL_LAMP_EXT MCTL1 REAR_CHASSIS_EXTENSION TAIL_LAMP_EXT PB_START PBSTART_HARNESS PMP_DRV BODY_BUILDER_CAB SOLENOID_SW PPCO PARKER_PTO_OVERLAY AUTOTRANS_CAB PTO_DCL_A BODY_BUILDER_CAB PTO_DCL_B BODY_BUILDER_CAB RC1 MAIN_CAB RC2 BODY_BUILDER_CAB RC3 AUX_FAN RC4 MAIN_CAB BODY_BUILDER_CAB RC5 MAIN_CAB MIRROR_SWITCH_OVERLAY RFH ROOF ROOF_HEADLINER RHGJ ROOF GLAD_JUMPER RHGJ1 ROOF GLAD_JUMPER SHAR STANTION_HARNESS AIR_FILTER_RESTRICTION SP_BAT1 MAIN_CAB SP_IGN1 MAIN_CAB SP_IGN2 MAIN_CAB BODY_BUILDER_CAB SP_IGN3 MAIN_CAB SP_RLY1 MAIN_CAB BODY_BUILDER_CAB SP_RLY2 MAIN_CAB BODY_BUILDER_CAB SP_RLY53 MAIN_CAB SP_RLY53_87A MAIN_CAB TLBU TAIL_LAMP BACKUP_ALARM TRPTO AUTOTRANS_TRANS PTO

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

RDA4−8.0

RDA1−8.0

F9B

6−2.

0

CB2A1−0.5

RELAY,POWEROUTLETS

RLY3185

86

30

87A87

F9B

4−1.

0

F7B1−0.8

F7A−1.0

F60

B2−

2.0

F9B

1−2.

0

F60

B1−

2.0

F29B1−1.0

CB

15−

0.5

CB1A−0.8

F6

FUSE,DOME/CTSY. LMP

10A

A

B

F28FUSE, HTD.SEATS

20A

A

B

F10DIAGNOSTICCONNECTOR

5A

A

B

F69FUSE,KEYLESSENTRY/SPARE

10A

A

B

F30FUSE, AUX, IGN.SW SPARE

20A

A

B

F8FUSE, AIRSOL.

15A

A

B

F17FUSE, CTRL/SW.INPUTS

10A

A

B

F24

FUSE,SPARE

15A

A

B

F53FUSE, BENDIXFUSION

10A

A

B

F11FUSE,BATT.STUD

15A

A

B

F31FUSE, TRANS.SPARE

10A

A

B

F62

FUSE,SPARE

15A

A

B

F7FUSE,KEY SW

10A

A

B

F26FUSE,HOOK−UPLAMPS

15A

A

B

F13FUSE,ABSBATT1

15A/30A

A

B

F68FUSE,CIGARLIGHTER

15A

A

B

F60FUSE,POWER OUTLETS

20A

A

B

F63FUSE,INSTR.CLUSTER(EMS)

5A

A

B

F9

FUSE,CB POSTS

15A

A

B

F25FUSE,HVACCAB

30A

A

B

F15FUSE,HTD.MIRROR

20A

A

B

F16FUSE, VEHICLECTRL UNIT

10A

A

B

F61FUSE,AUX. BATTSW/ SPARE

15A

A

B

F20FUSE,MOTO.MIRRORS

10A

A

B

F27FUSE,IGN. STUD

15A

A

B

F67FUSE,SPARE

15A

A

B

F65FUSE,ACC/SPARE

15A

A

B

F71FUSE,TRANS(BATT)

30A/10A

A

B

F5FUSE,TRACTORSTOP LPS.

10A

A

B

F64FUSE,COLD START/SPARE

10A

A

B

F70FUSE, HVAC SLPR./BB IGN 1

10A

A

B

F18FUSE,DPF REGENSWITCH

10A

A

B

F29FUSE,EMS RELAYS

10A

A

B

BA:0 DSPCB1

F19FUSE,INST.CLSTR

5A

A

B

BA:1 CA17.B:15

AB:2 CEPDMG:R

BE

C_J

1:F

3

F7B−1.0

AC

:0 C

MC

SC

:A11

BE

C_J

3:A

6

BE

C_J

4:A

2P

M:8

BE

C_J

2:A

1

PM:7

BE

C_J

2:A

2

KC

:0 B

X07

A:A

KC

:1 C

X34

.A:A

KC

:0 C

X07

B:A

BE

C_J

1:D

8

BE

C_J

1:C

8

BE

C_J

1:F

2

BE

C_J

2:B

1

BE

C_J

1:F

1

BE

C_J

1:E

2F

9B3−

1.0

SPXC1A3

PM

:10

PM:9

F29B2−1.0

PM:4

PM:3

CB22

CIR. BRKR.PWR WINLIFT, L.H.

20A

A

B

CB23

CIR. BRKR.PWR WINLIFT, RH20A

A

B

KC

:3 A

MC

OF

:E

CB21CIR. BRKRWINDSHIELDWIPER/WASH.

20A

A

B

F72FUSE,HVAC B

10A

A

B

CB3

CIR. BRKR.PARK,TAILMARKER LPS.15A

A

B

CB4CIR. BRKR.TURN LPS,FLASHER

15A

A

B

SPRDA

AC:0 ABEC_J2:A9

PM:5

MC

_SLP

_CA

B1:

F

F9B

−1.

0F

9B−

1.0

HE

:0 B

HE

:A90

.2

RD

A2−

8.0

PM:6

BEC_J4:C2

RD

−19

.0

XC

1A19

−0.

8

BE

C_J

2:E

7

RD

A−

13.0

BE

C_P

1

BE

C_P

2

RELAY, CB BINDING POST

RLY2885

86

30

87A87

RELAY,HVACCAB

RLY3585

86

30

87

RELAY,PRE−EMS

RLY3485

86

30

87A87

RELAY, EMS #1

RLY0185

86

30

87A 87

CB2

CIR. BRKRHDLPS, DRLMODULE,FOG LPS.15A

A

B

CB12CIR.BRKR.DOORLOCKS

10A

A

B

SLP

_CA

B1:

F F9B

−1.

0

GJ:

2 B

S06

1:2

BF

:4 B

MC

LA:A

AD

:3 B

BE

C_J

1:B

8

F9B

−1.

0SC

1_C

AB

:FS

C1_

SLP

:FS

LP_C

AB

1:F

RC1_MATE

Electrical Equipment 2 RELAYS, 2 FUSES2−251951971−25162349 1−25162020

WIRING DIAGRAM: AAPOWER DISTRIBUTION 1/2

RELAY,HVAC CAB CONT.

RLY2685

86

30

87

F75FUSE,SLEEPERHVAC/BB PWR

30A

A

B

CB2A3−0.8

BATT

EMS

IGN

RELAY, IGN. #1

RLY0385

86

30

87A87

BA

:1 C

A17

.B:2

BA

:0 D

SP

CB

2A

X10B+ PASSTHRU, CAB

1

X10

_C1

RC2_MATE

ELECTRICAL EQUIPMENT3 RELAYS3−25195197

RDC−8.0

RD

B−

8.0

F75A2−3.0

RELAY,SLEEPERHVAC

RLY5385

86

30

87A87

BE

C_J

3:F

10

BE

C_J

3:E

10

F75A3−5.0

SP75A

BE

C_J

4:D

1

F75A1−5.0

AC

C_S

P1:

A

F9B11−1.0

SPXC1A4

AC

C_S

P1:

B

XC1A4A1−1.0

F9B

5−2.

0K

C:1

CX

34D

1:A

KC

:1 C

X34

D2:

A

F55FUSEECS

10A

A

B

F57FUSE,CENTERCONSOLE

15A

A

B

F76FUSE,M−DRIVE/CUMMINSDEF PWR

30A

A

B

CB14CIRBRKR,HDLP, LHLOW BEAM

10A

A

B

CB81CIRBRKR,HDLP, RHLOW BEAM

10A

A

B

SPRDA1

F54FUSE,BBMECU

5A

A

B

F56

FUSE,BENDIXFUSION10A

A

B

F58

FUSE,SPARE

30A

A

B

BE

C_J

4:D

2

RDA3−5.0

F9B

2−0.

8K

B:0

CA

158.

A:A

4

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

CB1B−0.8

F29

B1−

1.0

F37FUSE,TRAILERTAIL LMP.30A

A

B

F48FUSE,SLPR BOX/BODY BLDR.BATT #1

30A/40A

A

B

F44FUSE,HTD. AIR DRY/HTD DRAIN VALVE

15A

A

B

F51FUSE,SPARE

10A

A

B

F52FUSE,SPARE/GUARD DOG15A/10A

A

B

F43FUSE, ENG.COMP #2/CUMM. IGN

15A/5A

A

B

F32FUSE,ISO CPH

30A

A

B

F38FUSE,ENG.CTRL UNIT30A/10A

A

B

F45FUSE, SPARE/FUEL SEP./FUEL HTR30A

A

B

F40HEATEDDRAINVALVE15A

A

B

F34FUSE,REV/NEUTRALPOWER30A

A

B

F50FUSE,SPARE

5A

A

B

F39FUSE,TRAILERABS PWR

30A

A

B

F33FUSE,TRAILERSTOP LMP.30A

A

B

F42FUSE,BACKUPLMPS.20A

A

B

F35FUSE,CAB & TRLRCLEARANCE LMP.30A

A

B

F47FUSE,TRANS/SPARE

15A

A

B

AA

:1 B

BE

C_J

2:A

1

F36FUSE,HORN15A

A

B

F49FUSE,ABS

10A

A

B

EP

DM

G:R

BA:0 DSPCB1

RELAY,CAB & TRLRCLEARANCE LMP

RLY1385

86

30

87A87

RELAY,REV. PWR

RLY1785

86

30

87A87

RELAY, NEUTRAL PWR

RLY2985

86

30

87A87

RELAY,TRLR. LMP

RLY1185

86

30

87A87

RELAY,TRAILER STOP LAMP

RLY1285

86

30

87A87

RELAY, HORN

RLY1485

86

30

87A87

RELAY, SPARE

RLY3985

86

30

87

RELAY,SPARE

RLY3885

86

30

87

RELAY,IGN #3

RLY0485

86

30

87A87

RELAY,EMS #2

RLY0285

86

30

87

EPDMG:G

X16POWERSTUD,EPDM

1

F41FUSE,ENG.COMP #1

15A

A

B

EP

DM

C:M

F46FUSE,ACM/ENGIGN

5A

A

B

WIRING DIAGRAM: ABPOWER DISTRIBUTION 2/2

BATT

IGN

EMS

AC

:2 C

AC

:RLY

36.8

6

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

FM3BA1−62.0 G01A1−50.0

FM3A1−50.0

F7E

1−1.

0

BN

−1.

0

GA

:3 A

BE

C_J

3:B

12S036B

SW, PUSHBUTT. START

A

B

RELAY,START CNTL 1

RLY3685

86

30

87A 87

BATTERY

+G01

BATTERY

RDA−8.0

RD

−10

3.0

RD

−10

3.0

F7D

10−

1.0

RD

1−10

3.0

−32

.0

−32.0

RD−103.0

F7D

9−0.

8

−32.0

CA

14−

0.8

F7D7−0.8

RD

B1−

19.0

CB

28C

−0.

8C

B28

A−

0.8F7C−1.0

F7A−1.0

F7D

3−1.

0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

F7FUSE,KEY SW

10A

A

B

F7B

−1.

0A

A:2

BB

EC

_J1:

F3

SPF7D

BE

C_J

2:E

12

BE

C_J

2:A

9 KEY SWCRANK STARTER

KEY SWIGN

RHOPER

A17CONTROL UNIT, VECU (VEHICLE ECU)

B13A6 B28A14

EP

DM

G:P

CB

28−

0.8

EP

DM

E:E

MC

SC

:A12

MCSC:A13F7D−1.0

MC

SC

:A10

F7A

2−1.

0

MC

SC

:A11

OR

−1.

0

EP

DM

E:D

PBSTART:B

PBSTART:APB_START:A

MC

FC

:68

PB_START:B

PBSTART:B

AA:0 DPM:5

X10B+ PASSTHRU, CAB

1

DB

:2 B

AT

_RLY

:A1

DB

:2 C

SP

CB

28B

F7D4−0.8

Y−

1.0

F7C1−0.8

X10

_C4

F7D1−1.0

F7C−0.8

F7D1−0.8

X16POWERSTUD,EPDM

1

X16

_C1

XA:3 DMCDIAG:H

F7D5−0.8 BG:1 CA03.C:17

BE

:0 B

V2:

B:A

CIE

C:4

F7E

−0.

8

CIEC:5

F7A1−1.0 F7A1−1.0

X16

_C2

F7E

−0.

8C

A:0

CX

11:3

5

R−

1.0

FM3FUSE,MAIN PWR,CAB

150A

BA

S169SWITCH,BATTERYMAIN

2

1W/OMASTERSWITCH

W/MASTERSWITCH

G

G02_1

ALTERNATOR

B+

R

B−

I

BE

:0 B

V2:

A:A

S58B

POSITIONSWITCH,CLUTCHPEDAL,STARTING,NO

BA

PBS_CLUTCH_SW:B

F44C2/F7C1−0.8

PBS_CLUTCH_SW:B

F44C2/F7C−0.8

PBS_CLUTCH_SW:A PBS_CLUTCH_SW:AF44D1/F7D1−0.8

G01

_P1

A124_B1

X10_C5

FM

3_A

1

X10C5−32.0

RD − 50.0

FM

3B−

50G

01A

FM3_B

WIRING DIAGRAM: ACKEY SW. , START & CHARGING

FM3_B1

G01A_1

X109L

1

2

SPX109L1RD2−62.0

X109_L1

CE

:2 A

MC

FC

:44

S036SWITCH,IGNITION

B S

A I

F7A

1−1.

0

RD

−10

3.0

RD

−10

3.0

w/ Jump Start

NE

:3 A

NE

:RLY

70.A

3

SPXC1G40

CIE

C:3

XC

1G12

−1.

0E

PD

ME

:BX

C1G

12−

1.0

GG

:0 B

GG

:RLY

11.8

6

F7E

1−0.

8C

F:0

CF

CV

EC

2:H

GA

:4 D

GA

:RLY

13.8

6

CIE

C:4

F7E

1−0.

8

X10

_C7

RDA−8.0

NF

:4 A

NF

:RLY

70.A

3

M30

87

+50

31

87

30

Gear reduction Starter

B+

B−

SIG

A124

A

w/ Jump Start

RD

−10

3.0

M30

87

+50

31

87

30


B+

B−

SIG

A124AMOTORSTARTER TC

A

X109L

1

2

RD

−10

3.0

W/MASTERSWITCH

A124_B1

RD

1−10

3.0

G

G02_1ALTERNATOR

B+

R

B−

I


2

1

RD−103.0W/OMASTERSWITCH

RD

−10

3.0

RD2−62.0SPX109L1

RD

−10

3.0

BATTERY

+G01BATTERY

−32.0

BP

:3 A

FC

VE

C2:

B

F7D

10−

2.0

CE

:2 A

MC

FC

:44

F7D6−0.8 XC:2 D

MCDIAG1:HF7D10−1.0

CK

:2 A

MC

FC

:44

F7E

1−0.

8C

L:0

CF

CV

EC

2:H

AB

:2 C

AB

:RLY

02.8

6

X109_L1

G01

_P1

FM3_B2

G01

A_2

RS01A1−2.0

free

321

FB801A1−2.0

G

G02AAlternator 1

B+

B−

I S

10A

FB8

FUSEREMOTESENSE ALT.

AB

BATTERY

+

G01BATTERY

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XC1C10−50.0

XC1C15B1−50.0

XC

1C8−

19.0

XF1STUD, FRAME RAIL

MC_SLP_CAB2:D

WIRING DIAGRAM : ADGROUNDING

XC

1C14

−10

3.0

XC1C14−103.0

XC1C14−32.0

XC

1N1−

8.0

−32

.0

XC

1A27

−2.

0

XC

1A27

−2.

0

XC

1E10

0−2.

0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

G

G02_1ALTERNATOR

B+

R

B−

I

earth11STUD,ENGINEBLOCK

BATTERY

+

G01

BE

C_J

1:B

8

SPXC1A1

SPXC1E1

SPXC1B1

XC1E2−2.0SPXC1E2

BE

C_J

2:F

5

SPXC1A2

SPXC1A3

BE

C_J

3:C

5

BE

C_J

1:E

1

BE

C_J

3:B

5

XC

1A24

− 0

.8G

D:1

BP

M:1

3

SPXC1A4

SPXC1C1

XC

1A30

−0.

8IC

:0 B

S03

0:H

SPXC1C1

W/O SLEEPER

W SLEEPER

SPXC1C11XC1C11−8.0

X0A_MATESPLICE PACK,GROUND

A

G H J K L M

FB C D E

SPXC1C12

SPXC1C13

XC

1A67

−0.

8G

I:2 A

S12

:9

XC1LH CABGND

1

ID:2

EM

CP

LW:P

SLP_CAB2:CXC1C12−5.0

SLP_CAB2:D

XC1C13−5.0

SPXC1F10

XC1A4−8.0

XC1G1−8.0

XC1_C7

XC1_C6

XC1B1−8.0

XC1C1−5.0

XC1C1−13.0XC1_C5

XC1_C1

XC1_C2

XC1_C3

XC1A1−19.0

XC

1A28

−2.

0IE

:0 D

MC

PLW

:C

IA:4

DM

CP

LW:P

SPXC1F2

XC

1F2−

3.0

SPXC1F1

XC

1F1−

3.0

DH

FC

:1 XC

1F2−

3.0

MC_SLP_CAB2:C

XC1C12−5.0 XC1C12−5.0

XC1C13−5.0 XC1C13−5.0

XC

1_10

XC

1A58

−0.

8D

D:2

CS

PB

KA

57

FC

BL:

E

XC

1_C

11

XC

1F10

−5.

0

XC

1_C

13

XG9_C1

XC

1A24

− 0

.8G

E:2

BP

M:1

3

R01HEATER, ENG.PREHEAT

C:CD:D

XF

1_C

2

FM1_A1A

124_

B−

1

G01_N1

XC1G16−3.0GD:1 DFCHC:F

SPXC1G40

XC

1F20

−3.

0

GG

:3 D

FC

TC

:A

AA

:3 B

Und

efin

ed:U

ndef

ined

XC

1A5−

5.0

XC1E1−2.0

XC

1A3−

8.0

XC1A2−8.0

XF1_C3 XC1_C9

XF1_A1

XC

1C14

−32

.0

XC1C15−32.0SPXC1C14

400A

FM1FUSE,MAIN GNDPREHEATING

A

B

XC1C16−32.0

BE

C_J

3:A

5

XF1_A2

XB

B−

8.0

BK

:1 A

XC

_BB

X109L

1 2

SPX109L2

XC1C142−62.0

XC1C141−103.0

X10

9_L2

w/o Jump Start

FC

CE

1:2 X

C1F

6−2.

0

SPXC1F7

XC

1F6−

2.0

XC1_C14SPBKD4A

BKD3−8.0

XC1C14−50.0

XF1A1−5.0FCAE:A

XF1A1−5.0SPXF1A1

XF1A1−5.0

SPXM1XM1−32.0 XM2−32.0

SEE SCHEMATICAF FOR CUMMINS

XC

1_C

8

XC1_C10

XHGROUNDJUNCTION

X135GROUNDFIFTH WHEEL

X135A1−19.0

M30

87

+50

31

87

30


B+

B−

SIG

A124

A

XC1C141−103.0

XC1C14−103.0

XC

1C14

−10

3.0

M30

87

+50

31

87

30


B+

B−

SIG

A124AMOTORSTARTER TC

A

XC1C142−62.0

X109L

1 2

w/o Jump Start

BATTERY

+

G01

XC1B−2.0FA:0 D

R09:B

XBB−8.0

BJ:

3 B

XC

_BB

XC1N3−2.0BP:1 D

SPXC1N3

SPXC1A36

XC

1−8.

0

XC1CB−5.0

DB

:0 D

S10

1:B

XC

1A36

−3.

0D

B:1

D

A10

7B:3

6

XC1_D1−1.0CM:1 D

B300B:3

XC1_12

XC1_11

XC113A1−1.0AI:1 C

S169A.C:1

XC1_13

FM04

GNDMEGAFUSE

400A

BA

XF1_C5

XC1C15−50.0

XF1_C4

XF1_C6

X10

9_L2

A12

4_B

−1

G01_N1

SPX109L2

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

BA

TT

ER

Y+

BA

TT

ER

Y+

BA

TT

ER

Y+

BA

TT

ER

Y+

−103.0

−103.0

−62.0

−50.0

−103.0

−50.0

−62.0

−103.0

−62.0

−50.0 −50.0 −103.0

−62.0

−62.0−62.0 −62.0

−62.0

−62.0−62.0

−62.0−62.0−62.0

−103.0

−103.0

−62.0

−62.0

−62.0

−62.0

−103.0

−62.0

−103.0

−62.0

−62.0

WIRING DIAGRAM: AEBATTERY CONFIGURATIONBATT

IGNEMS

ILLUMEMS

BATTIGN

ILLUM

BA

TT

ER

Y+

BA

TT

ER

Y+

BA

TT

ER

Y+2 Battery Box

BA

TT

ER

Y+

3 Battery Box

BA

TT

ER

Y+

BATTERY

+

BATTERY

+

BATTERY

+

BATTERY

+

4 Battery Box

Battery Box Both Sides

G01

_P1

G01

A

G01_N1

FM

1_A

1

G01

_N1

G01

A

−62.0

FM

1_A

1

G01

_P1

G01

_P1

G01

A

FM

1_A

1

G01

A

FM

1_A

1

G01_N1

G01

_N1

−103.0

G01

_P1

−62.0

Right Side Left Side

G01

_P1

CXU only

G01

_P1

CXU only

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XC1G41−5.0

BATTIGNDR

ACCILLUM

DR

BATTIGN

ILLUMACC

WIRING DIAGRAM: AFGROUNDING 2/2, CUMMINS

XC1_C9

B:A

A:AA:B

B:B

X01B3−32.0

X01D1−32.0

G01

A3

X01A1−103.0

BB

OX

_RM

XC1

LH CABGND

1

G02

.B−

G01

A2

X01A1−8.0

SPX01D1

X01A1−103.0

BB

OX

_RF

M04

.C1

BATTERY

+G01

M04

.C2

FM02FUSEGROUNDPROTECTION

A

B X01D1−32.0

X02BA1−32.0

EN

G_C

U9

X01A2−103.0

BB

OX

_RM

SPXC1C14

M04

.C3

XG

9_C

3

X01A1−103.0

BB

OX

_RM

G01

A4

G G02ALTERNATOR

B+

R

B−

I

(FUSELINK)

X01A2−103.0

BB

OX

_RM

XF1STUD, FRAME RAIL

XG

9_C

2

XG9STUD,ENGINEBLOCK

XF

1_C

3

M04.C

XG

9_C

1

M

M04_1MOTOR,STARTER

B

B−

SW B+

A

X01A2−32.0

X02CA3−2.0

HA:3 CY42.A:A

X01F1−1.0 AG:0 CSPX01F1

XC1_C12

SEE SCHEMATICAD XC1 FOR CAB GROUNDS

XF1A9−3.0 CF:4 CSPXF1A3

CE:4 DFCGND:1

XF1_1 FCAE2:AXF1A9−3.0

G02

_A.B

−X

G9_

C4

X02BA1−50.0

EN

G_C

U12

XC1G41−5.0CK:4 CFCGND:1

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F7F1−1.0

F7J−0.8

BATTIGNDR

ACCILLUM

DR

BATTIGN

ILLUMACC

WIRING DIAGRAM: AGSTARTING AND CHARGING, CUMMINS

CF:0 CFCVEC2:B


2

1

CUMMINS RF/RM BOX

B01A3−103.0

SPC15JA3

B:A

A:A A:B

B:B

BATTERY

+G01

BATTERY

FB09A1−32.0

CUMMINS RM BOX

G02

.B+

M

M04_1MOTOR,STARTER

B

B−

SW B+

A

B01A2−103.0

CUMMINS

S16

9.1A

1

GG02ALTERNATOR

B+

R

B−

I

S16

9.2A

1

X01F1−1.0

M04

D4

FCEN:C

S16

9.2A

C15JA4−2.0

M04

.A1

B01A3−103.0

B01A2−103.0

C15JA3−2.0

S16

9.1A

M04

.A

G01

.A5

B01A2−103.0

G01

.A6

B01A2−103.0

M04.A.B

SPX01F1

S16

9.2A

2

FB019A3−32.0

CF

:1 A

AF

:0 B

M04

.C

SUPPRESSION DIODE

FB09A1−50.0

M04

.A2

G02

_A.B

+

BP:3 BFCVEC2:H

F7J−0.8CL:0 B

FCVEC2:B

FB019A3−32.0

CL:

1 A

FM

03.B

:A

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F85FUSECES

10A

A

B

RELAYCUMMINSDEF MOD

RLY80 85

86

30

87A87

F86FUSESPARE

A

B

RELAYFUEL FILTERMODLUE

RLY8685

86

30

87A87RELAYDEF LINEHEATER 1

RLY82 85

86

30

87A87

F84FUSEDEF HOSEHEATERS

15A

A

B

RELAYDEF LINEHEATER 3

RLY84 85

86

30

87A87

F89FUSESPARE

A

B

F83FUSECUMMINSDEF MOD

10A

A

B

RELAYSTARTERLOCKOUT

RLY81 85

86

30

87A87

EARC

RELAYFUEL FILTERMODULE

RLY8785

86

30

87A87RELAYDEF LINEHEATER 2

RLY83 85

86

30

87A87 RELAYCES

RLY85 85

86

30

87A87

ENG−CU9

FCVEC6:C

F87FUSEMODULEIGN5A

A

B

F88FUSESPARE

5A

A

B

FC

VE

C1:

D

FC

VE

C1:

C

FC

VE

C1:

F

FC

VE

C1:

E

FC

VE

C1:

G

FC

VE

C1:

H

FC

VE

C2:

F

FC

VE

C2:

E

FC

VE

C2:

B

FC

VE

C3:

B

FC

VE

C2:

H

FC

VE

C2:

G

FC

VE

C1:

A

FC

VE

C1:

B

WIRING DIAGRAM: AHEFRC CUMMINS

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

FC

VE

C2:

D

FC

VE

C2:

C

FC

VE

C4:

C

FC

VE

C3:

A

FC

VE

C3:

F

FC

VE

C4:

F

FC

VE

C3:

G

FC

VE

C3:

H

FC

VE

C4:

D

FC

VE

C4:

E

FC

VE

C3:

C

FC

VE

C4:

A

FC

VE

C4:

B

FC

VE

C4:

H

FC

VE

C4:

G

FCVEC6:A

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

B01A3−127.0

M04_B1−127.0

G01A1−127.0

F97A1−1.0

F82A2−0.8

F82A3−0.8

G01A5−3.0

G01A6−3.0

WIRING DIAGRAM : AISTARTING AND CHARGING, ISX−G WITH IN FRAME BATTERY BOX

G01

_A7

M

M04_1MOTOR,STARTER

B

B−

SW B+

A

BATTERY

+

G01BATTERY

B01A3−127.0

S16

9.1A

2

JB1B:A

A:A A:B

B:B

BATTIGNDR

ACCILLUM

DR

BATTIGN

ILLUMACC

GND

PWR

CLOSE

OPEN

LED

S169ASWITCHBATTERYBI−STABLE

B:1

A:1

C:4C:6

C:1 C:2

C:3

S41Switch, battery main switch control

2

1

8 73

SPG01A4

SPF82A1

RDCRDCH:2F82C1−0.8

RDCRDCH:3F82B1−0.8

RDCRDCH:4F82ED1−0.8

RDCRDCH:1

S16

9.A

1_1

G01A4−3.0

XC113A1−1.0

JB1.

B.B

M04.B1

AD:2 DXC1_13

F82A1−0.8

F82FUSEDISCONNECTSWITCH

2A

A

B

F97FUSEDISCONNECTSOLENOID

10A

A

B

G01_A8

JB1.A.B

F82A1−0.8

F82C1−0.8

F82B1−0.8

F82ED1−0.8

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

CB

11A

3−0.

8C

B11

A2−

0.5

CB11A1−1.0

CB

11−

0.5

F17A3−0.8

CB2A4−0.8

CB2A1−0.5

EMSRELAY

OUTPUTSUPPLY

4

B+

POWERRELAY2

POWERRELAY1

SET / DECEL

CRUISE CONTROL

RESUME/ ACCEL

ON / OFFCRUISE

CONTROL

DRLOVERRIDE

2 1ENGINE BRAKE

PARKBRK

FANOVERRIDE

SHUTDOWNOVERRIDE

GND

A17

CONTROL UNIT, VECU (VEHICLE ECU)

A21A1

B1 B2

B15 A13 A20

B11 A12

A2

A30

A3B5 A19 B30

XC

1E6−

0.8

S007SWITCHSET/RESUME

2

1

12

9 4

10

S07SW. ENG. BRKE,SEL. TYPE

2

9 4

10

8

7

S011SW. FANOVERRIDE2

9 4

10

S008SW. SHUTDWNOVERRIDE2

9 4

10

F17

A7−

1.0

F17

A25

−1.

0

F17

A24

−1.

0F

17A

10−

1.0

F17

C3−

1.0

F17

D3−

1.0

F17

E−

0.8

F17A12−1.0

XC

1E7−

0.8

XC

1E4−

0.8

XC

1E5−

0.8

CB

15−

0.5

F3F5−0.8

F3F4−0.8

F17A11−1.0

F17

B11

−0.

8

F17

H−

0.8

CB2A1−0.5

CB1A−0.8

BE

C_J

3:A

2F

16A

−0.

8

Load #

1

Load #

2

S006SWITCH,SPD CTRL 2

94

10

SPF3F31

AA

:0 D

PM

:6

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

F16FUSE, VEHICLECTRL UNIT10A

A

B

F17FUSE, CTRL/SW.INPUTS10A

A

B

AA

:1 B

BE

C_J

2:A

2

SPXC1E1

S045SW. DRLOVERRIDE 2

94

10

BC:2 BS018:2

BE

C_J

2:C

4

BE

C_J

2:E

2

BE

C_J

2:D

4

XC

1B3−

0.5

SPXC1B1

CB1B−0.8

AB

:0 C

EP

DM

G:G

SPCB1

CB1−0.5

SP

F17

C

F17

C1−

0.8

SP

F17

DF

17D

1−0.

8

SPF17EF

17E

1−0.

8

F17

E−

1.0

MC

FC

:98

F3F

2−0.

8

F17B−0.8

F17A5−1.0


H

XC1E3−0.8

F17

A6−

1.0

F3F40−0.8X

C1E

8−0.

8

F17D−1.0

F17C−1.0

F3F1−0.8

BC

:1 E

DC

L:J

BC

:1 D

DC

L:H

X0C_MATESPLICE PACK,ILLUMINATION

B

F3F6−0.8

CB11A−2.0

S43SW. PRESS.PRKNG BRKE INDICATOR, NC.

A

B

XC1B2−0.8

F17

G−

0.8

F17

F−

0.8

F3F

3−0.

8

F17A22−1.0

F17A8−1.0

FB

:1 E

RC

SP

:13

SPF17A1

SPF17A7

WIRING DIAGRAM: BAVEHICLE ECU 1/4

F17

E2−

1.0

BK

:2 C

MC

BB

1:8

F17

C2−

1.0

BK

:3 C

MC

BB

1:9

F17

D2−

1.0

BK

:3 C

MC

BB

1:7

CB2A1−0.5

AA

:3 E

BE

C_J

3:A

6

SPCB2A

CB2A2−0.8

HD

:1 B

S01

4:2

CB2A3−0.8

AA

:3 E

BE

C_J

3:A

6

SPXC1E1 SPXC1E1 SPXC1E1

V35

Diode

A BCB11A−1.0H

A:0

BB

EC

_J3:

A6

F17A16−1.0

CE

:0 B

E38

_11.

A:A

BK

:0 B

BE

C_J

3:E

8

BP:2 BE80L:12

V36

DIODE

A BCB11A5−0.8

CM:0 C

RC2:B7CB11A4−0.8

SPCB11

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F5B7−0.8

DL5LB1−0.8

DL5HB1−0.8

CB19B1−0.5

CB19A1−0.5CB19C1−0.8

F5B2−0.8

CB22−0.5

CB19B−0.5

CB19A−0.5

CB10−0.5

XC1B46−0.8

F8L−0.8C

B25

A1−

0.8

CB

6A1−

0.8

DL4LN9−0.5

DL4HN9−0.5DL1HN7−0.8

FC

TR

:F

FC

TR

:G

S044SWITCH,CLUTCH

B

A

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM


10A

A

B

BE

C_J

2:E

5

XA

:4 B

SP

DL1

H11

XA

:1 B

SP

DL4

H

XA

:1 B

SP

DL4

L

MC

FC

:65

CB

17−

0.5

MC

FC

:61

CB

25A

1−0.

5

MC

FC

:60

CB

6−0.

5

FB

:0 C

S02

0:12

CB8−0.5

F17L−0.8DL1LN7−0.8

XA

:4 B

SP

DL1

L11

CA23−0.5

CB

17−

0.8

CA

:0 C

X11

:8

WIRING DIAGRAM: BBVEHICLE ECU 2/4

DA

:4 D

SP

XC

1B46

CB

25A

1−0.

8

CB

6A1−

0.8

F17

A13

−1.

0

nB68

SENSOR,OUTPUT SHAFT SPD,GEARBOX

A B

MC

FC

:60

CB

6−0.

5

MC

FC

:61

CB

20−

0.5

FC

TR

:GC

B6A

1−0.

8

CB6A1−0.8

FC

TR

:F

CB

20A

1−0.

8

CB20A1−0.8

30 40

4040

SPCB19A

SPCB19A1

2ND SERVICE BRAKESWITCH OVERLAYSERVICE ONLY

A17

_A5

A17_B19

B25_3

PS038CSW, PRESSURESERVICE BRAKE

D

C

F5B1−0.5

CB19C−0.5

S038C_A:D

S038C_A:CS038MC:A

F5B1−0.5

S038MC:BCB19C−0.5

n

B68_B1 23 4

P

S038C22ND SW, PRESSURESERVICE BRAKE

D

C

2ND SERVICE BRAKESWITCH JUMPER

PRODUCTION FIX

AIRSUSPEN

SPEED SENSOR

−+KEY SWCRANK SPARE

WIF

BUFRIVS 1

+

J1939

B

J1587

− A CLUTCH

SERVICEBRAKE

OUTPUTSUPPLY

3

IVS1

ANALOGGND

THROTTLEPEDAL

THROTTLEPEDALSUPPLY

1

RHOPER

OUTPUTSUPPLY5

RETARDERSTALK

BRAKESWITCH

+ −J1939B

A17 CONTROL UNIT, VECU (VEHICLE ECU)

B:13

A:6

A:20

B:20 B:17 B:18B:6B:25

A:7

B:27 C:5C:4

A:24 B:24

C:2 C:1A:15 A:16 A:8 A:18A:5 B:19 B:10B:8B:22A:23

A:10

BK

:3 C

BB

M_1

939:

A

BK

:3 C

BB

M_1

939:

B

30

B25ASENSORACCELERATORPEDAL

CABF D E

GA

:3 B

BE

C_J

3:C

10

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

MB2A3−2.0

EA24A1−1.0

CB18A2−0.8

VOL16_W_ITR

CB18−0.8

MB2A1−0.8

MB2A3−0.8

CDS 1PTO 3

PTO2

CDS 2SW

PTO 4

NEUTRALPTO 1

CDS 1OUT

PTO 3

CDS 2OUT

PTO 4

SPARESWITCH

A17


B21 A29

B18B16

A17 B7 A27A9

EA24A1−1.0

F18A−1.0

CB16−0.8

CB16A2−0.8

CB21−0.8

CA17−0.8

F17A18−1.0DCL_ACC:F

F17A14−1.0

F17A17−1.0

CB7−0.8

CB18−0.8

XC1E9−0.8

F8A2−1.0

F8H−0.8

CB21−0.8

F17M−0.8

F17A12−1.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

S018SW. PWRTAKE OFF

2 6 12

94

10

8

BA

:3 B

SP

F17

A1

Sp.Sw1/PTO #3 (TG−)

PTO # 2

FB

:1 D

RC

SP

:4

FB

:2 B

SP

F8A

CA17−0.8

DCL:A

DCL:B

DCL:C

DCL:D

DCL:E

DCL

Spare Relay2

Spare Relay 1

CB7B−1.0

SPCB7


B

MC

FC

:92

FCTR:A


10A

A

B

BE

C_J

2:F

2F

CT

R:E

DCL:G

DCL:F

Sp.Sw2/PTO #4 (TG+)

EMS Pwr1

VECU Sw. Input

MC

FC

:91

F17N−1.0

F17N−1.0

MC

FC

:70

F17A14−1.0

DCL:C

SPF17M

F17M−1.0

F17M2−0.8

SPF17A14

FB

:3 A

S02

3_1:

A

F8H−1.0

S018_1_MATEPT0#1

BA

F17A14−1.0

F17A15−1.0

F17A14−1.0

CB7−0.8

F17D3−1.0 BA:1 CSPF17D

DCL:J

F17C3−1.0 BA:1 CSPF17CDCL:H

SPD CTRL INCREMENT

SPD CTRL DECREMENT

F17A18−1.0

DCL_A:H

DCL_A:J

EPDMP_A:C

EPDMP_A:D

EPDMB_B:K

EPDMB_B:L

F17N−1.0

SPF3F

F3F7−0.8

DCL_ACC:A

DCL_ACC:B

JA:1 CS99:2

JA:1 CS99:1

JA:1 CS99:4

DCL_ACC:H

DCL_ACC:J

DCL_ACC_A:H

DCL_ACC_A:J

F17C3−1.0

F17C3−1.0

F17D3−1.0

F17D3−1.0

WIRING DIAGRAM: BCVEHICLE ECU 3/4 − DCL CONNECTOR

US10 HWY ONLY

DE

:3 C

RC

1:D

1

F17M1−1.0PTO_BODYBUILDERBK:2 C

MCBB1:4

CB7A−1.0BK:2 CMCBB1:3

CB

:2 B

BE

C_J

3:D

1

CE

:0 B

SP

EA

24A

1

MC

FC

:43

EA24A1−0.8

DC

L_B

:C

F17A1−1.0

F3F14−0.8

F3F13−0.8

DC

L_C

:F

DC

L_B

:F

ILLU

M_O

PT

16:A

ILLU

M_O

PT

15:A

F17A2−1.0

S137SWITCHPTO #2 MDRIVE

2

94

10

ILLU

M_O

PT

16:B

XC1E28−0.8

ILLU

M_O

PT

15:B

XC1E27−0.8

DCL_ACC:GDCL_ACC_A:G

F18A−0.8

DCL_B:G

F18A−0.8DCL_C:G

DCL_B:A

CA17−0.8

DCL_C:A

DCL_C:B

CB21−0.8

DCL_B:B

CB7−0.8

DCL_ACC_A:C DCL_ACC:C

DCL_ACC_A:D DCL_ACC:D

CB16−0.8

CB16−0.8

DCL_B:DDCL_C:D

CB18−0.8

CB18−0.8

DCL_ACC:E

DCL_B:EDCL_C:E

DCL_ACC_A:E

F17C3−0.8

DCL_C:H DCL_B:H

DCL_C:J DCL_B:J

F17D3−0.8

BY:0 CA36.BBB:2

AMT−F PLATFORM

CB7A2−0.8

MC

TR

:17

CB7A3−0.8

MC

BB

M:D

MC

BB

M:C

CB7A3−0.8

CB7A3−0.8

BY:2 BSPMB2A1

SPCB18

DCL:E

VO

L13_

PT

O_W

O_B

B

VO

L13_

PT

O_B

B

VO

L16_

PT

O_B

B

VO

L16_

PT

O_W

O_B

B

VOL16_WO_ITR

VOL13

CJ:

0 C

X11

A.A

:15

EA24A1−0.8

DCL:DCB16A1−0.8

SPCB16

CB16−0.8

Y18HSOLENOIDTRANSPTO 2

1

4

Y18GSOLENOIDTRANSPTO 1

1

4

MCTR:18F17M3−2.0 VOL16_W_ITR

MC

TR

:16

MB2A3−2.0

MCTR:19

CB18A1−0.8CB18A1−0.8

EA24A2−1.0

CK

:0 D

SP

EA

24A

2F17M3−2.0

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XC1B28−0.8

F3F

67−

0.8

F3F

66−

0.8

CA28−0.8

XC1E25−0.8

CB12−0.8

F17A23−1.0

HC

20A

−0.

8

HC

19A

−0.

8

XC

1E10

−0.

8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

S024SW. INTERWHLDIFF. LOCK

2

9 4

10

BG

:2 D

SP

HC

19

BG

:2 C

SP

HC

20

INTERWHEEL LOCK(CDS)

5THWHEELSLIDE

HOODTILT

INTERWHEEL LOCK(DIL)

NEUTRAL5THWHEELSLIDE

TORQUELIMIT

A/CON

A17


A4A28

B3

A25 A26

B4

B12A9

MC

FC

:76

F41B1−0.8

MC

FC

:87

CB3−0.8

MC

FC

:52

CB4−0.8

F17FUSE, CTRL/SW.INPUTS10A

A

B

BE

C_J

2:D

1

SPXC1B1

IWDLFR

IWDLRR

E38_08LAMP,INDICATOR,IWDL

D3+

D3− D1−


C

XC1B15−0.8

CA

25−

0.5

FC

AC

:C

FC

AC

:D

CB3−0.8

FB

:0 E

RC

SP

:11

FB

:2 E

RC

SP

:1

CB4−0.8


D

F3F9−0.8

B156SENSOR, FREONHI PRESSURE− FAN1

2

S021SW., 5THWHL. SLIDE

2 6

94

10

8

XC1B16−0.8

F3F

8−0.

8

XC1E35−0.8

F43

A4−

2.0

CA

:2 B

SP

F43

A

HVAC W/O APADS

SPF3F

SPXC1E1

WIRING DIAGRAM: BDVEHICLE ECU 4/4

F41B1−0.8

F41A3−2.0SPF3F31

S056DOWNHILLCRUISE SET

2

1

12

94

10

EC

43A

1−0.

5C

F:0

EA

14C

:43 CA26−0.5

F41

B1−

0.8

CE

:3 D

SP

EC

62

E62A4−0.8

F17

A19

−1.

0

E62A4−0.8CK:3 CSPAC62A

EC43A1−0.5

CL:

0 E

A14

D:4

3

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F42B15−2.0

X0B_MATESPLICE PACK,REVERSE

A

G H J K L M

FB C D E

BA

TT

ER

Y

A−B−C INSTRUMENT CLUSTER CONNECTOR A

HT

D M

IRR

RE

QU

ES

T

IGN

ITIO

N

PN

L LA

MP

DIM

ME

R

BU

ZZ

ER

+

P.D

.L.O

.

DIG

ITIA

LIN

PU

T H

1

RE

VE

RS

E

DIG

ITIA

LIN

PU

T H

2

SE

LEC

T

ES

CA

PE

UP

DO

WN

KE

Y S

WT

O V

CU

SP

RE

LAY

DR

IVE

R +

GR

OU

ND

TE

LLT

ALE

2

DI−

L12

BU

ZZ

ER

−

J193

9 H

1

J193

9 L1

WA

KE

UP

−

AI−

1

AI−

2

J158

7 A

J158

7 B

WA

KE

U

P +

VE

ND

OR

P

RE

−H

EA

T

SE

NS

OR

R

EF

TE

LLT

ALE

1

A03

A:11 A:15 A:14

A:5A:1 A:9

A:10 A:8

A:6A:3

A:12A:13

A:7A:4

A:2

A:21 A:22 A:23

A:24

A:25

A:26A:30

A:29

A:28

A:27A:20

A:18A:16

A:19

A:17

F63A5−0.8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

F63

A2

− 0

.5F

63A

1 −

0.8

F63A4−0.8

F42

B11

−2.

0

F7D

9−0.

8

HA19−0.8

F42

A2−

2.0

F42

B11

−2.

0

HA

23−

0.8

HA

20−

0.8

F63A3−0.8

F42B1−2.0

HA

12−

0.8

DL4

LN7−

0.5

DL4

HN

7−0.

5

F15

B3−

2.0

63B

− 0

.5

DL1

LN2−

0.8

S013SW. MIRRORDEFROST

2 12

94

10

BF

:2 B

BE

C_J

1:A

6

SE

LEC

T

ES

C

DO

WN

UP

S043

SW. INFOSELECTOR 21 3 4

5

BF

:2 E

SP

HA

12

HA

22−

0.8

FB

:4 C

S01

9:4

BE

C_J

3:F

11

BE

C_J

2:F

1

S042SWITCH,BACK UP

B A

MC

FC

:59

SPF42B

EP

DM

C:H

F19FUSE,INST.CLSTR

5A

A

B

F63FUSE,INSTR.CLUSTER(EMS)

5A

A

B

F42FUSE,BACKUPLMPS.20A

A

B

DL1

HN

2−0.

8

SPF3F

F3F

10−

0.8

XC

1E12

−0.

8

SPXC1B1

XA

:3 D

SP

DL1

H4

XA

:3 D

SP

DL1

L4

XA

:1 B

SP

DL4

H

XA

:1 B

SP

DL4

L

HE

:1 B

MC

_SLP

_CA

B3:

A

HE

:1 B

MC

_SLP

_CA

B3:

B

FC

TR

:HF

42B

−2.

0

FCTR:B

SPF42A

F42A1−2.0

MC

FC

:8F

42A

2−2.

0

DD

:3 C

ALL

ISO

N_R

LY:B

6

MCSC:B1F19

A1−

0.8

F19A1−0.8

MC

SC

:B2

F19

B−

0.8

F19

B−

0.8

MC

SC

:B3

F19

C−

0.8

F19

C−

0.8

MC

SC

:B4

F19

D−

0.8

F19

D−

0.8

MC

SC

:B5

F19

E−

0.8

F19

E−

0.8

XC

1B4−

0.5

F42B8−0.8

F42

B1−

2.0

RELAY,REVERSE,LIFT AXLE/ECS

RLY5785

86

30

87A87

F8A3−1.0

FB

:1 A

BE

C_J

3:B

6

F8M

3 −

1.0

FB

:2 B

SP

F8M

F3F

11−

0.8

BE

C_J

3:E

5F

42B

9−2.

0

BE

C_J

3:F

5

BE

C_J

3:F

7X

C1E

29−

0.8

BE

C_J

3:E

6

F42B−2.0

DD

:3 B

ALL

ISO

N_R

LY:A

4

F42

A1−

2.0

F42

B2−

2.0

GG

:3 A

EP

DM

C:C

CA

14−

0.8

AC

:2 A

A17

.A:1

4

CIE

C:9

F42B2−2.0

CIE

C:1

3F

42A

−2.

0F

42A

−2.

0

19A

−0.

8

19A

−0.

5

BG

:0 B

S05

2:2

V2_MATE

DIODEMODULE,AUTOSTARTIGNITION A

BA

C:1

CS

PF

7DSPF3F31

SPXC1E1

SPXC1E1

WIRING DIAGRAM: BEINSTRUMENT CLUSTER 1/3

DE

:3 C

RC

1:C

1

F42

A2−

2.0

DE

:3 B

RC

1:D

3

BG

:2 D

S43

C:B

SPF63A

BM

:0 C

MC

VL:

A

F63A6−0.8

BM

:3 C

MC

VL:

A

30 40

SB

W:B

HA

24−

0.8

HA

24−

0.8

SBW:AXC1B58−0.8

XC1B58−0.8

F49

B8−

0.8

BM

:4 B

MC

NA

V:A

EC

:3 B

MC

ES

:E

F63A7−0.8

DE

:0 C

RC

2:D

4

F63A8−0.8

CM

:1 A

RC

2:C

9

S61POSITIONSWITCH,DRIVER SEATBELT LOCK,NC

B

A

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XC1G40−2.0

XC

1G40

−2.

0

XC

1G41

−2.

0

F15

B23

−2.

0

F15

B22

−2.

0

F15

B2−

2.0

F43A4−1.0

AIR

AP

PL

A−B−C INSTRUMENT CLUSTER CONNECTOR BR

IGH

TT

UR

N

CO

ND

PW

R

SP

AR

E5V

OU

T

HI B

EA

M

E

NG

INE

PR

EH

EA

T

LE

FT

TU

RN

EX

HA

US

T P

YR

OM

AIR

SU

SP

PR

I AIR

PR

ES

S

SE

NS

OR

R

EF

SE

C A

IR P

RE

SS

EX

HA

US

T P

YR

OM

CO

ND

PW

R

CO

ND

PW

R

CO

ND

PW

R

FU

EL

LEV

EL

OU

TS

IDE

TE

MP

FR

T A

XLE

OIL

TE

MP

RR

AX

LEO

IL T

EM

P

TR

AN

S

OIL

TE

MP

SP

AR

E R

1

CA

B T

EM

P

DI L

1

DI L

2

HT

D M

IRR

AP

PLY

DI L

7

DI L

8

BU

FF

ER

ED

SP

EE

D

BU

FF

ER

ED

RP

M

A03 B:7

B:18

B:4

B:13B:6B:9 B:14

B:15B:5

B:1 B:3

B:8

B:16B:17B:10 B:2B:11 B:12 B:19 B:20

B:21 B:22 B:23 B:24B:25 B:26 B:27 B:28 B:29 B:30

HA12H2−0.8

HA12H2−0.8

P

B06T1A

C B

T

B23

2

1

F9B

4−1.

0

HA12A18−0.8

XC

1G39

−2.

0

HB5−0.8

HA12A16−0.8

HB

29−

0.5

F2C

1−0.

8

HB3−0.8HB11−0.5HB10−0.5HB9−0.5

HA

12B

−0.

8

HB

18−

0.5

HB

2−0.

5

HA12−0.8

HA

12C

−0.

8

HA

12D

−0.

8

HB

20−

0.5

HB

14−

0.5

HB

19−

0.5

HB

13−

0.5

F15

B3−

2.0

BE

:2 B

S01

3:12

F4C

2−0.

8G

D:2

BS

PF

4C

F4D

2−0.

8G

D:4

BS

PF

4D

T

B124FRB

A

TB124RR

B

AT

B59B

A

SPHA12G

P

B06T2A

C B

SPHA12 BE:0 CA03.A:12

P

B06APA

C B

MCFC:58HA12G−0.8 HA12G−0.8

F15FUSE,HTD.MIRROR

20A

A

B

MC

FC

:47

MC

FC

:48

MC

FC

:69

FC

TR

:D

HB12−0.8

MC

FC

:66

HB5−0.5

MC

FC

:56

BE

C_J

1:B

7H

B22

−0.

8 BE

C_J

1:B

6

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

DS

FC

:E

HB10A1−0.8

GA

:0 C

BE

C_J

2:C

5 BE

C_J

1:A

7

BE

C_J

1:A

6

DSFC:J

SPHA12A15

HA12A15−0.8

RELAY, HTD. MIRROR

RLY3385

86

30

87A87

NB

:2 C

X40

.4:A

FC

TR

:C

HA12K−0.8

DS

FC

:F

HB15A1−0.8

MC

FC

:62

HB12−0.5

HA12A13−0.8

HA12K−0.8

DH

FC

:11

HB4−0.8

DH

FC

:5

SPHB29

HB

29A

−0.

8

SPHB30

HB

30A

−0.

8

NB

:2 C

X40

.4:A

NB

:2 C

X40

.3:A

HB

30−

0.5

F15

B1−

2.0

IC:1

CS

PF

15B

1

HB

30−

0.5

NB

:2 C

X40

.3:A

HB5−0.8

MC

FC

:57

MC

FC

:55

HB6−0.5HB17−0.5

HB12−0.8

MCFC:85

F15

B2−

2.0

M110CFR

MIRROR, HTD.CONVEX,FENDERMOUNTED,RIGHT

B A

B07SENSOR, FUEL LEVEL

B

C

A

MC

_TA

S:A

HB16−0.8

TA

S_S

LP:A

HB16−0.8

HB16−0.8

TAS_SLP:BHA12F−0.8

MC_TAS:BHA12F−0.8 HA12F−0.8

F43A6 − 1.0

CA

:2 B

SP

F43

A

F4C

2 −

0.8

GE

:2 C

SP

F4C

F4D

2 −

2.0

GE

:4 C

SP

F4D

T B122SENSOR, EXHAUST TEMP

B

A

HA12A17−0.8

DS

FC

:CM

CF

C:9

9

3RD AXLE TEMP

A141

GAUGE,THIRD AXLETEMP

+ − S


L

AA

:3 B

BE

C_J

1:F

2

MC

LA:A

F9B

4−1.

0

MC

LA:B

XC

1E47

−1.

0

XC

1E47

−1.

0

MC

LA:C

HD

1−2.

0

HD

1−2.

0

MC

FC

:67

HB4−0.5

HB4−0.8

WIRING DIAGRAM: BFINSTRUMENT CLUSTER 2/3

FCFS:CHA12H−0.8 HA12H − 0.8

FC

FS

:B

FC

FS

:A

F43A6 − 1.0

HA12A−0.8

HB3−0.8

PB58R

1

3 2

FC

CL:

C

HB9−0.8

FCCL:DHA12J−0.8 HA12J−0.8

T

B23.1 2

1

FC

CE

1:9

FC

CE

1:10

FC

CE

1:23

HD

1−1.

0H

D1−

1.0

FC

CE

1:16

HB11−0.8

HB11−0.8

FC

CE

1:17

HB10−0.8

HB10−0.8

FC

HM

:A

F15B2−2.0

HB

29−

0.5

HB6−0.8

HB17−0.8

B58

R_E

XT

:C

HB6−0.8

HB6−0.8

B58

R_E

XT

:B

HB17−0.8

HB17−0.8

B58

R_E

XT

:A

HA12E−0.8

FC

CE

1:15

SPHA12H

HA12E−0.8HA12E−0.8

HA12J−0.8

CE

:2 D

SP

43A

1

HB9−0.8

HB9−0.8

HB

11A

1−0.

8

T B124.3RD

B

A

SPF15B2

M110CFL

MIRROR, HTD.CONVEX,FENDERMOUNTED,LEFT

BA

FC

HM

:B

SPXC1G41

SPXC1G40

MC

BB

1:1

HB

30B

−0.

8

MC

BB

1:2

HB

29B

−0.

8

HB3A1−0.8BP:1 DA147:H

HB3−0.8

T

B09A

B

A

F43A4−1.0

CK

:2 D

SP

F43

A2

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F52A2−1.0

F52A5−1.0

F52A4−0.8

S047ASW. IWDL3RD AXLE − ENGAGED

BA

F63

A4−

0.8

HC19D−0.8

HC19C−0.8

HC19B−0.8 XC1F21−0.8

XC

1F7−

0.8

XC

1E13

−0.

8

HC

20A

−0.

8

HC

19A

−0.

8

XC1F8−0.8

HC

14−

0.8

J193

9 H

2

A−B−C INSTRUMENT CLUSTER CONNECTOR C

J193

9 L2

WA

SH

ER

FLU

ID L

EV

J193

9H2

RE

DU

ND

AN

TA

IR F

ILT

R R

ES

TR

J193

9L2

RE

DU

ND

AN

T

BR

AK

EP

AD

2

TR

AIL

ER

DE

TE

CT

ION

BR

AK

EP

AD

1

FR

T IN

TE

RW

HL

LOC

K

RR

INT

ER

WH

L LO

CK

PA

RK

LP

INP

UT

EA

S &

SA

RM

ED

EA

S IG

NIN

PU

T

J193

9H2

RE

& T

R

DI L

3

SP

RLY

G

ND

TE

LLT

ALE

3

DI L

7

J193

9L2

RE

&T

R

SE

AT

BE

LTD

I L9

EC

O

RO

LLA03C:12 C:11

C:9

C:10

C:3C:4 C:7

C:14C:13 C:15

C:5C:2 C:8 C:6C:1

C:16 C:17 C:18

C:19 C:20

C:21C:22

GA

:4 B

BE

C_J

3:A

11

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

B133SENSOR, AIR FILTERRESTRICTION.

BA

S047SW. IWDLFR− ENGAGED

BA

F52FUSE,SPARE/GUARD DOG15A/10A

A

B

S052SW. AUTO.STRT/STOPENGAGED

2

94

10

HC

19−

0.8

SPHC19B

D:0

BE

38_0

8.B

:A

HC20−0.8

SPHC20

BD

:0 B

E38

_08.

C:A

F19FUSE,INST.CLSTR5A

A

B

BE

C_J

3:F

11

F19

A2−

0.8

SPXC1E2

EP

DM

C:A

MC

FC

:49

F52

C−

0.8

MC

FC

:50

F52

G−

0.8

MC

FC

:51

F52

H−

0.8

MCFC:75

MCFC:89HC20B−0.8

MC

FC

:88

HC

19B

−0.

8

F3F

12−

0.8

DSFC:AHC20B−0.8

DSFC:D

HC19B−0.8

HC4−0.5

DH

FC

:2H

C4−

0.8

HC

4−0.

8

SPXC1F2

XC

1F5−

0.8

S048SW. IWDLREAR− ENGAGED

BA

SPXC1F6

F7D

5−0.

8A

C:1

CS

PF

7D

CIE

C:1

2F

52H

−0.

8

19A

−0.

8B

E:0

CA

03.A

:1

F3B

22−

0.8

GA

:0 C

SP

F3B


K

SPHC11A2

WIRING DIAGRAM: BGINSTRUMENT CLUSTER 3/3

B133SSENSOR, AIR FILTERRESTRICTION, TD7

BA

F52A3−0.8

F52H−0.8

F52

H−

0.8

S43CTRAILER DETECTIONSWITCH

A

B

BE

:0 B

SP

F63

A

HC6A1−0.8

FCCE2:16

HC

19B

−0.

8

HC19B−0.8

FCCE2:17HC20B−0.8 HC20B−0.8

DS

FC

:BX

C1F

6−0.

8

XC1F6−0.8

XC

1F6−

1.0

SPXC1F7

F19

F−

0.8

B121SENSOR, LOW LEVELWASHER FLUID

2

1

DL3

LB1−

0.8

KB

:1 B

SP

DL3

L

DL3

HB

1−0.

8K

B:1

BS

PD

L3H

DL3

LB1−

0.8

KB

:4 A

SP

DL3

L

DL3

HB

1−0.

8K

B:4

BS

PD

L3H

CK

:1 B

CIE

C:6

SPF52A5

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

N16

2−0.

8

N12

3−0.

8

N14

5NC

−0.

8

N14

5N0−

0.8

N13

0NC

−0.

8

N13

0CM

−0.

8

N13

0N0−

0.8

N12

5−0.

8

N10

5−0.

8

N10

1−0.

8

N14

2−0.

8

N14

3−0.

8

N12

1−0.

8

N11

7−0.

8

N12

2−0.

8D

D:0

DA

57:2

2

DD

:0 D

A57

:17

DD

:0 D

A57

:21

DD

:0 D

A57

:43

X06D_MATEBODY BLDRCONN. ALLISONGEN. 4

HD RE F G MKA NJCB L P S T V WU

DD

:0 D

A57

:42

DD

:0 D

A57

:1

DD

:0 D

A57

:5

DD

:0 D

A57

:25

DD

:4 C

ALL

ISO

N_R

LY:B

3

DD

:4 B

ALL

ISO

N_R

LY:A

1

DD

:4 C

ALL

ISO

N_R

LY:B

2

DD

:3 C

SP

N14

5NO

DD

:3 C

ALL

ISO

N_R

LY:B

8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

N10

3−0.

8

N11

3−0.

8

N16

3A−

0.8

DD

:3 B

SP

F31

A

N10

2−0.

8

DD

:0 D

A57

:13

DD

:0 D

A57

:2

DD

:0 D

A57

:3

DD

:0 D

A57

:23

WIRING DIAGRAM: BHALLISON BODY BULDER INTERFACE

DD

:0 D

A57

:62

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

HB

160A

2−0.

8

HB

160A

1−0.

8

F27

A1−

2.0

F11

A1−

1.0

XC

1E36

−1.

0

F3F

64−

0.8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

BE

C_J

1:D

12

F11FUSE,BATT.STUD

15A

A

B

I/O TEMP

A87DISPLAY,INSIDE/OUTSIDETEMP.

4

−

2

+

31


L


M

NB

:3 B

SP

F27

A1

T B160SENSOR, OUTSIDETEMP.

21

I/O Air TempGauge

WIRING DIAGRAM: BIINSIDE−OUTSIDE AIR TEMP. GAUGE

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

BB1−2.0

MIS

C S

W 3

OR

SP

AR

E P

AS

S T

HR

U 2

BB

IC2:

27

MIS

C S

W 5

OR

SP

AR

E P

AS

S T

HR

U 4

BB

SP

4:A

F64B1−1.0

XC1A35−1.0

NEUTRAL


D

BE

C_J

1:D

2

BB

IC1:

X

BB

_LP

:B

MC

BB

1:16

F64A1−1.0M

CB

B1:

14

BB

SP

6:A

BB

IL:1

F64B1−2.0

XBB−8.0

FC

BB

:1

BB

IC1:

V

MC

FC

:96

BB

IN

DIC

AT

OR

SW

ITC

H (

−)

BB4−1.0

BB

IC1:

Z

MIS

C S

W 4

OR

SP

AR

E P

AS

S T

HR

U 3

MIS

C S

W 6

(U

P)

OR

SP

AR

E P

AS

S T

HR

U 6

XC1A64−1.0

ST

OP

LM

P.

BB

SP

2:A

F35B7−3.0

CLE

AR

AN

CE

LA

MP

F42B7−3.0

E38_09LAMP, INDICATOR,BODY BUILDER

10

9

BE

C_J

3:B

1

BB

IL:2

F64A1−1.0

BODY POWER WIRINGONLY (BBM−PK2)

BB

IC2:

29

BB

IN

DIC

AT

OR

SW

ITC

H (

+)

F64B1−2.0

F30B−2.0

MC

BB

:B

SPXC1A3

BB

SP

1:A

F54A1−1.0

BBM PREP WIRINGOBD2013 ONLY

F64A1−1.0

MC

BB

1:12

MIS

C S

W 6

(D

OW

N)

OR

SP

AR

E P

AS

S T

HR

U 5

BB

IC1:

W

F54FUSE,BBMECU5A

A

B

MC

BB

2:B

MC

FC

:16

F64A1−1.0

MC

BB

1:17

MC

BB

2:A

F33B2−3.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

MC

BB

1:13

BB2−1.0

MC

BB

:A

BB

SP

5:A

BB3−1.0

F64A2−1.0

TA

IL L

MP

.

BB

SP

3:A

BB6−1.0

BB

IC1:

Y

F61B−2.0

F37B2−3.0

RE

VE

RS

E S

IGN

AL


10A

A

B

BB5−1.0

BODY INDICATOR LAMP ONLY WIRING(DIL−)BOOP

MC

BB

1:18

MIS

C S

W 2

OR

SP

AR

E P

AS

S T

HR

U 1

NA

:1 C

S02

6A:4

NA

:0 C

S02

7A:4

AU

X IG

N S

W

AU

X B

AT

T S

W

MISC SW / SPARE PASS THRU WIRING

F34C2−3.0

GG

:2 E

X31

_B4

GG

:2 E

X31

_B6

GG

:2 E

X31

_B8_

A

GG

:2 E

X31

_B9

GG

:3 E

X31

_B2

BO

DY

BU

ILD

ER

GR

OU

ND

ST

UD

F30B−2.0

BB

_CA

B:1

F61B−2.0

BB

IC2:

1

BB

_CA

B:2

AD

:1 D

XC

1_C

13

BB

IC2:

2

AU

X IG

N S

W

AU

X B

AT

T S

W

WIRING DIAGRAM: BJBODY BULDER CIRCUITS − OPTIONAL WIRING

XC

_BB

FC

BB

:2

F64B1−1.0

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

CB2A4−0.8

DL5LB1−0.8

DL5HB1−0.8

XC1A107−0.8

WIRING DIAGRAM: BKBODY BUILDER CIRCUITS − 2010 BODYLINK

F75B−5.0

F17M1−0.8

BB

BL:

6

BB6−1.0

XC

_BB

BB3−1.0

BE

C_J

3:B

1

BB

BL:

1

BB

_CA

B:1

5

F48A−5.0

F17M1−1.0

F17D2−1.0

F34C2−2.0

T_S

TR

IP

BB

BL:

12

RH

TU

RN

/ST

OP

BB

_CA

B:6

MC

BB

1:13

BB3−1.0

MC

BB

1:17

BB

SP

2:A

F5D2−1.0

BB6−1.0

F17C2−1.0

F5E2−1.0

BB3−1.0

F4D6−2.0

T_S

TR

IP

BODY BUILDER GROUND STUD

MC

BB

1:8

SP

D C

TR

L D

EC

RE

ME

NT

F42B7−2.0

T_S

TR

IP

F48A−5.0

F5D2−1.0

F33B2−3.0

T_S

TR

IP

PT

O 1

BB_LP:B

F17C2−0.8

F17E2−0.8

BB2−1.0

BB

SP

5:A

F17D2−0.8

MC

BB

1:10

BB

BL:

4

BE

C_J

3:F

8

F64A1−1.0


30A/40A

A

B

BB

IN

DIC

AT

OR

SW

ITC

H (

+)

MC

BB

1:11

MC

BB

2:D

BB

BL:

7

BB2−2.0

BB

SP

4:A

BB

BL:

5

BB6−1.0

TA

IL L

MP

.

MC

BB

1:4

BB

BL:

29

BB

BL:

3

BB5−1.0

BB

_CA

B:3

BB2−1.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

BB

BL:

11

BB

_CA

B:2

0

F4C6−2.0

T_S

TR

IPLH

TU

RN

BB

BL:

24

BA

TT

ER

Y 1

ST

OP

LM

P.

MC

BB

1:7

BB

SP

6:A

BB

BL:

20


10A

A

B

MC

BB

1:14

IGN

1

BB

_CA

B:1

4

F17C2−1.0BB5−1.0

XBB−8.0

RH

TU

RN

RE

VE

RS

E S

IGN

AL

SP

D C

TR

L O

N/O

FF

SP

D C

TR

L IN

CR

EM

EN

T

F48A−5.0

F17E2−1.0

X10

B LH CAB EPDM B+ STUD

BB4−1.0

BB

BL:

16

BB

BL:

17

BB

_CA

B:1

7

BB

_CA

B:2

1

F75B−5.0

F17D2−1.0

BB

_CA

B:2

2

BB

SP

3:A

BB

BL:

2

F5E2−1.0MC

BB

2:C

BB

BL:

23

NEUTRAL

BB

_CA

B:1

6

MC

BB

1:9

BB

_CA

B:1

8

BB

_CA

B:4

MC

BB

1:16

BB

BL:

13

BB

_CA

B:7

F37B2−3.0

T_S

TR

IP

F5D2−1.0

BB4−1.0

BB4−1.0

BB

BL:

18

F17M1−1.0

BB

BL:

27

F17E2−1.0

F75B−5.0

LH

TU

RN

/ST

OP

E38_09ALAMP, INDICATORBODY BUILDER

10

9

BB

_CA

B:2

8M

CB

B1:

12

BB

BL:

10

F5E2−1.0

BODYBUILDER CONNECTION

BB5−1.0

F64A1−1

GG

:2 E

X31

_B4

GG

:2 E

X31

_B6

GG

:2 E

X31

_B8_

A

GG

:3 D

X31

_B3

GG

:2 D

X31

_B5

GG

:2 E

X31

_B9

MIS

C S

W 5

OR

SP

AR

E P

AS

S T

HR

U 4

MIS

C S

W 6

(D

OW

N)

OR

SP

AR

E P

AS

S T

HR

U 5

MIS

C S

W 6

(U

P)

OR

SP

AR

E P

AS

S T

HR

U 6

MIS

C S

W 3

OR

SP

AR

E P

AS

S T

HR

U 2

MIS

C S

W 4

OR

SP

AR

E P

AS

S T

HR

U 3

MC

BB

2:A

F61B−2.0

F61B−2.0

F30B−2.0

BB

BL:

8

AUX.SW.IGN.

AUX.SW.BATT.

BB

_CA

B:1

BB

BL:

9

F61B−2.0

MC

BB

2:B

BB

_CA

B:2

F30B−2.0

F30B−2.0

NA

:1 C

S02

6A:4

NA

:0 C

S02

7A:4

AD

:1 D

XC

1_C

13

BC

:2 C

SP

F17

M

BA

:1 C

SP

F17

E

BA

:1 C

SP

F17

C

BA

:1 C

SP

F17

D

GA

:3 D

SP

F5E

GA

:3 D

SP

F5D

X40

_C7_

1

X40Strip,OptionJunctionStuds

7

S43BSW.PRESS.PRKNG BRKEBODYBUILDER

A

B

BB

BL:

14

BB

BL:

15P

AR

K B

RA

KE

BB

_CA

B:1

9

BB15−0.8

CO

BB

C:A

BB15−0.8

BB15−0.8

CO_BB_LP1:B

CB7A−1.0

BB

BL:

19

CB7A−1.0

BB

_CA

B:1

3M

CB

B1:

3

CB7A−1.0

BC

:1 C

SP

CB

7

RELAY,SLEEPERHVAC

RLY5385

86

30

87A 87

PT

O 2

F75A2−3.0

F75A3−5.0

BE

C_J

3:F

10

F75A1−5.0

BE

C_J

3:E

10

BE

C_J

4:D

1


30A

A

B

SP75A

BE

C_J

4:D

2

BB

:0 B

A17

.A:1

5

BB

:0 B

A17

.A:1

6

BU

FF

ER

ED

J1939 +

BU

FF

ER

ED

J1939 −

CO

BB

C:B

F64B1−1.0

BB

_CA

B:1

2

F64B1−1.0

F64B1−1.0

BB

_CA

B:1

0

DL5HB1−0.8

BB

_CA

B:1

1

DL5LB1−0.8

BB

M_1

939:

A

BB

M_1

939:

B

DL5LB1−0.8

DL5HB1−0.8

3030

BA:0 DSPCB2AB

EC

_J3:

E8

BB

BL:

22

BB

BL:

21

F70B−5.0

VO

L13

V0L

16

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

DL2LB8−0.8

DL2LN8−0.5

DL2LB9−0.8

DL2HB8−0.8

DL2HN8−0.5

DL2HB9−0.8

F27

A1−

0.8

F11A1−0.8


1 2 3 4 75 6 8


1 2 3 4 75 6 8

BB

A7−

0.5

BB

A6−

0.5

BB

A5−

0.5

BB

A4−

0.5

BB

A3−

0.5

BB

A2−

0.5

BB

A1−

0.5

F63

A6−

0.8

DL1

LN17

−0.

8

DL1

HN

17−

8.0

XC1A48−2.0

F27B5−0.5

F11

B2−

0.5DL1LN15−0.8

DL1HN15−0.8

DL4LN12−0.5

DL4HN12−0.5

XC1A48−0.5

F63A5−0.8

F27B1−0.5F11B1−0.5

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

WIRING DIAGRAM: BMTELEMATICS GATEWAY (TGW)

FGPS2_MATEFUSE,ROADCONNECT,IGNITION

5A

A

B

SPXC1A3

F27FUSE,IGN. STUD

15A

A

B

DL4

HN

12−

0.8

XC1A48−2.0

F11A−2.0

FGPS1_MATEFUSE,ROADCONNECT,BATTERY5A

A

B

F11

A−

2.0

X40

_C5

DL4

LN12

−0.

8

F11FUSE,BATT.STUD

15A

A

B SEE WIRING DIAGRAM NBFOR J1587/J1708CONNECTION

BE

C_J

1:E

11

F27

A−

2.0

F27A−2.0

X40

_C6

X40

_C1

X40

_C2

BE

C_J

2:B

8

X40

_C7

GND

GSMGPS

DREMS

RIGN

+30BATT J1939−1

HH L LA BJ1587

DIN1

DIN2

DIN3

ASSISTSW

ASSISTSW LED

DOUT1

INFOIF

120 OHMSCAN2

A102BCONTROL UNITGPS RECEIVERTELEMATICS GATEWAY 2

DK8

DK3

DK1 DK2

DK4

DK5DK6

DK7

DK13DK14 DK15 DK16

DK27DK26

DK35DK24

DK22 DK25

BE

:0 B

SP

F63

A

TG

WB

B1:

E

TG

WB

B1:

A

TG

WB

B1:

B

TG

WB

B1:

F

TG

WB

B1:

C

BB5−0.5

TG

WB

B1:

D

BB2−0.5

TG

WB

B1:

G

BB3−0.5

BB CONN. I

BB7−0.5BB4−0.5

BB1−0.5

XA:4 CSPDL1H9

XA:4 CSPDL1L9

BB6−0.5

MC

VL:

A

F63A5−0.5

MC

VL:

B

MC

VL:

C

R21

_TG

W_O

L:B

R21

_TG

W_O

L:A

DL1HN15−0.5

DL1LN15−0.5

TGW2 WIRING

SPXC1A3

F11FUSE,BATT.STUD

15A

A

B

F27FUSE,IGN. STUD

15A

A

B

TG

WB

B1:

D

TG

WB

B1:

G

TG

WB

B1:

A

TG

WB

B1:

C

TG

WB

B1:

F

TG

WB

B1:

E

TG

WB

B1:

B

BB CONN. I

FGPS3FUSETGW1IGNITION

5A

A

B

FGPS4FUSETGW1BATTERY

5A

A

B

X40

_C5

X40

_C6

X40_C2

X40_C1F27A4−0.8

F11A2−0.8

BE

C_J

2:B

8

BE

C_J

1:E

11

X40

_C7

XC1A59−0.5

BE

:0 B

SP

F63

A

XA

:4 C

SP

DL1

H9

XA

:4 C

SP

DL1

L9

TGW1 WIRING

40

3030

30 40

MC

VL:

AF

63A

6−0.

5

MC

VL:

BD

L1H

N17

−0.

5

MC

VL:

CD

L1LN

17−

0.5

30

PWR DR R (ACC) HH L J1939 120 Ohms

GPS RF IN

GND

INFO_IF

ASSTBUTTON

K−LINE

D_IN1

D_IN2

D_OUT1

D_IN3

J1587L

A102ACONTROL UNITGPS RECEIVERTELEMATICSGATEWAY

DK:14

DK:1 DK:2 DK:4

DK:13 DK:15DK:12DK:11

DK:3 DK:5DK:8

DK:9

DK:6 DK:7

DK:16 DK:10

F65

A2−

2.0

NA

:2 D

SP

F65

A

J193

9HN

30−

0.8

XA

:2 C

SP

J193

9HB

30

J193

9LN

30−

0.8

XA

:2 C

SP

J193

9LB

30

DL4HN1−0.5

DL4LN1−0.5

F27A−2.0

F11

A−

2.0

MC

NA

V:D

XC1A47−0.8

MC

NA

V:A

F49

B8−

0.8

BE

:2 C

X0B

:F

NAVIGATION SYSTEM PREP

MC

NA

V:C

MC

NA

V:B

BM

:3 A

BE

C_J

2:B

8

F27

A1−

0.8

BM

:4 B

MC

NA

V:C

4040

120

OH

MS R21_TGW

AB

SPDL2H8

SPDL2L8

40

40

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

WIRING DIAGRAM: BNBODY BUILDER CIRCUITSBATT

IGNEMS

ILLUMEMS

BATTIGN

ILLUM

XC1C35−3.0

MC

BB

1:11

BB6−2.0

GROUND

SPARE WIRECONNECTOR

X31

_B8

BB2−2.0

BEACON

BB

PA

2:F

BB

PA

1:B

BB

CB

BC

:E

LH

TU

RN

/ST

OP

F61B−2.0

BB

CB

BC

:JF5D2−2.0

BB

PA

1:A

BB

PA

1:G

BB5−2.0

XC1C34−3.0

BB

PA

2:B

RE

VE

RS

E P

OW

ER

MC

BB

2:B

F5E2−2.0

SA

LT

SP

RE

AD

ER

(S

PIN

)

BB

CB

BC

:G

BB

PA

1:F

F33B2−2.0

MAIN CAB/BODYBUILDER CAB CONNECTOR

X31

_B2

F30B−2.0

BB3−2.0

BB

PA

1:D

ST

OP

LA

MP

BB

CB

BC

:F

F5D5−2.0

MC

BB

1:14

RH

TU

RN

/ST

OP

BB4−2.0

BB

CB

BC

:H

X31

_B4

BB

PA

1:H

F30B−2.0

10 POST TRAILER JUNCTION BLOCK CONNECTIONS

BB

CB

BC

:C

F34B2−2.0F5E5−2.0

BB6−2.0

CLE

AR

AN

CE

LM

P

F35B6−2.0

CAB GROUND

CLE

AR

AN

CE

LM

P

MC

BB

1:13

PW

R F

LO

AT

TA

RP

OU

T S

W.

F35B7−3.0

BODYBUILDER CAB/BODYBUILDER CHASSISCONNECTOR

MC

BB

1:16

MC

BB

2:A

PRIMARY BODYBUILDERCONN.

MC

BB

1:12

BB2−2.0

BB

CB

BC

:A

BB

PA

1:C

TA

IL L

AM

P

BB

PA

2:A

BB4−2.0

BB

PA

2:G

GROUND

MC

BB

1:10

BB

PA

2:D

BB3−2.0

X31

_B6

XC

1_C

13

BB

CB

BC

:D

TA

RP

IN

SW

.

F35B5−2.0

RE

AR

RE

AR

FLA

SH

ING

MC

BB

1:17

BB

CB

BC

:B

F61B−2.0S

PIG

NLO

WO

IL:C

AUX BODYBUILDER CONN.

F37B2−2.0

BB

PA

2:C

SPF35B7

BB5−2.0

BB

PA

1:E

BB

PA

2:E

F34B2−2.0

BB

CB

BC

:M

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F76A4−5.0

FCVEC−5.0

F7F1−1.0

F46A2−1.0

XC

1N6−

1.0

XC1N8−1.0

F17A3−0.8

GND

GND

IGN

BAT+

LOW

FUEL

FUEL

LEVEL

FUEL

CAP

A147Control Unit, Fuel Filter Module

A:HA:D A:E A:F A:GA:A A:CA:B

F50B2−1.0

RELAYSTARTERLOCKOUT

RLY81

85

86

30

87A87

F7E

1−1.

0

XC1N7−1.0

F50B5−1.0

F17K1−1.0

F17A4−0.8

HB

3A1−

0.8

XC1N3−2.0

XC

1N5−

1.0

F50

B4−

0.8

F50

B3−

0.8

F50

B1−

1.0

F17

J1−

0.8

F46B1−1.0

F46

B2−

1.0

F46

B3−

0.8

WIRING DIAGRAM : BPISX−G FUEL SYSTEMBATT

IGNEMS

ILLUMEMS

BATTIGN

ILLUM

SPF46B1

SPF50B1

SPXC1N3

BF

:0 C

MC

FC

:56

RELAYFUEL FILTERMODLUE

RLY8685

86

30

87A87

AC

:1 D

CIE

C:4

BA:3 BSPF17A1

AD:2 EXC1_11

F87FUSEMODULEIGN

5A

A

B

RELAYFUEL FILTERMODULE

RLY8785

86

30

87A87

CJ:

0 B

SP

F46

A1

FC

VE

C3:

G

FC

VE

C3:

H

FC

VE

C4:

F

FC

VE

C2:

H

FC

VE

C2:

G

FC

VE

C2:

B

FC

VE

C3:

B

E80LLamp, Additional module, left

12

11

10

9

EP

DM

B:L

F17K1−2.0

F17

J1−

2.0

EPDMB:K EPDMP_A:C

EP

DM

P_A

:D

AG

:1 B

FC

EN

:C

DFAT:K

DFAT:L

F17K1−0.8

F17J1−0.8EPDMBA:L

EPDMBA:K

EPDM TO DASH FRONT WITH ALLISON AND NG FUEL SYSTEM

FC

VE

C2:

D

FC

VE

C3:

A

FC

VE

C3:

F

FC

VE

C4:

C

FC

VE

C4:

EF

CV

EC

6:A

PLU

G2

FC

VE

C6:

C

CJ:

3 B

SP

F76

A1

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

AXLE 2

BA

T R

TN

IGNITION

244

TTRACS

5

ITEM 3

6

9

ITEM 5

DU_GND

BA

T R

TN

38

21LSD4

LSD3

10

N

C

J1708+

AXLE 1

143

V

TAMPER

DESCRIPTIONWIRING HARNESS, SATELLITE ANTENNAWIRING HARNESS, CABLE ASSEMBLY POWER EXTENSIONWIRING HARNESS, CABLE ASSEMBLY POWERWIRES, HARNESS, DISPLAYWIRING HARNESS, POWER UNIT TO KEYPADWIRING HARNESS, ACCESSORY EXTENSIONWIRING HARNESS, ACCESSORY WIRING HARNESS, SPEAKER CAB/ROOF INTERWIRING HARNESS, SPEAKER SWITCH

4

CO

M1 T

X(−

)

4

4

MA

S S

PK

R −

9

G

BA

T R

TN

47

LSD2

10

34

8

3

43

ITEM 7

TAMPER

14

PTOP

CAN_C (GND)

1

1

6

H

J1708 −

LSD1

24

37

34

4

27

VE

H A

UD

IO IN

+

B

9

CAN L

6P2

P1

DU_GND

P1

/ P5

− C

POWER

SPKR −

24

P1

/ P5

− A

33

MCOF2B

P4

27

GND

BA

T R

TNPOWER

PANIC HIGH

P2


1 2 3 4 75 6 8

P1

2 P2−

A

14

MCOF2A

C

1

3AF3

8

BA

T +

33

1

12

1111

9

CAB ROOFHARNESSROOF SIDE

17

PTOC

2

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

CAN_H

DU

_T

X (

+)

38

1

CO

M1 R

X(+

)

P12

30

P3−

AS

PK

R O

UT

+

MA

S S

PK

R +

28

8

RPM 2

ITEM 17

E1

E2

ITEM 6

CDU_GND

RTN

RTN

15

G

8

2

5

E2

7

2

5

BA

T +

ITEM 18

DIGIN 3

T

8

RPM 1

40

BA

T +

E3

CDU_PWR

39

C

PART #212579032125792521257921207867672125790521759228217592352125716021258130

E9

BA

T R

TN

14

5

MSG ALERT

DIGIN 2

14

36

40

D

MD

M R

X(+

)

VE

H A

UD

IO IN

−

CDU_RX (−)

ITEM 1

SPEAKERSWITCHCCA

E4

D

8

DU

_T

X (

−)

15

21C

OM

1 T

X(+

)

42

2

41

F

E3

CDU_RX (+)

B

5

CAN H

EA

3

SPKR +

36

SHIELD

5

42

41

CDU_TX (−)

PANIC LOW

MD

M R

X(−

)

2

L

E5

9

5

6

ITEM 4

18

POWER

DU

_R

X (

+)

6

3

R

5

ID

COMS_RX_485+

7

CDU_TX (+)

E1

BA

T +

COMS GND

E

CO

M1 R

X(−

)

5

3

4

DU

_R

X (

−)

19

P12

20

2

POWER

COMS_RX_485 −

H

15

QUALCOMM MCP 100

P2 − 1

2

A

17

36

9

3

37

15

1

BA

T R

TN

CAB ROOFHARNESSCAB SIDE

20

GND

28

30

J1939REPEATER

CCA

B

P7

ID

RTN

12

14

10AF1

ITEM # 1 2 3 4 5 6 71718

8

DU_VCC

BA

T R

TN

P1

22

4

29

CAN_L

32

MD

M T

X(+

)

E7

13

P3−

B

RCD

39

P3 − 2

P2−

B

BA

T R

TN

BA

T +

1

5

3

RTN

9

22

4

29

31

32

F

5

13

CAN_D (PWR)E4

15

6

E6

8

8

BA

T +

2

DU_VCC

P2

P2 − 2

ITEM 2

6

LSD6

12

DT

31

E5

6

44

2

19

E

7

3

F

SP

RK

OU

T −

1

IGNITION

8

18

P1

/ P5

− B

P3 − 1

6LSD5

MD

M T

X(−

)

2626

D

WIRING DIAGRAM: BUQUALCOMM MCP 100 W/SLEEPER

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

PANIC LOW

2

3

9

BA

T R

TN

22

7

RCD

E9

V

TTRACS

E11

CAN_D (PWR)

P3−

B

15

5

4

1

ITEM 19 & 20

P2−

B

E9

RTN

E8

9

PTOP

4

6

BA

T R

TN

23

E

CAN H

7

E8

G

CAN_C (GND)

E6

P1

9

E4

2

5

7

8

WIB

LO

OP

E18

ITEM 4

14

WIB

LO

OP

CAN_H

E3 E18

3

10AF1

E5

BA

T R

TN

E2

7

CAN L

1

CO

M1 T

X(−

)

SP

RK

OU

T −

5

A

1

8

H

MA

S S

PK

R −

5

E10 E14

8

POWER

MSG ALERT

P2−

A

E9

ITEM 2

R08_RES− 2

BA

T R

TN

47

E17

BA

T +

P508

MCOF2A

7

8

91

R

LV

DS

(−)

P3−

A

POWER

E11

P2


SHIELD

1

P1

BA

T R

TN

20

2

3

ITEM 18

MA

S S

PK

R +

5

C

SPKR −

MD

M T

X(−

)

DT

7

2

CO

M1 T

X(+

)

4

US

B +

C

D

12

GND

2

6

BA

T +

P1

/ P5

− A

8

GND

J1939REPEATER

CCA

H

P2

6

E13

V+

ITEM 17

3

7

E3

ITEM 6

1

11

8

IGNITION

ITEM 5

R08_RES − 1

E4

BA

T R

TN

WIB GND

RTN

3AF3

J1

B

WIB DAT_M

P1

GND

E1

14

12

BA

T +

2

5

WIB GND

POWER

TAMPER

18

7

R08 − 2

2

6

ITEM 1 (OPTIONAL)

PART #2125790321610115216101392151633621610331217592382125716021258130217218102181945621721814

RTN

PANIC HIGH


E7

14

15

8

E5

E17

SPEAKERSWITCHCCA

P1

15

8

DESCRIPTIONWIRING HARNESS, SATELLITE ANTENNAWIRING HARNESS, CABLE ASSEMBLY POWER EXTENSIONWIRING HARNESS, CABLE ASSEMBLY POWERWIRES, HARNESS, DISPLAYWIRING HARNESS, ACCESSORY CABLEWIRING HARNESS, ACCESSORYWIRING HARNESS, SPEAKER CAB/ROOF INTERWIRING HARNESS, SPEAKER SWITCHWIRING HARNESS, WIB W/GROMMETCABLE WIB W/REPEATERWIRING HARNESS, WIB EXTENSION

ITEM 3

1

ITEM # 1 (optional) 2 3 4 5 6171819

20

A

CO

M1 R

X(−

)

8

WIB 9V

PTOC

P2

6

11

BA

T +

5

E2


1 2 3 4 75 6 8

5

5

WIB 9V USBREPEATER

CCA

BA

T +

F

8

16

USB REPEATER CCA

9

US

B −

ED

1

2

IGNITION

7

18

V+

14

CO

M1 R

X(+

)

1

G

4

17

1

RTN

6

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

GND

14

J1708 −

4

BA

T R

TN

BA

T R

TN

12

P1

/ P5

− B

19

6

WIB_TAMPER_2

WIB DATA_P

GND

E15

P1

/ P5

− C

V+

1SPKR +

5

13

E3

US

B −

E6

R08 − 1

12P508

11

SP

KR

OU

T +

24

GND

E5

6

E14

6

10

8

E15

N

2

E2

POWER

ID

3

8

T

J1708+

CAN_L

9

V+

D

E6

1

E10

E16

E5

F

WIB_TAMPER_1

E7

P7

QUALCOMM MCP 110 or 200

E12

2

F

VE

H A

UD

IO IN

−

E3

E2

MD

M T

X(+

)

B

15

PO

WE

R L

OO

P

MD

M R

X(+

)

BA

T +

E1

MCOF2B

21

E7

3

ID

E13

2

6

3

US

B +

7

3

MD

M R

X(−

)

E1

C

4

VE

H A

UD

IO IN

+

5

E4

12

ACCESSORY GND

PO

WE

R L

OO

P

L

E4

E12

B

TAMPER

5

6

4

E

11

WIRING DIAGRAM: BVQUALCOMM MCP 110 OR 200 W/SLEEPER

LV

DS

(+

)

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

31

ITEM 7

MCOF2A

10AF1

P3 − 2

ITEM 1

GND

PANIC LOW

MD

M R

X(−

)

E5P7

D F

GND

5

6

P1

/ P5

− ALSD6

ITEM 18

15

SPKR −

3AF3

MD

M T

X(−

)

ITEM # 1 3 4 71718


PANIC HIGH

2

24

E3

LSD5

IGNITION

P2 − 1

J1939REPEATER

CCA

ACCESSORY GND

BA

T +

2

POWER

8

B

TAMPER

2

1

A

5

LSD4

CO

M1 R

X(+

)4

F G

6

E


1 2 3 4 75 6 8

14

3

LSD3

DIGIN 3

POWER BA

T R

TN

RTN

14

3

D

PTOC

RTN

6

LSD2

DIGIN 2

BA

T +

E5

8

1

15

RTN

6

MA

S S

PK

R −

30

2

LSD1

37

COMS_TX_485 (+)

COMS_RX_485 (−)

H

ITEM 3

E7

36

D

5

9

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

1P4

BA

T R

TN

22

RPM 2

P1

/ P5

− B

39

E3

MA

S S

PK

R +

C

P1

DU

_R

X (

−)

R

P3 − 1

P3−

A

3

CDU_GND

CDU_PWR

6

RPM 1

SP

KR

OU

T +

P12

19

SPKR +

E2

MD

M T

X(+

)

DU

_R

X (

+)

POWER

3

4

CDU_RX (−)

T

21

J1708+

AXLE 2

CAN_L

TTRACS

P3−

B

26

10

E1

C

7

DU

_T

X (

+)

B

P2

CDU_RX (+)

MD

M R

X(+

)

5

E1

AXLE 1

MCOF2B

5

F

E4

6

DU

_T

X (

−)

B

PART #212881722125792120786767217592352125716021258130

VE

H A

UD

IO IN

+

CDU_TX (−)

20

24

E4

28

E2

QUALCOMM MCP 100

N

1

TAMPER

CAN H

P2−

B

E9

4

DESCRIPTIONWIRING HARNESS, SATELLITE ANTENNAWIRING HARNESS, CABLE ASSEMBLY POWERWIRES, HARNESS, DISPLAYWIRING HARNESS, ACCESSORYWIRING HARNESS, SPEAKER CAB/ROOF INTERWIRING HARNESS, SPEAKER SWITCH

CO

M1 R

X(−

)

CDU_TX (+)

4

BA

T R

TN

8

RCD

L

ID

DU_VCC

VE

H A

UD

IO IN

−

SPEAKERSWITCHCCA

2

17

38

RTN

DU_VCC

PTOP

12

40

E

7

1

BA

T +

CO

M1 T

X(−

)

SP

RK

OU

T −

18

A

8

13

J1708 −

41

ITEM 4V

CAN_D (PWR)

5

DT

E

CO

M1 T

X(+

)

2

POWER

P1

/ P5

− C

DU_GND

MSG ALERT

44

4

P2 − 2

34

33

9

CAN_H

G

CAN_C (GND)

E6

ITEM 17

9

DU_GND

8

P1


P2−

A

43

42

32

H

BA

T R

TN

CAN L

3

7

C

27

11

P1

WIRING DIAGRAM: BWQUALCOMM MCP 100 W/DAYCAB

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

CO

M1 R

X(+

)

15

7

21

5

19

WIB GND

H

5

TTRACS

QC

AC

C −

1

1

WIB 9V

E13

E2

P3−

B

12

E7

6

1

GF

BA

T +

R08 − 2

ITEM 17

DT

1

4

5

7

E12

14

USB REPEATER CCA

ITEM # 1 (optional) 3 4 6171819232425

ITEM 1 (OPTIONAL)

CO

M1 T

X(+

)

1

E4

11

E3

2

E

8


PANIC HIGH

GND

LV

DS

(+

)

US

B +

E11

CO

M1 T

X(−

)

2

P2−

B

25

E1

E2

3AF3

6

D

PANIC LOW

MD

M R

X(−

)

E6E7

P2

POWER

E9

A10

2 −

C

C

P510

WIB 9V

7

C


MSG ALERT

SP

RK

OU

T −

3 4

MD

M T

X(+

)

ITEM 24(Part of Item 23)

E2

GND

14

E1E3

D

P2−

A

5

RTN

B

POWER

R08 − 1

PTOC

GND

ITEM 23

LV

DS

(−)

E8

3

2

6

ITEM 6

A10

2 −

B

A

8

PTOP

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

VE

H A

UD

IO IN

+

E9

4

J1708 −

8

ITEM 25

6

P1

R08_QCI − 2

4

MD

M R

X(+

)

T

BA

T R

TN

5

P1

/ P5

− A

7

E18 BA

T R

TN

E1

J1708+

8

A10

2−D

ITEM 4

E4

MCOF2B

CAN_L

SP

KR

OU

T +

P1

/ P5

− B

BA

T +

IGNITION

E17

8

WIB

LO

OP

E

RCD

7

V+

LV

DS

(+

)

WIB_TAMPER_2

E5

POWER

R08_QCI − 1

ITEM 18

MCOF2A

H

CAN_H

L

WIB GND3

P508

7

PO

WE

R L

OO

P

ACCESSORY GND

1

GND

P1

BA

T R

TN

J1939REPEATER

CCA

G

V

ID

3

120 OHMS

RTN

6

P2

SPKR −

BA

T R

TN

CAN_C (GND)

CAN_D (PWR)

WIB_TAMPER_1

F

A10

2 −

A

QC

AC

C −

2

ITEM 3

V+

MD

M T

X(−

)

E6

5

US

B +

QUALCOMM MCP 110 & 200

SPKR +

20

2

LV

DS

(−)

CAN L

9

ITEM 19

E

VE

H A

UD

IO IN

−

N

US

B −

RTN

10AF1

4

POWER

8

GND

2

BA

T +

CAN H

X40Strip,OptionJunctionStuds 1 2 3 4 75 6 8

DGND

WIB DATA_P

V+

SPEAKERSWITCHCCA

TAMPER

E4

MA

S S

PK

R +

3

1 6

23

5

C

8

MA

S S

PK

R −

E5

B

2

E5

E16

V+

P1

/ P5

− C

DESCRIPTIONWIRING HARNESS, SATELLITE ANTENNAWIRING HARNESS, CABLE ASSEMBLY POWERWIRES, HARNESS, DISPLAYWIRING HARNESS, ACCESSORYWIRING HARNESS, SPEAKER CAB/ROOF INTERWIRING HARNESS, SPEAKER SWITCHWIRING HARNESS, WIB W/GROMMETWIRING HARNESS, QUALCOMM JUMPER − 300MMCONNECTOR, 2−WAY RESISTORWIRING HARNESS, J1708 JUMPER

7

9

22

TAMPER

24

P7

18

B

R

1

F

E15

E3

US

B −

CO

M1 R

X(−

)

PART #21288172216101392151633621516338212571602125813021516334219277152047636321814981

P1

P3−

A

9

RTN

6

A

WIB DAT_M

E14E10

WIRING DIAGRAM: BXQUALCOMM MCP 110 & 200 W/DAYCAB

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

A BJ1587

GND SWITCHPOWER

SWITCHPOWER

PTO 2ENABLE

PTO 3ENABLE

PTO 4ENABLE

PTO 1MODE

PTO 2MODE

PTO 3MODE

PTO 4MODE

PTO 2OUTPUT

PTO 3OUTPUT

PTO 4OUTPUT

ENGINESPEEDINC.

ENGINESPEEDDEC.

J1939H L

BATT+

ENGINESHUTDOWN

N. O. POS.

ENGINESHUTDOWN

N. C. NEG.FORCEDIDLE

ENGINESPEEDLIMIT

ENGINETORQUELIMIT

ROADSPEEDLIMIT

PTONEUTRALINTERLOCK

PTOLOWSPLITINTERLOCK

SPLITSHAFTPTO

REMOTETHROTTLEENABLE

REMOTETHROTTLE

POS.

REMOTETHROTTLESIGNAL

REMOTETHROTTLE

GND.

ROADSPEEDSIGNAL

SYSTEMWARNING

DATATRIGGEREDSIGNAL

BUFFEREDJ1939

H L

A36Control unit, BBM (Body Builder Module)

BBA:24BBA:17

BBB:2BBA:4

BBA:7

BBB:21

BBA:13

BBA:3

BBA:26

BBA:5 BBC:5BBC:4BBA:2BBB:4BBA:12 BBC:2 BBC:1BBA:18

BBA:6

BBB:3BBA:20BBA:19 BBA:1

BBA:25 BBA:29BBA:27 BBB:9BBB:10BBB:12 BBB:16 BBB:18BBB:22 BBB:28BBA:28

BBB:19BBB:5

BBA:15 BBA:16

MB2A1−0.8

MB2A3−0.8

VO

L16

XC1A21−0.8

XC1A26−1.0

XC1A35−0.8

F54A1−0.8

VO

L16

DL4LN4−0.5

VO

L16

DL4HN4−0.5

VO

L16

MB18A1−0.8

MB16A1−0.8

MB28A1−0.8

MB22A1−0.8

MB9A1−0.8

MB10A1−0.8

MB12A1−0.8

MA29A1−0.8

MA28A1−0.8

MA24A1−0.8

MA26A1−0.8

MA25A1−0.8

MA17A1−0.8

MA7A1−0.8

MA27A1−0.8

MA6A1−0.8

MA2A1−0.8

MA1A1−0.8

MB4A1−0.8

MB3A1−0.8

MA5A1−0.8

MA3A1−0.8

MB21A1−0.8

MA4A1−0.8

MA20A1−0.8

MA19A1−0.8

MA18A1−0.8

MB19A1−0.8

MB5A1−0.8

WIRING DIAGRAM: BYBBMBATT

IGNEMS

ILLUMEMS

BATTIGN

ILLUM

X21ESocket Body Builder Connector

C L PB SHD E F RG MKA NJ

X21D

Socket, Body builder connector

C L PB SHD E F RG MKA NJ

SPXC1A3

MC

BB

M:B

F54A1−0.8

MC

BB

M:A

F54FUSE,BBMECU

5A

A

B

BE

C_J

1:D

2

XC1A35−1.0

SPXC1A35

DL1LN18−0.8

VO

L16

XA

:3 B

SP

DL1

L18

DL1HN18−0.8

VO

L16

XA

:3 B

SP

DL1

H18

XA

:1 A

MC

BB

M:E

XA

:1 A

MC

BB

M:F

30 40

SPMB2A1

MB2A1−0.8

MB2A2−0.8

BC

:4 E

MC

BB

M:D

BC

:4 E

MC

BB

M:D

XC1A35−0.8

VO

L16

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F27B−1.0

WIRING DIAGRAM: BZPEOPLENET PREP

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

ANTENNA

RECIEVER

X40

1 2 3 4 75 6 8

X40

_D1

X40

_D2

X40

_D7

F11B−1.0

XC1B18−1.0

PND:B

PND:A

PND:C

XC1B18−1.0

F11B−1.0

F27B−1.0

PNF:C

PNF:A

PNF:B

SLEEPER ONLY

X40

_D5

X40

_D6

J1708 StubCable

Day CabJ Cable

Antenna Assembly

Multi BusCable

J CableJ CableExt.

Sleeper

Option/Keyboard/Display Cable − Blue Housing

Connect to R08 MATEand relocateresistor toterminatingresistor housingas shown

30 30

30

120

OH

MS

ABR08_PNP_MATE:A

R08_PNP_MATE:B

2−CoaxCables

37

WAY

PeoplenetMain Cable

Red Housing

BlackHousing

GreyHousing

ORR

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

IVS PWR SUPPLY, EMS A

PWR SUPPLY, EMS B

ENG.COMP

PWRSRAPHEAT

FANCTRL

GND 2 GND 1 GND.SRA COMP

SWITCH GND

COOLANT LEVEL

STARTER CONTROL

AC CLUTCH

FUELCONDITION HEATER

H LCAN2

H L

J1939−7CAN

J1939P3HL

J1939−1H L

X11CONNECTOR,ENGINEMANAGEMENTINTERFACE

4 31

2 5

6138 15 2125 33 39 31 27

1823 28

35

373634

F45A−2.0

DL2

HB

1−0.

8

DL9

LB1−

0.8

DL9

HB

1−0.

8

DL7

LB1−

0.8

DL7

HB

1−0.

8

EM

18−

0.8

EM

28−

0.8

DL1LB−0.8

DL1HB−0.8 F38A5−3.0

F38A1−3.0

F38A2−3.0

F43

A1−

2.0

F43A4−2.0

XC

1G4−

3.0

DL1

HB

−0.

8

CIE

C:1

Y35SOLENOID,ENGINEFAN

A

B

XC

1G3−

3.0

CIE

C:2

F53

B−

1.0


15A/5A

A

B

F43B3−1.0

F41A1−2.0

F53

B−

1.0

CB

17−

0.8

EP

DM

C:L

DL1

LB−

0.8

F43A6 − 1.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

EM

18−

0.8

F41A1−2.0

FC

CL:

B

EP

DM

E:A

F7E−0.8

AC

:1 D

CIE

C:4

BB

:1 B

MC

FC

:65

XA

:2 D

SP

DL1

L2

HB

:2 B

FC

AP

AD

S:B

HA

:3 B

FC

AC

:B

BF

:0 D

FC

FS

:A

BD

:3 B

FC

AC

:D

XA

:2 D

SP

DL1

H2

FC

CL:

AE

M28

−0.

8

F43

A1−

2.0

F38FUSE,ENG.CTRL UNIT

30A/10A

A

B

F41FUSE,ENG.COMP #1

15A

A

B

EP

DM

C:M

SPF43A

SPF38A2

EP

DM

A:C

F38

A4−

3.0

F38

A3−

3.0

DH

FC

:12

F38

A2−

3.0

DHDH:A

F38

A5−

3.0

DH

DH

:B

F38A2−3.0SPXC1G40

SPF38A1XA:1 DSPDL1H1

XA:1 DSPDL1L1 SPDL1L

DL1

LB17

−0.

8

SPDL1H

DL1

HB

17−

0.8

F43A2−2.0

XC

1G5−

3.0

WIRING DIAGRAM : CAENGINE INTERFACE MP11

FC

LC:B

EM

18−

0.8

EM

18−

0.8

FC

LC:A

EM

28−

0.8

EM

28−

0.8

CD

:1 B

SP

DL7

H1

CD

:1 C

SP

DL7

L1

DA

:2 D

FC

TR

2:1

DA

:2 D

FC

TR

2:2

TO M−DRIVE

TO ADAPTIVECRUISE

CONTROL

GG:1 DSPF45A

40

B123SENSOR,COOLANTLEVEL C

B

AB123.1SENSOR,COOLANTLEVELC

B

A

F43A3−1.0

DL1

HN

8−0.

8JB

:3 B

FC

FA

1:1

DL1

LB8−

0.8

JB:3

BF

CF

A1:

2

DL1

HN

8−0.

8JB

:0 B

FC

FA

:A

DL1

LB8−

0.8

JB:1

BF

CF

A:B

DL2

LB1−

0.8

XB

:0 C

SP

DL2

H1

XB

:0 C

SP

DL2

L1

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F18

A−

1.0

DL1LN9−0.8

DL1HN9−0.8

XC1B36−0.5

F3F78−0.8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

F18FUSE,DPF REGENSWITCH10A

A

B

SPXC1B1

PWR

GND

ILLUM.

J1939 H

J1939 L S111A

SWITCH,DPF REGEN

4 5 3 1 2


L

XA

:3 C

SP

DL1

H10

XA

:3 C

SP

DL1

L10

BE

C_J

3:D

1

F18B−0.8

WIRING DIAGRAM: CBDPF REGENERATION SYSTEM

BC

:1 B

DC

L:G

30

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

ENGINEHEATERELEMENT

R03ENGINE BLOCKHEATERELEMENT

A BC

R02ENGINE BLOCKHEATERRECEPTACLE

A BC

ENGINE HEATER

R02ENGINE BLOCKHEATERRECEPTACLE

A BC

ENGINEHEATERELEMENT

R03ENGINE BLOCKHEATERELEMENT

A BC

ENGINE AND OIL PAN HEATER

OIL PANHEATERELEMENT

R03AOIL PANHEATERELEMENT

A BC

WIRING DIAGRAM: CCENGINE HEATER

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XB142C−1.0

DL7

LN1−

0.8

DL7

HN

1−0.

8

EMA49A2−1.0

EMA54A5−1.0

40

EMA50A2 − 1.0

DL7

HB

2−0.

8

DL7

LB2−

0.8

DL7LB1−0.8

DL7HB1−0.8

DL1

LN16

−0.

8

DL1

HN

16−

0.8

DL2

LN1−

0.8

DL2

HN

1−0.

8

FB

08A

1−5.

0

FM

4G−

5.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

EM

A49

A1−

1.0

DL1

LN16

−0.

8

DL1

HN

16−

0.8

XF1A4−3.0XF1A3−3.0

XF1A2−1.0

EMA54A1−1.0

FB

07A

4−1.

0

FB

07A

2−3.

0

BATTERY

+G01

30A

FB07

FUSE,EAT SYSTEM

A B

SPFB07A1

2

B98B97

SENSOR, DPFPRESSURE

1

12

3 2

B115T T11

2

TB85

SENSOR,TEMP,UPSTREAMCATALYST

P

SENSOR, TEMP,DOWNSTREAMCATALYST

SENSOR,TEMPAFTER DPF

SPEMA54A1

SPXF1A1

NOxB96Sensor, NOx

21

43

NOx B96BSensor, NOx

21

43

SPEMA49A

EMA42A1−1.0

FC

EIC

:8

FC

EIC

:13

FC

EIC

:11

FC

EIC

:10

FC

EIC

:14

EMA54A2−1.0

EMA26A1−1.0EMA34A1−1.0

FCEIC:2

FCEIC:5

FCEIC:6

EP

DM

C:K

F46FUSE,ACM/ENGIGN

5A

A

B

FCEIC:3EMA49A3−2.0

DH

FC

:3F

46A

1−1.

0F

46A

1−2.

0

FM

3GF

M3G

−5.

0

FC

EIC

:7

WIRING DIAGRAM: CDUREA DOSING SYSTEM 1/2

FC

AE

:BF

B07

A1

− 5

.0F

B07

A1

− 5

.0

FM

4G

30AFB08

FUSE,EAT SYSTEM

A B

XF1A5−2.0

FB

07A

3−3.

0

XA

:1 D

SP

DL1

H1

XA

:2 D

SP

DL1

H2

XA

:2 D

SP

DL1

L2

XA

:1 D

SP

DL1

L1

DL7

HB

3−0.

8

CA

:0 C

X11

:34

DL7

LB3−

0.8

CA

:0 C

X11

:36

SPDL7L1

SPDL7H1F

CE

IC:1

5

EMA39A1−1.0EMA56A1−1.0

FCEIC:1

FCEIC:4

VPT PROVIDED

XB

:0 C

SP

DL2

H1

XB

:0 C

SP

DL2

L1

EMA30A1−1.0

EMA62A1 − 2.0

EMA7A1−1.0

FC

UT

:5

EMA62A4−1.0

EMA12A1−1.0

EM

A62

A2

− 1

.0

EMA7A1−1.0

FC

UT

:12

EMA51A1−1.0

FC

UT

:8

FC

UT

:14

EMA54A5−1.0

FC

UT

:11 EMA4A1 − 1.0

EMA62A3−1.0

EMA62A1−2.0 EMA8A1−1.0

SPEMA62A2

MP

REVERTING VALVEPRESSURE SENSOR PUMP

A138 PUMP UNIT, UREA

3 112 84 12 109

EMA51A1−1.0

FC

UT

:13

FC

UT

:10

FC

UT

:9Y81SOLENOID VALVE,UREA HEATING TANK

1

4

EMA12A1−1.0

EMA8A1−1.0

EMA4A1 − 1.0

EMA30A1−1.0

EMA32A1−1.0

FC

UT

:6

SPEMA59A1

EM

A59

A2−

1.0

EMA59A3−2.0

EMA24A1−1.0

EMA28A2−2.0

FCUT:7

EMA24A1−1.0

EMA28A1−1.0

R32

Heater,NOxCare pumpto injector hose

B A

EMA59A1−2.0

R29_A

Heater,Nox Care Tank to Pump Hose

B A

SPEMA28A1

EMA59A2−1.0

FC

EIC

:9

EMA40A1−0.8

EMA44A1−0.8

FC

EIC

:12

Y80SOLENOID VALVE,UREA DOSING UNIT

1

2F

CU

T:2

DL7

HN

1−0.

8

XB142C−1.0

DL7

LN1−

0.8

30

FCUT:3

EMA49A2−1.0

θQUAL B142C

Sensor, AdBlue level andtemperature

2

4

1

3

FCUT:4

FC

UT

:1

ECUSUPPLY

ECUSUPPLY

ECUSUPPLY

KEYSWITCHINPUT

TEMPUPSTRMCAT.

TEMPDN STRM

CAT.

V5EXT2GND

TEMPAFTERDPF

V5EXT1SUPPLY

DPFPRES−SURE

V5EXT1GND

H LJ1939−7CAN

V5EXT2SUPPLY

UREAPRESS.

SUPPLY1 TO

ACUTATORS

UREAPUMP

REVERTVALVE

CONTROL

UREAPUMP

CONTROL

UREATANK

HEATING

HSS4 TOLOADS

HLCAN2 UREA

INJ HSUREAINJ LS

UREATANKTEMP

UREATANKLEVEL

SUPPLY1 TO

ACTUATORS

H LJ1939CAN

UREAHEATEROUT 3

UREAHEATER

OUTPUTS1 AND 2

ECUGND

ECUGND

ECUGND

A137C

34 62 591256 61

60

32

44 40

467

37

2428

357

39

1 2

4

5 6

8

1014

1826

41

42

49

50 51

53

54 55 58

38

30

R32_A

Heater,NOxCare pump to injector hose

B A

FC

HL:

B

EMA59A3−2.0

EM

A59

A3−

2.0

FC

HL:

A

EMA28A2−2.0

EM

A28

A2−

2.0

PM

B310Sensor,Particulate Matter

2

14

3

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

DL1HN10−0.5

DL1LN10−0.5

FCVEC−5.0

F17A16−1.0

EC54A2−0.5

EC54A−0.5

EC54A1−0.8

F43A4−1.0

XC1G41−5.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

EC62A−0.5

XC1G4A4−1.0XC1G4A2−1.0

FB05A5−1.0FB05A3−1.0

XC1G4A5−1.0XC1G4A1−1.0 XC1G4A3−1.0FB05A6−1.0FB05A2−1.0 FB05A4−1.0

EC59A−0.5

EC60A−0.5EC8A−0.5EC78A−0.5

DL1HN10−0.5DL1LN10−0.5

PRESSURE SENSOR WIRES ARE QUADRUPLE TWIST

E4−1.0

E3−1.0

E2−1.0

E1−1.0

EA24A1−1.0

F7D10−1.0

DL1

LB1−

0.8

WIRING DIAGRAM: CEENGINE CONTROL ISL US13 1/2

SPFB05A1

DL1

HB

1−0.

8


A

B

n

B68

SENSOR,OUTPUT SHAFT SPD,GEARBOX

A B

AC

:1 C

SP

F7D

XA

:3 D

MC

FC

:84

XA

:3 D

MC

FC

:83BC

:1 E

MC

FC

:43

PIEH

1 2

43

θTBAP

1

2

3

4

B123SENSOR,COOLANTLEVEL

C

B

A

MC

FC

:44

FC

TR

:G

CB6−0.8

FC

TR

:F

CB20−0.8

120 OHM

R14

12

30A

FB05

AB

BATTERY

+G01BATTERY

G01

C

U01A−5.0

DL1HB2−0.8

MP

REVERTING VALVEPRESSURE SENSOR PUMPSUPPLY MODULEHEATER

A138APUMP UNITADBLUE

3 112 8456 12 109

SPEC8A

RELAYCUMMINSDEF MOD

RLY8085

86

30

87A 87

F83FUSECUMMINSDEF MOD

10A

A

B

SPEC62

TB22CSENSORAMBIENTAIR TEMP 2

1

EC57A2−0.8

SPEC57

EC57A1−0.8

EC57A−0.5

CF

:1 C

FC

UT

2:22

EC32A2−0.8SPEC32A

EC32A−0.5

CF:4 CFCSCR:8


15A/5A

A

B

EP

DM

C:M

EP

DM

C:L

FC

UT

2:19

EC15A−0.5

FC

UT

2:18

EC14A−0.5

FC

UT

2:17

EC62A1−0.8

FC

UT

2:16

EC62A2−0.8

FC

UT

2:10

EC6A−0.5

EC6A−0.5

FC

UT

2:9

EC54A2−0.8

FC

UT

2:8

EC79A−0.5

EC79A−0.5

FC

UT

2:7

EC54A1−0.8

FC

UT

2:6

EC81A−0.5

EC81A−0.5

FC

UT

2:5

EC16A−0.5

EC16A−0.5

FC

UT

2:4

EC32A1−0.5

EC32A1−0.8

FC

UT

2:3

EC8A1−0.8

EC8A1−0.8

FC

UT

2:2

F83B−1.0

FC

UT

2:1

XC1G4A6−1.0

SPXC1G4A

XC1G4A6−1.0

CE

:4 D

SP

XC

1G4A

CE

:1 D

FC

UT

2:1

XC

1G4A

6−1.

0

FC

VE

C2:

F

F83B−1.0

FC

VE

C2:

E

EC7A−0.5

EC32A3−1.0CF:2 DEM01:4

FC

VE

C6:

C

F76A2−5.0

MC

FC

:124

F76FUSE,M−DRIVE/CUMMINSDEF PWR30A

A

B

BE

C_J

4:C

1

F76A2−5.0

NOTE:REFERENCE FUSE "F85"SHEET "CF" FOR CIRCUITINFORMATION.

E62A4−0.8 BD:2 CFCAC:C

CIE

C:1

F43A1−0.8

AF

:2 C

XC

1_C

12

CIE

C:7

F7D10−1.0

F7D10−1.0

SP43A1

F43A2−0.8

F43A1−0.8

BF

:0 D

FC

FS

:A

SP1LB2

DL1LB2−0.8

SP1HB1

FC

CL:

B

EC32A4−0.8

EC32A4−0.8

FC

CL:

E

EC35A−0.5

EC35A−0.8

FCCL:CEC62A3−0.8

EC62A3−0.8

FCCL:D

EC65A−0.5

EC65A−0.8

FC

GN

D:1

XC1G41−5.0

CUMMINS

CUMMINS

CUMMINS

CUMMINS

FC

AE

2:B

FB05A1−5.0

FB05A1−5.0

EC8A3−1.0CF:2 DEM01:5

EC8A4−1.0

CF

:4 D

FC

SC

R:5

EC62A6−0.8 CF:0 DX89:2

EC62A8−0.8FB:4 BMCFC:101

SP

EC

54A

WTS

E38_11

LAMPWTS INDICATOR

A1

B1

MC

FC

:103

EA96A1−0.5

EA96A1−0.8

BA

:1 B

S00

7:2

SPEA24A1

F43A1−2.0CJ:0 C

X11A.A:31

F7D10−2.0 AC:1 C

SPF7D

FC

VE

C6:

AP

LUG

GROUNDPOWERLIMP

HOME

MODE

ECM

RETURN

FAN

CLUTCH

ENGINE

COOLANT

LEVEL

OEM

SENSOR

SUPPLY

ECM

SENSOR

RETURN

DEF

INJ.

PRESS.

DEF

REVERT

VALVE

DE

F S

MO

DR

ET

UR

N

DEF

PUMP

SUPPLY

DEF

PUMP

TEMP.

DEF

HTR.

RELAY

KE

Y S

WS

IGN

AL

VEHICLE

SPEED+

VEHICLE

SPEED−

AMB.

AIR

TEMP.

DEF

TANK

TEMP.

DEF

TANK

LEVEL

ECM

RETURN

STARTER

LOCKOUT

RELAY

ECM

RETURN

VEHICLE

SPEED

LIMIT

A/C

P

RE

SS

.S

WIT

CH

DEF

DOSING

INJ−

DEF

DOSING

INJ+

DE

FT

AN

K H

TR

VA

LV

E

DE

FL

INE

HT

R 1

DE

FL

INE

HT

R 2

DE

FL

INE

HT

R 3

DE

FL

INE

CU

RR

1

DEF

LINE

CURR2

WIF

SENSOR

DE

F M

OD

HE

AT

ER

RE

LA

Y

PMSENSOR

HEATER−

PMSENSOR

HEATER+

PMSENSOR

SIGNAL

DPF

OUTLET

PRESS

DPF

DELTA

PRESS

INTAKE

AIR

HEATER

WTS

LAMP

GND

LOW

HIGH

J1939 CAN500

LOW

HIGH

J1939 CAN

A14C

CUMMINSEMS, OBD2016

A:27A:15 A:62A:59

A:18

A:6A:32 A:26

A:40

A:22A:46 A:45 A:35

A:38

A:24 A:16 A:28

A:3

A:57 A:25

A:4

A:52A:1A:5A:8

A:13 A:39

A:78

A:85

A:21

A:41

A:79

A:42A:43

A:49 A:50 A:51

A:53

A:54 A:65

A:66

A:60 A:14 A:73A:7

A:77A:76A:75 A:82

A:81

A:80A:84A:83

A:96

EA24A1−0.5

DL10HN1−0.5

DL10LN1−0.5

XC

:0 A

SP

DL1

0LB

1

XC

:1 B

SP

DL1

0HB

1

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

EC66A2−1.0

EC76A3−0.8XF1A10−1.0

XF1A6−1.0

EC76A−1.0

FB09B1−32.0

EC62A6−0.8

EC43A1−0.5

EC57A2−0.8

XF1A7−1.0

F41A4−1.0

F41A5−1.0

DL7LB6−0.8

DL7LB7−0.8

DL7HB6−0.8

DL7HB7−0.8

DL7HB5−0.8

DL7HB4−0.8

DL7LB5−0.8

DL7LB4−0.8

EC32A2−0.8

EC32A3−1.0

EC3A−1.0EC38A−0.5

EC40A−0.5EC39A−0.5

EC84A5−1.0

WIRING DIAGRAM: CFENGINE CONTROL ISL US13 2/2

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

SPXF1A3

R31_AH

eate

r no

x C

are

Pum

p to

Inje

ctor

Hos

e

B

A

R29_A

Hea

ter,

Nox

Car

e T

ank

to P

ump

Hos

e

B

A

120

OH

M

R08

12

R30_AHeaterBack Flow HoseB

A

SPEC84A2

SPEC39ASPEC40A

SPEC38A

SPEC3A

SPDL7H3

SPDL7L3

SPF38AF7J−0.8

F7E1−0.8

AC

:1 D

CIE

C:4

R01

C.A

R01CHeater, Engine preheatA1

R42A.87

R42

A.3

0

250A

FM03

FuseCumminsGrid Heater

A B

FB09A4−32.0 FB019A3−32.0

BD

:3 B

FC

AC

:D

CE

:0 B

SP

EC

57

RELAYSTARTERLOCKOUT

RLY8185

86

30

87A 87


RLY8485

86

30

87A 87


RLY83

85

86

30

87A 87


RLY8285

86

30

87A87

F84FUSEDEF HOSEHEATERS15A

A

B

CE:1 DSPEC32A

RLY42A

RELAYGRID HEATER86 30

8785

Y81A1

4

Y80A1

2

H L

C

AN

GND

PWR

OEM

SENSOR

SUPPLY

ECM

SWITCH

RETURN

PMSENSOR

HEATER−

PMSENSOR

HEATER+

PM

SENSOR

SIGNAL

H

L

CA

N

EM01CONNECTORCUMMINS SCR

28

45

67

19

1011

12

L H CAN

PWR GNDACMPWRRELAY

EM02CONNECTORCROSSOVERCUMMINS

2 469 13

H L

C

AN

GND

PWR

OEM

SENSOR

SUPPLY

ECM

SENSOR

RETURN

DPF

DELTA

PRESS

DPF

OUTLET

PRESS

EM03CONNECTORCUMMINS DPF

32

84

56

71

θQUAL

EM04SENSORDEF QUALCUMMINS

2

4

1

3

AG

:1 B

FC

EN

:C

FC

SC

R:1

EC53A−0.5

EC53A−0.5

FC

SC

R:2

EC77A−0.8

EC77A−0.8

FC

SC

R:4

EC42A−0.5

EC42A−0.5

FC

SC

R:3

EC41A−0.5

EC41A−0.5

FCSCR:5EC8A4−1.0

FCSCR:6DL7HN2−0.8DL7HN2−0.8

FCSCR:7

FCSCR:8

FC

SC

R:9

XF1A8−1.0

XF1A8−1.0

FC

SC

R:1

0

F38A6−1.0

F41A6−1.0

FC

UT

2:24

DL7LN3−0.8

DL7LN3−0.8

FC

UT

2:23

DL7HN3−0.8

DL7HN3−0.8

FC

UT

2:21

EC82A−0.8

EC82A−0.5

FC

UT

2:22

EC57A2−0.8

SPEC84A

EC84A−0.5EC85A−0.5

FC

UT

2:20

EC84A2−1.0

EC84A2−1.0

FC

UT

2:14

EC40A2−1.0

EC40A2−1.0

FC

UT

2:13

EC39A2−1.0

EC39A2−1.0

FC

UT

2:11

XF1A10−1.0

FC

UT

2:12

F85B1−1.0

F41A3−1.0

FC

VE

C1:

C

EC40A1−1.0

FC

VE

C1:

DEC3A1−0.8

FC

VE

C1:

E

EC3A2−0.8

FC

VE

C1:

F

EC38A1−1.0

FC

VE

C1:

H

EC39A1−1.0

FC

VE

C1:

G

EC3A3−0.8

F41A2−1.0

FC

VE

C2:

G

EC83A−0.5

SPEC76

EC76A1−0.8

DL7LN2−0.8DL7LN2−0.8

EC32A2−1.0

EC84A3−1.0

FC

HN

P:A

EC38A2−1.0

EC38A2−1.0

FC

HN

P:B

EC84A4−1.0

EC84A4−1.0

CE:1 DSPEC32A

X89

1

2

FC

EN

:D

EC75A−1.0

FC

EN

:B

EC76A2−0.8

EC76A2−0.8

EA13A3−0.8

SPEA13AEA13A4−0.8

EA13A5−0.8

AG:3 BM04.A

NOTE:REFERENCE FUSE "F83"SHEET "CE" FOR CIRCUITINFORMATION.

FC

VE

C2:

H

FC

VE

C2:

A

FC

VE

C2:

B

XF1A9−3.0

AF:2 DFCAE2:A

CIE

C:2

θQUALB142C


2

4

1

3

CUMMINS A RELEASE SENSOR

SP

EC

13A

1

EC13A2−0.5

EC13A1−1.0

SPDL7H2

SPDL7L2

FB

:4 C

MC

FC

:102

SP

EC

66A

2

EC66A2−0.5

EC8A3−1.0 EC8A4−1.0CE:1 D

SPEC8A CE:1 D

SPEC8A

CE

:3 D

SP

EC

62SPEA13A5

SPEC76A

SUPPRESSION DIODE

F41FUSE,ENG.COMP #115A

A

B

EP

DM

E:A

F41A1−1.0

GROUNDPOWER

LIMP

HOME

MODE

ECM

RETURN

FAN

CLUTCH

ENGINE

COOLANT

LEVEL

OEM

SENSOR

SUPPLY

ECM

SENSOR

RETURN

DEF

INJ.

PRESS.

DEF

REVERT

VALVE

DE

F S

MO

DR

ET

UR

N

DEF

PUMP

SUPPLY

DEF

PUMP

TEMP.

DEF

HTR.

RELAY

KE

Y S

WS

IGN

AL

VEHICLE

SPEED+

VEHICLE

SPEED−

AMB.

AIR

TEMP.

DEF

TANK

TEMP.

DEF

TANK

LEVEL

ECM

RETURN

STARTER

LOCKOUT

RELAY

ECM

RETURN

VEHICLE

SPEED

LIMIT

A/C

P

RE

SS

.S

WIT

CH

DEF

DOSING

INJ−

DEF

DOSING

INJ+

DE

FT

AN

K H

TR

VA

LV

E

DE

FL

INE

HT

R 1

DE

FL

INE

HT

R 2

DE

FL

INE

HT

R 3

DE

FL

INE

CU

RR

1

DEF

LINE

CURR2

WIF

SENSOR

DE

F M

OD

HE

AT

ER

RE

LA

Y

PMSENSOR

HEATER−

PMSENSOR

HEATER+

PMSENSOR

SIGNAL

DPF

OUTLET

PRESS

DPF

DELTA

PRESS

INTAKE

AIR

HEATER

WTS

LAMP

GND

LOW

HIGH

J1939 CAN500

LOW

HIGH

J1939 CAN

A14C

CUMMINSEMS, OBD2016

A:27A:15 A:62A:59

A:18

A:6A:32 A:26

A:40

A:22A:46 A:45 A:35

A:38

A:24 A:16 A:28

A:3

A:57 A:25

A:4

A:52A:1A:5A:8

A:13 A:39

A:78

A:85

A:21

A:41

A:79

A:42A:43

A:49 A:50 A:51

A:53

A:54 A:65

A:66

A:60 A:14 A:73A:7

A:77A:76A:75 A:82

A:81

A:80A:84A:83

A:96

RLY42:1

RLY

42:2

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F76A4−5.0

DL1LN4−0.8

EA24A1−1.0

F46A2−1.0J1

939 +

, J2

−01

J1939 −

, J2

−21

Retu

rn, J2

−38

CA

T T

P1, J2

−49

OX

Y S

en, J2

−56

HT

R S

PLY

, J2

−58

HT

R R

TN

, J2

−44

FA

N O

UT

, J2

−14

MA

X E

NG

SP

D S

W, J2

−09

SW

RT

N, J2

−41

BA

TT

ER

Y,

UN

SW

ITC

HE

D,

J3−4

, J3

−3

KE

Y S

W

AC

PR

ES

. S

W.

FA

N C

ON

TR

OL

AC

C.S

WIT

CH

VE

HIC

LE

SP

EE

D (

−)

VS

S+

/D

IGIT

AL V

SS

STARTER

LOCKOUT(SLO)

EC

M r

et

(SO

L/R

EL 2

)F

AN

CLU

TC

HD

EC

EL

LIM

P H

OM

EA

CC

ELE

RA

TO

R S

W.

COOLANT

LEVEL

GND

GND

EX

H T

EM

PS

EN

SO

R 1

O2 H

EA

TE

RR

ET

UR

N

PW

R I

CM

1

PW

R I

CM

2

PW

R M

AF

J2−5

3,L

OW

PS

I X11A

CONNECTORSCUMMINSISX−G ENGINEINTERFACE

A:27 D:3A:20

C:S

D:1

C:NC:Q

D:2A:12

B:BB:A

A:15A:14 A:31 D:4A:30

C:F

A:19A:4 A:11A:10A:6A:5A:3

C:PC:H

C:A

C:MC:R

ECHA2−0.8

ECHA2−0.8

XG9A1−5.0

XG9A3−5.0

XG9A2−5.0

F43A1−2.0

F76A3−5.0

F76A1−5.0

F76A2−5.0F41A2−2.0

F41A3−2.0

DL1LN10−0.8

ECHA1−0.8

ECPA1−0.8

ECNA1−0.8

WIRING DIAGRAM : CJCUMMINS ISX−GBATT

IGNEMS

ILLUMEMS

BATTIGN

ILLUM

OUTLET−COL

AA

D R

TN

HT

R S

UP

PLY

HT

R R

TN

B185ASENSOROXYGENOUTLET EGO

A B C D


C

B

A Y35SOLENOID,ENGINEFAN

A

B

n

B68SENSOR,OUTPUT SHAFT SPD,GEARBOXA B

SPECHA1

F41FUSE,ENG.COMP #1

15A

A

B

SPF41A1


30A

A

B

SPF76A1

F46FUSE,ACM/ENGIGN

5A

A

B

XG9STUD,ENGINEBLOCK

SPXG9A1

CJ:1 C

SPECHA1

CJ:

2 A

FC

EG

O:B

30

SPF46A1

F46A3−1.0

BP:2 CFCVEC3:G

EP

DM

C:K

EP

DM

E:A

BE

C_J

4:C

1

TB122ASENSOREXHAUST TEMP.CATALYST

2

1

T

B122BSENSORCATALYSTOUTLET TEMP. 2

2

1

MC

FC

:124

F76A2−5.0

CE

:2 C

CIE

C:1

BC

:1 E

MC

FC

:43

FC

TR

:G

EA5A1−0.8

EA5A1−0.8

FC

TR

:F

EA6A1−0.8

EA6A1−0.8

30

FCCL:E

ECQA1−0.8

ECQA1−0.8

FC

CL:

B

ECHA3−0.8

CIEC:2

F41A1−2.0

F41A1−2.0

DL1HN10−0.8

XA

:1 D

SP

DL1

HB

1

XA

:0 D

SP

DL1

LB1

DL1HN4−0.8

XA

:0 E

SP

DL1

HB

3

XA

:0 E

SP

DL1

LB3

FC

GN

D_2

:1

ECHA3−0.8

FC

EG

O:D

ECMA1−0.8

ECMA1−0.8F

CE

GO

:A

EA14A1−0.8

EA14A1−0.8

FCEGO:B

ECHA2−0.8

FC

EG

O:H

ECRA1−0.8

ECRA1−0.8

FC

EG

O:G

FC

EG

O:F

FC

EG

O:E

FC

EG

O:C

ECHA4−0.8

ECHA4−0.8

ECHA5−0.8

ECHA5−0.8

ECFA1−0.8

ECFA1−0.8

ECSA1−0.8

ECSA1−0.8

DHFC:3

F46A1−1.0

F46A1−1.0

BP:2 A

FCVEC6:A

XC1G41−5.0

XC

1_C

15

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F52A2−1.0

F38D1−0.8

XC1G4A7−0.8

F38E1−0.8

GROUNDPOWERLIMP

HOME

MODE

ECM

RETURN

FAN

CLUTCH

ENGINE

COOLANT

LEVEL

OEM

SENSOR

SUPPLY

ECM

SENSOR

RETURN

DEF

INJ.

PRESS.

DE

F S

MO

DR

ET

UR

N

DEF

PUMP

SUPPLY

DEF

PUMP

TEMP.

DEF

HTR.

RELAY

KE

Y S

WS

IGN

AL

VEHICLE

SPEED+

VEHICLE

SPEED−

AMB.

AIR

TEMP.

DEF

TANK

TEMP.

DEF

TANK

LEVEL

ECM

RETURN

DEF

DOSING

INJ−

DEF

DOSING

INJ+

DE

FT

AN

K H

TR

VA

LV

E

DE

FL

INE

HT

R 1

DE

FL

INE

HT

R 2

DE

FL

INE

HT

R 3

WIF

SENSOR

LOW

HIGH

J1939 CAN500

LOW

HIGH

J1939 CAN

ECM

RETURN

STARTER

LOCKOUT

RELAY

INT

AK

E

AIR

HE

AT

ER

VEHICLE

SPEED

LIMIT

A/C

PRESSURE

SWITCH

WA

IT T

OS

TA

RT

LA

MP

DPF

DIFF

PRESS

DPF

OUTLET

PRESS

A14D

CUMMINSEMS, OBD2017

A:27A:15 A:62A:59A:6A:32 A:26

A:40

A:22A:46 A:45 A:35

A:38

A:24

A:16

A:28

A:3

A:57 A:25 A:52A:1A:5A:8

A:13 A:39

A:78A:21

A:41

A:79

A:42A:43

A:49 A:50 A:51

A:53

A:54 A:65

A:66

A:60 A:14 A:73

A:77A:76A:75 A:82A:83

A:96

MC

FC

:103

EA24A2−1.0

FC

CL:

E

120 OHM

R14

12

EC62A1−0.8

FB05A6−1.0

CB20−0.8

FC

CL:

D

EC62A3−0.8

DL10HN1−0.5

FC

CL:

C

FC

TR

:F

FB05A3−1.0

F43A4−1.0


C

B

A

SPX02CA3

FC

UT

4:1

EC62A8−0.8

DL1HN10−0.5

EA96A1−0.5

EC62A−0.5

E62A4−0.8

SPDL1LB

DL1

LB1−

0.8

EC35A−0.8

FB05A1−5.0

FB05A2−1.0

F43A1−0.8

DL1LN10−0.5

EC62A3−0.8

FC

TR

:G

X02CA15−1.0

SPFB05A2

EA96A1−0.8

EC35A−0.5

EC57A1−0.8

EA24A1−0.5

F17A16−1.0

EC54A−0.5

DL1LB2−0.8

U01A−5.0


A

B

SPEA24A2

free

304_

570

EC78A−0.5 EC65A−0.5

EP

DM

C:M

EC32A2−0.5

EP

DM

C:L

XC1G4A4−1.0

CB6−0.8

F7D10−1.0

SPAC62A

CIE

C:1

30A

FB05

AB

FC

CL:

B

F43A2−0.8

XC1G4A2−1.0

F7D10−1.0

n

B68SENSOR,OUTPUT SHAFT SPD,GEARBOX

A B

EC59A−0.5

SPDL1HB

SPF43A2

EC62A6−0.8

EC57A−0.5

DL10LN1−0.5EC57A2−0.8

EC65A−0.8

FB05A4−1.0

MC

FC

:44

EC6A−0.5

WTS

E38_11LAMPWTS INDICATOR

A1

B1

30

DL1HB2−0.8

FC

AE

2:B

FB05A5−1.0

F43A1−0.8

XC1G4A3−1.0

SPEC57A2

FC

UT

4:2

F7D10−1.0

XC1G41−5.0

FB05A1−5.0

BATTERY

+G01BATTERY

F83B−1.0

EC16A−0.5

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

XC1G4A1−1.0 XC1G4A5−1.0

EC54A−0.8

FC

UT

4:3

EC60A−0.5C

IEC

:7

TB22C

SENSORAMBIENTAIR TEMP2

1


15A/5A

A

B

XC1G41−5.0

FC

GN

D:1

FC

UT

4:4

DL1

HB

1−0.

8

WIRING DIAGRAM :CKENGINE CONTROL ISL US17 1/2

EC79A−0.5

M

PWR

RPM

PWM

RTN

M41Motor Pump,Urea

1 42 3

EC6A−0.5

CL:

4 D

X87

:1

CL:

1 D

SP

X02

CA

15

CL:

3 D

FC

CE

S:7

EC62A1−0.8

BC

:1 E

MC

FC

:43

XC

:0 A

SP

DL1

0LB

1

XC

:1 B

SP

DL1

0HB

1X

A:3

DM

CF

C:8

3

XA

:3 D

MC

FC

:84

AC

:1 C

SP

F7D

BF

:0 D

FC

FS

:A

FB:4 BMCFC:101

CL:0 CX89:2

BD:2 CFCAC:C A

F:2

CX

C1_

C12

CL:

1 C

FC

UT

4:6

SPF83B

F83B−1.0

F83B1−1.0

CL:4 D

X87:8

EC8A4−0.5

CL:

3 D

FC

CE

S:5

30

30

87A 87

85

86

DEFPUMPSUPPLY

RLY88 2

5

1

3 4

BG:2 B

SPF52A5

CIE

C:6

F52A2−1.0

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

−*opt*

F38D1−0.8

F38E1−0.8

WIRING DIAGRAM : CLENGINE CONTROL ISL US17 2/2

EC39A1−1.0F

CV

EC

1:C

FC

EN

:D

SPEC39A1

FC

VE

C1:

D

X02CA17−1.0

EC76A2−0.8

FC

VE

C1:

F

EA13A3−0.8

FC

HN

P:B

XF1A8−1.0

FC

VE

C1:

A

R29_A

Hea

ter,

Nox

Car

e T

ank

to P

ump

Hos

e

B

A

RELAYSTARTERLOCKOUT

RLY8185

86

30

87A 87

F85B3−1.0

DL7LN3−0.8

SP

EC

13A

2

DL7HN3−0.8

R30_A

HeaterBack Flow Hose

B

A

EC38A−0.5

EC3A3−0.8

EC57A2−0.8

X02CA18−1.0

R01CHeater, Engine preheatA1

DL7HN2−0.8

EC40A1−1.0

F84FUSEDEF HOSEHEATERS15A

A

B

DL7HN3−0.8

DL7HB7−0.8

EC39A2−1.0

splice687_570

FC

UT

4:13

Y81A1

4

EC66A2−1.0

250A

FM03

FuseCumminsGrid Heater

A B

SPEC40A1

EC3A1−0.8

EC40A2−1.0

EC38A1−1.0

FC

HN

P:A

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

GROUNDPOWER

LIMP

HOME

MODE

ECM

RETURN

FAN

CLUTCH

ENGINE

COOLANT

LEVEL

OEM

SENSOR

SUPPLY

ECM

SENSOR

RETURN

DEF

INJ.

PRESS.

DE

F S

MO

DR

ET

UR

N

DEF

PUMP

SUPPLY

DEF

PUMP

TEMP.

DEF

HTR.

RELAY

KE

Y S

WS

IGN

AL

VEHICLE

SPEED+

VEHICLE

SPEED−

AMB.

AIR

TEMP.

DEF

TANK

TEMP.

DEF

TANK

LEVEL

ECM

RETURN

DEF

DOSING

INJ−

DEF

DOSING

INJ+

DE

FT

AN

K H

TR

VA

LV

E

DE

FL

INE

HT

R 1

DE

FL

INE

HT

R 2

DE

FL

INE

HT

R 3

WIF

SENSOR

LOW

HIGH

J1939 CAN500

LOW

HIGH

J1939 CAN

ECM

RETURN

STARTER

LOCKOUT

RELAY

INT

AK

E

AIR

HE

AT

ER

VEHICLE

SPEED

LIMIT

A/C

PRESSURE

SWITCH

WA

IT T

OS

TA

RT

LA

MP

DPF

DIFF

PRESS

DPF

OUTLET

PRESS

A14D

CUMMINSEMS, OBD2017

A:27A:15 A:62A:59A:6A:32 A:26

A:40

A:22A:46 A:45 A:35

A:38

A:24

A:16

A:28

A:3

A:57 A:25 A:52A:1A:5A:8

A:13 A:39

A:78A:21

A:41

A:79

A:42A:43

A:49 A:50 A:51

A:53

A:54 A:65

A:66

A:60 A:14 A:73

A:77A:76A:75 A:82A:83

A:96

EC3A−1.0


RLY8485

86

30

87A 87

R31_AH

eate

r no

x C

are

Pum

p to

Inje

ctor

Hos

e

B

A

X02CA18−1.0

FC

UT

4:12

EC76A−1.0

FC

VE

C2:

B

FC

VE

C2:

G

FC

UT

4:11

free

305_

570

X02CA14−1.0

F85FUSECES

10A

A

B


RLY83

85

86

30

87A 87

splice690_570

X02CA14−1.0

FC

UT

4:10

F85B2−1.0

EC82A−0.5

EC75A−1.0

SPF85B1

EC39A−0.5

free306_570

F7J−0.8

FC

UT

4:6

EC83A−0.5

FC

VE

C1:

E

SPDL7LB7

SPDL7HB7

X89

Connector, Water−in−fuel Sensor

1

2

EC76A2−0.8

SPEC76A1

FC

VE

C2:

H EC38A2−1.0

EC76A1−0.8

120

OH

M

R08

12

EC13A1−1.0

splice695_570XF1A10−1.0

FC

UT

4:5

XF1A10−1.0

SPEC38A1

FC

EN

:B

EC43A1−0.5

EC40A2−1.0

DL7LN3−0.8

EC38A2−1.0

SPX02CA15

EC3A2−0.8

F85B1−1.0

FCCES:10

SPEC3A1

θQUALB142C


2

4

1

3

DL7LN2−0.8

SPEC84A2

FC

VE

C2:

AEA13A5−0.8

NOTE:REFERENCE FUSE "F83"SHEET "CE" FOR CIRCUITINFORMATION.

FBO9A4−32.0

FC

UT

4:7

FC

UT

4:9

FB09B1−32.0


RLY8285

86

30

87A87

F7E1−0.8 FCCES:9

DL7LB7−0.8

free

307_

570

EC66A1−0.5

SPX02CA3

free

308_

570

EC76A3−0.8

FB019A3−32.0

X02CA16−1.0

EC13A2−0.5

F85B1−1.0

SUPPRESSION DIODE

free309_570

EC82A−0.8 EC39A2−1.0

DL7HN2−0.8

DL7LN2−0.8

SP

EC

66A

1

RLY42ARELAYGRID HEATER

86 30

8785

EA13A4−0.8

FC

VE

C1:

G

FC

VE

C1:

HEC40A−0.5

FC

UT

4:8

DEF

PUMP

RPM−

DL7H

FAN

SPEED

AT

RLY

COIL

AT

RLY

SWITCH

DEF

PUMP

RPM+

DL7L

GND

X87

Con

nect

or,

Cum

min

s C

ross

over

12

45

68

913

DEF

INJ−

DEF

INJ+

SENS

5V

SENS

GND

DEF

INJ

PRESS

DL7HIN

DL7L

INGND

IGN

DL7H

OUT

DL7L

OUT

DPF

DIFF

PRESS

DPF

OUTLET

PRESS

X19

2C

ON

NE

CT

OR

CU

MM

INS

CE

S

32

84

57

19

1011

1213

14

RELAYCES

RLY8585

86

30

87A 87

CK:2 D

FCUT4:2

X02CA15−1.0CK:4 D

SPX02CA3

EC8A4−0.5

EC32A2−0.5 CK:0 DA14D:32

EC62A6−0.8

CK

:3 C

SP

AC

62A

AC

:1 D

CIE

C:4

AG

:1 B

FC

EN

:C

FB

:4 C

MC

FC

:102

BD

:3 B

FC

AC

:D

EC57A2−0.8

CK

:0 D

SP

EC

57A

2

AG:3 BM04.A

CK:1 DSPF83B

CK:0 D

A14D:8

XF1A7−1.0 XF1A7−1.0

FCCES:12

F38B4−1.0 F85B4−1.0

FCCES:13

DL7HB6−0.8

DL7HB6−0.8

FCCES:14

DL7LB6−0.8

DL7LB6−0.8

FCCES:11

FCCES:8

EC16A1−0.8 EC16A1−0.5

FCCES:7EC32A2−0.8

FCCES:5EC8A4−1.0

FCCES:4EC42A1−0.8 EC42A1−0.5

FCCES:3EC41A1−0.8 EC41A1−0.5

FCCES:2EC77A1−0.8 EC77A1−0.8

FCCES:1

EC53A1−0.8 EC53A1−0.8

FC

VE

C1:

B

F38C1−0.8

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XC1B74−0.8

F63A10−0.8

XC1E74−0.8

FB09A−1.0

G01MTH−1.0

F63A8−0.8

HH16J−0.8

XC1_D1−1.0

FB09A1−0.8 FB09A2−0.8

FB09A−1.0

FB09A2−0.8

HH16F−0.8

FB09A5−0.8

FB09A6−0.8

FB09A4−0.8

XC1B72−0.8

HH16F−0.8

HH16D−0.8

HH16E−0.8

HH16C−0.8

WIRING DIAGRAM : CMMETHANE & CO DETECTIONBATT

IGNEMS

ILLUMEMS

BATTIGN

ILLUM

SPXC1A10

SPFB09A3

MC

OF

5:C

MC

OF

5:D

MC

OF

5:B

EPDMB:H

EPDMB:J

B300B

METHANESENSORENGINE

123

SPFB09

G01

MT

H

BATTERYMETHANE

METHANE FUME DETECTOR

OK

FAULT

DANGER

OK

FAULT

DANGER

NEG

ENG

SNS

SLPR

SNS

+1

2V

BA

T I

N

CAB

SNS

+12V

OUT

PNL

SIG

NEG

GR

EE

N L

IGH

T O

UT

INP

UT

(G

ND

TO

AC

T)

NOT

USED

H16METHANEFUMEDETECTOR

DB EAF G CHJ K

METHANEDETECTION STATUS

SYSTEMOK

ABOVE50% LEL

SENS

SIG

+1

2V

I

N

PNL

SIG

+12V

BATT

NEG

NEG

H17METHANEDETECTIONSTATUS

A:2A:1 B:1B:2 B:3A:3

RELAY,METHANEDETECT

RLY9985

86

30

87A87

RC

2:B

7

RC

2:B

9

RC

2:A

9

MCOF5:A

XC1B73−0.8

+ −

B319SENSORALARMCO

A B

FB09FUSE,METHANEBATTERY

5A

A

B

BATTERY

+ G01BATTERY

BE:0 BSPF63A

HH16H−0.8

CB11A5−0.8

BA

:2 D

V36

.A:A

F63A10−0.8

EPDMP_A:A

EPDMP_A:B

SPXC1E1

EPDM TO DASH FRONT WITH ALLISON AND METHANE DETECTION

HH16F−0.8DFAT:H

EPDMBA:JDFAT:JFB09A2−0.8

EPDMBA:H

HH16F−0.8

FC

MB

:A

AD:2 EXC1_12

RELAYMETHANEDETECTOR

RLY8985

86

30

87A87

RC

2:A

8

RC

2:C

9

RC

2:D

9

F63A9−0.8

HH16J−0.8

RC

2:D

7

RC

2:C

7XC1E75−0.8

CB11C1−0.8

SPXC1A10

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

NA9A1−0.8

NA16A1−0.8

NA10A1−0.8

NA11A1−0.8

NA19A2−1.0

NA19A1−1.0

NA19A3−1.0

NA14A1−0.8

NA13A1−0.8

F80A3−3.0

F80A5−2.0

F80A4−2.0

DL2LN6−0.8

DL2HN6−0.8

DL1LN19−0.8

DL1HN19−0.8DL9HB1−0.8

DL9LB1−0.8

F76

A1−

5.0

F76B2−3.0 F76B1−3.0

TECU

J1939−1PWRPWR LOW

SIDEHIGHSIDE

HIGHSIDE

LOWSIDE

GND GNDCAN2

H HL L

J1939P

HLA13F

A10A4 A11A14A8A2 A18A1 A20A17A16A19 A15A12 A13

NA

12A

1−0.

8

DL2

LN6−

0.8

DL2

HN

6−0.

8

DL9

LB1−

0.8

DL9

HB

1−0.

8

F31

B−

0.8

XC

1B49

−0.

8

XC

1B48

−0.

8

DL1

LN12

−0.

8

DL1

HN

12−

0.8

N18

A1−

0.5

XC

1B46

−0.

8

NA

A17

−0.

8

NA

A16

2−0.

8

NAA11−0.8

NA

A20

−0.

8

DL1

LN13

−0.

8

DL1

HN

13−

0.8

F80

A2−

0.8

F80

A1−

0.8

N14

A1−

0.5

N13

A1−

0.5

N12

A1−

0.5

N11

A1−

0.5

F79A2−0.5

F79

A1−

0.8

N10

A1−

0.5

N09

A1−

0.5

N08

A1−

0.5

N07

A1−

0.5

XC

1B44

−0.

8

XC

1B45

−0.

5

XC

1B46

−0.

5

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

WIRING DIAGRAM: DATRANSMISSION M−DRIVE

CA

N H

I

GN

D

INP

UT

2

INP

UT

4

OU

TP

UT

1

OU

TP

UT

3

OUTPUT4

CA

N L

O

DIMMER

INP

UT

1

INP

UT

3

OU

TP

UT

2

PW

R

SW

CO

NF

IG

S171SWITCHGEAR LEVERM−DRIVE

VS2 VS10VS1 VS6VS3 VS4VS14 VS5 VS7 VS8 VS9 VS11 VS12 VS18

A B LHJ1587 J1939−1

PMIPMO

PWRIGN PWRRLY

GND SIR

A109CONTROLUNIT,GSECU(GEARSHIFTECU)

1 15

3

5

12

16 17 18

13 14

2

116 7 8 9 10

SPXC1B48

XC

1B48

−5.

0

DL1

HN

14−

0.8

XA

:4 E

SP

DL1

H3

DL1

LN14

−0.

8X

A:4

ES

PD

L1L3

DL4

HN

19−

0.8

XA

:1 B

SP

DL4

H

DL4

LN19

−0.

8X

A:1

BS

PD

L4L

SPXC1B1

F80FUSEM−DRIVETECU20A

A

B

F79FUSEM−DRIVEGSECU10A

A

B

SPF79A

SPXC1B46SPF80A

XA

:4 A

SP

DL1

H13

XA

:4 A

SP

DL1

L13

RELAYM−DRIVEPOWER

RLY7385

86

30

87A87

SPF76B


30A

A

B

SPNAA1NAA16A1−0.8

SPF76A

RC

1:C

6 F76

A3−

5.0

RC

1:D

6F

76A

2−5.

0R

C1:

C4

F76B−5.0RC

1:D

4N

05A

1−0.

8

BB

:0 C

B68

_B:2

GA

:1 A

SP

F3F

XA

:4 B

SP

DL1

H12

XA

:4 B

SP

DL1

L12

BE

C_J

4:C

1

RC

1:B

8

RC

1:C

8R

C1:

C9

RC

1:B

9F

79A

−1.

0

MC

TR

:12

F80

A−

3.0

F80

A−

3.0

MC

TR

:14

XC

1B47

−3.

0

DE

:2 B

BE

C_J

3:C

2

CA

:0 C

X11

:3

CA

:0 C

X11

:6

FC

TR

2:2

DL9

LB1−

0.8

FC

TR

2:1

DL9

HB

1−0.

8

40

30

3040

FC

TR

2:1

FC

TR

2:2

XA

:4 A

SP

DL1

H13

XA

:4 A

SP

DL1

L13

30

40

30

AMT−F

XB

:2 B

SP

DL2

L6

XB

:2 B

SP

DL2

H6

TECUP CAN

PWR PWR2

J1939 CAN2

GND GND2 VALVEENG

VALVEDIS

VALVEHS

SENSPOS

SENSINV

SENSGND

SENSSIG

+ − ++ − −

A13BTECUAMT−F

A:10A:4 A:11A:13 A:9A:5A:8 A:18A:20 A:17A:3 A:16A:19A:7 A:14A:6A:21

XC1B48−2.0

XB

:2 B

SP

DL2

H6

XB

:2 B

SP

DL2

L6

SPF80A3

EVUVALVEENG

VALVEDIS

VALVEHS

VALVEHS2

SENSPWR

SENSSIG

SENSINV

SENSGND

Y110SOLENOID VALVE, OIL THERMOSTAT

A:4 A:5A:8 A:2 A:1A:3A:7 A:6

XC1B50−2.0SPNA19A1

XC

1B47

−3.

0

Y18H

SOLENOIDTRANSPTO 2

1

4

Y18G

SOLENOIDTRANSPTO 1

1

4

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

DL1HB15−0.8

DL1LB15−0.8

NA19A1−0.8

NA18A1−0.8

RELAY,START ENABLE

RLY2085

86

30

87A87

CB28C−0.8

CB

28A

−0.

8

DL1

LB14

−0.

8

DL1

HB

14−

0.8

FT02FuseClutchPower

40A

A

B

XA

:4 B

SP

DL1

H11

XA

:4 B

SP

DL1

L11


10A

A

B

BE

C_J

3:C

2

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

AC

:2 A

A17

.B:2

8

AT

_CA

B_T

RA

NS

:R

SPCB28B

CB

28D

−0.

8

AC:2 BEPDMG:P

AT

_CA

B_T

RA

NS

:NN

A32

A1−

0.8

AT

_CA

B_T

RA

NS

:P

NA

4A1−

0.8

AT

_CA

B_T

RA

NS

:S

AT

_CA

B_T

RA

NS

:T

F71FUSE,TRANS(BATT)

30A/10A

A

B

BE

C_J

1:F

4

F71

A−

3.0

AT

_RLY

:A1

AT

_RLY

:A3

NS

TE

N(+

) −

0.8

AT

_RLY

:B3

CB

28B

−0.

8


J

AT

_RLY

:B1

WIRING DIAGRAM: DBTRANSMISSION CONTROL: ULTRASHIFT PLUS

30

X10

B+ PASSTHRU, CAB

1

RD

A4−

5.0

X10

_C3

EATON AUTO/ULTRA SHIFT GEN 3 ECU

PNL +HIGH

PNL −LOW

+ −CONSOLE

J1939(CAN) HI

J1939(CAN) LOW

STARTENABLE

−

STARTENABLE

+

STARTENABLELATCH

J1587 + J1587 − MEIIR−

MEIIR+

MEIIRCONTACT

IGN B+

B−

A107B

10 11 2125 22 204 32

18

2 26

36

32728

24

3831 35

19 3334S101ABC

AT

_CA

B_T

RA

NS

:B

XC1CB−5.0

AD

:1 D

SP

XC

1A36

XC

1A36

−3.

0

AD:1 DSPXC1A36

NA

25A

1−0.

8

AT

_CA

B_T

RA

NS

:C

AT

_CA

B_T

RA

NS

:A

NA

31A

1−0.

8N

A31

A1−

0.8

NA

25A

1−0.

8

30

AT

_CA

B_T

RA

NS

:V

AT

_CA

B_T

RA

NS

:U

30

PU

SH

BU

TT

ON

SH

IFT

CO

NT

RO

L

A78

B3

C1

F2

F1

J3

F3F

55−

0.8

AT_NU_PTO:A

AT_NU_PTO:B

DL8

LB1−

0.8

DL8

HB

1−0.

8

30

DL8

HB

1−0.

8

DL8

LB1−

0.8

NS

TE

N(−

)−0.

8

AT

_CA

B_T

RA

NS

:G

F71A1−3.0

F31

A10

−2.

0F

31A

−2.

0 PTONEUTRAL OPTION

AT

_CA

B_T

RA

NS

:J

AT

_CA

B_T

RA

NS

:K

CB

28B

2−0.

8

SPDL1L13

DL1

LN16

−0.

8D

L1LL

B16

−0.

8

SPDL1H13

DL1

HN

13−

0.8

30

30D

L1H

B16

−0.

8

DL1

LB16

−0.

8

DL1

HB

16−

0.8

30

XA

:3 A

R08

_MA

TE

.A:B

XA

:3 A

R08

_MA

TE

.A:A

SPFU1A1

FU1A1−5.0

SPFU1A2

FU1A2−8.0

FU1A3−5.0

ELECTRIC CLUTCH

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

N11

9−0.

8

SPEED INTERFACE

SUMPTEMP

TRANSID

PCS2 −−+

ALLISON GEN 4 TRANSMISSION CONNECTORMODEL 3000/4000

− HSO 2TURBINEENGINE

ANALOG INTERFACE (3000)

PCS1+ − PCS7+TURBINE

−RETARDER SOLENOIDS

PCS5PCS6

OUTPUT−

(4000)

HSD 1PCS4SS1+

TRANSMISSION INTERFACE

C3PSPCS3− + A58TRANSMISSIONALLISON

17 2 14 7TA 14 13OA RSA 18EB 15EA 12 69 5 3TB 8OB RSB11 16 1910 20

ALLISON TRANSMISSION GEN 5 CONTROL MODULE CONNECTOR

− +OUTPUT

+−TURBINE− +

ENGINESPEED INTERFACE

+− −

RETARDER SOLENOIDSRETARD

TEMPWATERTEMP − RMR

PWMTPS

SENSORSUPPLY


TCI−A SS1 PCS4 PCS3 PCS2 HSO 2 PCS1 PCS7 PCS5 HSD 1 C3PSTRANS

IDSUMPTEMP

ANALOG INTERFACE PROGNOSTICPSI SWITCH(W/O 7 SPEED) (W/ 7 SPEED)

A57 CONTROL UNIT, ALLISON TRANSMISSION

18 5675 5854 4460 153139 5159 19 71 555240 3620 80 167637 33 11 777874 35 12

N15

8C−

0.8

N15

8A−

0.8

N13

1C−

0.8

N13

1A−

0.8

N13

1−0.

8

N12

0−0.

8

N18

0−0.

8

N158B−0.8

N156−0.8

N15

8A−

0.8

N15

8−0.

8N

158A

−0.

8

N158E−0.8

N11

6−0.

8

N15

4−0.

8

N13

1B−

0.8

N17

6−0.

8

N11

6−0.

8

N15

4−0.

8

T

B105

SENSORRETARDERTEMP

B A

Y62

SO

LEN

OID

AC

CU

MU

LAT

OR

A

B

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

ALL

ISO

N:2

4N

178−

0.8

N17

8−0.

8

ALL

ISO

N:1

5N

155−

0.8

ALL

ISO

N:1

N11

1−0.

8

ALL

ISO

N:2

3N

177−

0.8

ALL

ISO

N:2

2N

176−

0.8

ALL

ISO

N:2

0N

174−

0.8

N17

4−0.

8

ALL

ISO

N:1

9N

171−

0.8

N17

1−0.

8

ALL

ISO

N:8

N13

6−0.

8N

136−

0.8

ALL

ISO

N:1

3N

152−

0.8

N15

2−0.

8

ALL

ISO

N:7

N13

3−0.

8N

133−

0.8

ALL

ISO

N:1

2N

151−

0.8

N15

1−0.

8

ALL

ISO

N:3

N11

5−0.

8

ALL

ISO

N:6

N13

1−0.

8

ALL

ISO

N:9

N13

7−0.

8N

137−

0.8

ALL

ISO

N:5

N11

9−0.

8

ALL

ISO

N:3

1N

180−

0.8

ALL

ISO

N:3

0N

120−

0.8

ALL

ISO

N:1

8N

160−

0.8

N16

0−0.

8

ALL

ISO

N:1

7N

140−

0.8

N14

0−0.

8

ALL

ISO

N:1

1N

159−

0.8

N15

9−0.

8

ALL

ISO

N:1

0N

139−

0.8

N13

9−0.

8

ALL

ISO

N:4

ALL

ISO

N:1

4

ALL

ISO

N:1

6

SPN158

ALL

ISO

N:2

1

N175−0.8

N17

5−0.

8

SPN158A

DD

:1 B

S24

C:4

4 PSI 7 PSI

ORANGE VIOLET

WHITE

WHITE

A108CONTROL UNIT, ALLISON,RETARDERRELAY

AB C

N18

0B−

0.8

N11

2−0.

8

N112B−0.8SPN112

ALLISON:2

N11

2A−

0.8

N112A−0.8

SP

N13

1

N13

1 −

0.8

N15

8D−

0.8

ALL

ISO

N:2

7N

118−

0.8

WIRING DIAGRAM: DCTRANSMISSION CONTROL 1/2

N12

0B−

0.8

40

N11

1−0.

8

N17

7−0.

8

N15

5−0.

8

N11

5−0.

8

N11

8−0.

8

7 S

PE

ED

N11

9−0.

8

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

30

SPDL2L7

S24CSwitch ON/OFFAllison Retarder 2 12

94

10

11

85

86

30

87A 87

85

86

30

87A87

85

86

30

87A87

DL2HB4−0.8

DL2LB4−0.8

N16

2−0.

8

F5B

4−1.

0F

5A1−

1.0

N12

3−0.

8

XC

1A94

−0.

8

N14

5N01

−0.

8

N14

5N02

−0.

8

F42

A2−

2.0

XC1A86−0.8

N16

9−0.

8

N17

0−0.

8

N170A−0.8

N163B−0.8

N11

0A−

0.8

N161−0.8

XC

1A58

−0.

8

N10

9−0.

8

F31A−1.0

F42

B11

−2.

0

N14

5NC

−0.

8

N14

5N0−

0.8

N13

0NC

−0.

8

N13

0CM

−0.

8N

130N

0−0.

8

N12

5−0.

8

N10

5−0.

8

N10

1−0.

8

N14

2−0.

8

N14

3−0.

8

N12

1−0.

8

N11

7−0.

8

N12

2−0.

8

XC1B27−2.0

F71FUSE,TRANS(BATT)30A/10A

A

B

PTOenableretarder range/pto reverse

BH

:1 C

X06

D:S

BH

:1 C

X06

D:P

BH

:1 C

X06

D:D

BH

:1 C X06

D:U

BH

:1 C X06

D:B

BH

:1 C X06

D:A

BH

:1 C X06

D:V

BH

:1 C

X06

D:F

BH

:1 C

X06

D:M

BH

:1 C X06

D:W

BH

:1 C

X06

D:K

BH

:1 C

X06

D:J

BH

:1 C

X06

D:H


10A

A

B

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

BE

C_J

3:C

2

85

86

30

87A87

BE

:2 C

X0B

:K

ALLISON TRANSMISSION GEN 5 CONTROL MODULE CONNECTOR

− +OUTPUT

+−TURBINE− +

ENGINESPEED INTERFACE

SPEED−OMETER

IGNB− B+B− B+POWER SUPPLY

+− −RETARDER SOLENOIDS

ENGBRK RELS SERVICE

BRKAUX

HOLDRANGEINHIBIT

RETARDENABLE ABS DIRECT

CHANGE

RETARDTEMP

WATERTEMP − RMR

PWMTPS

SENSORSUPPLY

ENG BRKPRESEL

AUTONEUTRAL


SIGNALRETURN

STRIP SHIFT SELECTOR

DIGITAL INTERFACE

CAN + CAN − CAN +SHIELD TERM CAN − TERMSHIELDCAN + CAN + CAN 2 DATALINK CAN 1 DATALINK

−

− −

RANGEINDICATE

ENG BRKENABLE

RETTEMP RETARDER OUTPUT

SPEEDPTO

ENABLENEUTRAL

STARTISO 9141 J1708 − J1708 +−

DIAG TOOL / ENGINE INTERFACECHECKTRANS

REVWARN

TCI−A SS1 PCS4 PCS3 PCS2 HSO 2 PCS1 PCS7 PCS5 HSD 1 C3PSTRANS

IDSUMPTEMP

ANALOG INTERFACE

RANGEINHIBIT

A57CONTROL UNIT, ALLISON TRANSMISSION

21 525 69 62 42 65241 2261 357 4 64 30451423 79 18 46

56 8

13509

775 58

53

54 49 28

38

4866 27674460 153139 5159 19 71 555240 3620 80 1676 266

17

37 33 11 777874 35

70 10 63 43 2 34 73 29 41 72 32

12

DL1

HN

5−0.

8X

A:4

DS

PD

L1H

5

DL1

LN5−

0.8

XA

:4 D

SP

DL1

L5

SPF31A

SPN109N

158C

−0.

8D

C:2

CS

PN

158A

85

86

30

87A87

RETARDERSTOP LAMP RELAY

F31A1−0.8

SPN124CM

SPN110

N169A−0.8

N134−0.8

BH

:1 C X06

D:T

N163A−0.8

N11

3−0.

8B

H:1

C X06

D:N

N10

2−0.

8B

H:1

C X06

D:C

N10

3−0.

8B

H:1

CX

06D

:E

SPXC1B1

F3F56−0.8

AD

:3 B

BE

C_J

3:C

5

SPBKA57

BE

C_J

1:F

4N

110−

2.0

ALL

ISO

N_R

LY:B

2

ALL

ISO

N_R

LY:B

3

ALL

ISO

N_R

LY:A

3

N169B−0.8

ALL

ISO

N_R

LY:B

1

N130−0.8

ALL

ISO

N_R

LY:A

1

ALL

ISO

N_R

LY:A

4

ALL

ISO

N_R

LY:B

4

F31A2−0.8

ALL

ISO

N_R

LY:B

6

ALL

ISO

N_R

LY:A

6N

165−

0.8

ALL

ISO

N_R

LY:A

7F

31A

3−0.

8

ALL

ISO

N_R

LY:B

7 F31

A4−

0.8

ALL

ISO

N_R

LY:C

3

F31A5−0.8

ALL

ISO

N_R

LY:D

3

N124CM−0.8

ALL

ISO

N_R

LY:D

6

ALL

ISO

N_R

LY:C

6 F31A6−0.8

ALL

ISO

N_R

LY:D

4N

124C

M1−

0.8

ALL

ISO

N_R

LY:C

4

ALL

ISO

N_R

LY:D

1

N124−0.8

ALL

ISO

N_R

LY:C

2X

C1A

87−

0.8 ALL

ISO

N_R

LY:A

9N

145−

0.8

ALL

ISO

N_R

LY:B

9

ALL

ISO

N_R

LY:B

8

BE

:3 B

MC

FC

:8

SPN145NO

GG

:2 A

ALL

ISO

N:2

5

N124CM2−0.8

GG

:2 C

ALL

ISO

N:2

6


J

F3F

55−

0.8

BH

:1 C X06

D:R

GA

:3 A

BE

C_J

3:A

12

GA

:3 B

BE

C_J

3:C

10

WIRING DIAGRAM: DDTRANSMISSION CONTROL 2/2

BH

:1 C X06

D:G

DL2

LB3−

0.8

DL2LN71−0.8

DL2

HB

3−0.

8

SPDL2H7

DL2HN7−0.8

DL2

HB

5−0.

8

SPDL2H9DL2HN9−0.8

DL2

LB5−

0.8

SPDL2L9DL2LN9−0.8

40 40 40

40

N163−0.8

ALLISON G5 SHIFT SELECTOR

DIMMER B+IGN +J2284J2284

J1939SHIELD

JUMPER JUMPER DIRSIG

B−− SHIFTSEL 2

−

A19D_MATECONTROL UNIT GECU(GEAR SELECTOR ECU)ALLISON TRANSMISSION

2 3 4 5 6 7 89 1210 11 131 1416 15

XB

:1 C

MC

FC

:46

XB

:1 C

MC

FC

:45

40

XB

:3 C

MC

DIA

G:B

XB

:3 C

MC

DIA

G:A

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XC1B55−0.8

XC1B57−0.8

F42B15−2.0 CB16A3−0.8

CB16A3−0.8

F31

B−

0.8

F42

B11

−2.

0

CB

16A

2−0.

8

WIRING DIAGRAM: DETRANSMISSION CONTROLS − M−DRIVE

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

RELAYREVERSE SIGNAL

RLY4785

86

30

87A87

BC

:2 D

A17

.B:1

6

RC

1:C

3

RC

1:D

3F

42A

2−2.

0


10A

A

B

BE

:2 C

X0B

:K

BE

:3 B

MC

FC

:8

BE

C_J

3:C

2

F31A−1.0

RC

1:D

1

RC

1:C

1

DA

:0 C

A10

9:2

RC

2:C

4

RC

2:C

6R

C2:

D4

RC

2:D

6

WITH M−DRIVE

KB

:0 C

A15

8.B

:4

KB

:3 B

A15

8.B

:4

BE

:2 C

X0B

:G

SPXC1B1

REV MUTE RELAY

RLY4885

86

30

87

RADIO REVERSE MUTE

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XBC1B10−2.0

XC1B10−2.0

A12A6−1.0

XC1E34−0.8

XC1D3−1.0

XC1B14−2.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

XC1B13−2.0

XC1B12−1.0

XC1B11−1.0

XC1E16−2.0

X1E15−2.0

S016ASW. ATCLTD SLIP

2 12

94

10

Y57

1

2

3RD AXLE

WABCO ABS ECU 6S / 6M DRIVEAXLE

POWER SUPPLYB J1587 AL J1939 H

A12A

CONTROL UNIT, ABS(ANTI−LOCK BRAKE SYS.)

C:12B:7 C:11B:18

A:11B:4B:13 A:15A:14B:6 A:5

C:3B:9B:14

A:1B:15 A:9

C:14B:5

A:10B:1 A:8B:3 A:6

C:15B:8B:16 C:5 C:2B:17

A:3B:10 A:13

C:6B:2B:11

A:7B:12 A:4 A:2

AY16A2−2.0

DL4LN12−0.8

DL4HN12−0.8

F3F

70−

0.8

AY11A2−1.0

DL1HN4−0.8

DL1LN4−0.8

XC1B7−3.0

BE

C_J

1:F

12

Y11AV

1EV

3

2

Y12AV

1EV

3

2

Y13

SOL. VALVEABS,LHS,REAR

AV1

EV3

2

Y14

SOL. VALVEABS,RHS,REAR

AV1

EV3

2

n

B16

SENSOR, WHEEL SPD, RHS, 1:ST DRIVEREAR AXLE

1 2

nB15

SENSOR, WHEEL SPD LHS. 1:ST,DRIVENREAR AXLE

1 2

n

B13

1 2

n

B14

1 2

SPXC1B7W

Y16SOL. VALVEABS,RHS,3RD AXLE

AV1

EV3

2

Y15SOL. VALVEABS,LHS,3RD AXLE

AV1

EV3

2

nB17

SENSOR,WHEEL SPD, LHS, 2:ND, DRIVEREAR AXLE

1 2

n B18

SENSOR,WHEEL SPD, RHS, 2:ND, DRIVEREAR AXLE

1 2

F49FUSE,ABS

10A

A

B

F13FUSE,ABSBATT1

A

B

MC

FC

:38

MC

FC

:23

MC

FC

:25

AY11A1−1.0

MC

FC

:24

AY11A3−1.0

MC

FC

:26

AB13A1−0.8

MC

FC

:27

AB13A2−0.8

MC

FC

:31

AB14A1−0.8

MC

FC

:32

AB14A2−0.8

MC

FC

:30

AY12A1−1.0

MC

FC

:29

AY12A3−1.0

MC

FC

:36

MC

FC

:37

MC

FC

:41

MC

FC

:42

MC

FC

:21

MC

FC

:22

MC

FC

:35

MC

FC

:34

MC

FC

:40

MC

FC

:39

MC

FC

:17

MC

FC

:18

MC

FC

:19

MC

FC

:20

FC

CE

2:23

AY15A3−2.0

FC

CE

1:11

AY16A1−2.0

FC

CE

2:24

AY16A3−2.0

SPXC1B1

XA

:3 C

SP

DL1

L8

XA

:3 C

SP

DL1

H8

EP

DM

G:F

MC

FC

:33

MC

FC

:28

AY12A2−1.0

FC

CE

2:2

AY15A2−2.0

FC

CE

1:24

AY16A2−2.0

SPF3F31

F3F

14−

0.8

SPXC1E2

XC

1E24

−0.

8

20A

WIRING DIAGRAM: EAABS−WABCO

FC

CE

2:3

AB17A1−0.8

AB17A1−0.8

FC

CE

2:4

FC

CE

1:4

FC

CE

1:5

AB17A2−0.8

AB17A2−0.8

AB18A1−0.8

AB18A1−0.8

AB18A2−0.8

AB18A2−0.8

MC

FC

:2

MC

FC

:3

MC

FC

:5

AY16A1−2.0

MC

FC

:6

AY16A3−2.0

MC

FC

:1

AY15A2−2.0

MC

FC

:4

XA

:1 B

SP

DL4

H

XA

:1 B

SP

DL4

L

AY15A3−2.0

AB

S_X

3:4

AY15A3−1.0

AY15A3−1.0

AB

S_X

3:7

AY15A1−1.0

AY15A1−1.0

AB

S_X

3:10

AY16A3−1.0

AY16A3−1.0

AB

S_X

3:13

AY16A1−1.0

AY16A1−1.0

AB

S_X

3:15

AB18A2−0.8

AB18A2−0.8

AB

S_X

3:12

AB18A1−0.8

AB18A1−0.8

AB

S_X

3:14

AB17A2−0.8

AB17A2−0.8

AB

S_X

3:11

AB17A1−0.8

AB17A1−0.8

AB

S_X

2:10

AY14A3−1.0

AY14A3−1.0

AB

S_X

2:13

AY14A1−1.0

AY14A1−1.0

AB

S_X

2:16

AY13A3−1.0

AY13A3−1.0

AB

S_X

2:17

AY13A1−1.0

AY13A1−1.0

AB

S_X

1:4

AY57A2−1.0

AY57A2−1.0

AB

S_X

1:5

AY57A1−1.0

AY57A1−1.0

AB

S_X

1:11

AB16A2−0.8

AB16A2−0.8

AB

S_X

1:10

AB16A1−0.8

AB16A1−0.8

AB

S_X

2:18

AB15A2−0.8

AB15A2−0.8

AB

S_X

2:15

AB15A1−0.8

AB15A1−0.8

AB

S_X

2:2

AB

S_X

2:1

AY11A3−1.0

AY11A3−1.0

AY11A1−1.0

AY11A1−1.0

AB

S_X

2:8

AB13A1−0.8

AB13A1−0.8

AB

S_X

2:5

AB13A2−0.8

AB13A2−0.8

AB

S_X

2:11

AB14A1−0.8

AB14A1−0.8

AB

S_X

2:14

AB14A2−0.8

AB14A2−0.8 AB

S_X

2:7

AY12A1−1.0

AY12A1−1.0A

BS

_X2:

4

AY12A3−1.0

AY12A3−1.0

AB

S_X

1:1

XC1B9−3.0

XC1B9−2.0

AA

17A

1−0.

8A

A17

A1/

A12

A6−

0.8

AB

S_X

1:16

F13

A−

3.0

F41

A1/

F13

A−

2.0

AB

S_X

1:3

F49

A−

1.0

FE

11B

1/F

49A

−1.

0

AB

S_X

1:7

DL1LN5/DL1LN4−0.8

AB

S_X

1:8

DL1HN5/DL1HN4−0.8

AB

S_X

1:14

DL4HN12−0.8

AB

S_X

1:13

DL4LN12−0.8

AB

S_X

3:6

AY15A2−1.0

XC1D2−1.0

AB

S_X

3:9 AY16A2−1.0

AB

S_X

2:3

AY11A2−1.0

AB

S_X

2:6

AY12A2−1.0

AB

S_X

2:12

AB

S_X

2:9

AY13A2−1.0

AY14A2−1.0

SPXC1E1A

SPXC1E1A

SPXC1E1A

AB

S_X

1:17

A12

A6−

1.0

AB

S_X

1:6

AB

S_X

1:12

FC

CE

2:18

AB15A1−0.8

AB15A1−0.8

FC

CE

2:19

AB15A2−0.8

AB15A2−0.8

FC

CE

1:18

AB16A1−0.8

AB16A1−0.8

FC

CE

1:19

AB16A2−0.8

AB16A2−0.8

FC

CE

2:13

FC

CE

2:14

AY57A1−1.0

AY57A1−1.0

AY57A2−1.0

AY57A2−1.0

FC

CE

2:20

FC

CE

2:22

AY13A1−1.0

AY13A1−1.0

AY13A3−1.0

AY13A3−1.0

FC

CE

1:20

FC

CE

1:22

AY14A1−1.0

AY14A1−1.0

AY14A3−1.0

AY14A3−1.0

FC

CE

1:21

AY14A2−1.0

AY14A2−1.0

FC

CE

2:21

AY13A2−1.0

AY13A2−1.0

FC

CE

2:1

AY15A1−2.0

AY15A1−2.0

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F55B4−0.8

RA30A3−0.8

RA7A4−0.8

RA20A1−0.8

F3F76−0.8

XC1B37−0.8

XC1B36−0.8

RB18A1−0.8

RB19A1−0.8

F55B3−0.8

F55B2−1.0

XC1A4A3−0.8

XC1B53−0.8

XC1B35−0.8

XC1B54−0.8

XC1A4A4−0.8

DL4LN3−0.8

DL4HN3−0.8

DL1LN11−0.8

DL1HN11−0.8

F3F75−0.8XC1B34−0.8

RA1A1−0.8

RA15A1−0.8

RB15A1−0.8

RA7A3−0.8

RA7A2−0.8

RA30A2−0.8RA30A3−0.8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

WIRING DIAGRAM: ECSUSPENSION ECU 6X2

PB55A

SENSORAIR PRESS

SUSPENSIONAUX. AXLE

A

C B

PB58A

SENSORAIR PRESS.

SUSPENSIONDRIVE AXLE A

CB

SPRA30A1

SPRA7A1

+ / −B30A

SENSORCHASSIS LEVELDRIVE AXLE

41 2

S130Switch, Air suspension

212

9 4

10

S133Switch, Level control, Rear axle suspension

2

1

12

94

10

INFLATE VALVE

Y25ASOLENOIDLEVEL CONTROLDRIVE AXLES

4

231 INFLATE VALVE

Y29ASOLENOIDLEVEL CONTROLAUX. AXLE

4

231

30

40

BE

C_J

3:E

5

BE

C_J

3:F

7

RELAY,REVERSE,LIFT AXLE/ECS

RLY5785

86

30

87A87

BE

C_J

3:F

5

F55

FUSEECS

10A

A

B

F55A1−2.0

BE

C_J

3:D

10

F63A7−0.8

BE

:0 B

SP

F63

A

SPXC1B1

SPXC1A4

SPF3F

F3F74−0.8

XA

:4 B

SP

DL1

H14

XA

:4 C

SP

DL1

L14

XA

:1 B

SP

DL4

H

XA

:1 B

SP

DL4

L

F55B1−0.8

J1939 CANH L

PSEAXLPSEAXLBR PSF PSEX1 PSRL

DIEE SVFL SVC SVRL SVRR

SUPPS PSRRGNDPS LSFL

SVEAXL SVEAXC SVEAXLB/R

SUPLS LSRLGNDLS

SWEX3

LSRR

A BJ1708/J1587

SWEX1

SWMDM1 SWEX2 SWAXFRT SWAXPAR SWOPUP SWOPDWN

SWEX2 SWK RESUP UBAT SWEAXDWN SWEAXUP

SWMEM DIBSL

UBAT

GND

A16

CONTROL UNIT, ECS (ELECTRONIC CONTROLLEDAIR SUSPENSION)

X1:20 X1:19X1:21

X2:10X1:3X2:14 X2:13

X1:14 X1:26X1:22 X1:11X1:30 X1:25X1:23 X1:17X1:7 X1:1 X1:15X1:12 X1:2X1:28 X2:15

X1:4 X1:5 X2:9 X2:8 X2:7 X2:6 X2:11 X2:1 X2:17 X2:16 X2:4 X2:5 X2:18

X1:13 X2:22

X2:2 X2:19X2:20 X2:12

X2:3

ES

FC

:S

RA17A1−0.8

SPXC1B1D

BE

C_J

3:E

7

XC1A4A2−0.8

SPXC1A5

MC

ES

:G

F55B2−1.0

MC

ES

:F

RB5A1−0.8

RB5A1−0.8

MC

ES

:E

F63A7−0.8

MC

ES

:D

MC

ES

:C

DL4HN3−0.8 DL4LN3−0.8

RC

EC

S:4

RB8A1−0.8

ES

FC

:W

RB9A1−0.8

ES

FC

:V

RB8A1−0.8

RB8A1−0.8

ES

FC

:F

RA5A1−0.8E

SF

C:A

RB10A1−0.8

MC

ES

:B

DL1LN11−0.8

MC

ES

:A

DL1HN11−0.8

MC

ES

:H

XC1A4A3−0.8

XC1A4A3−0.8

ES

FC

:U

RA28A1−0.8

ES

FC

:T

RA11A1−0.8E

SF

C:H

RA7A1−0.8

ES

FC

:X

RA23A1−0.8

ES

FC

:R

RA30A1−0.8

ES

FC

:J

RA21A1−0.8

MC

ES

:J

XC1B53−0.8

XC1B53−0.8

MC

ES

:K

F2F69−0.8

F2F69−0.8

SPF55B

30

40

RC

EC

S:5

RB9A1−0.8

RB9A1−0.8

RC

EC

S:2

RA5A1−0.8

RA5A1−0.8

RC

EC

S:1

RB10A1−0.8

RB10A1−0.8

RC

EC

S:3

XF1A11−0.8

XF1A11−0.8

RC

EC

S:6

XF1A12−0.8

XF1A12−0.8

RC

EC

S:1

3

RA21A1−0.8

RA21A1−0.8

RC

EC

S:1

2

RA30A1−0.8

RA30A1−0.8

RC

EC

S:1

1

RA23A1−0.8

RA23A1−0.8

RC

EC

S:1

0

RA7A1−0.8

RA7A1−0.8

RC

EC

S:7

RA17A1−0.8

RA17A1−0.8

RC

EC

S:8

RA11A1−0.8

RA11A1−0.8

RC

EC

S:9

RA28A1−0.8

RA28A1−0.8

XF

1A11

RC

EC

S:1

4

RB7A1−0.8

ES

FC

:K

RB7A1−0.8

RB7A1−0.8

RA20A1−0.8

ES

FC

:CR

CE

CS

:15

RA20A1−0.8

PB55B

SENSOR, PRESSURELIFT AXLEA

C B

F3F76−0.8

S311Switch, LoadDistribution

2

1

12

9 4

10

PUSHER

PUSHERONLY

PUSHERONLY

XHGROUNDJUNCTION

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F13

A3−

3.0

F13

A1−

3.0

F13

A2−

3.0

AA18A1−0.8

AA17A1−0.8

F3F

70−

0.8

XC

1E34

−0.

8

AA2A1−0.8

WIRING DIAGRAM: EDABS8 BENDIX W/ESP

AX4_1C−0.8

FC

CE

2:22

AX

4_3−

0.8

SPAX4:10

MC

FC

:35 AY

14A

2−1.

0

AY

13A

2−1.

0

P

B152

SENSOR,BRAKE AIRPRESSURE,FRONT FOR ESP(SECONDARY)

A

CB

AY

57A

1−1.

0

AX4_11B−1.0

AY

100A

3−1.

0

MCFC:115

AB16A2−0.8

AY

57A

52−

1.0

MC

FC

:1

40

n

B15SENSOR, WHEEL SPD LHS. 1:ST,DRIVENREAR AXLE

1 2

SPXC1B7B

Y16SOL. VALVEABS,RHS,3RD AXLE

AV1

EV3

2

AY

16A

2−2.

0

MC

FC

:19

AB

18A

2−0.

8

FC

CE

2:24

F49

A−

1.0

MC

FC

:114

MC

FC

:22

AY

15A

3−2.

0

AX

4_10

−1.

0

AY

16A

2−2.

0

MC

FC

:110

AX4_7B−1.0

AY

12A

3−1.

0

MC

FC

:25

AX4_7A−1.0

30

AY

57A

1−1.

0

AB15A1−0.8

MC

FC

:120

30A

MC

FC

:32

AY

57A

2−1.

0

AB

18A

1−0.

8

MC

FC

:40

AB13A1−0.8

40

AY

14A

3−1.

0

XC1E24−0.8

AY

57A

52−

1.0

FC

CE

1:24

AY

16A

1−2.

0

AB15A1−0.8

Y57_SASOLENOIDVALVE,TRACTIONCONTROL,STEER AXLEFOR BENDIX ESP

1

2

40

40

SPXC1B1

B58

RE

_EX

T:B

40

n

B13

SENSOR,WHEEL SPEEDLHS. 1, ST FRT AXLE

1 2

FC

CE

1:19

AB

17A

2−0.

8

AX

4_2−

1.0

AY

12A

1−1.

0

n

B17SENSOR,WHEEL SPD, LHS, 2:ND, DRIVEREAR AXLE

1 2

MC

FC

:21

AX4_7B−1.0

AX

4_4C

−0.

8

AB16A1−0.8

FC

CE

2:4

AY

14A

3−1.

0

Y11SOL. VALVE, ABS,LHS,FRT,

AV1

EV3

2

MC

FC

:34

EP

DM

G:F

n

B16

SENSOR, WHEEL SPD, RHS, 1:ST DRIVEREAR AXLE

1 2

F13FUSE,ABSBATT1

A

B

FC

CE

1:20

FC

CE

2:20

AX

4_1−

1.0

AX4_11B−1.0

DL1

HN

3−0.

8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

AB13A2−0.8

MC

FC

:20

AY

15A

2−2.

0

MC

FC

:6

XC

1B1A

7−0.

8

AY

100A

1−1.

0

AY

57A

51−

1.0

XC1B1A6−0.8

AY

12A

2−1.

0

AY106A2−1.0A

X4_

3−0.

8

FC

CE

2:14

AY

11A

1−1.

0

AY

11A

3−1.

0

Y15SOL. VALVEABS,LHS,3RD AXLE

AV1

EV3

2

MC

FC

:30

P

B153

SENSOR,BRAKE AIRPRESSURE,REAR FOR ESP(PRIMARY)

A

CB

MC

FC

:23

FC

CE

2:2

AX4_11A−1.0

F49FUSE,ABS

10A

A

B

XC

1B56

−1.

0

AX

4_4B

−0.

8

MC

FC

:17

AX

4_3−

0.8

AX4_8A−1.0

AY

14A

1−1.

0

MC

FC

:111

MC

FC

:43

AX4_8B−1.0

AY

13A

3−1.

0

AX

4_1A

−0.

8

MC

FC

:2

AY

16A

3−2.

0

AB

13A

1−0.

8

MC

FC

:39

40

S016SW. ATCLTD SLIP 2

1

12

94

10

MC

FC

:26

AY

106A

2−1.

0

AX

4_7−

1.0

AY

11A

2−1.

0

MC

FC

:109

FC

CE

2:19

AB16A1−0.8

AX4_10B−1.0

CAB_SC_ESP:B

AB

18A

1−0.

8A

B18

A1−

0.8

AY

13A

3−1.

0

BE

C_J

1:F

12

Y100SOLENOIDVALVE,TRAILERABS FORBENDIX ESP

AV1

EV3

2

MC

FC

:24

AY

13A

3−1.

0

FC

CE

2:3

AY

16A

1−2.

0

B58

RE

_EX

T:A

B49SENSOR,STEERINGANGLE

1 24 3

FC

CE

1:21

Y14SOL. VALVEABS,RHS,REAR

AV1

EV3

2

AB

14A

1−0.

8

FC

CE

2:21

n

B14

SE

NS

OR

, W

HE

EL

SP

EE

DR

HS

, 1

:ST

FR

TA

XL

E

1 2

MC

FC

:107

AY

14A

3−1.

0

AX

4_1C

−0.

8

CAB_SC_ESP:D

MC

FC

:41

AY

15A

1−2.

0

40

AB

13A

2−0.

8

MC

FC

:38

40

AY

100A

1−1.

0

AB

18A

2−0.

8

AY

106A

2−1.

0

FC

CE

2:10

FC

CE

2:8

Y106SOLENOIDHILLASSIST BRAKE

1

2

AX

4_5−

1.0

AB

17A

1−0.

8

AB16A2−0.8

DL1

LN3−

0.8

SP

AX

4:4

MCFC:118

AY

13A

1−1.

0

AY

11A

3−1.

0

AY

15A

2−2.

0

40

AY

15A

1−2.

0

AY

100A

2−1.

0

SPAX4:11

AX4_11−0.5

MC

FC

:28

AX

4_1−

0.8

XC1B7−3.0

AB

14A

2−0.

8

F3F93−0.8

AX

4_4C

−0.

8

SPAX4:8

FC

CE

2:1

FC

CE

2:13

AX

4_4−

1.0

AY

14A

1−1.

0

AY

13A

1−1.

0

MC

FC

:3

MCFC:116

Y57

SOL. VALVE,AUTO TRACTION CTRL

1

2

AB

17A

1−0.

8

AX4_7−0.5

MC

FC

:4

AY

57A

1−1.

0

SPXC1E2

AX

4_3−

1.0

AY

15A

1−2.

0

AX

4_4C

−0.

8

AB

17A

2−0.

8

AB16A2−0.8

AY

14A

1−1.

0

AY

12A

2−1.

0

AY

13A

1−1.

0

AY

100A

2−1.

0

AY

13A

2−1.

0

AX

4_4A

−0.

8

FC

CE

1:4

AY

11A

1−1.

0

AX

4_11

−1.

0

AY

15A

3−2.

0

40

40

AY

16A

3−2.

0

MC

FC

:33

AX

4_8−

1.0

AY

14A

2−1.

0

F3F

14−

0.8

AX4_1B−0.8

MC

FC

:36

AX

4_2−

0.8

FC

CE

2:18

AX4_10A−1.0

AB16A1−0.8

P

B58R_ESP

SENSOR,AIR PRESSURE,REAR SUSPENSIONRHS FOR BENDIX ESP 3

1

2

CAB_SC_ESP:C

AB

14A

1−0.

8

MC

FC

:113

AY

57A

2−1.

0

MC

FC

:42

AY

16A

1−2.

0

MC

FC

:18

MC

FC

:31

AY

16A

2−2.

0

FC

CE

1:22

FC

CE

1:11

Y13SOL. VALVEABS,LHS,REAR

AV1

EV3

2

MC

FC

:108

AY

57A

51−

1.0MC

FC

:27

CAB_SC_ESP:A

MC

FC

:112

AY

11A

2−1.

0

AY

57A

2−1.

0

AB15A2−0.8

AB15A1−0.8

AY

12A

3−1.

0

FC

CE

2:9

40

AB

18A

2−0.

8

AX4_8B−1.0

AX

4_1C

−0.

8

AY

15A

2−2.

0

MC

FC

:29

MC

FC

:119

AB15A2−0.8

AB

14A

2−0.

8

S212SWITCHHILLASSIST 2

94

10

FC

CE

2:23

AB15A2−0.8

MC

FC

:37

AY

16A

3−2.

0

40

40

AB

17A

2−0.

8

SPXC1F7

MC

FC

:5

AY

100A

3−1.

0

AX4_8−0.5

n

B18SENSOR,WHEEL SPD, RHS, 2:ND, DRIVEREAR AXLE

1 2

AX

4_5−

0.8

AX4_10B−1.0

XC

1B9−

3.0

AY

15A

3−2.

0

B50

SENSOR,YAW−RATE

341

2

AY

14A

2−1.

0

40

AY

13A

2−1.

0

Y12SOL. VALVEABS,RHS,FRT.

AV1

EV3

2

SP

AX

4:1

SPAX4:7

MCFC:117

AY

12A

1−1.

0

FCCE2:11

B58

RE

_EX

T:C

AX4_10−0.5

FC

CE

1:5

AB

17A

1−0.

8

AX

4_4−

0.8

FC

CE

1:18

SPF3F31

ABS ECU 3RD AXLE CONNECTOR X3FRONT RIGHT

WHEEL SENSOR3RD AXLE LEFTWHEEL SENSOR

ABS ECU 4S/4MCONNECTOR X2

FRONT LEFTMODULATOR VALVE

3RD AXLE RIGHTWHEEL SENSOR

J1939

FRONT LEFTWHEEL SENSOR

3RD AXLE LEFTMODULATOR VALVE

+ −ABS ECU POWER SUPPLY CONNECTOR X1

3RD AXLE RIGHTMODULATOR VALVE

REAR RIGHTMODULATOR VALVE

BATTERYPOWER

REAR RIGHTWHEEL SENSOR

REAR LEFTWHEEL SENSOR

REAR LEFTMODULATOR VALVE

IGNITIONPOWER

ATC CONTROLVALVE

FRONT RIGHTMODULATOR VALVE C

AN_SEN

_LO

CAN_SEN

_HI

CAN_SEN

_CMN

CAN_SEN

_SPL

PS_SIG

2

PS_CMN

PS_SPL

PS_SIG

3 PS_SIG

1 PMV_TR

_HLD

PMV_TR

_CMN

PMV_TR

_REL

ABS ECUESP CONNX4

TRACTION CONTROLVALVE STEER AXLE

HSA

DL2HSA

SWITCH

BENDIX ABS8 ECU 6S /6M

− +GROUND ATCMUD/SNOW

ATCDISABLE

A12Control unit, ABS(Anti−lock Brake System)

X4:7

X2:18

X3:7 X3:10X3:13

X2:15

X2:5 X3:9X2:2 X2:14X2:11 X3:4X3:6X2:3 X3:12X2:1 X3:14X3:11

X2:13X2:9

X2:6

X2:10

X2:7 X2:4

X2:12 X2:16X2:17

X2:8

X1:4 X1:2X1:1 X1:14X1:18X1:5X1:11 X1:7X1:3 X1:8X1:16 X1:13X1:10

X3:15

X1:17

X4:8X4:10 X4:11 X4:5 X4:1X4:3 X4:2X4:4 X4:6X4:12 X4:9 X3:3 X3:5 X3:2

XA

:3 C

SP

DL1

H8

XA

:3 C

SP

DL1

L8

F13

A−

3.0

SPF13A1

JC:0

AB

EC

_J3:

D4

FUSION

W/O

FU

SIO

N

40

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F45A1−2.0 F45A2−2.0

Y51SOL VALVE,AIR DRYER

B

A

XC1F31−2.0

−0.

8−

0.8

XC1B−2.0

F45A1−2.0

F44A−2.0

XC

1F22

−2.

0

XC1F34−2.0

F47A2−2.0

R19HEATER, HTDDRAIN VALVE

B

A

F44FUSE,HTD. AIR DRY/HTD DRAIN VALVE

15A

A

B

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

SP47A

SPXC1F22

Air Dryer Only

SPXC1F10

EP

DM

C:J

F47A−2.0

XC1F33−2.0

XC1F31−2.0

Y52SOL. VALVE,RH, AIR DRYER

B

A

Right Hand Rail Application

FC

AD

:AF

CA

D:B

XC1F22−2.0

XC

1F25

−2.

0F

CA

D:A

FC

AD

:B

CIE

C:1

4F

44A

−2.

0F

44A

−2.

0

F47A1−2.0

F44

A−

2.0

WIRING DIAGRAM: FAAIR DRYER/ HEATED DRAIN

R09HEATER,FUEL FILTER

B

A

GG

:1 C

FC

EP

DM

:A

R05AIR DRYER

2

1

Y51_ASOL VALVE AIR DRYER3

2

SP44B

SPXC1F23

XC1F22−2.0

FC

TA

D:A

F44A−2.0

FC

AD

:A

F44A−2.0

FC

AD

:B

XC1F22−2.0

WABCO TWIN

FC

TA

D:B

F44A3−2.0

XC1F23−2.0

FC

HD

V:A

FC

HD

V:A

FC

HD

V:B

FC

HD

V:B

F47

A−

2.0

Heated Drain Valve

Y53

:AY

53:B

F40HEATEDDRAINVALVE15A

A

BA

D:1

D

SP

XC

1G40

GG

:1 D

SP

F45

A

FC

HF

F:B

XC1B1−2.0

F45A3−2.0

HF

FH

FF

:A

HF

FH

FF

:BF

CH

FF

:A

GG

:1 C

FC

EP

DM

:A

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

EC66A2−1.0

EC62A8−0.8

F8A8−1.0

XC1E18−0.8

S022SWITCH,I/O AIR 26

1

12

94

10

8

XC1F15−1.0

F8A4−1.0

F8A9−1.0

F8C

2−1.

0

F8A10−1.0

F8C

1−1.

0

XC1E42−0.8

F8A3−1.0

F8L−0.8

XC1E22−0.8

F8J1−1.0

F8A2−1.0

F8H−0.8

HA22−0.8

S019SW. PWRDIV. LOCKOUT

2 6

1 954

10

8

BE

:0 C

A03

.A:2

2

F8FUSE, AIRSOL.15A

A

B

MC

FC

:90

F8B−1.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

BE

C_J

3:B

6

IWDL AUX 3 AIR SUSP PTO PDLO I / O AIR5th WHL Rel /

AUX 1 Air Horn/NEUAUX 2

5th WHLSLIDE

Y86SOL, MULTIVALVE ASSY.

B F

AS

P C E J KGD

R

H

NML

S050SW., 5TH WHL.KING PIN LCK.,AUX. AIR #2 2

94

10

S051ASW., AUX.AIR #3 2

94

10

S051SW., AUX.AIR #1

2

94

10

BC

:2 B

MC

FC

:92

S023SW. NEUTRLCONTROL 2 12

94

10

11

BC

:2 B

S01

8:6

BE

C_J

3:D

9

S020SWITCH,AIR SUSP. 2 12

94

10

11

SPXC1E2

MC

FC

:86

F8C−1.0

MC

FC

:13

MC

FC

:14

MC

FC

:93

F8G−1.0

MC

FC

:78

F8F−1.0

MC

FC

:94

F17

U−

2.0

FC

TR

:K

F17U−2.0

F17A17−1.0 BC:3 BSPF17A14

XC1E16−0.8

SPXC1E2

BB

:0 B

A17

.A:1

0F8A−1.0

F8A3−1.0

BE

:3 D

BE

C_J

3:F

5

F8M3 − 1.0

BE

:3 D

BE

C_J

3:E

6

MC

FC

:64

F8A6−1.0

SPF8A6

F8A6−1.0

MC

FC

:15

F8E−2.0

XC1E21−0.8

RCSP:14

XC1F16−1.0

RC

SP

:7

F8D−0.8

F8D−0.8

RC

SP

:6

F8C−0.8

F8C−0.8

RC

SP

:5

F8B−0.8

F8B−0.8

RC

SP

:4

F8H−0.8

RC

SP

:3

F8J−0.8

F8J−0.8

RC

SP

:8

F8A8−1.0

RC

SP

:9

F8F−0.8

RC

SP

:10

F8G−0.8

XC1E15−0.8

XC1E19−0.8

XC1E17−0.8

XC1E20−0.8

RC

SP

:12

F8E−2.0

F8E−2.0

F8G−0.8

F8J−1.0

BD

:1 D

MC

FC

:87

CB3−0.8

RC

SP

:11

CB3−2.0

RC

SP

:2

F8A7−1.0

F8A7−1.0

RC

SP

:1

CB4−0.8

CB4−0.8 BD:2 DMCFC:52

F3F17−0.8


E

F3F19−0.8

F3F

18−

0.8


E

F3F20−0.8


G

F3F15−0.8

F8F−0.8

XC1F17−1.0

RC

SP

:13

XC1F18−1.0

S023_1PRESSURE SW. NEUTRAL CONTROL

A

B

F17U−1.0

CB11A−2.0 BA:2 DMCFC:98

F8A

1−1.

0

SPF8A

F8A5−1.0

F8M − 1.0F8M2−1.0

F8M1−1.0

SPF8M

SPF3F

F3F16−0.8

SPF3F

F3F21−0.8

SPXC1E2

WIRING DIAGRAM: FBCHASSIS SOLENOIDS

F8D1−1.0

XC1F15−1.0SPXC1F10

XC1F18−1.0

CUMMINS

CUMMINS

MC

FC

:101

EC62A8−0.8

MC

FC

:102

EC66A1−0.5


J


K

XC1F19−1.0

SPXC1F16

CF

:0 D

SP

EC

66A

2C

E:3

D

SP

EC

62

EC62A8−0.8

CK

:3 C

SP

AC

62A

EC66A2−1.0

CL:

0 D

SP

EC

66A

1

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XC1B20−1.0

XC1B18−1.0

XC1B19−1.0

F65A8−1.0

F65A−1.0

F65A9−1.0

XC1B33−1.0

F65B2−1.0 F65B3−1.0

F3F98−0.8

F3F96−0.8

F3F97−0.8

XC1A97−0.8

XC1A99−0.8

XC1A98−0.8

XC1B32−1.0

XC1B31−1.0

F65A10−1.0

WIRING DIAGRAM: FDPARKER PTOBATT

IGNEMS

ILLUMEMS

BATTIGN

ILLUM

S137ASwitch, PTO2 request

212

9 4

10

11

S320

SWITCH,PRESSUREPARKERPTO

A

B

Y18

Solenoid valve, PTO (Power Take Off)

A

B

SPXC1B1

XC1B18−2.0F65A−2.0

F65FUSE,ACC/SPARE

15A

A

B

IGN

_SP

3:B

IGN

_SP

3:A

BE

C_J

3:E

2

SPXC1B30

PP

CO

:2

PP

CO

:1

PP

CO

:3

ILLU

M_O

PT

17:B

ILLU

M_O

PT

17:A

ILLU

M_O

PT

18:A

ILLU

M_O

PT

18:B

SPXC1A97

SPF3F96

SPF65B1

F65B1−1.0

F65C1−1.0

IGN

_SP

3_P

TO

:A

IGN

_SP

3_D

C:B

IGN

_SP

3_D

C:A

IGN

_SP

3_P

TO

:B

SPF65A9

SPXC1B18

CHPTO:BF65C1−1.0

F65C1−1.0

CHPTO:AF65B1−1.0

F65B1−1.0

CHPTO:C

XC1B30−1.0

XC1B30−1.0

SUPPRESSION DIODE

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F5B

7−0.

8

F3B

1−1.

0

F2A

1−2.

0

F4A3−3.0F4A2−3.0

F4B

− 3

.0F

4B1

− 3

.0

X03A1−2.0

X03A1−2.0

F3B1−1.0

XC1E23−0.8

F2D2−2.0

BEC_J2:C5

HAZARD

DIMMER

FLA

SH

TO

PA

SS

COURTESY

S039SW. DIREC.SIGNAL

11 3

6 112

9

7

4

21058

F3B9−1.0

N18A1−0.5

XC1A68−0.8

F5B−1.0

XC1G38−2.0

F3H1−1.0

XC1A68−0.8 XC1A68−0.8

F3B22−0.8

F3B9 − 1.0

F5B

4−1.

0

F5A

1−1.

0

F35B2−2.0

F35B−2.0

F3B13−1.0

F3B

1−1.

0

F35B8−3.0

F5B

3−0.

8

F5A

−1.

0

F7D

3−1.

0

HC

14−

0.8

F3D−1.0

F5D1−1.0

F5E1−1.0

F3B6−1.0

XC1A11−0.8

XC1G37−2.0

F2E1−2.0

E07LFOG LAMP LEFTA

B E07RFOG LAMPRIGHTA

B

SPF2E

E19DLAMP, ID LIGHTROOF, DRIVER

A

B

SPF3B1

SPXC1A10

SPF3B5

E12PLAMP, ROOF POS.LIGHT, PASS.

A

B

E12DLAMP, ROOFPOS. LIGHTDRIVER

A

B

SPF35B2

GF

:0 B

MC

FC

:100

GF

:1 B

MC

FC

:97

F35FUSE,CAB & TRLRCLEARANCE LMP.

30A

A

B

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

BE

C_J

2:B

11

F26FUSE,HOOK−UPLAMPS

15A

A

B

GD

:0 B

RC

2:B

1

A104CONTROL UNIT,FLASHER

X

L

F5FUSE,TRACTORSTOP LPS.

10A

A

B

BG

:1 C

A03

.C:1

4

AC

:1 C

SP

F7D

GG

:0 B

EP

DM

G:M

GG

:1 B

EP

DM

G:D

SPF35B

GG

:4 C

EF

RC

.A1:

1

BE

C_J

2:C

12

BEC_J1:B12

MC

OF

:H

MC

FC

:79

BE

C_J

1:A

1

F2C1−0.8

BF

:0 B

A03

.B:2

5

BE

C_J

1:B

4F

3B5−

1.0

BEC_J1:A2

BE

C_J

1:A

4

BEC_J1:B2

BE

C_J

1:B

1

BE

C_J

2:A

5

BEC_J2:B5

BE

C_J

2:D

5

BE

C_J

3:A

12

BE

C_J

3:B

12

BEC_J3:B11

BE

C_J

3:A

11

SPXC1A2SPXC1A7

MCOF4:A

F35B2−2.0

F35B2−2.0

MCOF4:BXC1A7−2.0

SPXC1A2

MCOF2:GXC1A10−1.0 XC1A10−1.0

SPXC1A4

PM

:1

PM

:2

SPF5ESPF5D

MC

SC

:A4

F3H

−1.

0F

3H−

1.0

MC

SC

:A8

F4D

−3.

0

MC

SC

:A7

F4C

−3.

0

MC

SC

:B7

F4B

−3.

0

MC

SC

:B8

F5C

1−1.

0

F5B2−1.0

MCSC:A5F2F−1.0

MCSC:A3F3B13−1.0

MCSC:A1F3C−1.0

MCSC:A2F3E−1.0

MC

SC

:A6

XC1A6−1.0

XC1A6−1.0

MC

SC

:B9

F5D−1.0

F5D−1.0

MC

SC

:A9

F5E−1.0

F5E−1.0

RELAY, EMERGENCYSTOP LAMP

RLY0685

86

30

87A 87

RELAY,CAB & TRLRCLEARANCE LMP

RLY1385

86

30

87A87

RELAY,HIGH BEAM

RLY5285

86

30

87A 87

RELAY, FLASHTO PASS

RLY08

85

86

30

87A 87

F35B6−2.0

IC:4

AM

CD

R1:

E

F35B5−2.0

IC:3

AM

CD

L1:E

SPF3F

EPDMG:JF3E−1.0

EP

DM

G:A

E19CLAMP, ID LIGHTROOF, CENTER

A

B

E19PLAMP, ID LIGHTROOF, PASS.

A

B

CB2CIR. BRKRHDLPS, DRLMODULE,FOG LPS.

15A

A

B

CB3CIR. BRKR.PARK,TAILMARKER LPS.

15A

A

B


15A

A

B

SPF3B

F4D

−3.

0

F4C

−3.

0

F2E2−2.0

MC

SC

:A9

F5E−1.0MC

SC

:B9

F5D−1.0

GF

:0 B

MC

FC

:100

GF

:1 B

MC

FC

:97

MC

FC

:82

F3B8−1.0

SPF3B8

F3B8−1.0

FC

HC

:K

F3B9−1.0

EP

DM

F:D

SLRFHL1:FXC1A68−0.8

F3B2−0.8

XC1A13−0.8

F3B3−0.8

XC1A12−0.8

F3B4−0.8

GD

:2 B

SP

F4C

GD

:4 B

SP

F4D

BEC_J1:B3

F3B12−2.0

F2F−1.0

S01SW. MAIN LIGHTINGSELECT. TYPE J

M

FG

KA HL

D C

E B

BE

C_J

3:C

10

FC

BL:

B

F3B17−1.0

F3B7−1.0 GF:0 BFCCE1:13

SPXC1G40

GD

:2 E

SP

F3B

9

GH:1 DSPXC1A68

S038SW, PRESSURESERVICE BRKE.

A

B

DD

:2 B

ALL

ISO

N_R

LY:D

6

DD

:2 B

ALL

ISO

N_R

LY:C

4

F4C

− 3

.0G

E:2

CS

PF

4C

F4D

− 3

.0G

E:4

CS

PF

4D

F3D − 1.0

GE

:0 B

RC

2:B

1

F2C

2 −

2.0

GE

:1 E

MC

FC

:53

F2C

2−2.

0G

D:0

DM

CF

C:5

3

GE

:3 D

SP

F3B

9

BG

:1 C

A03

.C:1

6

RFHL:BGH:1 D

SPXC1A68

F74FUSE,DIMMER5A

A

B

BE

C_J

3:C

12

BE

C_J

3:C

11

F3F

−1.

0

GE:1 CHL_CHU:A

SPXC1G7

FLF

C:A

F2E−2.0

F2E−2.0

FLF

C:B

XC1G7−2.0

XC1G7−2.0

DH

FC

:4

F3B14−1.0

F3B14−1.0

GK

:0 E

SP

F3B

14

XC1A7−2.0

XC1A68−0.8

WIRING DIAGRAM: GALIGHTING CONTROL

BEC_J3:B10

GH:0 EHLSO:F

F5E2−1.0

BK

:3 C

MC

BB

1:10

F5D2−1.0

BK

:3 C

MC

BB

1:11

DA

:0 D

S17

1:18

SPXC1A8AXC1A8A−1.0

XC1A8−2.0

SPF35B3AF35B3−2.0

F35B3A−1.0

SPF35B4A

F35B4A−1.0

F35B4−2.0

SPXC1A9A

XC1A9A−1.0

XC1A9−2.0

SPXC1A2AC:2 C

AC:RLY36.86

XC1E33−2.0

SPF2D

F3A−2.0F2B−2.0

F3K−1.0

F26A−2.0

F3B−2.0

F2C−2.0

SPXCIE23

F2D−2.0

F3C−1.0

MC

OF

:H

A104AFLASHERKYSOR

C

BA

MC

FL:

A

MCFL:C

MCFL:BF4B2−2.0F4B2−2.0

F4A4−2.0F4A4−2.0

SPXC1A3

SP4FB

SPF4A

RC

2:B

6

F2D1−2.0

RC

2:A

6

F2E

3−2.

0

RC

2:A

4

F2E−2.0

RC

2:B

4

XC1E32−2.0

30

87A87

85

86RELAY, FOG LAMP

RLY10 2

5

1

34

GD

:2 B

PM

:12

F2A

1 −

2.0

GE

:2 C

PM

:12

GM

:1 B

MC

OF

:H

F26B−2.0

GR

:1 B

SP

F26

B

F26B−2.0

GR

:2 B

SP

F26

B1

F3B16−0.8 KB:0 CA158.A:A3

BB

:0 B

A17

.A:7

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XC1A65−0.8

F4D5−1.0

F4C5−1.0

XC1A81−0.8

F4D7−1.0

F4D5−1.0

F3B5−1.0

F3B4−1.0

F4D6−1.0

F2A1−2.0

F3D1−0.8

F3B10−0.8

E14LLAMP,PARK/DIRINDICATORLEFT FRT.

B

G

A

F4D12−1.0

F4C

11−

0.8

F4D

11−

0.8

F3B92−0.8

XC1G20−0.8

F3B91−0.8XC1G19−0.8

XC

1G11

−2.

0

F2C

6−2.

0

F2C5−2.0

XC1G21−0.8

XC1G17−2.0

XC1G16−3.0

XC1G18−2.0

XC1G9−2.0

XC1G10−0.8

F3B

18−

0.8

F4C

3−3.

0

F4D1−2.0

F4C1−2.0

XC1A24 − 0.8

F2C

2−2.

0

F3D

−1.

0

F4D

3−3.

0

F4D2−0.8

F4C2−0.8

SPF2C2

E13LSLAMP, DIR.INDICATORLEFT SIDEA−PILLAR

A

B

E13RSLAMP, DIR.INDICATORRIGHT SIDEA−PILLAR A

B

SPF4C

SPF4D

BF

:0 B

A03

.B:2

6

BF

:0 B

A03

.B:2

7

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

GA

:0 B

S01

:A

ENABLE PWRLO 2

LO 1GND

A83CTRL UNIT,DRL (DAYTIME RUNNINGLIGHTS)

8587A

30 8786

GG

:2 C

EF

RC

.A2:

A

DRLCONT

A17 CONTROL UNIT, VECU (VEHICLE ECU)

A11

SPXC1G40

AD

:3 B

BE

C_J

2:F

5

SPXC1A4

SPXC1A2

MC

FC

:81

MC

FC

:80

CB14B1 − 2.0

MC

FC

:53

FCHC:EF2C2−2.0F2C2−2.0

CB14B1−2.0

CB81B1−2.0

FC

HC

:D

FC

HC

:BF

4D4−

1.0

EP

DM

G:SF4C4−3.0

EP

DM

C:E

EP

DM

C:B

EP

DM

G:H

F4D4−3.0

LH

TU

RN

RH

TU

RN

PM

:12

PM

:14

PM

:13

PM

:15

PM

:11

CA

11−

0.8

F4C−3.0

GA

:3 B

MC

SC

:A7

F4D−3.0

GA

:2 B

MC

SC

:A8

IE:2

DM

CP

LW:F

IE:1

DM

CP

LW:E

MC

LSL:

AM

CLS

L:B

XC1A66−0.8

MC

RS

L:A

F4D5−1.0

MC

RS

L:B

XC1A65−0.8

FC

HC

:FX

C1G

16−

3.0

EP

DM

D:C

EP

DM

D:D

GG

:3 C

EF

RC

.A2:

B

E14RLAMP, PARK/DIRINDICATORRIGHT FRT.

B

G

A

SPF3B9

F3B9−1.0 GA:2 EFCHC:K

SPXC1G8

SPXC1G16

E31LLAMP,HIGH BEAM LEFT SIDE

BA

E31RLAMP,HIGH BEAM,RIGHT SIDE

BA

FC

HC

:A

XC

1G8−

3.0

XC

1G8−

3.0

F4C

4−1.

0

E30LHEADLAMP,LOW BEAM,LEFT

BA

E30RHEADLAMP,LOW BEAMRIGHT

BA

CIE

C:1

1

F4C4−1.0

F4C

4−1.

0

CIE

C:8

F4D

4−1.

0F

4D4−

1.0

E11L

LAMP, SIDEMARKERLEFT SIDE

1 2

E11RLAMP, SIDEMARKER,RIGHT SIDE

1

2

GA

:1 C

BE

C_J

2:B

5

SPF4D10

F4D

10−

1.0

F4D

4−1.

0

GK

:3 B

SLR

H:B

SPF4C10

F4C

10−

1.0

F4C

4−1.

0

GK

:2 D

SLL

H:B

AD

:1 D

XC

1_C

7

JA:4

CM

CS

D:4

WIRING DIAGRAM: GDLIGHTING− FORWARD/SIGNAL (CXU,GU7 & GU8)

FC

HC

:G

FCHC:H

30

87A 87

85

86

RELAY, LO BEAMLH

RLY97

2

5

1

3 4

30

87A87

85

86

RELAY,LO BEAMRH

RLY98

2

5

1

34

E13RSBLAMP,DIRECTIONAL/MARKERRIGHT SIDE

2

1

3

E13LSBLAMP, DIRECTONAL/MARKERLEFT SIDE

2

1

3

RC

2:A

2

F2H−2.0

RC

2:B

1

RC

2:A

1

RC

2:D

1

RC

2:C

1

RC

2:C

2

F2G−2.0

RC

2:D

3C

B81

B1−

2.0

RC

2:C

3

RC

2:B

3C

B14

B1−

2.0

RC

2:A

3

XC1G32−0.8

CB81CIRBRKR,HDLP, RHLOW BEAM10A

A

B

CB14CIRBRKR,HDLP, LHLOW BEAM

10A

A

B

SPXC1A2

HL_CXU_GU:AXC1A56−0.8

XC

1A56

−0.

8

BE

C_J

1:A

9

CB

14B

−2.

0

BE

C_J

3:C

3C

B81

B−

2.0

GA

:1 D

BE

C_J

1:A

4

CB81B1−2.0

E13LSCLAMP,DIR.LEFTSIDESKIRT A

B

E13RSCLAMP,DIR.RIGHTSIDESKIRT

A

B

GM

:1 B

SP

F3B

3

GM

:1 B

SP

F3B

3

MC

RS

L:A

MC

RS

L:B

MCRSLCO1:AMCRSLCO2:A

SPF4D5

MCRSLCO1:BXC1A65−0.8

MCRSLCO2:BXC1A79−0.8

SPXC1A65

CO

SLR

:A

F4D6−1.0

CO

SLR

:B

XC1A67−0.8

XC1A67−0.8

CO

SLR

:C

F3B4−1.0

MCLSLCO1:A

CO

SLL

:C

XC1A80−0.8

XC1A81−0.8

CO

SLL

:B

SPXC1A66

F4C7−1.0

MCLSLCO1:B

MCLSLCO2:A

F4C5−1.0

XC1A66−0.8

CO

SLL

:A

SPF4C5

MCLSLCO2:B

F4C6−1.0

XC1A81−0.8

F4C6−1.0

F3B5−1.0

MC

LSL:

A

F4C5−1.0

MC

LSL:

B

CO

SLI

L:A

F4C6−1.0

F4C6−1.0

CO

SLI

R:A

F4D6−1.0

F4D6−1.0

CO

SLI

L:B

XC1A81−0.8

XC1A81−0.8

CO

SLI

R:B

XC1A67−0.8

XC1A67−0.8

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F3H2−1.0

E32L

HEADLAMP,LEFT

BA

C

F3B

18−

0.8

F3H

1−1.

0

F3B

9 −

1.0

F2C2 − 2.0

F3D

− 1

.0

XC1A24 − 0.8

F4D

1 −

2.0

F4D

2 −

2.0

F4D

− 3

.0

F4C

3 −

3.0

F4D

3 −

3.0

F4C

1 −

2.0

F4C

2 −

0.8

F4C

− 3

.0

XC1G17 − 2.0XC1G11 − 2.0

E14R

LAMP, PARK/DIRINDICATORRIGHT FRT.

B

G

A

F4C4−3.0

RC

2:B

3

MC

LSL:

A

CB81CIRBRKR,HDLP, RHLOW BEAM10A

A

B

CB14CIRBRKR,HDLP, LHLOW BEAM10A

A

B

E13LSLAMP, DIR.INDICATORLEFT SIDEA−PILLAR

A

B

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

MC

RS

L:A

EP

DM

D:D

SPXC1A4

F4C

4−1.

0

XC

1A65

−0.

8MC

LSL:

B

LH

TU

RN

EP

DM

C:B

FC

HC

:D

SPF4D

CB

14B

1−2.

0

F4D

5−1.

0

CB

14B

1−2.

0

MC

FC

:81

SPXC1G16

DRLCONT

A17CONTROL UNIT, VECU (VEHICLE ECU)

A11

F2C2−2.0X

C1A

66−

0.8

FC

HC

:G

F4C

4−1.

0

MCFC:53

XC

1G8−

2.0

SPF2C2

CIE

C:8

EP

DM

G:H

F4C4−1.0

EP

DM

G:S

F2C

8−2.

0

CB81B1−2.0

F4D

5−1.

0

CIE

C:1

1

SPXC1G40

CB

81B

1−2.

0F

CH

C:H

F4C5−1.0

PM

:11

SPXC1G8

EP

DM

D:C

RC

2:B

1

SPF4C

RC

2:D

3

PM

:14

EP

DM

C:E

F2C2−2.0

MC

FC

:80

FCHC:F

E13RSLAMP, DIR.INDICATORRIGHT SIDEA−PILLAR

A

B

SPF3B9

XC

1A66

−0.

8FCHC:E

PM

:12

XC1G21−0.8

F4D

4−1.

0

MC

RS

L:B

E14L

LAMP,PARK/DIRINDICATORLEFT FRT.

B

G

A

PM

:15

ENABLE PWRLO 2

LO 1GND

A83CTRL UNIT,DRL (DAYTIME RUNNINGLIGHTS)

8587A

30 8786

FC

HC

:A

XC1G16−3.0

F4C

5−1.

0

SPXC1A2

XC

1A65

−0.

8

PM

:13 RH

TU

RN

CB

81B

1−2.

0

F3B10−0.8

F4D4−1.0

XC1G10−0.8

F4D

4−1.

0

XC

1G8−

2.0

F4D4−3.0

FC

HC

:B

F2C9−2.0

CB

14B

1−2.

0

IE:1

DM

CP

LW:E

IE:2

DM

CP

LW:F

GA

:3 B

MC

SC

:A7

GA

:2 B

MC

SC

:A8

GA

:0 B

S01

:A

GA:1 CBEC_J2:B5

AD

:3 B

BE

C_J

2:F

5

BF

:0 B

A03

.B:2

6

BF

:0 B

A03

.B:2

7

GG

:3 D

X31

.3:A

GG

:3 D

X31

.5:A

E32R

HEADLAMP,RIGHT

B A

C

GA

:2 E

FC

HC

:K

CA

11−

0.8

GA

:2 B

BE

C_J

1:A

1

XC1G16−3.0XC1_C7

WIRING DIAGRAM: GELIGHTING− FORWARD/SIGNAL (CHU ONLY)

RC

2:C

3

RC

2:A

3

RC

2:D

1

F3D1−1.0

RC

2:A

2F2H−2.0

RC

2:A

1

RC

2:C

1

RC2:C2

F2G

−2.

0

30

87A 87

85

86

RELAY, LO BEAMLH

RLY97

2

5

1

3 4

30

87A87

85

86RELAY,LO BEAMRH

RLY98

2

5

1

34

BE

C_J

1:A

9C

B14

B−

2.0

BE

C_J

3:C

3C

B81

B−

2.0

HL_CXU_GU:A

XC1A56−0.8

HL_CHU:A

F2A

1 −

2.0

GA

:1 D

BE

C_J

1:A

4

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F5D3−1.0

F5E3−1.0

F42B3A−1.0

F42B5−1.0

F42B4−1.0

XC1F14−1.0

XC1F38−1.0

F3B11−1.0

XC1F39−1.0

XC1F11−2.0

XC1F13−1.0

XC1F12−1.0

F3B7−1.0

F3B8−1.0

F3B9−1.0

XC1F14−1.0

XC1F14−1.0

F42B4−1.0

F5D

3−1.

0

XC1F11−2.0

XC1F12−2.0

BACK−UP

TA

IL / L

IC

ST

OP

/ T

UR

N

GROUND

E27R

B ACE D

F5E

1−1.

0

F42

B3−

2.0

F5D

1−1.

0

F5D

1−1.

0

F5E

1−1.

0

F5D

1−1.

0

F5E

1−1.

0

XC1F12−1.0

F3B

8−1.

0

F42B5−1.0SP42B3

SPF3B7

GA

:3 D

SP

F5E

GA

:3 D

SP

F5D

BACK−UP

TA

IL / L

IC

ST

OP

/ T

UR

N

GROUND

E27L

BA C ED

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

MC

FC

:97

MC

FC

:100

FC

RE

:B

FC

RE

:C

FC

RE

:D

FC

RE

:A

FCRE:E

MC

FC

:100

MC

FC

:97

F5D

−1.

0

F5E

−1.

0G

A:3

DM

CS

C:A

9

GA

:3 D

MC

SC

:B9

F42

B3−

2.0

GG

:3 A

EP

DM

C:D

W/OBODYBUILDER

W/OBODYBUILDER

BODYBUILDERBODYBUILDER

GA

:2 D

SP

F3B

8F

3B7−

1.0

SPF5E1

SPF5D1

FC

BL:

CF

5E4−

1.0

FC

BL:

DF

5D4−

1.0

SPF42B2

FC

BL:

AF

42B

3B−

2.0

TLB

U:A

TLB

U:B

SPXC1F11

TLR

E:B

F3B

7−1.

0

F3B7−1.0

TLR

E:C

F5E

3−1.

0

TLR

E:D

F5D

3−1.

0

TLR

E:A

F42B3A−2.0

TLRE:EXC1F11 − 2.0XC1F11 − 2.0

F3B9−1.0

H03REV. WARNG.ACOUSTIC

A:A B:A

CIE

C:1

0

F42B3−2.0

WIRING DIAGRAM: GFLIGHTING− TAIL/PERIMETER

FC

CE

1:12

F5D

3−1.

0F

5D3−

1.0

F42

B3A

−2.

0F

CC

E1:

1F

42B

3A−

2.0

F42B3A−2.0

FC

CE

1:13

F3B7−1.0

FC

CE

2:12

F5E

3−1.

0F

5E3−

1.0

FC

CE

1:14

SPXC1F7

SPXC1F10

XC

1F12

−2.

0

TAIL

ST

OP

/ T

UR

N

GROUND

E27RA

3 2 1

TAIL

ST

OP

/ T

UR

N

GROUND

E27LA

3 2 1

XC1F13−1.0

F5E

3−1.

0

F42B6−1.0

E39Lamp, Licence Plate Illumination

B

A

E06Lamp, reversing light

1

3

2

F42B4−1.0

TLR

E:C

TLR

E:B

TLR

E:D

TLR

E:E

TLR

E:A

SP

F3B

11

SPXC1F12

TLB

U:B

TLB

U:A

SPF42B3

LED TAIL LAMPS

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F39B3−5.0

XC1N4−8.0

F35B8A3−3.0

F4C3A3−3.0

F4D3A3−3.0

F33B3−5.0

F37B3−5.0

F37B−5.0

F39B1−5.0

F39B−5.0

XC1N2−8.0

XC1N3−8.0

F45A3−2.0

F45A2−3.0

F4D

3A1−

3.0

F4D

3−3.

0

F4D3A2−3.0

F35B8A1−3.0

F35B8−3.0

F35B8A2−3.0F4C3−3.0

F4C3A1−3.0

F4C3A2−3.0

F39B1−5.0

F39B−5.0

F39B2−5.0

F33B1−5.0

F33B−5.0

F33B2−5.0F37B2−5.0

F39

A1−

5.0

F39B−5.0

F39B2−5.0

F45A1−2.0

F45A2−2.0

F45A−2.0

F4C3−3.0

N14

5N01

−0.

8

F42

B3−

2.0

F35B8−3.0

F5B3−0.8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUMF37FUSE,TRAILERTAIL LMP.30A

A

B

F33FUSE,TRAILERSTOP LMP.30A

A

B

F3B6−1.0GA:2 DSPF3B5

GA:3 BBEC_J3:B11

GA

:4 D

EP

DM

F:D

F4D

3−3.

0G

D:3

BE

PD

MD

:D

F39FUSE,TRAILERABS PWR

30A

A

BE

PD

MG

:M

EP

DM

G:D

F34FUSE,REV/NEUTRALPOWER30A

A

B

EP

DM

A:B

EP

DM

F:C

RELAY,REV. PWR

RLY1785

86

30

87A 87

RELAY, NEUTRAL PWR

RLY2985

86

30

87A87

RELAY,TRLR. LMP

RLY1185

86

30

87A87

RELAY,TRAILER STOP LAMP

RLY1285

86

30

87A87

EP

DM

F:A

EP

DM

BA

:D

GF

:1 B

CIE

C:1

0

EP

DM

C:D

EP

DM

C:C

DD

:3 C

SP

N14

5NO

XC

1A94

−0.

8D

D:2

CS

PB

KA

57

ALL

ISO

N:2

6X

C1A

94−

0.8

GD

:3 B

EP

DM

D:C

EP

DM

F:B

X31_B3

X31_B4

X31_B5

X31_B6

X31_B8_A

X31_B9

F42

B2−

2.0

BE

:3 C

CIE

C:9

F45FUSE, SPARE/FUEL SEP./FUEL HTR30A

A

B

EP

DM

A:A

EP

DM

A:D

F4C3 − 3.0

GE

:3 B

EP

DM

D:C

F4D3 − 3.0

GE

:3 B

EP

DM

D:D

XC1N1−8.0 AD:1 DXC1_C11

WIRING DIAGRAM: GGTRAILER LIGHTING CONTROL

F33B2−3.0 BK:0 DBBBL:3

F37B2−3.0BK:0 DBBBL:4

F42B7−2.0BK:0 DBBBL:5

F4C6−2.0

BK

:1 D

BB

BL:

6

F4D6−2.0

BK

:1 D

BB

BL:

7

F34C2−2.0BK:2 DBBBL:16

F45A1−2.0FA:0 DR09:A

YE

L.−

L.H

. D

IR.

WHT.−GROUND

BL

K.−

CL

EA

R.

LP

S.

RE

D−S

TO

P L

PS

.

GR

N.−

R.H

. D

IR.

BR

N.−

TA

IL L

PS

.

BL

U.−

TR

L.

AB

S

CA:0 CX11:37

AC:2 C

AC:RLY36.86

FA:0 DR09:A

SPF45AF45A3−2.0

F33B2−3.0 BJ:2 BBBIC1:V

F37B2−3.0BJ:2 BBBIC1:X

F42B7−3.0BJ:2 B

BBIC1:W

F34C2−3.0BJ:2 BBBIC1:Z

X31_B2F35B7−3.0

BJ:2 B

BBIC1:Y

FA:0 DR09:A

ALL

ISO

N:2

5N

145N

01−

0.8

EP

DM

BA

:E

DF

EP

DM

:1

DF

EP

DM

:3F

34C

−3.

0F

34C

−3.

0

DF

EP

DM

:4

F34B−5.0

F34

B−

5.0

EF

RC

.A2:

C

EF

RC

.A1:

2

F37B−5.0

EF

RC

.A2:

A

EF

RC

.A1:

3

F33B−5.0

EF

RC

.A2:

B

EF

RC

.A1:

1

SPF39B1

DF

EP

DM

:2

F37B1−5.0

EFRC.A1.A:2

SPF37B

EFRC.A1.A:3

SPF33B

EFRC.A2.A:C

SPF39B

EFRC.A2.A:B

SPF4C3

EFRC.A1.A:1

SPF35B8

EFRC.A2.A:A

SPF4D3

FCTC:A

SPF45A1

F45A1−3.0

F45A2−3.0

FC

EP

DM

:A

FCTC.A:A

SPXC1N1

GJ:1 DCTR_PIN_HOT:B

F39A1−5.0GJ:1 CCTR_PIN_HOT:A

X31TERMINAL, TRAILER FUNCTION10 POLE

12310 47 5689

XC1N1−8.0

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

HLSO:D

F6D−0.8

F6B6−0.8

F6C−0.8

XC1A76−0.8XC1A74−0.8

F3F48−0.8F3F47−0.8

XC

1A68

−0.

8

XC1A68−0.8

F6B−0.8

F6B−0.8

F3F

44−

0.8

F3F

44−

0.8

F6A

10−

0.8

F6A

2−0.

8

F6A

9−0.

8

F6A9 − 0.8

F6B5−0.8F6B4−0.8

F3F48−0.8

F3F47−0.8

F6G

−0.

8

F6F

−0.

8

F6A8−0.8

F6A7−0.8

XC1A77−0.8XC1A75−0.8

XC1A74−0.8

F6E−0.8

F3F

46−

0.8

XC1A73−0.8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUMF6FUSE,DOME/CTSY. LMP10A

A

B S041L

SW. DRIVRSIDE DR.

B

C A

S041RSW. PASSSIDE DR.

B

C A

E60D

LAMP, DOORDRIVER

A B

E60P

LAMP, DOORPASS.

A B

SPF6B

F6B

1−0.

8IE

:2 D

MC

PLW

:H

BE

C_J

3:E

3

SPXC1A2

SPXC1A4

MC

OF

:A

MC

OF

:C

F6B−0.8

MCDL1:D

MCDR1:DF6A3−0.8 F6A3−0.8

E17APLAMP,CAB REARDOMEPASS.

A

BE17ADLAMP,CAB REARDOMEDRIVER

A

B

S017CSWITCH,CAB REAR DOME LMP

2 94

1083 SLR

FH

L2:C

F6B−0.8

SPF3F

MC

OF

:FF

3F44

−0.

8S

LRF

HL2

:DF

3F44

−0.

8F

3F44

−0.

8F

3F41

−0.

8

HE:0 ES017E:12

SPXC1A68XC1A78−0.8

SPF6A2

SPF6E

S017FSW. FRONTDRIVER DOMELAMP

2 94

103

S017GSW. FRONTPASS. DOMELMP

2 94

103

XC1A76−0.8

E17DLAMP, FRONTDRIVER DOME

A

B

E17PLAMP, FRONTPASS. DOME

A

B

F6E

2−0.

8

F6A5−0.8

F6E

1−0.

8

F6A6−0.8

F6B−0.8

MCDL4:C

F6B3−0.8

MC

DL4

:BX

C1A

20−

0.8

XC1A20−0.8

MC

DR

4:C

F6B

2−0.

8F

6B2−

0.8MC

DR

4:B

XC

1A22

−0.

8

XC1A22−0.8

F6A4−0.8

F6B3−0.8

SPF3F


A

G H J K L M

FB C D E

XC1A68−0.8GA:3 ESLRFHL1:F

XC1A71−0.8HE:0 ES017E:2

KC:3 CX34R3:C

KC

:3 C

X34

R3:

C

RF

HL:

A

SPF6A9

RF

CB

2:C

RF

CB

:C

F3F45−0.8

RF

HL:

D

RF

HL:

C

GA:3 ERFHL:B

SPF3F31F3F79−1.0 F3F31−1.0

DOORSTATUS

A17


B29

RF

RC

:EF

6A9−

0.8

F6A

9−0.

8

WIRING DIAGRAM:GHINTERIOR LIGTING

V25

DIODE,DOORSTATUS

A B

F6A4−0.8

SLR

FH

L2:A

F6A

2−0.

8

F6A

2−0.

8

F6A

2−0.

8

GA

:3 E

RF

HL:

B

HLS

O:F

XC

1A68

−0.

8

HLS

O:C

F6G

−0.

8F

6G−

0.8

HLS

O:B

F6F

−0.

8F

6F−

0.8

HLS

O:E

F6B−0.8

F6B

−0.

8

F3F

45−

0.8

F3F45−0.8

HLSO:AF6E−0.8

F6E−0.8

MC

OF

CO

A:C

MC

OF

CO

A:E

MC

OF

CO

A:F

MC

OF

CO

A:G

MC

OF

CO

A:H

MC

OF

CO

B:H

F3B

1−1.

0

MC

OF

CO

B:G

F35

B2−

1.0

MC

OF

CO

B:F

F3F

44−

0.8

MC

OF

CO

B:E

F9B

3−1.

0

MC

OF

CO

B:C

F6B

−0.

8

F6A

2−0.

8

MC

OF

:A

SP

F6A

11

MCOFCOB:AF6A110−0.8

MCOFCOA:AF6A2−0.8

GU/TITAN 32" SLEEPER

F6A2−0.8

F6B7−0.8

SPF3F44

BE

C_J

3:D

3

F6A

12−

0.8

GR

:3 B

SLP

CO

FH

:A

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

30

87A87

85

86

RELAY,SNOW PLOWLAMPS,LH LOWBEAM

RLY43L_MATE2

5

1

34

F54A−2.0

XC1G30−0.8

F2Y

1−2.

0

F2Y

−2.

0

F54−2.0

F2Y2−0.8

F50

D−

2.0

F51C−2.0

F3B9−1.0

F3B

21−

1.0

F4D

9−1.

0

F4D4−1.0

XC1G25−2.0

F4C4−1.0

XC1G8−2.0

F4C8−1.0

F4C

9−1.

0

XC

1G14

−2.

0F3B20−1.0

F4D8−1.0

XC1G13−2.0

F27B4−0.8

F2X−2.0

F2C2−2.0

XC1G28−0.8

F50C−2.0

F27

B−

2.0

F27B3−0.8F27B2−0.8

F50B2−2.0

F51B2−2.0

F27B1−0.8

F51D−2.0

XC

1A67

−0.

8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

S12SWITCH,SNOW PLOWLIGHTS

2

94

10

F27

A1−

2.0

FCHC_PL:G

FCHC_PL:E

SPF27B

PL:

3

PLO

W L

AM

PIN

D

PL:

5R

H

GR

OU

ND

CHASSIS HARNESS HOOD HARNESS

FCHC_PL:H

FCHC_PL:E

FCHC_PL:F FCHC_PL:F

LH LOW BEAM

HIGH BEAM

RH GROUND RH GROUND

HIGH BEAM

RH LOW BEAM

PL:

4

PL:

8HIGH

BEAM

LO

W

BE

AM

FCHC_PL:A FCHC_PL:A

LH GROUND LH GROUND

PL:

1

SPXC1G14

LH

G

RO

UN

D

FCHC_PL:D FCHC_PL:D

PL:

2

TURN LEFT TURN LEFT

TU

RN

LE

FT

FCHC_PL:B FCHC_PL:B

PL:

6

SPF4D8

TURN RIGHT TURN RIGHT

TU

RN

R

IGH

T

FCHC_PL:K FCHC_PL:K

PL:

7

SPF3B21

PARK PARK

PARK

SNOW PLOW PROVISION HARNESS

AD

:3 B

BE

C_J

3:C

5

MC

FC

:95

F27

B−

2.0

RH LOW BEAMFCHC_PL:H

FCHC_PL:GLH LOW BEAM

FC

SP

L:A

F27

B−

2.0

NB

:2 B

SP

F27

A X0C_MATESPLICE PACK,ILLUMINATION

M

F3F

34−

0.8

XC

1G29

−2.

0

30

87A87

85

86

RELAY,SNOW PLOWLAMPS,RH LOWBEAM

RLY43R_MATE2

5

1

34

30

87A87

85

86

RELAY,SNOW PLOWLAMPS,HIGHBEAM

RLY44_MATE2

5

1

34

SPF4C8

SPBKXC1G26

XC1G27−0.8

XC1G26−0.8

XC1G16−2.0

PLUGSOCKET

SEE WIRINGDIAGRAM GD, CONNECTORFCHC

30

87A87

85

86

RELAY,SNOW PLOWLAMPS,LOW BEAMFEED

RLY46_MATE2

5

1

34

SPF54

SPF2Y

XC1G29−2.0

XC

1G14

−2.

0

F2Y

−2.

0

F4C

9−1.

0

F4D

9−1.

0

F3B

21−

1.0

F27

B4−

0.8

F54

A−

2.0

WIRING DIAGRAM: GISNOW PLOW PREP CONNECTOR

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F39A1−5.0

S061SWITCH,CENTERPIN HOTISO 3731

2

94

10

S057SWITCH,PARK BRAKEAUXILIARY

A

B

F39B1−5.0

F7B

1−0.

8

F3F54−0.8

F7E−0.8

XC

1E30

−0.

8

XC

1E31

−0.

8

XC

1E11

−0.

8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

F62FUSE,SPARE

15A

A

B

S058SWITCH,CENTERPIN HOTSAE J560

2

94

10

F62A−2.0

BE

C_J

1:F

10

SAE J560

MCFC:127

MCFC:128

F62B2−1.0

F62

B1−

2.0

F39A1 − 5.0

30

87A87

85

86

RELAY,TRAILERAUX. POWERSAEJ560

RLY562

5

1

34


F

F3F

49−

0.8

F62

C−

1.0

XC

1E26

−1.

0

30

87A87

85

86

RELAY,TRAILERAUX. POWERISO3731

RLY582

5

1

34

ISO 3731

F32FUSE,ISO CPH

30A

A

B

SPXC1E2

AA

:2 B

BE

C_J

1:F

3X32TERMINALBLOCK,ISO 37317 POLE

1

2

3

4

7

5

6

MC

FC

:125

F32

A−

5.0

MC

FC

:126

F32

B−

5.0

CTR_PIN_HOT:BF39B1−5.0

CTR_PIN_HOT:AF39A1−5.0

CT

R_P

IN_H

OT

_IS

O:A

F32

A−

5.0

CT

R_P

IN_H

OT

_IS

O:B

F32B−5.0

F32

B−

5.0

X32_7

CTR_PIN_HOT_ISO:C

X32_1XC1N4−5.0

EP

DM

E:C

DH

DH

:CF

32A

−5.

0F

32A

−5.

0

SPXC1E1

SPXC1E2

SPXC1E1

WIRING DIAGRAM: GJTRAILER RECEPTACLE CENTER PIN HOT

SPXC1G40

XC1N4−5.0

F39B1−5.0 GG:3 BEPDMF:C

GG:3 CEFRC.A2:C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F3B

−0.

8

F3B24−0.8

XC1F28−1.0

F4D

11−

0.8

F3B

24−

0.8

F3B23−0.8

F4C11−0.8

XC1F29−1.0

E97L1Lamp, sidemarkerleft side#1

1

2

F4C

11−

0.8

F4D

11−

0.8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

E95L1LAMP,SNORKELLEFT SIDE

1

2


1

2

E95L3LAMP,SNROKELLEFT SIDE

1

2


1

2


1

2


1

2


1

2


1

2

E95R1LAMP,SNORKELRIGHT SIDE

1

2


1

2


1

2


1

2


1

2


1

2

E96R4Lamp, sidemarkerright side#4

1

2


1

2


1

2


1

2

GD

:3 B

SP

F4D

10

GD

:3 B

SP

F4C

10

F3B14−1.0GA:2 EDHFC:4

SPF3B14

AIL

H:A

F3B15−0.8


1

2

AIR

H:A

F3B19−0.8

SLLH:AF3B23−0.8 SLRH:AF3B24−0.8

SLL

H:B

SLR

H:B

SPXC1F2

AILH:BXC1F26−0.8

SLRH:CXC1F29−1.0

SLLH:CXC1F28−1.0

AIR

H:B

XC1F27−0.8

WIRING DIAGRAM: GKTITAN LIGHTING OPTIONS

E96LLamp, sidedir indicatorleft side

1

2

SLF

R:A

F3B

23−

0.8

SLF

R:A

SLF

R:B

E96RLamp, sidedir indicatorright side

1

2

SLF

R:B

E13RSBLAMP,DIRECTIONAL/MARKERRIGHT SIDE

2

1

3

E13LSBLAMP, DIRECTONAL/MARKERLEFT SIDE

2

1

3

CXUONLY

XC

1F−

1.0

LED

CXUONLY

INCAN(need 2)

*req

*

*req

*

*req

*

*req

*

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

X1C1B62−2.0

X1C1B19−2.0

X1C1B61−2.0

X1C1B64−2.0X1C1B63−2.0

F24D1−2.0 F24D2−2.0

XC1E101−0.8

F3F110−0.8

WIRING DIAGRAM: GLLIGHTING − BEACON LAMPSBATT

IGNEMS

ILLUMEMS

BATTIGN

ILLUM

IGN_SP1_BL:AF24A3−2.0

SPF24A3 F3F112−0.8IL

LUM

_OP

T20

:A

F3F111−0.8

SPF3F110

ILLU

M_O

PT

19:A

ILLUM_OPT19:BXC1E102−0.8

ILLUM_OPT20:BSPXC1EXC1E103−0.8

XC1B19−2.0

SPXC1B1

BE

C_J

2:E

9

F24A−2.0

IGN

_SP

1:B

IGN

_SP

1:A

F24FUSE,SPARE

15A

A

B

S067SWITCHBEACONLIGHTS

2

94

10

E65RLAMP, ROOFRH BEACON

BA

E65LLAMP, ROOFLH BEACON

BA

F24A2−2.0

F24A−2.0

SPF24D

SPX1C1B62

MC

OW

L:B

X1C1B62−2.0

SPX1C1B61

IGN_SP1_BL:B

MC

OW

L:A

F24D−2.0

F24D−2.0

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F3B5−1.0

F3B4−1.0

F3B1−1.0

XC1A11−0.8

MC

OF

:H

F3B3−0.8

E19DLAMP, ID LIGHTROOF, DRIVER

A

B

SPXC1A2

MC

OF

2:G

XC1A12−0.8

SPXC1A10

SPF3B1

F3B1−1.0

XC1A13−0.8

MC

OF

CO

C:H

XC1A10−1.0

F3B4−0.8

E19CLAMP, ID LIGHTROOF, CENTER

A

B

MC

OF

CO

D:H

E19PLAMP, ID LIGHTROOF, PASS.

A

B

XC1A10−1.0

MC

OF

:H

F3B2−0.8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

F3F44−0.8

MC

OF

CO

D:C

MC

OF

CO

C:C

MC

OF

CO

D:B

F9B3−1.0F6A2−0.8

MC

OF

CO

C:B

SLPB−0.8

MC

OF

CO

C:D

W/EXTRA LIGHT IN SKIRT

F6B−0.8

MC

OF

CO

D:A

MC

OF

CO

C:E

MC

OF

CO

C:A

SLPA−0.8

MC

OF

CO

D:F

MC

OF

CO

D:D

MC

OF

CO

C:F

MC

OF

CO

D:E

GA

:0 A

BE

C_J

1:A

2

GD

:4 E

CO

SLR

:C

GD

:3 D

CO

SLL

:C

SPF3B3

MC

OF

CO

D:G

F35B2−0.8

MC

OF

CO

C:G

F3B2−1.0

F3B3−1.0

WIRING DIAGRAM: GMLIGHTING: ROOF W/ OPTIONS

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

M

LS

HS

53b 53 31b 53a

31

BLUE

GREEN

YELLOW

BLACK

RED

CAM

M01MOTOR,WSHLD. WIPER

A:A A:B A:D A:C

B:A

HS LSGND

Wash+12v DelayRelay

ParkS009SWITCHWIPER CTRL

2 69

8 5 117 3

F21

B−

0.8

F21

D−

2.0

F21

A1−

2.0

MM02

MOTOR, WSHLD.WASHER PUMP

A

B

BE

C_J

3:A

8

BE

C_J

2:F

8

BE

C_J

2:F

9

BE

C_J

2:E

10

F21G−2.0

BE

C_J

2:F

10

F21E−2.0

MC

FC

:73

F21

C−

2.0

MC

FC

:71

MC

FC

:72

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

SPF3F31

F3F

33−

0.8

SPXC1A3

XC

1A23

−2.

0

RELAYWINDSHIELD WIPER

RLY16

85

86

30

87A87

CB21CIR. BRKRWINDSHIELDWIPER/WASH.20A

A

B

MCFC:74

F21

H−

2.0

MCFC:54

F21

A2−

2.0

DHFC:9

F21

H−

2.0

F21H−2.0

DHFC:6

F21

A2−

2.0

F21A2−2.0

DH

FC

:8F

21D

−2.

0F

21D

−2.

0

DH

FC

:7

F21

C−

2.0

F21

C−

2.0

DH

FC

:10

F21

B−

0.8

F21

B−

0.8

XC

1F3−

0.8

XC1F32−2.0

SPXC1F2 SPXC1F2

WIRING DIAGRAM: GPWIPER/WASHER

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

HORN BUTTON

GROUND

S036SWITCH,IGNITION

B:A

C:A

XC

1F4−

1.0

F36C1−0.8

F36

C−

0.8

F36C1−0.8

EP

DM

G:B

EP

DM

C:G

F36FUSE,HORN

15A

A

B

F36

C2−

0.8

IE:1

DM

CP

LW:D

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

MC

SC

:A14

WH

T−

0.8

RELAY, HORN

RLY1485

86

30

87A87

MC

SC

:A15

XC

1A63

−0.

8

SPXC1A2

BLK

−0.

8

SPF36C

−1.0

F36

B1−

1.0

DUAL HORN

−1.0

SPXC1F2

H02AHORN

A

B

H02BHORN #1

A

B

H02CHORN#2

A

B

WIRING DIAGRAM: GQHORN WIRING/SPOTLIGHT


1

2

3

4

7

5

6

8

EL1Lamp,Extra spotlamp, roof

B

A

27−

A−

2.0

27−

A−

2.0

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XC1A14−2.0

XC1A18−2.0 XC1A19−2.0

F26B4−2.0

F26B2−2.0

F26B5−2.0

XC1A14−2.0XC1A14−2.0

F26B2−2.0F26B2−2.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

WIRING DIAGRAM: GRLIGHTING − HOOK UP LAMPS

XC1A16−1.0

XC1A115−1.0

F6A13−1.0

F6A12−2.0

F6A12−0.8

XC1A14−2.0

E58

_A

F26B3−2.0

F26B2−2.0

F26B−2.0

F26B6−1.0

E58BLAMP, HOOK−UP,FLUSH MTD,LED

3

1

SLP

CO

FH

:A

MC

FC

:77

XC1A14−2.0

F26B7−1.0

E58R.A1

2

GU

SLP

CA

B:C

XC1A14−2.0

XC1A15−1.0

E58RLAMP,PERIMETERRH

1

2

F26B2−2.0

XC1A17−1.0

F26B5−1.0

F26B2−2.0

F26B2−2.0

MC

HL:

A

XC1A114−1.0

F6A14−1.0

F26B3−2.0

F6A12−0.8

F26B1−2.0

E58

_B

F26B7−1.0

SPF6A12

DAYCAB

F26B2−2.0

E18ABACK UP LAMP

B

A

MC

HLG

US

LP:A

MC

HLG

US

LP:B

SPXC1A2

XC1A17−1.0

MC

HL:

B

SPF26B1

F26B2−2.0

F26B1−2.0

XC1A14−2.0

F26B2−2.0

E58LAMP, HOOK−UP

B

A

SPF26B3

XC1A14−2.0

FC

SC

R:1

2

SLEEPER

MC

HL:

A

E58LLAMP, PERIMETER LH

1

2

FC

SC

R:1

3

F26B−2.0

SPXC1G40

XC1A14−2.0

GU

SLP

CA

B:B

E58ALAMP, HOOK−UP,FLUSH MTDB

A

SPXC1A16

GU

SLP

CA

B:A

SPF26B

F26B3−2.0

HE

:3 A

MC

_SLP

_CA

B1:

E

GA

:0 B

S01

:M

IE:2

DM

CP

LW:G

IE:2

DM

CP

LW:G

GA

:0 B

S01

:M

GH

:1 B

SP

F6A

11

E05ALAMPHOOK UPLEFT

B

A E05BLAMPHOOK UPRIGHTB

A

HOOKUPLP:B

HOOKUPLP:A

SP26B2

SPXC1A14

LSH

UL:

1

F26B4−2.0

RS

HU

L:1

F26B5−2.0

LSH

UL:

2

XC1A18−2.0

RS

HU

L:2

XC1A19−2.0

E23LALAMP, CARGOLH

A

C

E18

A.A

:AE

18A

.B:A

XC1A113−2.0

SLC

LR:1

F6A16−0.8

SLC

LR:2

XC1A117−0.8

SLC

LL:2

XC1A116−0.8

XC1A116−0.8

SLC

LL:1

F6A15−0.8

F6A15−0.8

E23RALAMP,CARGORH

A

C

XC1A117−0.8

F6A16−0.8

E58BLLAMP,HOOK UPLEDLEFT

3

1

E58BRLAMP,HOOK UPLEDRIGHT

3

1

SPF26B4

SPXC1A18

RED

BLACK

WHITE

2 3

1

E17LLAMP, CABSLEEPER LEFT DOME

B A

C

RED

BLACK

WHITE

2 3

1

E17RLAMP, CABSLEPER RIGHT DOME

B A

C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

GA

F−

3.0

CB2A1−0.5

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

GND OFFPOS

HISPD

M2SPD

M1SPD

LOSPD

SWIGN

COMPCLUTCH

RECIRACTPOS

RECIRACTNEG

TEMPACTPOS

MODEACT

ACTPWR

SIGNALFROMBLWR

FRZSNSPOS

DIMMER

TEMPACTNEG

DUCTTEMPNEG

DUCTTEMPPOS

FRZSNSNEG

ACTGND

GND A34CONTROL UNIT, CLIMATE

13

A

D

CE

HG

8 1 10B

15 347 6F 9 1411

2 16

5 12

GA

D−

3.0

F25

A−

3.0

F25

C−

3.0

GAA−0.8

GB

3−0.

8

GB

4−0.

8

GB

6−0.

8

GA

H−

3.0

F25FUSE,HVACCAB30A

A

BB

EC

_J2:

F6

F70

B−

0.8

SPF3F

F3F

22−

0.8

GB2−0.8

A BSPXC1C1

MCFC:63BE

C_J

2:A

7

MCFC:63

F53

A−

1.0

HB

:2 B

FC

AP

AD

S:A

RELAY,HVACCAB

RLY3585

86

30

87A 87

GB

7−0.

8

GB

15−

0.8

FCAC:AGB02−1.0

GB02−1.0

FCAC:B

F53B−1.0

B156ASENSOR, FREONHI PRESSURE

A

B

F53B−1.0 CA:0 CX11:23

BE

C_J

2:E

6

SPF25A

HVAC W/O APADS

WIRING DIAGRAM: HACLIMATE CONTROL

SPGAD

GAD1−3.0

GA

D2−

3.0

Y42

CLUTCH, MAGNETIC,A/C COMPRESSOR

A

B

FC

EN

:A

CUMMINS

F53

B−

1.0

RELAY,HVAC CAB CONT.

RLY2685

86

30

87

X02

CA

3−2.

0A

F:2

BX

G9_

C3

GB

14−

0.8

GB

9−0.

8

F70FUSE, HVAC SLPR./BB IGN 1

10A

A

B

BE

C_J

3:A

6B

A:1

CA

17.B

:2

GA

12A

1−2.

0

XC1C2−0.8

XC1C3A−3.0

XC1C3−3.0

F25

B−

3.0

GB

13−

0.8

GA

G−

3.0

GB

5−0.

8

M

RESISTORMODE

ACTUATORTEMP

ACTUATORRECIRC

ACTUATOREVAP

SENSOR

IGNITION

GROUND

IGNITION

GROUND

INP

UT

SIG

NA

L

INP

UT

SIG

NA

L (

MC

C)

/T

EM

P A

CT

PO

S (

EC

C)

SIG

NA

L T

EM

P

GR

OU

ND

TE

MP

M2 S

PE

ED

HIG

H S

PE

ED

BLO

WE

R IG

N

M1 S

PE

ED

LO

W S

PE

ED

AT

C S

EN

S N

EG

AT

C S

EN

S P

OS

ATCSENSOR

(MCC ONLY)

(MCC ONLY)

TE

MP

AC

T N

EG

(EC

C O

NLY

)

(ECC ONLY)

E35HVAC UNIT

A D CE H G A B C DB F E F G H J K L MG

B12

−0.

8

GB

11−

0.8

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

WHITE−

BLACK

BLUE

RED

ORANGE

BLACK

GREEN

V IG

NIT

ION

WHITE

YELLOW

YELLOW

−BLACK

A

CC

LU

TC

H

FAN

GROUND

THERMOSTAT

LO

PR

ES

SR

ET

UR

N

HI P

RE

SS

SW

ITC

H

HI P

RE

SS

RE

TU

RN

LO

PR

ES

SS

WIT

CH

A89CTRL UNIT, APADS, CM 813

2 3 41 5 6

1 2 3 4

F41

B1−

2.0

F41G1−0.8

F41A8−0.8

F41A7−2.0

F41

A3−

1.0

F41A6−1.0

F40D−1.0

F40C−1.0

F40F−1.0

F40E−1.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

SPXC1F1

F53

A−

1.0

HA

:2 B

MC

FC

:63

XC

1F9−

1.0

XC1F9−1.0

FC

AP

AD

S:A

F53

A−

1.0

FC

AP

AD

S:E

FC

AP

AD

S:B

F53

B−

1.0

FC

AC

:E

B157SENSOR, FREONHI PRESSURE

A

B

B158SENSOR,FREON LOWPRESSURE

A

B

FC

AP

AD

S:D

SPF41A3

30

87A87

85

86

RELAY,FAN CONTROL

RLY60_MATE2

5

1

34

F53B−1.0CA:0 CX11:23

FC

AP

AD

S:C

WIRING DIAGRAM: HBAPADS WIRING

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

R30Heater,Windshield,Single Piece

B

A

S059SWITCH,HEATEDWINDSHIELD

212

9 4

10

AD B C

D CBF AE

BCA

D

BA

SWITCH

CUSHION

BACK

MODULE

RIDER’S SEAT

R26HTD. SEATPASSENGER

2

1AD B C

D CBF AE

BCA

D

BA

SWITCH

CUSHION

BACK

MODULE

DRIVER’S SEAT

R25HTD SEAT,DRIVER

2

1

F28A1−2.0

F28B3−0.8

XC1C6−0.8

F28A1−2.0

XC1C8−2.0

XC1C6−2.0

F3F43−0.8

XC

1A82

A−

0.8

XC

1A82

−0.

8

XC1C7−2.0

F28B1−2.0

F28B2−2.0

XC1A72−0.8

XC

1A85

−0.

8

F3F

50−

0.8

F3F

43−

0.8

XC1C5−1.0

XC1C6−1.0

F28A1−1.0

F28A2−1.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

F28FUSE, HTD.SEATS

20A

A

B

SPF28A

SPXC1C1

Heated Windshield Aux Fan

BE

C_J

2:D

8

SPXC1C1

SPXC1C5

MC

HS

:BX

C1C

4−2.

0X

C1C

4−2.

0M

CH

S:A

F28

A−

2.0

SPF3F43

ILLU

M_O

PT

1:B

SPXC1A72

A20Control Unit,Heated Windshield

B7

C7 B6

B8

SPF28B3

HWR:AF28B2−2.0

SPF28B1F28B3−2.0F28B3−2.0

MC

AF

:A

F28A−2.0

S060Switch,Aux Fan

2 94

103

MC

AF

:BX

C1C

4−2.

0

ILLU

M_O

PT

3:B

SPXC1A82

ILLU

M_O

PT

:A

SPF3F53

HWR:B

SPXC1C6

R28Heater,Windshield,LeftB

AR29Heater,Windshield,RightB

A

MC

HW

:A

MC

HS

:AF

28A

−2.

0

SPF28A1

F28A2−2.0

F28

C−

2.0

F28B1−2.0

ILLU

M_O

PT

1:A

ILLU

M_O

PT

3:A

M

M03MOTOR,AUX FAN

C B A

AF

_AF

R:C

XC

1C4−

2.0

XC

1C4−

2.0

AF

_AF

R:B

F28

C−

2.0

F28

C−

2.0

AF

_AF

R:A

F28

B2−

2.0

F28

B2−

2.0

Heated Seats

ILLUM_OPT6:A

F3F51−0.8

ILLU

M_O

PT

6:B X

C1A

84−

0.8

ILLU

M_O

PT

4:A

F3F52−0.8

ILLU

M_O

PT

4:B

XC

1A82

B−

0.8

SPXC1C4

XC1C5−2.0

XC1C6−2.0SPXC1C1

MCHW:B

XC1C4−2.0

XC1C4−2.0

F3F53−0.8

WIRING DIAGRAM: HCHEATED SEATS, HEATED WINDSHIELD, AUX FAN 1/2

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XC1C16A2−0.8

XC1C16A1−3.0

F6A2−0.8

F6A1−3.0

F3F68−0.8

XC1E14−0.8

XC

1C14

−2.

0

F70H−2.0

F70D−2.0

F70F−2.0

F70G−2.0

F70E−2.0

F14B1−2.0

F14B2−2.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

RED

BROWN

YELLOW

BLACK−WHITE

ORANGE

PURPLE

BLACK

D

OO

R

AC

TU

AT

OR

M

HIGH SPEED RELAY

BLOWER MOTOR

710

8

3

2 1

E32Climate unit

D

F

H

C

B

E

G

A

BE

C_J

3:F

8

SPF14B

SPXC1C12

XC1C32−2.0

XC1C31−2.0

SLP

_CA

B2:

B

F14B−5.0

MC

_SLP

_CA

B2:

B

F14B−5.0

F75B−5.0

BLACK

SLEEPERHEATER A/CCONTROLS

RED

BLACK−WHITE

BROWN

PURPLE

ORANGE

YELLOW

BLACK

A106CONTROL UNIT,SLEEPERHVAC

A

B

C

D

E

F

G

H

F67FUSE,SPARE

15A

A

B

MC

_SLP

_CA

B3:

CS

LP_C

AB

3:C

F67

A1−

2.0

BE

C_J

1:E

5F

67A

1−2.

0F

67A

1−2.

0BAT

GND

BR

AK

E S

W ’A

’

BR

AK

E S

W ’B

’ E61HEATER,WEBASTO,AT2000S

1 2 3 4

S111SWITCH,PARKBRAKEHEATER

A

B

MC

_SLP

_CA

B3:

DF

67C

−1.

0

SLP

_CA

B3:

D

F67

C−

1.0

F67

C−

1.0

SLP

_CA

B3:

EF

67B

−1.

0M

C_S

LP_C

AB

3:E

F67

B−

1.0

F67

B−

1.0

WIRING DIAGRAM: HDSLEEPER CLIMATE CONTROL

S014SWITCH,SLEEPERHVACENABLE

2

1

12

9 4

10

SPF3F31

F3F65−0.8

SPXC1E1

BE

C_J

3:E

8

CG2B1−0.8

SPXC1C12

CB2A2−0.8

BA

:0 D

SP

CB

2A


30A

A

B

RELAY,SLEEPERHVAC

RLY5385

86

30

87A87

BE

C_J

3:F

10

SP75A

BE

C_J

3:E

10

BE

C_J

4:D

1

F75A1−5.0

F75A2−3.0 F75A3−5.0

BE

C_J

4:D

2

M

M59A

B

X07C.A

C

A

SPF6A

SPXC1C16

SLS

F:A

F6A−3.0

SLS

F:B

XC1C16−3.0

PLUG TO X07C

SLEEPER AUX FAN SBAFAN

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

S017D

SW. SLEPRROOF DOME LAMP

A

B C

E23RLAMP,CARGO, RHB

A

E18LCLAMP,LH CABINET

B

A

E12PHLAMP, HIGH RISESLEEPER ROOF POS.LIGHT PASS.

A

B

INCANDESCENT LIGHTS

E12DHLAMP, HIGH RISESLEEPER ROOF POS.LIGHT DRIVER

A

B

LED LIGHTS

E12DHLLAMP, HIGH RISESLEEPER ROOF POS.LIGHT DRIVER

1

2

E19CHLAMP, ID LIGHTHIGH RISE SLEEPERROOF, CENTER

A

B

E19DHLAMP, ID LIGHTHIGH RISE SLEEPERROOF DRIVER

A

B

XC1A13−1.0

E19DHLLAMP, ID LIGHTHIGH RISE SLEEPERROOF, DRIVER

1

2

WIRING DIAGRAM: HESLEEPER FUNCTIONS

S017ESW. CABSLEEPER ROOFDOME LMP

2

1

12

94

10

E18LBLAMP,LOWR. BUNK

B

A

F1J−0.8

F2GG−0.8

F2EE−0.8 F2T−0.8

F2C−1.0 F2C−2.0

F2D−0.8

F2N−0.8

F48A4−3.0

F48A−5.0

F48A1−3.0

F48A−5.0

F48A4−3.0

XC1C30−0.8XC1C29−0.8

F26B8−0.8 F26B7−0.8

XC1A71−0.8

XC1C23−2.0

XC1C28−0.8

XC1C24−0.8

HA23−0.8

HA20−0.8

XC1C27−0.8

F2J−0.8

F1K−0.8

F1G−0.8

F1H−0.8

F1F−0.8

F1M−0.8

F1C−0.8

F1B−0.8

F1A−1.0

F3C−3.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

X07CPOWEROUTLETSLPR C

A

A90ALARM, CLOCK

A

B

C E18RLAMP,READING

B

A


30A/40A

A

B

SBF6FUSE,SLPRPOWEROUTLET15A

A

B

SBF3FUSE,SLPR.REFRIGERATOR,PWR OUTLET 220A

A

B

SBF4FUSE,SLPR.TV OUTLET10A

A

B

SBF7FUSE,AUDIO AMP.

20A

A

B

SBF1FUSE, SLPR. LIGHTING 110A

A

B

X07DPOWEROUTLETSLPR

C

A

X07TVPOWEROUTLET TV

C

A

F3B−3.0SPF3A

XC1C22−3.0

F4A−1.0

XC1C17−3.0

SPF1A

E23LLAMP, CARGO, LHB

A

F1D−0.8

S041SLSWITCH,LH JAMB

AB

S041SRSWITCH,RH JAMB

A B

S041SBSWITCH,BUNK

AB

SPF1F

SBF2FUSE, SLPRLIGHTING 2

15A

A

B

SPF48A

E18LRLAMP,SLEEPERLH ROOFB

A

E18RRLAMP,SLPRRH ROOFB

A

E18NLAMP,SLEEPERINDIRECT

B

A

S055SWITCH,INDIRECTLMP.

A

B

F2K−0.8

BE

:0 C

A03

.A:2

0

BE

:0 C

A03

.A:2

3

A04A

REFRIGERATOR

A

B

XC1C15−3.0

XC1C25−0.8SPXC1C23

SPXC1C13

XC1C16−3.0

SPXC1C12

F3F42−0.8

SLR

FH

L2:G

SLPB−0.8

SLR

FH

L2:F

SLPA−0.8

MC

OF

:D

SLPB−0.8

MC

OF

:B

SLPA−0.8

SLP

_CA

B1:

H

F2P−0.8

SLP

_CA

B1:

G

F2W−0.8

XC1A69−0.8

SLP_CAB1:E

SLP

_CA

B2:

A

F3F41−0.8GH:0 BSPF3F44

F9B−1.0

AA

:4 D

SLP

_CA

B1:

F

E58LAMP, HOOK−UPB

A E58LAMP, HOOK−UPB

A

SPF26B7

SPXC1C12 SPXC1C13

SPF48A1

F48A3−3.0

F48A2−3.0

SLP

_CA

B3:

A

SLP

_CA

B3:

B

SPF2C

SLP

_RF

:CF2C−1.0

SPF2T

SPF2LL

SLP

_RF

:A

F2LL−0.8

F2LL−0.8

F1L−0.8

SPF1J

SLP_RF:DF1E−0.8F1E−0.8

SLP

_RF

:B

XC1C20−0.8

X10A

MC_SLP_CAB1:EF26B3−2.0

MC

_SLP

_CA

B1:

H

SLPB−0.8

MC

_SLP

_CA

B1:

G

SLPA−0.8

MC_SLP_CAB3:AHA20−0.8

MC_SLP_CAB3:B

HA23−0.8

MC_SLP_CAB2:AF48A−5.0F48A−5.0

GH:1 DSPXC1A68

F3A−3.0

F6A−3.0

F48A5−2.0

HA20−0.8

F48A6−5.0

F48B−5.0

XC1C26−2.0

HA23−0.8

SC

1_C

AB

:H

SC

1_C

AB

:G

SC

1_S

LP:H

SC

1_S

LP:G

SLP

_CA

B1:

H

SLP

_CA

B1:

G

SLPA−0.8

SLPA−0.8

SLPB−0.8

SLPB−0.8

F26B3−1.0F26B3−1.0SC1_SLP:E SC1_CAB:E SLP_CAB1:E

SPXC1C12

XC1C18−0.8

XC1A110−0.8

E19DHS:B

SPXC1A13

SPF3B2

E19DHS:A

SPF35B4

HRSCHRSS:4

XC1A112−0.8

F35B11−0.8

XC1A9−0.8

HRSCHRSS:3

SPXC1A9

F35B4−0.8

E19PHLLAMP, ID LIGHTHIGH RISE SLEEPERROOF, PASS.

1

2

F3B27−0.8

F3B26−0.8

XC1A109−0.8

XC1A108−0.8

F3B25−0.8

E19CHLLAMP, ID LIGHTHIGH RISE SLEEPERROOF, CENTER

1

2

HRSCHRSS:1

HRSCHRSS:2

F3B2−1.0

F3B2−1.0

XC1A10−1.0

XC1A109−0.8

XC1A110−0.8SPXC1A13

XC1A108−0.8

SPF3B2F3B27−0.8

F3B2−1.0

F3B25−0.8

F3B26−0.8

XC1A13−1.0

F35B10−0.8

XC1A111−0.8

E12PHLLAMP, HIGH RISESLEEPER, ROOF POS.LIGHT PASS.

1

2

XC1A9−0.8E12DHS:B

E12DHS:AF35B4−0.8

SPXC1C13

XC1C21−0.8

XC1C20−0.8

XC1C19−0.8

SPXC1C13

SPXC1C13

LED LIGHTS

INCANDESCENT LIGHTS

F35B4−0.8F35B10−0.8

SPXC1A9XC1A111−0.8

XC1A112−0.8

F35B11−0.8

SPF35B4

XC1A9−0.8 HE:4 EHRSCHRSS:4

XC1A9−0.8HE:4 DSPXC1A9

HE:4 DHRSCHRSS:3

F35B4−0.8HE:4 DSPF35B4

HIGH RISE SLEEPER ROOF LIGHTS

E19PHLAMP, ID LIGHTHIGH RISE SLEEPERROOF, PASS.

A

B

F26B3−2.0GR:1 B

SPF26B

F7A−3.0

KB

:3 D

KB

:A56

.P:A

RLY

1 C

TR

L

R

LY

1F

EE

DB

AC

K

RLY

1 N

O

GND

RLY

2 C

OM

RLY

2 N

O

S110SWITCH,LVD

A:B

B:B

A:AB:C B:AB:D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

G01A1N−50.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

GND

120V OUTPUT 120V OUTPUT 120V OUTPUT120V INPUT

G04

POWER DISTR. UNIT120VAC

B:WB:B B:G

A:B

C:B C:G C:W D:WD:GD:B E:WE:GE:B

BATTERY

+G01BATTERY

XF_C61

X17B

RECEPTACLE120VACLEFT SLEEPER

A1 A2 A3

X17C

RECEPTACLE120VACRIGHT SLEEPER

A1 A2 A3

X17E

RECEPTACLE120VACLEFT SLEEPER

A1 A2 A3

X17A

RECEPTACLE120VACEXTERNAL

A1 A2 A3

X17D

RECEPTACLE120VACRIGHT SLEEPER

A1 A2 A3

G01

_N2

G01_N3

G01

_P3

XF

_C6

FM3_A4

100A

B A

G01_P2A

G01A2P − 50.0

G01A3P − 50.0

G01

_P2

G01

_P3A

WITH INVERTER

WITHOUT INVERTER

REMOTE CONTROL 120V OUTPUT 120V INPUT

12V INPUT

CASEGROUND

G03

INVERTER12VDC/120VAC

B:E B:CB:B B:AB:D

A:− A:+

C:A

D:WD:B D:G C:WC:GC:BB:F

G03.DINVERTER DISPLAY

B:E B:CB:B B:AB:DB:F

SHORE POWER

WIRING DIAGRAM: HF120V AC SYSTEM/INVERTER

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

28A1−2.0

SPXC1C6

R30Heater,Windshield,Single Piece

B

A

S059SWITCH,HEATEDWINDSHIELD

212

9 4

10

28A3−0.8

BKA84−0.8

F28B3−0.8

R29Heater,Windshield,Right

B

A

28B2−2.0

XC1C4−2.0

SPF28B3

HEATED WINDSHIELD

SPBKA87

F28B3−2.0

3F43−0.8

XC1C8−2.0

MCHW:B

28A1−2.0

HWR:B

XC1C6−0.8

3F51−0.8

F28B1−2.0

R28Heater,Windshield,Left

B

A

BKD3−2.0

A20Control Unit,Heated Windshield

B7

C7 B6

B8

XC1C6−2.0

BKD3−2.0

ILLUM_OPT6:A

28B3−2.0

BKA71−0.828A2−2.0

28B1−2.0

XC1C7−2.0

SSP28A1

F28B2−2.0

3F50−0.8

SPBKD3

28C−2.0

SP28B1

BKD3−2.0

HWR:A

ILLUM_OPT1:A

SPXC1C1

SP3F57

BKA83−0.8

AF

_AF

R:A

AF

_AF

R:C

SP3F57

SPBKA87

BKD4−2.0

F28

C−

2.0

S060Switch,Aux Fan

2 94

103

F28

B2−

2.0

XC

1C4−

2.0

AF

_AF

R:B

M

M03MOTOR,AUX FAN

C B A

AUX FAN

OP

TS

W7B

−2.

0

OP

TS

W7B

2−2.

0

F3F

43−

0.8

BK

A81

−0.

8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

WIRING DIAGRAM: HGHEATED SEATS, HEATED WINDSHIELD, AUX FAN 2/2

OP

TS

W7A

−2.

0N

E:2

BO

PT

_SW

_PW

R:B

9

NE:3 ANE:RLY70.A2

SPBKD4A

ILLU

M_O

PT

6:B

ILLU

M_O

PT

1:B

MCHW:A

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

S107SW. DRIVERP.WINDOW

2 6

1

12

954

10

8

S106DSSWITCH, PASSP.WINDOW(DRIVER SIDE)

2 6

1

12

954

10

8

S106PSSW. PASS P.WINDOW(PASS SIDE)

2 6

1

12

954

10

8

XC

1A27

−2.

0

F3F35−0.8

F3F37−0.8

XC1A53−2.0

XC1A54−0.8

F23

B1−

2.0

XC

1A49

−2.

0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

BE

C_J

3:B

9

BE

C_J

3:C

8

M

WINDOW LIFT

M06DSMOTOR,P.WINDOW DRIVER

A B

M

WINDOW LIFT

M06PSMOTOR,P.WINDOWPASS.

A B

SPF23A

SPF23B

SPF23C

IE:0

CM

CD

L3:E

CB22CIR. BRKR.PWR WINLIFT, L.H.20A

A

B

CB23CIR. BRKR.PWR WINLIFT, RH

20A

A

B

MC

DL3

:F

MC

DR

3:F

MC

DL3

:AF

22A

−2.

0

MCDL3:B

F23A1−2.0 F23A1−2.0

MC

DR

3:B

F23

A2−

2.0

F23A2−2.0

MCDL3:C

MCDL3:D

MCDR3:CF23B−2.0 F23B−2.0

MCDR3:DF23C1−2.0 F23C1−2.0

SPXC1A53

F3F

28−

0.8

F3F29−0.8

F3F36−0.8

F3F

30−

0.8

F22

B−

2.0

F22

C−

2.0

F23

B−

2.0

F23

C1−

2.0

XC1A55−0.8

F23

B2−

2.0

F23

C−

2.0

MC

PLW

:M

MC

PLW

:LM

CP

LW_B

:L

MC

PLW

_B:M

F3F

30−

0.8

F3F23−0.8

IE:4

BM

CD

R2:

F

F3F

24−

0.8

IE:0

AM

CD

L2:F

MC

PLW

:K

F23A−2.0

F3F28−0.8

MC

PLW

_B:K

F23

A−

2.0

MC

PLW

:J

F22A−2.0

MC

PLW

_B:J

F22A−2.0

XC1A50−2.0

XC1A51−0.8

XC1A61−2.0

SPXC1A40

XC

1A52

−0.

8IE

:3 B

S02

8R:9

AD

:4 B

BE

C_J

3:B

5

MC

DR

3:E

XC

1A27

−2.

0

MC

PLW

_B:P

XC

1A27

−2.

0M

CP

LW:P

F3F

28−

0.8

F23

C2−

2.0

F3F

30−

0.8

XC1A40−1.0IE:0 BS028L:8

XC1A41−1.0IE:0 BS028L:1

SPF3F

WIRING DIAGRAM: IARH & LH MOTORIZED WINDOWS

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

M M

M110LMIRROR MOTOR& HTR, LHS

563 124

M


563 124

M


563 124

F27A3−2.0

F27A3−2.0

XC

1A31

−1.

0

F35

B6−

2.0

F35

B5−

2.0

XC1A30−0.8

BATT

LH L/R LH COM LH U/D RH U/DRH COMRH L/RGND

MIRROR ADJ. SW

RH+R + O O + G OB C D G F E

LH+R + G O + O ORH+L G O O G + OLH+L G + O G O O

RH+U O O + O G +LH+U O G + O O +RH+D O O G O + GLH+D O + G O O G

S030

A

B C D EFGH

BE

C_J

1:C

11

M M

M110RMIRROR MOTOR& HTR, RHS

563 124

M

M110R MIRROR MOTOR& HTR, RHS

563 124

MOTO MIRRORSHEATED & LIGHTED

SPF15B1

F20FUSE,MOTO.MIRRORS

10A

A

B

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

MC

DR

1:F

F20

E−

0.8

F20

E−

0.8

MC

DR

1:G

F20

G−

0.8

F20

G−

0.8

MC

DR

1:H

F20

H−

0.8

F20

H−

0.8

MC

DR

1:F

F20

E−

0.8

MC

DR

1:G

F20

G−

0.8

MC

DR

1:H

F20

H−

0.8

MC

DL1

:FF

20B

−0.

8F

20B

−0.

8

MC

DL1

:GF

20C

−0.

8

F20

C−

0.8

MC

DL1

:HF

20D

−0.

8

F20

D−

0.8

MC

DL1

:F

MC

DL1

:GF

20C

−0.

8

MC

DL1

:HF

20D

−0.

8

MC

DR

1:A

F15

B5−

1.0

F15

B5−

2.0

MC

DL1

:AF

15B

4−1.

0

F15B4−2.0

MC

DL1

:AF

15B

4−1.

0

MC

DR

1:A

F15

B5−

1.0

SPXC1A4

MC

DR

1:B

XC

1A32

−1.

0

XC

1A32

−2.

0

SPXC1A2

AD

:4 B

BE

C_J

3:A

5

MC

DL1

:BX

C1A

31−

2.0

XC

1A31

−1.

0

MC

DL1

:BX

C1A

31−

1.0

MC

DR

1:B

XC

1A32

−1.

0

GA

:4 D

SP

F35

B

GA

:4 D

SP

F35

B

MC

DR

1:E

F35

B6−

1.0

MC

DL1

:EF

35B

5 −

1.0

MC

DL1

:F

MC

DL1

:G

MC

DL1

:H

MC

DL1

:A

MC

DL1

:B

MC

DR

1:B

MC

DR

1:F

MC

DR

1:G

MC

DR

1:H

MC

DR

1:A

MC

DL1

:A

MC

DL1

:F

MC

DL1

:G

F20

B−

0.8

F15

B4−

1.0

M110CLMIRROR, HTD.CONVEX ,LHS

BA

F35

B5−

1.0

MC

DL1

:B

MC

DL1

:H

F20

C−

0.8

F20

D−

0.8

MC

DR

1:H

F20

G−

0.8

XC

1A32

−1.

0

MC

DR

1:A

MC

DR

1:F

MC

DR

1:G

F20

H−

0.8

F20

E−

0.8

M110CRMIRROR, HTDCONVEX, RHS

BA

M

M110RMIRROR MOTOR& HTR, RHS

563 124

F35

B6−

1.0

MC

DR

1:B

MC

DL1

:E

MC

DL1

:E

MC

DR

1:E

MC

DR

1:E

MOTO MIRRORSHEATED & LIGHTED& HEATED CONVEX MIRRORS

4 WAY MOTORIZED AND HEATED MIRRORS

MC

DR

1:E

F35

B6−

1.0

MC

DL1

:EF

35B

5−1.

0

F15

B5−

1.0

F15

B1−

2.0

BF

:2 B

BE

C_J

1:B

6

F20

B−

0.8

MOUTSIDE AIR TEMP


563 124

F20A−1.0

MOTO MIRRORSHEATED & ROADWATCH

NB:2 BSPF27A

MCDL1:C

MCDL1:C F27A3−1.0

MCDL1:A F15B4−1.0

MCDL1:G F20C−0.8

MCDL1:F F20B−0.8

MCDL1:B XC1A31−1.0

NB:3 BSPF27A1

WIRING DIAGRAM: ICMIRROR CONTROL 1/2

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

S028SW. PASS.DOOR LOCK

6

1

12

954

10

8

3

XC1A52−0.8XC1A51−1.0

XC1A27−2.0

F3F29−0.8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

BE

C_J

3:C

8

CB23CIR. BRKR.PWR WINLIFT, RH

20A

A

BB

EC

_J2:

A12

MC

DR

3B:C

F23B−2.0

F23

B−

2.0

MC

DR

3B:D

F23C−2.0

F23

C−

2.0

MCDR2B:A MCDR2B:E

F12D−1.0

AD:4 BBEC_J3:B5

SPXC1A52

XC1A50−2.0

CB12CIR.BRKR.DOORLOCKS10A

A

B

XC1A53−1.0

XC

1A54

−1.

0

F3F35−0.8

M

WINDOW LIFT

M06

MOTOR,P.WINDOWPASS.

A B

DOOR LOCK

M

M80

MOTOR,P.LOCK PASS.

A B

MC

PLW

:NF

12A

−1.

0M

CP

LW_C

:N

F12A−1.0

MC

PLW

:KF

23A

−2.

0M

CP

LW_C

:KF

23A

−2.

0

MC

PLW

:L

MC

PLW

:M

MC

PLW

_C:L

F3F28−0.8

MC

PLW

_C:M

F3F30−0.8

MCPLW:PMCPLW_C:PXC1A27−2.0

S106SW. PASS P.WINDOW(PASS SIDE)

2 6

1

12

954

10

8

F12C−0.8 F12D−0.8

F3F28−0.8

F3F

30−

0.8

SPF3F

WIRING DIAGRAM: IDRH ONLY MOTORIZED WINDOWS & DOOR CONTROL

F12C−1.0

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

CLU_JMP

PLUG,JUMPER,A35:B

B:6B:8B:2B:7B:5B:4

S028LSW. DRIVERDOOR LOCK

6

1

12

954

10

8

3

Hook UpLH Light RH Light Int. Light

A35CONTROL UNIT, REMOTE RECEIVER DOOR LOCK

E:1 G:1

B:2E:4 E:3B:3 B:7B:4 G:2

G:5

B:5 B:8

G:4E:5E:2 B:1G:3

B:6

S028RSW. PASS.DOOR LOCK

6

1

12

954

10

8

3

F12A2−1.0

F4D

1−2.

0

F4C

1−2.

0

F3F38−0.8

F12

A1−

0.8

F12A2−1.0

F12G−0.8

F12E−0.8

F12

H−

0.8

F12B−0.8

F6B

1−0.

8

F36

C2−

0.8

F12A4−1.0

DOOR LOCK

M

M80R

MOTOR,P.LOCK PASS.

A B

DOOR LOCK

M

M80L

MOTOR,P.LOCK, DRIVR

A B

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

BE

C_J

2:A

12G

Q:1

CS

PF

36C

MCDL2:A

MCDL2:B

MC

DL2

:F

MC

DL3

:E

MCDL2:D

MCDR2:A

MCDR2:CF12E−0.8

MCDR2:DF12G−0.8

MC

DR

2:F

SPF12A

GH

:4 C

SP

F6B

MCDL2:C

F12C−0.8

MCDR2:BF12A3−1.0 F12A3−1.0

XC

1A49

−2.

0IA

:0 B

SP

XC

1A40

MCDL2:E

MCDR2:EF12D1−0.8 F12D1−0.8

BE

C_J

1:A

12

W/O KEYLESS ENTRY MODULE

F69FUSE,KEYLESSENTRY/SPARE

10A

A

B

BE

C_J

3:F

1

F12J−0.8

F3F

24−

0.8

F3F23−0.8

GD

:2 B

SP

F4C

GD

:4 B

SP

F4D

SPXC1A38

XC

1A37

−2.

0

XC1A38−1.0

XC1A39−1.0

XC

1A28

−2.

0A

D:3

BB

EC

_J1:

E1

MC

PLW

:CM

CP

LW_A

:CX

C1A

28−

2.0

MC

PLW

:NF

12A

−1.

0

MC

PLW

:A

F4A

1−2.

0

MC

PLW

:BF

69A

−1.

0

MC

PLW

_B:N

F12

A−

1.0

MC

PLW

_A:A

F4A1−3.0

MC

PLW

_A:B

F69A−1.0

MC

PLW

:D

MC

PLW

:E

MC

PLW

:F

MC

PLW

:G

MC

PLW

:H

MC

PLW

_A:D

F36

C2−

1.0

MC

PLW

_A:E

F4D

1−3.

0

MC

PLW

_A:F

F4C

1−3.

0

MC

PLW

_A:G

F26

B1−

3.0

MC

PLW

_A:H

F6B

1−0.

8

F3F

24−

0.8

IA:3

BM

CD

R3:

FF

3F23

−0.

8

IA:1

BM

CD

L3:F


15A

A

B

CB12CIR.BRKR.DOORLOCKS

10A

A

B

XC

1A52

−0.

8IA

:3 C

S10

6PS

:9

F12D−0.8

F12C−0.8

F12

H−

0.8

XC

1A41

−1.

0

XC

1A40

−1.

0IA

:0 B

SP

XC

1A40

IA:0

BS

PX

C1A

40

F12C1−0.8

F12C−0.8

F12B−0.8

F3F39−0.8

XC1A42−0.8

F12D2−0.8

F12E1−0.8

F12B1−0.8

F4D

1 −

2.0

GE

:4 C

SP

F4D

F4C

1 −

2.0

GE

:2 C

SP

F4C

WIRING DIAGRAM: IERH & LH DOOR CONTROL

F12J−0.8

F26

B1−

2.0

GR

:1 B

SP

F26

B

F26

B1−

2.0

GR

:2 B

SP

F26

B1

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XC

1A10

2−0.

8X

C1A

103−

0.8

XC

1A10

4−0.

8

F3F

85−

0.8

F3F

86−

0.8

F3F

87−

0.8

F4D

12−

1.0

CB

21−

0.8

CA

17−

0.8

F17

A18

−1.

0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

S99SWITCH, ADAPTIVE CRUISECONTROL,TIME GAP

2

1

12

9 4

10

BC

:0 B

DC

L_A

CC

:F

BC

:0 B

DC

L_A

CC

:A

BC

:0 C

DC

L_A

CC

:B

SPXC1G40

(TG−) (TG+)

F3F88−0.8

DU

CO

MM

TU

RN

SIG

NA

L

DU

PW

R

DU

GN

D

A51DISPLAY,SIDE OBJECTDETECTION

42 31

IGN

(D

R)

DU

CO

MM

DU

GN

D

NC

DU

PW

R

GND

B78SENSOR,RIGHTSIDE OBJECTDETECTION

21 3 4 5 6

FC

SS

:AF

65A

6−1.

0

FC

SS

:BX

04B

A4−

0.8

FC

SS

:CH

E3A

−8.

0

FC

SS

:DH

E4A

−8.

0

FC

SS

:EH

E5A

−0.

8

MC

SD

:1H

E4A

−0.

8

MC

SD

:2H

E5A

−0.

8

MC

SD

:3H

E3A

−0.

8

GD

:4 B

SP

F4D

MC

SD

:4F

4D12

−1.

0

MCFC:12HE5A−0.8 HE5A−0.8



X04BA4−0.8

ILLU

M_O

PT

11:B

ILLU

M_O

PT

12:B

ILLU

M_O

PT

12:A

ILLU

M_O

PT

11:A

SPF3F85

SPXC1A102

WIRING DIAGRAM: JAADAPTIVE CRUISE CONTROL 1/2

F65

A6−

1.0

JB:3

BS

PF

65A

4

F65

A6−

1.0

JB:1

BS

PF

65A

4

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

DL1

1LB

1−0.

8

DL1

1HB

1−0.

8

DL1

1LB

1−0.

8

DL1

1HB

1−0.

8D

L11H

B1−

0.8

DL1

1LB

1−0.

8

F56A2−1.0

DL1LN3−0.8

DL1HN3−0.8

F65

A4−

1.0

X04

BA

2−0.

8

FC

FA

:A

F65A6−1.0

F67

A2−

0.8

FC

FA

:CF

65A

4−1.

0

SPF67A3

SPF65A4

DL1

HN

8−0.

8

MC

FC

:9

F67

A3−

0.8

X04

BA

2−0.

8F

CF

A:D

GND

J1939H

J1939L

SUPPLY

SUPPLY

NC

NC

NC

B82Sensor,ACC radar

765321 4 8

F67

A1−

1.0

BE

C_J

3:E

2

DL1

LB8−

0.8

MACK ENG

DL1

LN8−

0.8

SPXC1G40

FC

FA

:B

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

DL1

HN

8−0.

8

F65

A5

− 1

.0

F65FUSE,ACC/SPARE

15A

A

B

F65FUSE,ACC/SPARE

15A

A

B

FC

FA

1:2

X04

BA

2−0.

8

DL1

HN

8−0.

8F

CF

A1:

1

X04

BA

2−0.

8F

CF

A1:

4

F65

A4−

1.0

F65A6−1.0

F65

A5

− 1

.0

SPF65A4

MC

FC

:9

DL1

HN

8−0.

8

DL1

LN8−

0.8

BE

C_J

3:E

2

MACK ENG

F65

A4−

1.0

SPXC1G40

F65

A5−

1.0

FC

FA

1:3

DL1

LB8−

0.8

WIRING DIAGRAM: JBADAPTIVE CRUISE CONTROL 2/2

BENDIX FLR−10BENDIX FLR−20

GND

CA

N H

I

CA

N L

O

(NO

T U

SE

D)

IGNITION

PR

IVA

TE

CA

NL

OW

PR

IVA

TE

CA

NH

IGH

SPARE

(NO

T U

SE

D)

SPARE

B82A

SENSOR,ACC RADARFLR−20

765 3 21 4 8 9 10

CA

:0 B

SP

DL1

H

CA

:0 B

SP

DL1

L

JA:2

CF

CS

S:A

JA:2

CF

CS

S:A

CA

:0 B

SP

DL1

H

CA

:0 B

SP

DL1

L

XA

:0 E

SP

DL1

HB

2

XA

:0 E

SP

DL1

LB2

JC:0

B

BE

C_J

1:C

1

FC

FA

1:6

FC

FA

1:5

MC

FC

:104

MC

FC

:105

JC:1

DM

CF

US

:C

JC:1

DM

CF

US

:D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F13A3−3.0

DL1HN22−0.8

DL1HN20−0.8

DL1LN22−0.8

DL1LN20−0.8

J1939H −4

J1939L − 3

(unused) − 5

GROUND − 8

(unused) − 2

PRIVATE CAN − 6LOW

BATTERY − 1

IGNITION − 9

PRIVATE CAN − 7HIGH

1 − VBAT (+)

2 − SPKR PLUS

3 − RS232_TX

4 − RS232_RX

5 − CAN HI (J1939)

6 − CAN LO (J1939)

7 − SWITCH INPUT

8 − LSD OUTPUT (MUTE)

9 − IGNITION

10 − SPKR LFT NEG

11 − SPKR RGT NEG

12 − FUSION CAN HI

13 − FUSION CAN LO

14 − HAPTIC RIGHT

15 −HAPTIC LEFT

16 − GND

SAFETY DIRECTPROCESSOR (SDP)

VIDEO CABLE

FLC20(CAMERA)

A176Control unit, LPOS,Lane Position and Object Sensor

A:A B:AA:B

A:CA:D

A:E A:GA:F A:HA:J

A:K B:CB:B

B:DB:E B:G

B:F B:HB:J

B:K

X200CONNECTOR,RS232

A

C

B

WIRING DIAGRAM : JCBENDIX FUSIONBATT

IGNEMS

ILLUMEMS

BATTIGN

ILLUM

F56

FUSE,BENDIXFUSION

10A

A

B

SPXC1B1

F53FUSE, BENDIXFUSION

10A

A

B

XA:0 CSPDL1H16

XA:0 CSPDL1L16

30

30

30

ED

:3 B

SP

F13

A1

XA:0 CSPDL1L15

XA:0 CSPDL1H15

BEC_J1:C1

F56A2−1.0

JB:3

BM

CF

C:9

MCROF1:H

DL11HB1−0.8

MCROF1:G

DL11LB1−0.8

MCFUS:C

DL11HB1−0.8

MCFUS:DDL11LB1−0.8

30

DL11HB1−0.8JB:3 BMCFC:104

DL11LB1−0.8JB:3 B

MCFC:105

MCROF1:C

F56A1−1.0

MCFUS:E

F56A1−1.0 F56A1−1.0

MCROF1:F

JX200B−0.8JX200B−0.8

MCROF1:E

JX200C−0.8JX200C−0.8

MCROF1:D

JX200A−0.8JX200A−0.8

BEC_J3:D4

BEC_J3:D5

MCFUS:A

F53A1−1.0

MCROF1:A

F53A1−1.0 F53A1−1.0

MCROF1:BMCFUS:B

XC1B20−1.0 XC1B20−1.0 XC1B20−1.0

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

CB16A3−0.8

CB

16A

3−0.

8

DL3HB1−0.8

DL3HN−0.8

DL3HBB−0.8

DL3

HB

1−0.

8D

L3H

N−

0.8

DL3HB−0.8

WIRING DIAGRAM: KBAUDIO SYSTEM − NONPROGRAMMABLE

DL3LN−0.8

SLP

_CA

B1:

B

RF

MIC

:A

SLR

FH

L1:D

F7A−3.0

LRPA−0.8

LFNA−0.8

F10

DIAGNOSTICCONNECTOR

5A

A

B

LFNA−0.8

F9M

M−

0.8

DL3LB−0.8

SLP

_CA

B1:

D

SC

1_S

LP:A

SPRRNA

F9B

2−0.

8

LA2A1−0.35

MC

_SLP

_CA

B1:

A

SC

1_C

AB

:D

SC

1_S

LP:B

MC

OF

2:D

MIC

0.75OR

B80HANDSFREE,LOUDSPEAKER, MICROPHONE,MID LEVEL

21 F9E−0.8

L+L− R− R+

POWER AMPGND

12VDC

REMOTE ON

L+ L− R− R+

A56Stereo amplifier

P:A

P:B

C:A

C:B

C:C

C:D

S:A

S:C

S:B

S:D

SH:DSH:B SH:C SH:A

LRPA−0.8

MC

OF

3:B

F10

A−

0.8

SPF9G

LA1A

1−0.

5

SPXC1C13

F9Z−0.8

DL3

LB1−

0.8

SP

DL3

L

F3B

16−

0.8

SLEEPER

RF

MIC

:B

SC

1_C

AB

:A

SC

1_S

LP:C

MC

_SLP

_CA

B1:

D

MIC

0.75OR

B80HANDSFREE,LOUDSPEAKER, MICROPHONE,MID LEVEL

2 1

F9F−0.8

+−

B60SLRSpeakerSleeperLeft Rear

B A

RFPA−0.8

LA1A1−0.5

F9JJ−0.8

SPLRNARRPA−0.8

LFPA−0.8

SLP

_CA

B1:

C

SC

1_S

LP:D

LA1A

1−0.

5

MC

OF

2:B

RRPA−0.8

RFPA−0.8

MC

OF

2:C

RFNA−0.8

MC

OF

3:A

DAYCAB

XC

1B5−

0.8

LA2A

1−0.

35

30

F10DIAGNOSTICCONNECTOR

5A

A

B

MC

OF

3:B

F9H−0.8

RFNA−0.8

RFPA−0.8

DL3LB1−0.8

SPF3F

F10

A−

0.8

SLP

_CA

B1:

D

SC

1_C

AB

:B

LA2A

1−0.

35

MC

_SLP

_CA

B1:

C

RRPA−0.8

DL3

LB−

0.8

F3F

25−

0.8

LA2A1−0.35

BE

C_J

3:B

7

MC

OF

2:A

RRPA−0.8LRNA−0.8

SLR

FH

L1:A

SPLRPA

+−

B60SRRSpeakerSleeperRight Rear

B A

LRPA−0.8

RRNA−0.8

LFNA−0.8LFPA−0.8

R27PotentiometerVolume Ctrl.

A

B

E

C

F

D

SLP

_CA

B1:

A

SC

1_C

AB

:C

SLR

FH

L1:B

RRNA−0.8

RRNA−0.8

RRNA−0.8

LA1A1−0.5

RFNA−0.8

SLP

_CA

B1:

A

LFNA−0.8

RRPA−0.8RFNA−0.8

F9N

N−

0.8

BE

C_J

3:B

7

MC

OF

2:B

LA1A

1−0.

5

XC1B5−0.8

SLP

_CA

B1:

B

SPXC1B1D

L3LN

−0.

8RFNA−0.8

SLP

_CA

B1:

C

RF

MIC

:B

LFPA−0.8

30

MC

OF

2:D

SLR

FH

L1:C

RFPA−0.8

LRPA−0.8

LRNA−0.8

LFPA−0.8

LA1A1−0.5

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

SPF9E

F9V

−0.

8

LRNA−0.8

LRNA−0.8

SPXC1B1

MC

OF

3:A

RFPA−0.8

+ +

B60SW

SpeakerSubwoofer

F3F

25−

0.8

LFPA−0.8

MC

OF

2:C

LRNA−0.8

MC

_SLP

_CA

B1:

B

LA2A

1−0.

35

F9KK−0.8

SPRRPA

MC

OF

2:A

SPDL3L

RRNA−0.8

LFNA−0.8

LA2A1−0.35

RF

MIC

:A

SPF3F

XC1C33−3.0

F9G−0.8

LRPA−0.8

RADIOCAN H

LPARKLAMPS

IGN DIMPWM

BATT

GND RF+ RF− LF+ LF−

MIC+BT

MIC−BT

MUTE

A158Control unit, Audio

A:B3

A:A1

A:B6A:B5

A:A2A:A6A:A3 A:A7A:A4

A:A8 A:B4

B:4D:15 D:16

SPDL3H

30

RADIOCAN

HLPARKLAMPS

IGN DIMPWM

BATT

GND RR+ RR− RF+ RF− LF+ LF− LR+ LR−

MUTEMIC+BT

MIC−BT

A158Control unit, Audio

A:B3

A:A1

A:B6 A:B7A:B5

A:A2A:A6A:A3 A:A7A:A4

A:A8 A:B4 A:B8A:B2A:B1

B:4D:15 D:16

SPDL3H

DE

:1 C

RC

2:C

4

DE

:1 C

RC

2:C

4

BG

:1 C

A03

.C:2

2

BG

:1 C

A03

.C:1

5

BG:1 CA03.C:22BG:1 CA03.C:15

GA

:2 D

SP

F3B

5

AA

:4 B

BE

C_J

1:F

1

120 OHMSR33

A B

120

OH

MS

R33

AB

30

30

HE:2 BHE:SBF7.B

30

+ −B60RSPEAKER,RIGHT FRT.

B A

+ − B60LSPEAKER,LEFT FRT.

B A

+ −

B60RFSPEAKER,RIGHT FRT.

B A

+ −

B60LFSPEAKER,LEFT FRT

B A

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F9B6−2.0

F9B5−2.0

S145SWITCH,AMBIENTLIGHTING

2

94

10

8

7

X34R3JUNCTION,O/HEAD CB 3 PIN CONN.

A

B C

X34D1_MATEJUNCTION, CB #1 IND−PANEL

A

B

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

F3F72−0.8

XC1A122−2.0

F65A1−2.0F65A3−2.0

F3F71−0.8

XC1A33−2.0

XC1A34−2.0

F9B

7−1.

0

F9B

8−1.

0

F9B

3−1

F9B8−1

XC

1A10

6−1.

0

XC

1A45

−1.

0X

C1A

105−

1.0

F6A

9−0.

8

F9B

3−1.

0

XC

1A45

−1.

0

XC

1A45

−1.

0

XC

1A95

−2.

0

XC1A96−2.0

F6A

9 −

0.8

F67

A−

2.0

F67

A−

2.0

XC1A57−2.0

F60B2−2.0

F9B

1−2.

0

F60

B1−

2.0

X34JUNCTION, CB BINDINGPOST

+

−

X07APower Outlet #1

C

A

R04CIG. LIGHTER

C

A

AA

:3 B

BE

C_J

1:D

8

AA

:3 B

BE

C_J

1:F

2

X07BPower Outlet #2

C

A

AA

:3 B

BE

C_J

1:C

8

F68FUSE,CIGARLIGHTER15A

A

B

BE

C_J

2:D

11

SPXC1A3

X34R+

−

F9B

3−1.

0A

A:4

BB

EC

_J1:

E2

MC

OF

2:E

XC1A45−1.0

MC

OF

:E

F67FUSE,SPARE

15A

A

B

BE

C_J

1:E

5M

CIS

:AM

CIS

:B

XC1E28−2.0

XC

1E28

−2.

0

X07EInterior StoragePower Outlet

C

A

F68

A−

2.0

GH

:0 C

SP

F6A

2

X34D2_MATEJUNCTION,CB #2 IND−PANEL

A

B

RF

CB

:B

XC

1A45

−1.

0R

FC

B1:

B

RF

CB

2:B

RF

CB

1:A

RF

CB

2:AR

FC

B:A

GH

:0 B

RF

CB

2:C

XC1A46−2.0

XC

1A44

−2.

0

XC

1A43

−2.

0

SPXC1A4

SPXC1A2

WIRING DIAGRAM: KCPOWER OUTLET CONNECTIONS

SLR

FH

L1:E

XC

1A45

−1.

0

SPXC1A45

SLR

FH

L2:E

F9B3−1.0

SPF9B3

F9B

7−1

E53LLamp, Red lighting, left

A

B

E53R

Lamp, Red lighting, right

A

B

SPF65B7

E53LAMP,AMBIENTFOOT

A

B

A149CONSOLECENTER

BA AA

ACBB

F57FUSE,CENTERCONSOLE15A

A

B

BE

C_J

2:F

11

SPF57A

F57A3−2.0

F57A2−2.0

AH

MC

:A

ILLU

M_O

PT

13:A

SPXC1A119

AH

MC

:B

XC1A123−2.0

SPXC1A29

ILLU

M_O

PT

13:B

ILLU

M_O

PT

14:B

SPXC1A116

ILLU

M_O

PT

14:A

SPF3F71

AH

MC

2:A

SPF65A1

AH

MC

2:B

MC

CC

:A

F57A1−2.0

FH

CC

:A

F57A1−2.0

F57A1−2.0

FH

CC

:B

XC1A29−2.0

MC

CC

:B

XC1A29−2.0

XC1A29−2.0

SPXC1A2

ALI

C:D

XC1A120−1.0

ALIC:BXC1A121−1.0

XC1A121−1.0

ALI

C:A

F65B9−1.0

F65B9−1.0

ALI

C:C

F65B2−1.0

F65A2−1.0

F3F73−0.8

F65B7−1.0

F65A7−1.0

XC1A117−0.8

XC1A116−0.8

XC1A118−0.8

F65B8−1.0

F65B8−1.0

XC1A119−1.0

XC1A119−1.0

AA

:3 B

BE

C_J

1:F

2

AA

:3 B

BE

C_J

1:F

2

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

S026ASW._2, IGN.FEED 2

94

10

F65

A1−

2.0

F65

A−

2.0

F65A2−2.0

XC

1B18

−2.

0

F67A−2.0

F3F27−0.8

XC

1A47

−0.

8

F30

B−

2.0

F61

B−

2.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUMF61FUSE,AUX. BATTSW/ SPARE

15A

A

B F30FUSE, AUX, IGN.SW SPARE

20A

A

B

S027ASW._1, BATT.FEED 2

94

10

BE

C_J

3:F

3

F61A−2.0

BE

C_J

2:C

9

AU

X_B

AT

T:A

AU

X_I

GN

:A

IGN

_BA

T_S

P7:

BF61A−2.0

IGN

_BA

T_S

P7:

A

F30A−2.0

ILLU

M_O

PT

:A

ILLU

M_O

PT

:B

F24FUSE,SPARE

15A

A

B

BE

C_J

2:E

9

F62FUSE,SPARE

15A

A

B

BE

C_J

1:F

10

IGN

_SP

1:A

BA

T_S

P2:

A

F62A−2.0

F65FUSE,ACC/SPARE

15A

A

B

F67FUSE,SPARE

15A

A

B

BE

C_J

3:E

2

BE

C_J

1:E

5

F65A−2.0

BA

T_S

P4:

A

IGN

_SP

3:A

XC

1A72

−0.

8

SPXC1E2

XC

1A25

−0.

8

F24A−2.0

F30

A−

2.0

IGN

_SP

1:B

XC

1B19

−2.

0

SPXC1B1

WO_CTR_HOT

IGN

_SP

3:B

XC

1B18

−2.

0

SPXC1B1

WO_ACC

BA

T_S

P4:

BX

C1E

28−

2.0

WO_INT_STORAGE

F28FUSE, HTD.SEATS

20A

A

B

BE

C_J

2:D

8IG

N_S

P5:

A

F28A−2.0

IGN

_SP

5:B

SPXC1C1

XC

1C4−

2.0

WO_HTD_SEAT

WO_IGN_BAT_SW

WO_IGN_BAT_SW

F71FUSE,TRANS(BATT)

30A/10A

A

B


10A

A

B

BE

C_J

1:F

4

BE

C_J

3:C

2

IGN

_BA

T_S

P6:

B

F71A−2.0

IGN

_BA

T_S

P6:

A

F31A−2.0

WO_AUTO_TRANS

WO_AUTO_TRANS

WO_BODYBUILDER_LP

F64A1−1.0

IGN

_SP

8:B

BE

C_J

3:B

1


10A

A

B

X0C_MATEC

F3F

26−

0.8


H

F3F

43−

0.8

SPXC1A4SPXC1E1

SPXC1E2

WIRING DIAGRAM: NAIGNITON & BATTERY SWITCHES & SPARE CONNECTORS

F30

B−

2.0

BK

:1 C

MC

BB

2:A

F61

B−

2.0

BK

:1 C

MC

BB

2:B

TGW 1 − AFTERMARKET

BM:2 CA102A:3

TG

W_I

GN

_SP

3_2:

B

TG

W_I

GN

_SP

3_2:

AT

GW

_IG

N_S

P3_

1:A

TG

W_I

GN

_SP

3_1:

B

SPF65A

F30B−2.0

BJ:

0 B

MC

BB

2:A

F61B−2.0

BJ:

1 B

MC

BB

2:B

IGN

_SP

9:A

F24A6−2.0

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

F27

A3−

2.0

F27

A1−

2.0

F27A−2.0

F27A3−2.0

DL4LN12−0.8

DL4HN12−0.8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

F11FUSE,BATT.STUD

15A

A

B

F27FUSE,IGN. STUD

15A

A

B

BE

C_J

1:E

11

BE

C_J

2:B

8

SPXC1A3

HB29−0.5

BF

:0 B

A03

.B:2

9

XA

:1 B

SP

DL4

H

XA

:1 B

SP

DL4

L

HB29A−0.8

BF

:2 B

SP

HB

29

HB30A−0.8

BF

:2 B

SP

HB

30

SPXC1B1


1

2

3

4

7

5

6

8

XC1A48−2.0

XC1B17−2.0

HB30−0.5

BF

:0 B

A03

.B:3

0

SPF27A

F27A2−2.0

F27

A−

2.0

IC:0

AM

CD

L1:C

F27A1−2.0

GI:2

AS

12:2

SPF27A1

F27A−2.0

F27A2−2.0

BI:0

CA

87.A

:2IC

:0 A

MC

DL1

:C

F11A−2.0

F24A−2.0

CXP, WO &W IO Air Temp.

CTP, WO &W Plow Lamps &Roadwatch

WIRING DIAGRAM: NBJUNCTION POSTS

40

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

S026DSW.5_5, IGN.FEED

2

94

10

F64

A4−

2.0

F24

B−

2.0

XC1A93−0.8

F3F63−0.8

F65

B−

2.0

F3F62−0.8

XC1A92−0.8

F67

B−

2.0

F3F61−0.8M

ISC

_4:A

F67

C−

2.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

F64

B2−

2.0

S027BSW._6, BATT.FEED

2

1

12

94

10

XC

1A72

−0.

8

BE

C_J

2:E

9IG

N_S

P1:

A

IGN

_SP

3:A

MIS

C_6

:A

F67FUSE,SPARE

15A

A

B

BE

C_J

1:E

5

XC1A91−0.8


10A

A

B

F65FUSE,ACC/SPARE

15A

A

B

BE

C_J

3:B

1

BE

C_J

3:E

2F

65A

−2.

0

SPXC1A2

ILLU

M_O

PT

:A

F24FUSE,SPARE

15A

A

B

F24

A−

2.0

ILLU

M_O

PT

:B

S026CSW._4, IGN.FEED

2

94

10

BA

T_S

P4:

A

F67

A−

2.0

WO_INT_STORAGE

IGN

_SP

8:B

F64

A1−

2.0

WO_BODYBUILDER_LP

ILLU

M_O

PT

2:A

ILLU

M_O

PT

2:B

S026BSW.3, IGN.FEED

2

94

10

SPF3F57

F3F

58−

0.8

F3F

57−

0.8

ILLU

M_O

PT

5:A

F3F

59−

0.8

SPXC1A88

XC1A90−0.8

XC

1A88

−0.

8

ILLU

M_O

PT

5:B

XC

1A89

−0.

8

F3F60−0.8

MIS

C_5

:A

WO_ACC

IGN

_SP

11:A

BA

T_S

P3:

A

IGN

_SP

10:B

MIS

C_3

:A

IGN

_SP

12:A

F24

A−

2.0

MIS

C_2

:A

WO_CTI


H

F3F

43−

0.8

F64

A1−

2.0

BB

_LP

_6S

W:B

WIRING DIAGRAM: NCADDITIONAL IGNITION & BATTERY SWITCHES 1/3

WO_ACC

IGN

_SP

3:A

F65

A−

2.0

BE

C_J

3:E

2

F65FUSE,ACC/SPARE

15A

A

B

BA

T_S

P4:

A

F67FUSE,SPARE

15A

A

B

BE

C_J

1:E

5

WO_INT_STORAGE

F67

A−

2.0

F65A−2.0

F65

A−

2.0

IGN

_SP

11:A

F67

A−

2.0

F67A−2.0

BA

T_S

P3:

A

w/ 2010 B

OD

YB

UIL

DE

R

w/ P

RE

−2010 B

OD

YB

UIL

DE

R

w/ P

RE

−2010 B

OD

YB

UIL

DE

R

w/ 2010 B

OD

YB

UIL

DE

R

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

XF

1−19

.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

BATTERY

+

G01

XF1STUD, FRAME RAIL

XF

1_2

X61CONNECTOR,LIFT GATEPOWER CIRCUITRECEPTACLE

+

−

RD

−B

−19

.0

CB_HD_LIFT_GATECIR. BRKR.HD LIFT GATE120A

A

B

WIRING DIAGRAM: NDH.D. POWER LIFTGATE

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

RDA−8.0

28A3−0.8

BKA94−0.8BKA89−0.8 BKA93−0.8BKA92−0.8BKA91−0.8BKA90−0.8

3F64−0.8

3F63−0.8

3F62−0.8

3F60−0.8

3F58−0.8

3F61−0.8

OS2B−2.0 OS3B−2.0 OS4B−2.0 OS1B−2.0 OS5B−2.0 OS6B−2.0

OPTSW−8.0

OPTSW7A−2.0

OPTSW6A−2.0

OPTSW5A−2.0

OPTSW1A−2.0

OPTSW4A−2.0

OPTSW3A−2.0

OPTSW2A−2.0

OPTSW2−2.0

OPTSW3−2.0

OPTSW4−2.0

OPTSW1−2.0

OPTSW6−2.0

OPTSW5−2.0

S08FSW. CHAINLIGHT / HOPPER

2

94

10

S08CSW. SANDERLIGHT / SPREADER /WORK

2

94

10

S08ASW. ALTERNATINGLIGHT / RH POST 2

94

10

S08ESW. STROBELIGHT / LH POST

2

94

10

S08DSW. LOADLIGHT / LHWING

2

94

10

S08BSW. TAILGATE /RH WING

2

94

10

F96FUSESPARE

15A

A

B

F95FUSESPARE

15A

A

B

F94FUSESPARE

15A

A

B

F93FUSESPARE

15A

A

B

F92FUSESPARE

15A

A

B

F91FUSESPARE

15A

A

B

F90FUSESPARE

15A

A

B

OP

T_S

W_P

WR

:B9

OP

T_S

W_P

WR

:B7

OP

T_S

W_P

WR

:C5

OP

T_S

W_P

WR

:A9

OP

T_S

W_P

WR

:B5

OP

T_S

W_P

WR

:A7

OP

T_S

W_P

WR

:A5

OP

T_S

W_P

WR

:C4

OP

T_S

W_P

WR

:A6

OP

T_S

W_P

WR

:A4

OP

T_S

W_P

WR

:A8

OP

T_S

W_P

WR

:B4

OP

T_S

W_P

WR

:B6

OP

T_S

W_P

WR

:B8

splice340_43

MIS

C_4

:A

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

WIRING DIAGRAM: NEADDITIONAL IGNITION & BATTERY SWITCHES 2/3

OP

TS

W7−

2.0

MIS

C_2

:A

MIS

C_7

:A

MIS

C_5

:A

SP3F57

SPBKA87

HG:4 CS060:3

HG:1 BSSP28A1

AC:4 DX10_C7

MIS

C_3

:A

MIS

C_6

:A

BKD3−2.0

SPBKD4A

RELAY,POWER, 8 SWBODYBUILDEROPTION

RLY70A2

A1

A3

A5

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

BKA92−0.8

BKA96−0.8

BKA97−0.8

OS5BB−2.0 OS6B−2.0

OS6B−2.0OS5B−2.0

F28A3−2.0 F28A4−2.0

F28A5−2.0

RDA−8.0

BKD13−2.0

BKD11−2.0

BKD12−2.0

OPTSW7−3.0

OPTSW−8.0OPTSW3−3.0

OPTSW1−3.0

OPTSW5A−2.0OPTSW1A−2.0 OPTSW7A−2.0

F3F107−0.8F3F108−0.8

F3F100−0.8

OP

T_S

W_P

WR

:A5

OS6A−2.0

BKA93−0.8

OM

ISC

_2:A

BB

MS

:A

OP

T_S

W_P

WR

:B9

FSP3FUSESPREADER

10A

A

B

OS3A−2.0

F3F105−0.8

OP

T_S

W_P

WR

:A9

FSP1FUSETAILGATE

15A

A

B

FSP6FUSEAUX FAN

10A

A

B

S068CPWR FLOATIGN FEED

2

94

10

OP

T_S

W_P

WR

:A7

OPTSW4A−2.0

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

F3F103−0.8

BKA95−0.8

SPBKA90

OP

T_S

W_P

WR

:C5

S069DLOW OILIGN FEED

2

94

10

F3F104−0.8

OM

ISC

_3:A

S068DSPREADERIGN FEED

2

94

10

OS5B−2.0OS2A−2.0

OPTSW3A−2.0

OM

ISC

_5:A

OP

T_S

W_P

WR

:B4

BKA90−0.8

OM

ISC

_4:A

OM

ISC

_6:A

FSP5FUSELOW OIL

10A

A

B

OP

T_S

W_P

WR

:A4

F3F102−0.8

OP

T_S

W_P

WR

:B7

FSP2FUSEPWR FLOAT

10A

A

B

FSP7FUSERR FLASHING

20A

A

B

OS6B−2.0

OP

T_S

W_P

WR

:B5

FSP4FUSESPARE SW

20A

A

B

S068BTAILGATEIGN FEED

2

1

12

94

10

OPTSW2A−2.0

BKA94−0.8

S069BRR FLASHINGIGN FEED

2

94

10

F3F101−0.8

BB

MS

:B

S069CSPARE IGNIGN FEED

2

94

10

F3F106−0.8

SPF3F100

OP

T_S

W_P

WR

:C4

OS4A−2.0

BKA91−0.8

OS5A−2.0

OPTSW6A−2.0

SPOPTSW

SPBKD4SPF28A3

BB

CB

BC

:K

BB

CB

BC

:L

SP

IGN

LOW

OIL

:A

SP

IGN

LOW

OIL

:B

MS

AF

:A

MC

HW

1:B

MS

AF

:B

MCMS:A

MCHW1:A

ILLU

M_O

PT

7:A

ILLU

M_O

PT

8:A

AC:4 DX10_C7

ILLUM_OPT7:B

ILLUM_OPT8:B

RELAY,POWER, 8 SWBODYBUILDEROPTION

RLY70

A2

A1

A3

A5

WIRING DIAGRAM: NFADDITIONAL IGNITION & BATTERY SWITCHES 3/3

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

DL1LB2−0.8

DL1LN3−0.8

DL1HN3−0.8

DL1LB5−0.8

DL1LB1−0.8

DL1HB5−0.8

DL1HB1−0.8DL1HN4−0.8

DL1HN10−0.8

DL1HB1−0.8

DL1LN10−0.8

DL1LB1−0.8

DL1LB5−0.8DL1HB5−0.8

DL4LN8−0.8

DL4HN8−0.8

DL1LN19−0.8DL1HN19−0.8

DL2HB13−0.8DL2LB13−0.8F7D6/F44G8−0.8

XC1B6−0.8

DL1LN1/DL1LN4−0.8

DL1HN1/Dl1HN4−0.8

F10A1/F80A1−0.8

DL4LN2−0.8

DL4HN2−0.8

SPJ1939HB30

SPDL1L2

DL1HB10−0.8

DL1LN13−0.8

J1939LN30−0.8J1939HN30−0.8

J1939HB30−0.8

J1939LB30−0.8J1939LB30−0.8

J1939LB31−0.8

DL4LN12−0.8

DL4HN12−0.8

XC1B52−0.8

DL1LN15−0.8

DL1HN15−0.8

XC1B51−0.8

DL1LN16−0.8

DL1HN16−0.8

DL1LN12−0.8DL1HN12−0.8

DL1HN13−0.8

DL4HN19−0.8

DL4LN19−0.8

DL1HN14−0.8 DL1LN14−0.8

DL1LB−0.8

DL1HB−0.8

DL1LN9−0.8

DL1HN9−0.8

F7D7−0.8

DL1HB2−0.8

DL1LB2−0.8

DL1LB3−0.8

DL1HB3−0.8

DL4LN12−0.8

DL4HN12−0.8

DL1LB4−0.8

DL1LB1−0.8

DL1HB14−0.8DB:1 C

AT_CAB_TRANS:S

DL1LB14−0.8 DB:1 C

AT_CAB_TRANS:T

DL1HN7−0.8BB:0 BA17.C:4

DL4HN9−0.5BB:0 BA17.C:2

DL4LN9−0.5 BB:0 BA17.C:1

DL1LN4−0.8 EA:3 BABS_X1:7

DL1HN4−0.8EA:3 BABS_X1:8

DL1HN2−0.8BE:0 CA03.A:15 DL1LN2−0.8 BE:0 C

A03.A:16

DL4HN7−0.5BE:0 CA03.A:17

DL4LN7−0.5 BE:0 CA03.A:18

MCFC:84

MCFC:83

SPXC1B1

SPDL4L

SPDL4H

F10DIAGNOSTICCONNECTOR5A

A

B

BE

C_J

3:E

11

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

NB:2 CX40.5:A

NB:2 CX40.6:A

DL1HN5−0.8 DL1LN5−0.8DD:0 DA57:28

DD:0 DA57:8

DL1HB1 − 0.8

DL1HB5−0.8

DL1HB6−0.8

DL1LB7−0.8

DL1LN7−0.8 BB:0 BA17.C:5

DL1LB13−0.8

AC

:1 C

SP

F7D

CB:2 CS111A:1

DL1LB12−0.8

CB:2 CS111A:2

DL1LB−0.8CA:0 CX11:4

DL1HB−0.8CA:0 CX11:1

CA:0 BSPDL1H

CA:0 BSPDL1L

WIRING DIAGRAM: XADATALINK/DIAGNOSTICS 1/3

DA:0 CA109:17

DA:0 CA109:18

DA:0 CA109:15

DA:0 CA109:16

DA:2 DA13F.A:8

DA:2 DA13F.A:4

DA:0 DS171:11

DA:0 DS171:12

120 OHMS

R08_MATEA B

DL1HB14−0.8

Cummins ISL MCFC:84

DL1HB1−0.8

MCFC:83DL1LB1−0.8

CE:0 CSP1HB1

CE:0 CSP1LB2

DL1HN16−0.8CD:0 CA137C:14

CD:0 CA137C:14

CD:0 CA137C:10

DL1HB1−0.8

DL1HB1−0.8

DL1LB1−0.8

DL1LN16−0.8CD:0 CA137C:10

CAN2H L

GND GND IGN

BATTJ1587H LJ1939H L

OBD 3166 14

5

13

14

12 11

DL1HB11−0.8

BM:1 CMCVL:B

DL1LB11−0.8

DL1LB10−0.8

BM:1 CMCVL:C

DL1LB5−0.8

DL1HB12−0.8

DL1LB1−0.8

SPDL1H1

SPDL1L1

SPDL1H2

SPDL1H3 SPDL1L3

SPDL1L4

SPDL1H4

DL1HB4−0.8SPDL1L5SPDL1H5

SPDL1H6 SPDL1L6

SPDL1H8

SPDL1L8

SPDL1L9SPDL1H9

SPDL1L10

SPDL1H10

SPDL1H11

SPDL1L11

SPDL1L12SPDL1H12

SPDL1H13 SPDL1L13

DL1HN17−8.0BM:3 CMCVL:B

DL1LN17−0.8 BM:3 CMCVL:C

MC

DIA

G:C

DL4HN2−0.8

DL4

HN

2−0.

8

MC

DIA

G:D

DL4LN2−0.8

DL4

LN2−

0.8

MC

DIA

G:E

F10A1−0.8

F10

A1/

F80

A1−

0.8

MC

DIA

G:F

DL1

HN

1/D

L1H

N4−

0.8 M

CD

IAG

:G

DL1LN1−0.8

DL1

LN1/

DL1

LN4−

0.8

DL1HB7−0.8

SPXC1B1A

MCDIAG:K

XC1B6−0.8

XC1B6−0.8

MC

DIA

G:H

F7D7/F44G8−0.8

30

4040

30

30

30

30

3030

30

30

30

30DL1LB6−0.8

30

30

30

EA:3 BABS_X1:14

EA:3 BABS_X1:13

TGW 1 − AFTERMARKET

120 OHMS

R08_TGWA B

J1939HB31−0.8

J1939HB30−0.8

30

30

30 30

BM

:2 C

A10

2A:6

BM

:2 C

A10

2A:7

SPJ1939LB30

RO

8_T

GW

_PE

D:A

R08

_TG

W_D

EU

:2

R08

_TG

W_D

EU

:1

RO

8_T

GW

_PE

D:B

DL1HN1−0.8

Z01

CONNECTOR,VEH DIAG.

DCF G

A

B

JE

H

MC

DIA

G:C

MC

DIA

G:D

MC

DIA

G:E

MC

DIA

G:F

MC

DIA

G:G

MC

DIA

G:B

MC

DIA

G:H

MC

DIA

G:K

MC

DIA

G:A

40

120 OHMS

R21

A B

4030

CUMMINS NG

DL1HN11−0.8SPDL1H14

DL1HB19−0.8

EC:0 BMCES:A

DL1LN11−0.8SPDL1L14

DL1LB18−0.8

DL1LB19−0.8

EC:0 BMCES:B

DL4HN3−0.8EC:3 BMCES:C

DL4LN3−0.8 EC:3 BMCES:D

30

30

MCTR:2DL1LB16−0.8

MCTR:1

MC

TR

:7

DL1HB15−0.8

DL1HB15−0.8

MC

TR

:11

DL1LB15−0.8

DL1LB15−0.8

30

30

DL1HB18−0.8

DL1LB14−0.8

DL1HB13−0.8

DL1LB16−0.8

DL1HB24−0.8

30

DL1LB23−0.8

DL1HB23−0.8

SPDL1H18

DL1HN18−0.8

DL1LN18−0.8

R08

BB

M:A

SPDL1L18

120 OHMS

R08_BBMA B

DL1LB24−0.8

30

R08

BB

M:B

BY

:0 C

A36

.BB

C:5

BY

:0 C

A36

.BB

C:4

DL4HN4−0.5BY:0 CA36.BBC:2 DL4LN4−0.5 BY:0 C

A36.BBC:1

AMT−F

DA:3 BA13B:3

DA:3 BA13B:4

MCBBM:F

DL4LN4−0.8MCBBM:E

DL4HN4−0.8

40

AMT−F

40MCBB1:5

MCBB1:6OBD2013ONLY

30

DL1HN3−0.8ED:0 B

A12.X1:8DL1LN3−0.8

ED:0 BA12.X1:7

DL2

LN4−

0.8

XB

:4 C

SP

DL2

L4

DL2

HN

4−0.

8X

B:3

CS

PD

L2H

4

DL1LB16−0.8DB:1 CAT_CAB_TRANS:K

DL1HB16−0.8

DB

:1 C

AT

_CA

B_T

RA

NS

:J

DL1LN9−0.8DL1HN9−0.8XC:2 BMCDIAG1:GXC:2 B

MCDIAG1:F

SPDL1LB1

SPDL1HB1CJ:0 C

X11A.B:A

CJ:0 CX11A.B:B

SPDL1HB3CJ:0 C

X11A.B:A

SPDL1LB3

DL1LN4−0.8CJ:0 C

X11A.B:B

JB:3

BF

CF

A1:

1

SPDL1HB2DL1HB2−0.8

JB:3

BF

CF

A1:

2

SPDL1LB2

DL1HB16−0.8 DL1HB16−0.8

30

120 OHM

R08A12

DL1LB1−0.8CK:0 CSPDL1LB

DL1HB1−0.8CK:0 CSPDL1HB

30

120

OH

MS

R08

_BE

ND

IX

AB

SPDL1L16

FUSION

DL1HN20−0.8

DL1LN20−0.8

30

SPDL1H16 JC:2 BA176.A:B

JC:2 BA176.A:J

DL1LN22−0.8SPDL1L15

DL1LB25−0.8

JC:2 BA176.B:J

DL1HN22−0.8SPDL1H15

DL1HB25−0.8

JC:2 BA176.B:B

MCROF2:C

DL1LB20−0.8

DL1LB20−0.8

MCROF2:D

DL1HB20−0.8

DL1HB20−0.8

3030

DL1LB26−0.8

DL1LB26−0.8

MCROF2:B

DL1HB26−0.8

DL1HB26−0.8

MCROF2:A30

R08

AC

C:A

R08

AC

C:B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

DL2LN6−0.8

DL2HN6−0.8

WIRING DIAGRAM: XBDATALINK/DIAGNOSTICS 2/3BATT

IGNEMS

ILLUMEMS

BATTIGN

ILLUM

DL2

LN4−

0.8

DL2

HN

4−0.

8

DL2LB8−0.8

SPDL2L4DL2LB7−0.8

DL2HB7−0.8

DL2HB8−0.8

SPDL2H4

120 OHMS

R21

A B

4040

40

MCDIAG:A

MCDIAG:B

DL2HB7−0.8

DL2LB7−0.8

40

MCFC:46

MCFC:45

DL2HB12−0.8

DL2LB12−0.8

120 OHM

R08M

12

40

DL2HB11−0.8

DL2LB11−0.8

MC

TR

:5

MC

TR

:6

40

DL2LB10−0.8

DL2HB10−0.8

40

MC

TR

:4

MC

TR

:3

DL2LB10−0.8

DL2HB10−0.840

SPDL2H6

DL2LB11−0.8

DL2HB11−0.840

SPDL2L6

DL2LB2−0.8

DL2HB2−0.8

SPDL2H1

SPDL2L1

40DL2HB1−0.8

CA

:0 C

X11

:2

DL2

LB1−

0.8

CA

:0 C

X11

:5

DL2

HN

1−0.

8C

D:0

CA

137C

:6

DL2

LN1−

0.8

CD

:0 C

A13

7C:2

DL2HB5−0.8

DD

:3 D

SP

DL2

H9

DL2

LB5−

0.8

DD

:3 D

SP

DL2

L9

DL2LB3−0.8

DD

:2 D

SP

DL2

L7D

L2H

B3−

0.8

DD

:2 D

SP

DL2

H7

DL2LN6−0.8DA:2 DA13F.A:11

DL2HN6−0.8DA:2 DA13F.A:14

XA

:2 D

OB

D:1

4

XA

:2 D

OB

D:6Cummins

DA:3 BA13B:5

DA:3 BA13B:6

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

DL10HB3−0.8

DL1

0HN

2−0.

8

DL10LB3−0.8

DL1

0LN

2−0.

8

WIRING DIAGRAM : XCDATA LINK DIAGNOSTIC 3/3

F10A1−0.8

XC1B59−0.8

F44G7/F7D6−0.8

BATTIGN

EMSILLUM

EMS

BATTIGN

ILLUM

F10

DIAGNOSTICCONNECTOR

5A

A

B

BE

C_J

3:E

11

30

120

OH

MS

R34

AB

SPDL10LN1

SPDL10HN1

MCFC:49

MCFC:50SPDL10HB1DL10HB2−0.8DL10HB1−0.8

SPDL10LB1DL10LB2−0.8DL10LB1−0.8

30303030MCDIAG1:B

MCDIAG1:A

DL10HB2−0.8

DL10LB2−0.8 DL10LB2−0.8

DL10HB2−0.830

CUMMINSDIESEL

SPXC1B1

MC

DIA

G1:

E

MC

DIA

G1:

K

XC1B59−0.8

F80A2/F10A1−0.8

MC

DIA

G1:

H

F7D6−0.8

AC

:1 C

SP

F7D

MC

DIA

G1:

F

MC

DIA

G1:

G

DL1

HN

2/D

L1H

N9−

0.8

DL1

LN2/

DL1

LN9−

0.8

30

DL1

LN9−

0.8

XA

:4 E

SP

DL1

L3

DL1

HN

9−0.

8X

A:4

E

SP

DL1

H3

30

DL10LN1−0.5

CK

:0 D

A14

D:4

6

DL10HN1−0.5

CK

:0 D

A14

D:2

2

DL10LN1−0.5

CE

:0 D

A14

C:4

6

DL10HN1−0.5

CE

:0 D

A14

C:2

2

Z10CONNECTORDIAGNOSTIC

DCF G

A

B

JE

H

120

OH

MR

35

12

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

BILL OF MATERIALS INDEX (VOL 2)

NAME PAGE GROUNDS 2 FUSES AND CIRCUIT BREAKERS 3

NAME PAGE RELAYS 6 COMPONENTS 7

NAME PAGE INLINES 13 SPLICES 22

NAME PAGE SHELLS 25 REFERENCES 29

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

GROUNDS

NAME PAGE SPX1C1B61 GL 0 D SPX1C1B62 GL 0 C SPX01D1 AF 1 C SPX01F1 AG 0 C SPX02CA3 CK 4 D SPX02CA3 CL 3 C SPX02CA15 CL 1 D SPX109L1 AC 3 B SPX109L2 AD 1 B SPXC1A1 AD 2 C SPXC1A2 AD 3 C SPXC1A2 GA 4 E SPXC1A2 GD 2 D SPXC1A2 GE 2 D SPXC1A2 GH 4 C SPXC1A2 GM 1 E SPXC1A2 GQ 0 E SPXC1A2 GR 1 D SPXC1A2 IC 0 E SPXC1A2 KC 3 E SPXC1A2 NC 2 B SPXC1A3 AA 1 C SPXC1A3 AD 3 B SPXC1A3 BJ 0 B SPXC1A3 BM 2 B SPXC1A3 BY 0 B SPXC1A3 GA 2 A SPXC1A3 GP 0 E SPXC1A3 KC 1 D SPXC1A3 NB 1 D SPXC1A4 AA 4 D

NAME PAGE SPXC1A4 AD 3 C SPXC1A4 EC 4 D SPXC1A4 GA 1 C SPXC1A4 GD 4 D SPXC1A4 GE 4 D SPXC1A4 GH 3 C SPXC1A4 IC 1 E SPXC1A4 KC 0 D SPXC1A4 NA 2 C SPXC1A5 EC 4 C SPXC1A7 GA 3 E SPXC1A8A GA 3 E SPXC1A9 HE 4 E SPXC1A9A GA 3 E SPXC1A10 CM 2 C SPXC1A10 GA 0 E SPXC1A10 GM 1 D SPXC1A13 HE 1 E SPXC1A14 GR 0 D SPXC1A16 GR 3 D SPXC1A18 GR 1 D SPXC1A29 KC 2 D SPXC1A35 BY 0 B SPXC1A36 AD 1 D SPXC1A38 IE 0 D SPXC1A40 IA 0 B SPXC1A45 KC 3 D SPXC1A52 ID 2 D SPXC1A53 IA 4 B SPXC1A65 GD 4 D SPXC1A66 GD 3 D

NAME PAGE SPXC1A68 GH 1 D SPXC1A72 HC 0 C SPXC1A82 HC 4 D SPXC1A88 NC 2 B SPXC1A97 FD 0 C SPXC1A102 JA 1 D SPXC1A116 KC 4 B SPXC1A119 KC 3 E SPXC1B1 AD 2 C SPXC1B1 BA 4 E SPXC1B1 BD 3 C SPXC1B1 BE 0 E SPXC1B1 CB 2 D SPXC1B1 DA 0 E SPXC1B1 DD 0 B SPXC1B1 DE 1 B SPXC1B1 EA 0 A SPXC1B1 EC 3 E SPXC1B1 ED 0 C SPXC1B1 FD 2 B SPXC1B1 GL 0 D SPXC1B1 JC 1 C SPXC1B1 KB 2 B SPXC1B1 NA 2 C SPXC1B1 NB 2 D SPXC1B1 XA 2 D SPXC1B1 XC 2 D SPXC1B1A XA 2 D SPXC1B1D EC 3 E SPXC1B7B ED 2 A SPXC1B7W EA 0 A

NAME PAGE SPXC1B18 FD 2 B SPXC1B30 FD 1 E SPXC1B46 DA 4 D SPXC1B48 DA 0 D SPXC1C1 AD 2 C SPXC1C1 HA 3 C SPXC1C1 HC 3 E SPXC1C1 HG 0 D SPXC1C1 NA 3 C SPXC1C4 HC 0 D SPXC1C5 HC 3 D SPXC1C6 HC 1 E SPXC1C6 HG 1 D SPXC1C11 AD 2 D SPXC1C12 AD 3 C SPXC1C12 HD 1 E SPXC1C12 HE 2 C SPXC1C13 AD 3 D SPXC1C13 HE 0 D SPXC1C13 KB 2 D SPXC1C14 AD 1 C SPXC1C14 AF 1 C SPXC1C16 HD 3 D SPXC1C23 HE 0 D SPXC1E GL 0 C SPXC1E1 AD 3 B SPXC1E1 BA 3 C SPXC1E1 BD 1 C SPXC1E1 BE 2 B SPXC1E1 CM 1 C SPXC1E1 GJ 2 D

NAME PAGE SPXC1E1 HD 0 C SPXC1E1 NA 1 C SPXC1E1A EA 1 B SPXC1E2 AD 4 B SPXC1E2 BG 0 C SPXC1E2 EA 2 B SPXC1E2 ED 2 B SPXC1E2 FB 3 D SPXC1E2 GJ 2 C SPXC1E2 NA 1 D SPXC1F1 AD 1 D SPXC1F1 HB 3 D SPXC1F2 AD 1 E SPXC1F2 BG 1 E SPXC1F2 GK 1 A SPXC1F2 GP 0 E SPXC1F2 GQ 1 E SPXC1F6 BG 3 D SPXC1F7 AD 1 E SPXC1F7 BG 4 E SPXC1F7 ED 4 D SPXC1F7 GF 1 D SPXC1F10 AD 1 D SPXC1F10 FA 2 E SPXC1F10 FB 1 E SPXC1F10 GF 1 E SPXC1F11 GF 1 D SPXC1F12 GF 3 B SPXC1F16 FB 1 E SPXC1F22 FA 3 D SPXC1F23 FA 1 D

NAME PAGE SPXC1G4A CE 4 D SPXC1G7 GA 1 E SPXC1G8 GD 0 D SPXC1G8 GE 0 D SPXC1G14 GI 2 D SPXC1G16 GD 1 D SPXC1G16 GE 2 D SPXC1G40 AC 2 E SPXC1G40 AD 1 D SPXC1G40 BF 4 A SPXC1G40 CA 3 C SPXC1G40 GA 1 E SPXC1G40 GD 0 E SPXC1G40 GE 0 E SPXC1G40 GJ 2 D SPXC1G40 GR 2 C SPXC1G40 JA 2 B SPXC1G40 JB 0 D SPXC1G41 BF 3 B SPXC1N1 GG 3 D SPXC1N3 BP 1 D SPXCIE23 GA 1 C SPXF1A1 AD 1 C SPXF1A1 CD 4 D SPXF1A3 CF 4 C SPXG9A1 CJ 3 B SPXM1 AD 0 B X0A_MATE AD 3 C X0A_MATE BA 1 D X0A_MATE BC 2 C X0A_MATE BD 3 C

NAME PAGE X0A_MATE BF 4 C X0A_MATE BI 0 C X0A_MATE BJ 3 B X0A_MATE FB 2 C X0B_MATE BE 2 C X0C_MATE BA 0 A X0C_MATE BD 2 A X0C_MATE BG 0 A X0C_MATE BI 1 A X0C_MATE CB 2 A X0C_MATE DB 1 A X0C_MATE DD 1 A X0C_MATE FB 2 A X0C_MATE GH 2 A X0C_MATE GI 2 A X0C_MATE GJ 1 A X0C_MATE NA 1 A X0C_MATE NC 1 A X06D_MATE BH 1 C X07A KC 0 B X07B KC 0 C X07C HE 2 C X07D HE 2 C X07E KC 0 C X07TV HE 2 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

FUSES AND CIRCUIT BREAKERS

FUSE DESCRIPTION PAGE CB2 (15A) CIR. BRKR HDLPS, DRL MODULE, FOG LPS. AA 1 A CB2 (15A) CIR. BRKR HDLPS, DRL MODULE, FOG LPS. GA 1 A CB3 (15A) CIR. BRKR. PARK,TAIL MARKER LPS. AA 1 A CB3 (15A) CIR. BRKR. PARK,TAIL MARKER LPS. GA 0 A CB4 (15A) CIR. BRKR. TURN LPS, FLASHER AA 1 A CB4 (15A) CIR. BRKR. TURN LPS, FLASHER GA 2 A CB4 (15A) CIR. BRKR. TURN LPS, FLASHER IE 2 A CB12 (10A) CIR.BRKR. DOOR LOCKS AA 0 A CB12 (10A) CIR.BRKR. DOOR LOCKS ID 0 A CB12 (10A) CIR.BRKR. DOOR LOCKS IE 1 A CB14 (10A) CIR BRKR, HDLP, LH LOW BEAM AA 4 A CB14 (10A) CIR BRKR, HDLP, LH LOW BEAM GD 0 A CB14 (10A) CIR BRKR, HDLP, LH LOW BEAM GE 0 A CB21 (20A) CIR. BRKR WINDSHIELD WIPER/WASH. AA 0 E CB21 (20A) CIR. BRKR WINDSHIELD WIPER/WASH. GP 0 A CB22 (20A) CIR. BRKR. PWR WIN LIFT, L.H. AA 0 E CB22 (20A) CIR. BRKR. PWR WIN LIFT, L.H. IA 2 A CB23 (20A) CIR. BRKR. PWR WIN LIFT, RH AA 0 E CB23 (20A) CIR. BRKR. PWR WIN LIFT, RH IA 2 A CB23 (20A) CIR. BRKR. PWR WIN LIFT, RH ID 3 A CB81 (10A) CIR BRKR, HDLP, RH LOW BEAM AA 4 B CB81 (10A) CIR BRKR, HDLP, RH LOW BEAM GD 1 A CB81 (10A) CIR BRKR, HDLP, RH LOW BEAM GE 1 A F5 (10A) FUSE, TRACTOR STOP LPS. AA 1 A F5 (10A) FUSE, TRACTOR STOP LPS. GA 3 A F6 (10A) FUSE, DOME/ CTSY. LMP AA 2 A F6 (10A) FUSE, DOME/ CTSY. LMP GH 0 A F7 (10A) FUSE, KEY SW AA 0 A F7 (10A) FUSE, KEY SW AC 0 A F8 (15A) FUSE, AIR SOL. AA 0 E F8 (15A) FUSE, AIR SOL. FB 1 A F9 (15A) FUSE, CB POSTS AA 3 A F10 (5A) DIAGNOSTIC CONNECTOR AA 2 B F10 (5A) DIAGNOSTIC CONNECTOR KB 1 A F10 (5A) DIAGNOSTIC CONNECTOR XA 3 A F10 (5A) DIAGNOSTIC CONNECTOR XC 3 A F11 (15A) FUSE, BATT. STUD AA 2 A F11 (15A) FUSE, BATT. STUD BI 0 A F11 (15A) FUSE, BATT. STUD BM 1 A F11 (15A) FUSE, BATT. STUD NB 2 A F13 (15A/30A) FUSE, ABS BATT1 AA 1 B F13 (15A/30A) FUSE, ABS BATT1 EA 2 A F13 (15A/30A) FUSE, ABS BATT1 ED 3 A F15 (20A) FUSE, HTD. MIRROR AA 0 B F15 (20A) FUSE, HTD. MIRROR BF 2 A F16 (10A) FUSE, VEHICLE CTRL UNIT AA 0 D F16 (10A) FUSE, VEHICLE CTRL UNIT BA 0 A F17 (10A) FUSE, CTRL/SW. INPUTS AA 1 D F17 (10A) FUSE, CTRL/SW. INPUTS BA 1 A F17 (10A) FUSE, CTRL/SW. INPUTS BB 0 A

FUSE DESCRIPTION PAGE F17 (10A) FUSE, CTRL/SW. INPUTS BC 3 A F17 (10A) FUSE, CTRL/SW. INPUTS BD 0 A F18 (10A) FUSE, DPF REGEN SWITCH AA 2 D F18 (10A) FUSE, DPF REGEN SWITCH CB 2 A F19 (5A) FUSE, INST. CLSTR AA 0 A F19 (5A) FUSE, INST. CLSTR BE 0 A F19 (5A) FUSE, INST. CLSTR BG 0 A F20 (10A) FUSE, MOTO. MIRRORS AA 1 B F20 (10A) FUSE, MOTO. MIRRORS IC 0 A F24 (15A) FUSE, SPARE AA 1 E F24 (15A) FUSE, SPARE GL 0 A F24 (15A) FUSE, SPARE NA 2 A F24 (15A) FUSE, SPARE NC 3 A F25 (30A) FUSE, HVAC CAB AA 3 C F25 (30A) FUSE, HVAC CAB HA 0 A F26 (15A) FUSE, HOOK−UP LAMPS AA 2 A F26 (15A) FUSE, HOOK−UP LAMPS GA 1 A F27 (15A) FUSE, IGN. STUD AA 1 E F27 (15A) FUSE, IGN. STUD BM 1 A F27 (15A) FUSE, IGN. STUD NB 2 A F28 (20A) FUSE, HTD. SEATS AA 1 E F28 (20A) FUSE, HTD. SEATS HC 3 A F28 (20A) FUSE, HTD. SEATS NA 3 A F29 (10A) FUSE, EMS RELAYS AA 1 B F30 (20A) FUSE, AUX, IGN. SW SPARE AA 1 E F30 (20A) FUSE, AUX, IGN. SW SPARE NA 1 A F31 (10A) FUSE, TRANS. SPARE AA 1 D F31 (10A) FUSE, TRANS. SPARE DB 2 A F31 (10A) FUSE, TRANS. SPARE DD 3 A F31 (10A) FUSE, TRANS. SPARE DE 2 A F31 (10A) FUSE, TRANS. SPARE NA 3 A F32 (30A) FUSE, ISO CPH AB 4 C F32 (30A) FUSE, ISO CPH GJ 3 A F33 (30A) FUSE, TRAILER STOP LMP. AB 3 A F33 (30A) FUSE, TRAILER STOP LMP. GG 1 A F34 (30A) FUSE, REV/NEUTRAL POWER AB 1 A F34 (30A) FUSE, REV/NEUTRAL POWER GG 2 A F35 (30A) FUSE, CAB & TRLR CLEARANCE LMP. AB 2 A F35 (30A) FUSE, CAB & TRLR CLEARANCE LMP. GA 4 A F36 (15A) FUSE, HORN AB 1 A F36 (15A) FUSE, HORN GQ 1 A F37 (30A) FUSE, TRAILER TAIL LMP. AB 2 A F37 (30A) FUSE, TRAILER TAIL LMP. GG 0 A F38 (30A/10A) FUSE, ENG. CTRL UNIT AB 3 D F38 (30A/10A) FUSE, ENG. CTRL UNIT CA 1 A F39 (30A) FUSE, TRAILER ABS PWR AB 2 D F39 (30A) FUSE, TRAILER ABS PWR GG 3 A F40 (15A) HEATED DRAIN VALVE AB 1 D F40 (15A) HEATED DRAIN VALVE FA 3 A F41 (15A) FUSE, ENG. COMP #1 AB 2 E

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4


FUSE DESCRIPTION PAGE F41 (15A) FUSE, ENG. COMP #1 CA 1 A F41 (15A) FUSE, ENG. COMP #1 CF 3 A F41 (15A) FUSE, ENG. COMP #1 CJ 3 A F42 (20A) FUSE, BACKUP LMPS. AB 1 D F42 (20A) FUSE, BACKUP LMPS. BE 3 A F43 (15A/5A) FUSE, ENG. COMP #2/ CUMM. IGN AB 2 E F43 (15A/5A) FUSE, ENG. COMP #2/ CUMM. IGN CA 2 A F43 (15A/5A) FUSE, ENG. COMP #2/ CUMM. IGN CE 2 B F43 (15A/5A) FUSE, ENG. COMP #2/ CUMM. IGN CK 2 B F44 (15A) FUSE, HTD. AIR DRY /HTD DRAIN VALVE AB 1 D F44 (15A) FUSE, HTD. AIR DRY /HTD DRAIN VALVE FA 2 A F45 (30A) FUSE, SPARE/ FUEL SEP./ FUEL HTR AB 0 D F45 (30A) FUSE, SPARE/ FUEL SEP./ FUEL HTR GG 1 A F46 (5A) FUSE, ACM/ENG IGN AB 3 D F46 (5A) FUSE, ACM/ENG IGN CD 0 A F46 (5A) FUSE, ACM/ENG IGN CJ 0 A F47 (15A) FUSE, TRANS/ SPARE AB 3 D F48 (30A/40A) FUSE, SLPR BOX/ BODY BLDR. BATT #1 AB 0 A F48 (30A/40A) FUSE, SLPR BOX/ BODY BLDR. BATT #1 BK 0 A F48 (30A/40A) FUSE, SLPR BOX/ BODY BLDR. BATT #1 HE 0 A F49 (10A) FUSE, ABS AB 2 D F49 (10A) FUSE, ABS EA 3 A F49 (10A) FUSE, ABS ED 3 A F50 (5A) FUSE, SPARE AB 3 A F51 (10A) FUSE, SPARE AB 4 A F52 (15A/10A) FUSE, SPARE/ GUARD DOG AB 4 C F52 (15A/10A) FUSE, SPARE/ GUARD DOG BG 2 A F53 (10A) FUSE, BENDIX FUSION AA 1 D F53 (10A) FUSE, BENDIX FUSION JC 0 B F54 (5A) FUSE, BBM ECU AA 0 D F54 (5A) FUSE, BBM ECU BJ 0 A F54 (5A) FUSE, BBM ECU BY 0 A F55 (10A) FUSE ECS AA 2 B F55 (10A) FUSE ECS EC 4 A F56 (10A) FUSE, BENDIX FUSION AA 2 D F56 (10A) FUSE, BENDIX FUSION JC 0 A F57 (15A) FUSE, CENTER CONSOLE AA 3 A F57 (15A) FUSE, CENTER CONSOLE KC 2 A F58 (30A) FUSE, SPARE AA 2 D F60 (20A) FUSE, POWER OUTLETS AA 3 A F61 (15A) FUSE, AUX. BATT SW/ SPARE AA 2 A F61 (15A) FUSE, AUX. BATT SW/ SPARE NA 0 A F62 (15A) FUSE, SPARE AA 3 A F62 (15A) FUSE, SPARE GJ 0 A F62 (15A) FUSE, SPARE NA 2 A F63 (5A) FUSE, INSTR. CLUSTER (EMS) AA 0 D F63 (5A) FUSE, INSTR. CLUSTER (EMS) BE 0 A F64 (10A) FUSE, COLD START /SPARE AA 1 D F64 (10A) FUSE, COLD START /SPARE BJ 3 A F64 (10A) FUSE, COLD START /SPARE BK 2 A

FUSE DESCRIPTION PAGE F64 (10A) FUSE, COLD START /SPARE NA 4 A F64 (10A) FUSE, COLD START /SPARE NC 1 A F65 (15A) FUSE, ACC/ SPARE AA 1 D F65 (15A) FUSE, ACC/ SPARE FD 2 A F65 (15A) FUSE, ACC/ SPARE JB 1 A F65 (15A) FUSE, ACC/ SPARE NA 2 A F65 (15A) FUSE, ACC/ SPARE NC 2 A F67 (15A) FUSE, SPARE AA 0 A F67 (15A) FUSE, SPARE HD 3 A F67 (15A) FUSE, SPARE KC 0 A F67 (15A) FUSE, SPARE NA 2 A F67 (15A) FUSE, SPARE NC 0 A F68 (15A) FUSE, CIGAR LIGHTER AA 2 B F68 (15A) FUSE, CIGAR LIGHTER KC 0 A F69 (10A) FUSE, KEYLESS ENTRY/ SPARE AA 2 D F69 (10A) FUSE, KEYLESS ENTRY/ SPARE IE 2 A F70 (10A) FUSE, HVAC SLPR./ BB IGN 1 AA 3 C F70 (10A) FUSE, HVAC SLPR./ BB IGN 1 HA 1 A F71 (30A/10A) FUSE, TRANS (BATT) AA 1 B F71 (30A/10A) FUSE, TRANS (BATT) DB 3 A F71 (30A/10A) FUSE, TRANS (BATT) DD 0 A F71 (30A/10A) FUSE, TRANS (BATT) NA 3 A F72 (10A) FUSE, HVAC B AA 3 D F74 (5A) FUSE, DIMMER GA 1 A F75 (30A) FUSE, SLEEPER HVAC/ BB PWR AA 0 B F75 (30A) FUSE, SLEEPER HVAC/ BB PWR BK 0 A F75 (30A) FUSE, SLEEPER HVAC/ BB PWR HD 1 A F76 (30A) FUSE, M−DRIVE /CUMMINS DEF PWR AA 3 A F76 (30A) FUSE, M−DRIVE /CUMMINS DEF PWR CE 2 A F76 (30A) FUSE, M−DRIVE /CUMMINS DEF PWR CJ 3 A F76 (30A) FUSE, M−DRIVE /CUMMINS DEF PWR DA 0 A F79 (10A) FUSE M−DRIVE GSECU DA 2 C F80 (20A) FUSE M−DRIVE TECU DA 2 C F82 (2A) FUSE DISCONNECT SWITCH AI 1 D F83 (10A) FUSE CUMMINS DEF MOD AH 2 B F83 (10A) FUSE CUMMINS DEF MOD CE 1 B F84 (15A) FUSE DEF HOSE HEATERS AH 1 B F84 (15A) FUSE DEF HOSE HEATERS CF 2 A F84 (15A) FUSE DEF HOSE HEATERS CL 2 A F85 (10A) FUSE CES AH 1 B F85 (10A) FUSE CES CL 3 A F87 (5A) FUSE MODULE IGN AH 3 B F87 (5A) FUSE MODULE IGN BP 2 B F88 (5A) FUSE SPARE AH 4 C F90 (15A) FUSE SPARE NE 0 B F91 (15A) FUSE SPARE NE 0 B F92 (15A) FUSE SPARE NE 1 B F93 (15A) FUSE SPARE NE 1 B F94 (15A) FUSE SPARE NE 1 B F95 (15A) FUSE SPARE NE 2 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4


FUSE DESCRIPTION PAGE F96 (15A) FUSE SPARE NE 2 B F97 (10A) FUSE DISCONNECT SOLENOID AI 1 D FM3 (150A) FUSE, MAIN PWR, CAB AC 3 D FM3_A4 (100A) FUSE INVERTER HF 1 B FM04 (400A) GND MEGA FUSE AD 1 C SBF1 (10A) FUSE, SLPR. LIGHTING 1 HE 3 B

FUSE DESCRIPTION PAGE SBF2 (15A) FUSE, SLPR LIGHTING 2 HE 0 A SBF3 (20A) FUSE, SLPR. REFRIGERATOR, PWR OUTLET 2 HE 2 B SBF4 (10A) FUSE, SLPR. TV OUTLET HE 2 B SBF6 (15A) FUSE, SLPR POWER OUTLET HE 2 B SBF7 (20A) FUSE, AUDIO AMP. HE 2 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

RELAYS

RELAY DESCRIPTION PAGE RLY01 RELAY, EMS #1 AA 1 B RLY02 RELAY, EMS #2 AB 2 C RLY03 RELAY, IGN. #1 AA 1 D RLY04 RELAY, IGN #3 AB 0 C RLY06 RELAY, EMERGENCY STOP LAMP GA 3 B RLY08 RELAY, FLASH TO PASS GA 1 D RLY10 RELAY, FOG LAMP GA 2 D RLY11 RELAY, TRLR. LMP AB 1 B RLY11 RELAY, TRLR. LMP GG 0 B RLY12 RELAY, TRAILER STOP LAMP AB 3 B RLY12 RELAY, TRAILER STOP LAMP GG 1 B RLY13 RELAY, CAB & TRLR CLEARANCE LMP AB 2 B RLY13 RELAY, CAB & TRLR CLEARANCE LMP GA 4 D RLY14 RELAY, HORN AB 1 B RLY14 RELAY, HORN GQ 1 B RLY16 RELAY WINDSHIELD WIPER GP 1 B RLY17 RELAY, REV. PWR AB 0 B RLY17 RELAY, REV. PWR GG 3 B RLY20 RELAY, START ENABLE DB 2 B RLY26 RELAY, HVAC CAB CONT. AA 3 D RLY26 RELAY, HVAC CAB CONT. HA 1 A RLY28 RELAY, CB BINDING POST AA 3 B RLY29 RELAY, NEUTRAL PWR AB 1 B RLY29 RELAY, NEUTRAL PWR GG 2 B RLY31 RELAY, POWER OUTLETS AA 3 B RLY33 RELAY, HTD. MIRROR BF 1 A RLY34 RELAY, PRE−EMS AA 1 B RLY35 RELAY, HVAC CAB AA 3 D RLY35 RELAY, HVAC CAB HA 0 A RLY36 RELAY, START CNTL 1 AC 2 C RLY38 RELAY, SPARE AB 4 B RLY39 RELAY, SPARE AB 3 B RLY42A RELAY GRID HEATER CF 0 B RLY42A RELAY GRID HEATER CL 0 A RLY43L_MATE RELAY, SNOW PLOW LAMPS, LH LOW BEAM GI 1 C RLY43R_MATE RELAY, SNOW PLOW LAMPS, RH LOW BEAM GI 0 C RLY44_MATE RELAY, SNOW PLOW LAMPS, HIGH BEAM GI 2 C RLY46_MATE RELAY, SNOW PLOW LAMPS, LOW BEAM FEED GI 3 C RLY47 RELAY REVERSE SIGNAL DE 3 C RLY48 REV MUTE RELAY DE 0 C RLY52 RELAY, HIGH BEAM GA 1 A

RELAY DESCRIPTION PAGE RLY53 RELAY, SLEEPER HVAC AA 0 C RLY53 RELAY, SLEEPER HVAC BK 0 B RLY53 RELAY, SLEEPER HVAC HD 1 B RLY54 RELAY, SPARE EPDM DD 2 B RLY56 RELAY, TRAILER AUX. POWER SAEJ560 GJ 0 C RLY57 RELAY, REVERSE, LIFT AXLE/ECS BE 3 D RLY57 RELAY, REVERSE, LIFT AXLE/ECS EC 3 B RLY58 RELAY, TRAILER AUX. POWER ISO3731 GJ 2 C RLY60_MATE RELAY, FAN CONTROL HB 3 A RLY70 RELAY, POWER, 8 SW BODYBUILDER OPTION NE 3 A RLY70 RELAY, POWER, 8 SW BODYBUILDER OPTION NF 4 A RLY73 RELAY M−DRIVE POWER DA 0 B RLY80 RELAY CUMMINS DEF MOD AH 2 C RLY80 RELAY CUMMINS DEF MOD CE 1 B RLY81 RELAY STARTER LOCKOUT AH 3 C RLY81 RELAY STARTER LOCKOUT BP 3 B RLY81 RELAY STARTER LOCKOUT CF 0 C RLY81 RELAY STARTER LOCKOUT CL 0 C RLY82 RELAY DEF LINE HEATER 1 AH 0 C RLY82 RELAY DEF LINE HEATER 1 CF 1 B RLY82 RELAY DEF LINE HEATER 1 CL 1 B RLY83 RELAY DEF LINE HEATER 2 AH 0 C RLY83 RELAY DEF LINE HEATER 2 CF 2 B RLY83 RELAY DEF LINE HEATER 2 CL 2 B RLY84 RELAY DEF LINE HEATER 3 AH 1 C RLY84 RELAY DEF LINE HEATER 3 CF 1 B RLY84 RELAY DEF LINE HEATER 3 CL 1 B RLY85 RELAY CES AH 1 C RLY85 RELAY CES CL 3 B RLY86 RELAY FUEL FILTER MODLUE AH 2 C RLY86 RELAY FUEL FILTER MODLUE BP 1 B RLY87 RELAY FUEL FILTER MODULE AH 3 C RLY87 RELAY FUEL FILTER MODULE BP 2 C RLY88 DEF PUMP SUPPLY CK 1 B RLY89 RELAY METHANE DETECTOR CM 1 A RLY97 RELAY, LO BEAM LH GD 0 B RLY97 RELAY, LO BEAM LH GE 0 B RLY98 RELAY, LO BEAM RH GD 1 B RLY98 RELAY, LO BEAM RH GE 1 B RLY99 RELAY, METHANE DETECT CM 0 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

COMPONENTS

COMPONENT DESCRIPTION PAGE A03 INSTRUMENT CLUSTER BE 0 C A03 INSTRUMENT CLUSTER BF 0 B A03 INSTRUMENT CLUSTER BG 1 C A04A REFRIGERATOR HE 2 B A06R1_65 El. adjustable seat (optional fan and hea DD 3 B A06R2_65 El. adjustable seat (optional fan and hea DD 3 B A06R4_65 El. adjustable seat (optional fan and hea DD 4 B A06R5_65 El. adjustable seat (optional fan and hea DD 2 B A12 Control unit, ABS (Anti−lock Brake System ED 0 B A12A CONTROL UNIT, ABS (ANTI−LOCK BRAKE SYS.) EA 0 C A13B TECU AMT−F DA 3 B A14C CUMMINS EMS, OBD2016 CE 0 D A14C CUMMINS EMS, OBD2016 CF 0 E A14D CUMMINS EMS, OBD2017 CK 0 D A14D CUMMINS EMS, OBD2017 CL 0 E A16 CONTROL UNIT, ECS (ELECTRONIC CONTROLLED EC 0 C A17 CONTROL UNIT, VECU (VEHICLE ECU) AC 2 A A17 CONTROL UNIT, VECU (VEHICLE ECU) BA 1 C A17 CONTROL UNIT, VECU (VEHICLE ECU) BB 0 B A17 CONTROL UNIT, VECU (VEHICLE ECU) BC 2 D A17 CONTROL UNIT, VECU (VEHICLE ECU) BD 2 D A17 CONTROL UNIT, VECU (VEHICLE ECU) GD 1 A A17 CONTROL UNIT, VECU (VEHICLE ECU) GE 2 A A17 CONTROL UNIT, VECU (VEHICLE ECU) GH 2 B A19D_MATE CONTROL UNIT GECU (GEAR SELECTOR ECU) ALL DD 0 E A20 Control Unit, Heated Windshield HC 0 C A20 Control Unit, Heated Windshield HG 0 C A34 CONTROL UNIT, CLIMATE HA 0 B A35 CONTROL UNIT, REMOTE RECEIVER DOOR LOCK IE 1 C A36 Control unit, BBM (Body Builder Module) BY 0 C A51 DISPLAY, SIDE OBJECT DETECTION JA 3 D A56 Stereo amplifier KB 3 D A57 CONTROL UNIT, ALLISON TRANSMISSION DC 0 A A57 CONTROL UNIT, ALLISON TRANSMISSION DD 0 D A58 TRANSMISSION ALLISON DC 0 D A78 Autoshift II shift module DB 0 C A83 CTRL UNIT, DRL (DAYTIME RUNNING LIGHTS) GD 1 B A83 CTRL UNIT, DRL (DAYTIME RUNNING LIGHTS) GE 2 B A87 DISPLAY, INSIDE/ OUTSIDE TEMP. BI 0 C A89 CTRL UNIT, APADS, CM 813 HB 2 C A90 ALARM, CLOCK HE 0 B A102A CONTROL UNIT GPS RECEIVER TELEMATICS GATE BM 2 C A102B CONTROL UNIT GPS RECEIVER TELEMATICS GAT BM 0 D A104 CONTROL UNIT, FLASHER GA 3 A A104A FLASHER KYSOR GA 2 A A106 CONTROL UNIT, SLEEPER HVAC HD 1 C A107B CONTROL UNIT, TRANSMISSION, EATON GEN III DB 1 D A108 CONTROL UNIT, ALLISON, RETARDER RELAY DC 3 D A109 CONTROL UNIT, GSECU (GEARSHIFT ECU) DA 0 C A124 COMPONENT GROUP, STARTER MOTOR, M04 & K65 AC 3 A

COMPONENT DESCRIPTION PAGE A124 COMPONENT GROUP, STARTER MOTOR, M04 & K65 AD 0 A A124A MOTOR STARTER TC AC 2 C A124A MOTOR STARTER TC AD 1 A A138 PUMP UNIT, UREA CD 1 E A138A PUMP UNIT ADBLUE CE 1 C A141 GAUGE, THIRD AXLE TEMP BF 4 C A147 Control Unit, Fuel Filter Module BP 1 D A149 CONSOLE CENTER KC 2 C A158 Control unit, Audio KB 0 C A176 Control unit, LPOS, Lane Position and Obj JC 2 B B06AP SENSOR, AIR PRESSURE, BRAKE APP. BF 3 D B06T1 SENSOR AIR PRESSURE TANK 1 BF 2 D B06T2 SENSOR, AIR PRESSURE TANK 2 BF 2 D B07 SENSOR, FUEL LEVEL BF 0 D B09A SENSOR, OIL TEMP GEARBOX BF 1 D B13 SENSOR, WHEEL SPEED LHS. 1, ST FRT AXLE EA 0 B B13 SENSOR, WHEEL SPEED LHS. 1, ST FRT AXLE ED 0 C B14 SENSOR, WHEEL SPEED RHS, 1:ST FRT AXLE EA 1 B B14 SENSOR, WHEEL SPEED RHS, 1:ST FRT AXLE ED 1 D B15 SENSOR, WHEEL SPD LHS. 1:ST,DRIVEN REAR EA 0 D B15 SENSOR, WHEEL SPD LHS. 1:ST,DRIVEN REAR ED 0 A B16 SENSOR, WHEEL SPD, RHS, 1:ST DRIVE REA EA 0 D B16 SENSOR, WHEEL SPD, RHS, 1:ST DRIVE REA ED 1 B B17 SENSOR, WHEEL SPD, LHS, 2:ND, DRIVE REAR EA 2 D B17 SENSOR, WHEEL SPD, LHS, 2:ND, DRIVE REAR ED 2 D B18 SENSOR, WHEEL SPD, RHS, 2:ND, DRIVE REAR EA 2 D B18 SENSOR, WHEEL SPD, RHS, 2:ND, DRIVE REAR ED 3 D B22C SENSOR AMBIENT AIR TEMP CE 3 D B22C SENSOR AMBIENT AIR TEMP CK 3 D B23 SENSOR AMBIENT AIR BF 0 D B23.1 SENSOR, AMBIENT AIR TEMP BF 0 D B25A SENSOR ACCELERATOR PEDAL BB 3 C B30A SENSOR CHASSIS LEVEL DRIVE AXLE EC 2 D B49 SENSOR, STEERING ANGLE ED 0 E B50 SENSOR, YAW−RATE ED 0 E B55A SENSOR AIR PRESS SUSPENSION AUX. AXLE EC 0 D B55B SENSOR, PRESSURE LIFT AXLE EC 0 D B58A SENSOR AIR PRESS. SUSPENSION DRIVE AXLE EC 1 D B58R SENSOR, AIR PRESSURE REAR SUSP. BF 2 D B58R_ESP SENSOR, AIR PRESSURE, REAR SUSPENSION RHS ED 1 E B59 SENSOR, INDOOR TEMP BF 3 D B60L SPEAKER, LEFT FRT. KB 0 D B60LF SPEAKER, LEFT FRT KB 3 C B60R SPEAKER, RIGHT FRT. KB 0 D B60RF SPEAKER, RIGHT FRT. KB 3 C B60SLR Speaker Sleeper Left Rear KB 4 D B60SRR Speaker Sleeper Right Rear KB 3 D B60SW Speaker Subwoofer KB 3 E B68 SENSOR, OUTPUT SHAFT SPD, GEARBOX BB 1 C B68 SENSOR, OUTPUT SHAFT SPD, GEARBOX CE 2 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

COMPONENTS

COMPONENT DESCRIPTION PAGE B68 SENSOR, OUTPUT SHAFT SPD, GEARBOX CJ 1 B B68 SENSOR, OUTPUT SHAFT SPD, GEARBOX CK 2 C B68_B Sensor, output shaft speed, gearbox BB 0 C B78 SENSOR, RIGHT SIDE OBJECT DETECTION JA 2 D B80 HANDSFREE, LOUDSPEAKER, MICROPHONE, MID KB 2 D B82 Sensor, ACC radar JB 0 D B82A SENSOR, ACC RADAR FLR−20 JB 2 D B96 Sensor, NOx CD 2 B B96B Sensor, NOx CD 2 B B105 SENSOR RETARDER TEMP DC 3 D B121 SENSOR, LOW LEVEL WASHER FLUID BG 1 D B122 SENSOR, EXHAUST TEMP BF 0 A B122A SENSOR EXHAUST TEMP. CATALYST CJ 2 D B122B SENSOR CATALYST OUTLET TEMP. 2 CJ 2 B B123 SENSOR, COOLANT LEVEL CA 2 E B123 SENSOR, COOLANT LEVEL CE 1 C B123 SENSOR, COOLANT LEVEL CJ 2 D B123 SENSOR, COOLANT LEVEL CK 0 C B123.1 SENSOR, COOLANT LEVEL CA 3 E B124.3RD SENSOR, OIL TEMP REAR CENTER AXLE BF 4 D B124FR SENSOR, OIL TEMP FRONT REAR AXLE BF 1 D B124RR SENSOR, OIL TEMP REAR REAR AXLE BF 1 D B133 SENSOR, AIR FILTER RESTRICTION. BG 1 B B133S SENSOR, AIR FILTER RESTRICTION, TD7 BG 2 B B142C Sensor, AdBlue level and temperature CD 1 B B142C Sensor, AdBlue level and temperature CF 3 B B142C Sensor, AdBlue level and temperature CL 3 A B152 SENSOR, BRAKE AIR PRESSURE, FRONT FOR ESP ED 2 E B153 SENSOR, BRAKE AIR PRESSURE, REAR FOR ESP ED 2 D B156 SENSOR, FREON HI PRESSURE − FAN BD 2 B B156A SENSOR, FREON HI PRESSURE HA 3 A B157 SENSOR, FREON HI PRESSURE HB 2 D B158 SENSOR, FREON LOW PRESSURE HB 1 D B160 SENSOR, OUTSIDE TEMP. BI 0 C B185A SENSOR OXYGEN OUTLET EGO CJ 1 D B300B METHANE SENSOR ENGINE CM 1 D B310 Sensor, Particulate Matter CD 3 B B319 SENSOR ALARM CO CM 0 C CLU_JMP PLUG, JUMPER, A35:B IE 3 C E05A LAMP HOOK UP LEFT GR 0 C E05B LAMP HOOK UP RIGHT GR 0 C E06 Lamp, reversing light GF 3 B E07L FOG LAMP LEFT GA 1 D E07R FOG LAMP RIGHT GA 1 D E11L LAMP, SIDE MARKER LEFT SIDE GD 1 E E11R LAMP, SIDE MARKER, RIGHT SIDE GD 1 D E12D LAMP, ROOF POS. LIGHT DRIVER GA 3 D E12DH LAMP, HIGH RISE SLEEPER ROOF POS. LIGHT D HE 4 D E12DHL LAMP, HIGH RISE SLEEPER ROOF POS. LIGHT D HE 3 E E12P LAMP, ROOF POS. LIGHT, PASS. GA 3 D

COMPONENT DESCRIPTION PAGE E12PH LAMP, HIGH RISE SLEEPER ROOF POS. LIGHT P HE 4 D E12PHL LAMP, HIGH RISE SLEEPER, ROOF POS. LIGHT HE 4 E E13LS LAMP, DIR. INDICATOR LEFT SIDE A−PILLAR GD 2 C E13LS LAMP, DIR. INDICATOR LEFT SIDE A−PILLAR GE 2 C E13LSB LAMP, DIRECTONAL/ MARKER LEFT SIDE GD 3 D E13LSB LAMP, DIRECTONAL/ MARKER LEFT SIDE GK 3 D E13LSC LAMP, DIR. LEFT SIDE SKIRT GD 3 C E13RS LAMP, DIR. INDICATOR RIGHT SIDE A−PILLAR GD 4 C E13RS LAMP, DIR. INDICATOR RIGHT SIDE A−PILLAR GE 4 D E13RSB LAMP, DIRECTIONAL/ MARKER RIGHT SIDE GD 4 D E13RSB LAMP, DIRECTIONAL/ MARKER RIGHT SIDE GK 3 C E13RSC LAMP, DIR. RIGHT SIDE SKIRT GD 4 C E14L LAMP, PARK/DIR INDICATOR LEFT FRT. GD 2 D E14L LAMP, PARK/DIR INDICATOR LEFT FRT. GE 3 D E14R LAMP, PARK/DIR INDICATOR RIGHT FRT. GD 3 D E14R LAMP, PARK/DIR INDICATOR RIGHT FRT. GE 3 D E17AD LAMP, CAB REAR DOME DRIVER GH 0 C E17AP LAMP, CAB REAR DOME PASS. GH 0 C E17D LAMP, FRONT DRIVER DOME GH 2 C E17L LAMP, CAB SLEEPER LEFT DOME GR 3 C E17P LAMP, FRONT PASS. DOME GH 3 C E17R LAMP, CAB SLEPER RIGHT DOME GR 3 C E18A BACK UP LAMP GR 3 C E18LB LAMP, LOWR. BUNK HE 4 B E18LC LAMP, LH CABINET HE 3 B E18LR LAMP, SLEEPER LH ROOF HE 0 A E18N LAMP, SLEEPER INDIRECT HE 1 C E18R LAMP, READING HE 4 B E18RR LAMP, SLPR RH ROOF HE 0 A E19C LAMP, ID LIGHT ROOF, CENTER GA 0 D E19C LAMP, ID LIGHT ROOF, CENTER GM 1 D E19CH LAMP, ID LIGHT HIGH RISE SLEEPER ROOF, CE HE 2 D E19CHL LAMP, ID LIGHT HIGH RISE SLEEPER ROOF, CE HE 1 D E19D LAMP, ID LIGHT ROOF, DRIVER GA 0 D E19D LAMP, ID LIGHT ROOF, DRIVER GM 0 D E19DH LAMP, ID LIGHT HIGH RISE SLEEPER ROOF DRI HE 2 D E19DHL LAMP, ID LIGHT HIGH RISE SLEEPER ROOF, DR HE 0 D E19P LAMP, ID LIGHT ROOF, PASS. GA 1 D E19P LAMP, ID LIGHT ROOF, PASS. GM 1 D E19PH LAMP, ID LIGHT HIGH RISE SLEEPER ROOF, PA HE 3 D E19PHL LAMP, ID LIGHT HIGH RISE SLEEPER ROOF, PA HE 1 D E23L LAMP, CARGO, LH HE 3 B E23LA LAMP, CARGO LH GR 4 C E23R LAMP, CARGO, RH HE 3 B E23RA LAMP, CARGO RH GR 4 C E27L TAIL LAMP, MODULE, LEFT GF 0 D E27LA TAIL LAMP LED, LEFT GF 2 C E27R TAIL LAMP MODULE, RGHT GF 1 C E27RA GF 2 C E30L HEADLAMP, LOW BEAM, LEFT GD 0 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

COMPONENTS

COMPONENT DESCRIPTION PAGE E30R HEADLAMP, LOW BEAM RIGHT GD 1 D E31L LAMP, HIGH BEAM LEFT SIDE GD 0 D E31R LAMP, HIGH BEAM, RIGHT SIDE GD 1 D E32 Climate unit HD 1 D E32L HEADLAMP, LEFT GE 0 D E32R HEADLAMP, RIGHT GE 1 D E35 HVAC UNIT HA 0 D E38_08 LAMP, INDICATOR, IWDL BD 0 B E38_09 LAMP, INDICATOR, BODY BUILDER BJ 3 B E38_09A LAMP, INDICATOR BODY BUILDER BK 2 B E38_11 LAMP WTS INDICATOR CE 0 B E38_11 LAMP WTS INDICATOR CK 0 B E39 Lamp, Licence Plate Illumination GF 2 D E53 LAMP, AMBIENT FOOT KC 4 D E53L Lamp, Red lighting, left KC 3 D E53R Lamp, Red lighting, right KC 4 D E58 LAMP, HOOK−UP GR 1 C E58 LAMP, HOOK−UP HE 4 A E58A LAMP, HOOK−UP, FLUSH MTD GR 2 C E58B LAMP, HOOK−UP, FLUSH MTD, LED GR 1 C E58BL LAMP, HOOK UP LED LEFT GR 0 C E58BR LAMP, HOOK UP LED RIGHT GR 1 C E58L LAMP, PERIMETER LH GR 2 C E58R LAMP, PERIMETER RH GR 2 C E60D LAMP, DOOR DRIVER GH 3 B E60P LAMP, DOOR PASS. GH 3 B E61 HEATER, WEBASTO, AT2000S HD 3 C E65L LAMP, ROOF LH BEACON GL 0 C E65R LAMP, ROOF RH BEACON GL 0 C E80L Lamp, Additional module, left BP 2 B E95L1 LAMP, SNORKEL LEFT SIDE GK 0 A E95L2 LAMP, SNORKEL LEFT SIDE GK 0 B E95L3 LAMP, SNROKEL LEFT SIDE GK 0 B E95L4 LAMP, SNORKEL LEFT SIDE GK 0 B E95L5 LAMP, SNORKEL LEFT SIDE GK 0 C E95L6 LAMP, SNORKEL LEFT SIDE GK 0 C E95R1 LAMP, SNORKEL RIGHT SIDE GK 1 A E95R2 LAMP, SNORKEL RIGHT SIDE GK 1 B E95R3 LAMP, SNORKEL RIGHT SIDE GK 1 B E95R4 LAMP, SNORKEL RIGHT SIDE GK 1 C E95R5 LAMP, SNORKEL RIGHT SIDE GK 1 C E95R6 LAMP, SNORKEL RIGHT SIDE GK 1 C E96L Lamp, side dir indicator left side GK 2 C E96R Lamp, side dir indicator right side GK 3 B E96R2 Lamp, side marker right side#2 GK 4 B E96R3 Lamp, side marker right side#3 GK 4 B E96R4 Lamp, side marker right side#4 GK 4 B E97L1 Lamp, side marker left side#1 GK 2 B E97L2 Lamp, side marker left side#2 GK 2 B E97L3 Lamp, side marker left side#3 GK 2 B

COMPONENT DESCRIPTION PAGE E97L4 Lamp, side marker left side#4 GK 2 C E97R1 Lamp, side marker right side#1 GK 4 A EL1 Lamp, Extra spotlamp, roof GQ 4 B EM01 CONNECTOR CUMMINS SCR CF 2 D EM02 CONNECTOR CROSSOVER CUMMINS CF 3 C EM03 CONNECTOR CUMMINS DPF CF 4 D EM04 SENSOR DEF QUAL CUMMINS CF 4 B FB07 FUSE, EAT SYSTEM CD 0 B FB8 FUSE REMOTE SENSE ALT. AC 4 C FB08 FUSE, EAT SYSTEM CD 0 A FM1 FUSE, MAIN GND PREHEATING AD 0 B FM02 FUSE GROUND PROTECTION AF 1 C FM03 Fuse Cummins Grid Heater CF 1 A FM03 Fuse Cummins Grid Heater CL 1 A FM3_A4 FUSE INVERTER HF 1 B G01 BATTERY AC 3 C G01 BATTERY AD 1 B G01 BATTERY AF 0 E G01 BATTERY AG 3 E G01 BATTERY AI 2 D G01 BATTERY CD 0 C G01 BATTERY CE 4 B G01 BATTERY CK 4 B G01 BATTERY CM 2 C G01 BATTERY HF 0 A G01 BATTERY ND 0 A G01_1_1213 Battery AE 0 B G01_2_1213 Battery AE 0 D G01_3_1213 Battery AE 1 D G01_4_1213 Battery AE 1 B G01_5_1213 Battery AE 1 D G01_6_1213 Battery AE 3 B G01_7_1213 Battery AE 2 B G01_8_1213 Battery AE 3 B G01_9_1213 Battery AE 3 B G01_11_1213 Battery AE 2 C G01_12_1213 Battery AE 2 D G01_13_1213 Battery AE 3 C G01_14_1213 Battery AE 3 D G02 ALTERNATOR AF 2 A G02 ALTERNATOR AG 3 C G02_1 ALTERNATOR AC 4 A G02_1 ALTERNATOR AD 0 B G02A Alternator 1 AC 4 B G03 INVERTER 12VDC/120VAC HF 0 B G03.D INVERTER DISPLAY HF 0 C G04 POWER DISTR. UNIT 120VAC HF 2 B H02A HORN GQ 1 D H02B HORN #1 GQ 2 D H02C HORN#2 GQ 2 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

COMPONENTS

COMPONENT DESCRIPTION PAGE H03 REV. WARNG. ACOUSTIC GF 1 C H16 METHANE FUME DETECTOR CM 2 B H17 METHANE DETECTION STATUS CM 3 B M01 MOTOR, WSHLD. WIPER GP 1 C M02 MOTOR, WSHLD. WASHER PUMP GP 0 C M03 MOTOR, AUX FAN HC 3 D M03 MOTOR, AUX FAN HG 3 D M04_1 MOTOR, STARTER AF 0 A M04_1 MOTOR, STARTER AG 3 B M04_1 MOTOR, STARTER AI 2 B M41 Motor Pump, Urea CK 2 C M110CFL MIRROR, HTD. CONVEX, FENDER MOUNTED, LEFT BF 3 B M110CFR MIRROR, HTD. CONVEX, FENDER MOUNTED, RIGH BF 3 B M110CL MIRROR, HTD. CONVEX ,LHS IC 3 D M110CR MIRROR, HTD CONVEX, RHS IC 4 D M110L MIRROR MOTOR & HTR, LHS IC 0 D M110R MIRROR MOTOR & HTR, RHS IC 1 D R01 HEATER, ENG. PREHEAT AD 0 A R01C Heater, Engine preheat CF 0 B R01C Heater, Engine preheat CL 0 B R02 ENGINE BLOCK HEATER RECEPTACLE CC 0 B R03 ENGINE BLOCK HEATER ELEMENT CC 0 D R03A OIL PAN HEATER ELEMENT CC 1 C R04 CIG. LIGHTER KC 0 B R05 AIR DRYER FA 1 D R08 RESISTOR, TERMINATION CAN−BUS CF 2 B R08 RESISTOR, TERMINATION CAN−BUS CL 2 B R08_BBM RESISTOR TERMINATION XA 3 B R08_BENDIX RESISTOR, TERMINATING XA 0 B R08_MATE RESISTOR, TERMINATION J1939 XA 3 A R08A RESISTOR CAN TERMINATING XA 1 D R08M RESISTOR CAN TERMINATING XB 1 C R09 HEATER, FUEL FILTER FA 0 D R14 Termination resistor CE 0 C R14 Termination resistor CK 0 C R19 HEATER, HTD DRAIN VALVE FA 3 C R21 Termination resistor XA 1 C R21 Termination resistor XB 3 C R21_TGW TERMINATION RESISTOR BM 1 C R25 HTD SEAT, DRIVER HC 2 C R26 HTD. SEAT PASSENGER HC 3 C R27 Potentiometer Volume Ctrl. KB 4 D R28 Heater, Windshield, Left HC 1 D R28 Heater, Windshield, Left HG 2 D R29 Heater, Windshield, Right HC 1 D R29 Heater, Windshield, Right HG 1 D R29_A Heater,Nox Care Tank to Pump Hose CD 4 E R29_A Heater,Nox Care Tank to Pump Hose CF 1 D R29_A Heater,Nox Care Tank to Pump Hose CL 1 C R30 Heater, Windshield, Single Piece HC 2 C

COMPONENT DESCRIPTION PAGE R30 Heater, Windshield, Single Piece HG 2 D R30_A Heater Back Flow Hose CF 2 D R30_A Heater Back Flow Hose CL 2 C R31_A Heater nox Care Pump to Injector Hose CF 1 C R31_A Heater nox Care Pump to Injector Hose CL 1 C R32 Heater, NOxCare pump to injector hose CD 3 D R32_A Heater, NOxCare pump to injector hose CD 3 D R33 Termination resistor KB 1 B R34 Termination resistor XC 2 B R35 Termination resistor XC 0 B RC1_MATE Electrical Equipment 2 RELAYS, 2 FUSES 2 AA 4 A RC2_MATE ELECTRICAL EQUIPMENT 3 RELAYS 3−25195197 AA 4 B S01 SW. MAIN LIGHTING SELECT. TYPE GA 0 B S006 SWITCH, SPD CTRL BA 1 B S07 SW. ENG. BRKE, SEL. TYPE BA 2 B S007 SWITCH SET/RESUME BA 1 B S008 SW. SHUTDWN OVERRIDE BA 3 B S08A SW. ALTERNATING LIGHT / RH POST NE 2 D S08B SW. TAILGATE / RH WING NE 0 D S08C SW. SANDER LIGHT / SPREADER / WORK NE 3 D S08D SW. LOAD LIGHT / LH WING NE 1 D S08E SW. STROBE LIGHT / LH POST NE 2 D S08F SW. CHAIN LIGHT / HOPPER NE 4 D S009 SWITCH WIPER CTRL GP 0 B S011 SW. FAN OVERRIDE BA 3 B S12 SWITCH, SNOW PLOW LIGHTS GI 2 A S013 SW. MIRROR DEFROST BE 2 B S014 SWITCH, SLEEPER HVAC ENABLE HD 1 B S016 SW. ATC LTD SLIP ED 2 A S016A SW. ATC LTD SLIP EA 2 B S017C SWITCH, CAB REAR DOME LMP GH 0 D S017D SW. SLEPR ROOF DOME LAMP HE 0 B S017E SW. CAB SLEEPER ROOF DOME LMP HE 0 E S017F SW. FRONT DRIVER DOME LAMP GH 2 D S017G SW. FRONT PASS. DOME LMP GH 3 D S018 SW. PWR TAKE OFF BC 2 B S018_1_MATE PT0#1 BC 2 B S019 SW. PWR DIV. LOCKOUT FB 4 C S020 SWITCH, AIR SUSP. FB 0 C S021 SW., 5TH WHL. SLIDE BD 3 B S022 SWITCH, I/O AIR FB 1 C S023 SW. NEUTRL CONTROL FB 3 C S023_1 PRESSURE SW. NEUTRAL CONTROL FB 3 A S024 SW. INTERWHL DIFF. LOCK BD 1 B S24C Switch ON/OFF Allison Retarder DD 1 B S026A SW._2, IGN. FEED NA 1 C S026B SW.3, IGN. FEED NC 3 C S026C SW._4, IGN. FEED NC 2 C S026D SW.5_5, IGN. FEED NC 1 C S027A SW._1, BATT. FEED NA 0 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

COMPONENTS

COMPONENT DESCRIPTION PAGE S027B SW._6, BATT. FEED NC 0 C S028 SW. PASS. DOOR LOCK ID 1 C S028L SW. DRIVER DOOR LOCK IE 0 B S028R SW. PASS. DOOR LOCK IE 3 B S030 Switch, Mirror Control IC 0 B S036 SWITCH, IGNITION AC 0 B S036 SWITCH, IGNITION GQ 0 C S036B SW, PUSH BUTT. START AC 1 B S038 SW, PRESSURE SERVICE BRKE. GA 3 B S038C SW, PRESSURE SERVICE BRAKE BB 2 B S038C2 2ND SW, PRESSURE SERVICE BRAKE BB 1 D S039 SW. DIREC. SIGNAL GA 2 C S41 Switch, battery main switch control AI 0 C S041L SW. DRIVR SIDE DR. GH 4 A S041R SW. PASS SIDE DR. GH 4 C S041SB SWITCH, BUNK HE 3 C S041SL SWITCH, LH JAMB HE 3 D S041SR SWITCH, RH JAMB HE 3 C S042 SWITCH, BACK UP BE 3 B S43 SW. PRESS. PRKNG BRKE INDICATOR, NC. BA 3 D S043 SW. INFO SELECTOR BE 1 B S43B SW.PRESS. PRKNG BRKE BODYBUILDER BK 2 B S43C TRAILER DETECTION SWITCH BG 2 D S044 SWITCH, CLUTCH BB 2 B S045 SW. DRL OVERRIDE BA 1 D S047 SW. IWDL FR− ENGAGED BG 3 D S047A SW. IWDL 3RD AXLE − ENGAGED BG 3 E S048 SW. IWDL REAR− ENGAGED BG 3 C S050 SW., 5TH WHL. KING PIN LCK., AUX. AIR #2 FB 1 B S051 SW., AUX. AIR #1 FB 2 B S051A SW., AUX. AIR #3 FB 2 C S052 SW. AUTO. STRT/STOP ENGAGED BG 0 B S055 SWITCH, INDIRECT LMP. HE 0 B S056 DOWNHILL CRUISE SET BD 1 B S057 SWITCH, PARK BRAKE AUXILIARY GJ 0 D S058 SWITCH, CENTER PIN HOT SAE J560 GJ 0 B S58B POSITION SWITCH, CLUTCH PEDAL, STARTING, AC 2 A S059 SWITCH, HEATED WINDSHIELD HC 0 B S059 SWITCH, HEATED WINDSHIELD HG 0 B S060 Switch, Aux Fan HC 4 C S060 Switch, Aux Fan HG 4 C S61 POSITION SWITCH, DRIVER SEAT BELT LOCK, N BE 1 D S061 SWITCH, CENTER PIN HOT ISO 3731 GJ 2 B S067 SWITCH BEACON LIGHTS GL 0 B S068B TAILGATE IGN FEED NF 0 C S068C PWR FLOAT IGN FEED NF 0 C S068D SPREADER IGN FEED NF 1 C S069B RR FLASHING IGN FEED NF 3 C S069C SPARE IGN IGN FEED NF 2 C S069D LOW OIL IGN FEED NF 2 C

COMPONENT DESCRIPTION PAGE S99 SWITCH, ADAPTIVE CRUISE CONTROL, TIME JA 1 C S101 Position switch, gear box neutral positi DB 0 D S106 SW. PASS P.WINDOW (PASS SIDE) ID 3 B S106DS SWITCH, PASS P.WINDOW (DRIVER SIDE) IA 2 C S106PS SW. PASS P.WINDOW (PASS SIDE) IA 3 C S107 SW. DRIVER P.WINDOW IA 1 C S110 SWITCH, LVD HE 1 C S111 SWITCH, PARK BRAKE HEATER HD 3 B S111A SWITCH, DPF REGEN CB 2 C S130 Switch, Air suspension EC 2 D S133 Switch, Level control, Rear axle suspens EC 3 D S137 SWITCH PTO #2 MDRIVE BC 3 B S137A Switch, PTO2 request FD 1 B S145 SWITCH, AMBIENT LIGHTING KC 4 B S169 SWITCH, BATTERY MAIN AC 3 C S169 SWITCH, BATTERY MAIN AG 3 D S169A SWITCH BATTERY BI−STABLE AI 1 C S171 SWITCH GEAR LEVER M−DRIVE DA 0 D S212 SWITCH HILL ASSIST ED 4 A S311 Switch, Load Distribution EC 4 E S320 SWITCH, PRESSURE PARKER PTO FD 1 D V2_MATE DIODE MODULE, AUTO START IGNITION BE 0 B V25 DIODE, DOOR STATUS GH 2 B V35 Diode BA 2 D V36 DIODE BA 2 D X10 B+ PASS THRU, CAB AA 0 B X10 B+ PASS THRU, CAB AC 4 D X10 B+ PASS THRU, CAB DB 0 B X11 CONNECTOR, ENGINE MANAGEMENT INTERFACE CA 0 C X11A CONNECTORS CUMMINS ISX−G ENGINE INTERFACE CJ 0 C X16 POWER STUD, EPDM AB 3 C X16 POWER STUD, EPDM AC 4 C X17A RECEPTACLE 120VAC EXTERNAL HF 1 C X17B RECEPTACLE 120VAC LEFT SLEEPER HF 3 D X17C RECEPTACLE 120VAC RIGHT SLEEPER HF 3 D X17D RECEPTACLE 120VAC RIGHT SLEEPER HF 1 C X17E RECEPTACLE 120VAC LEFT SLEEPER HF 1 D X21D Socket, Body builder connector BY 1 A X21E Socket Body Builder Connector BY 1 D X31 TERMINAL, TRAILER FUNCTION 10 POLE GG 3 D X32 TERMINAL BLOCK, ISO 3731 7 POLE GJ 2 D X34 JUNCTION, CB BINDING POST KC 1 C X34D1_MATE JUNCTION, CB #1 IN D−PANEL KC 1 C X34D2_MATE JUNCTION, CB #2 IN D−PANEL KC 1 C X34R3 JUNCTION, O/HEAD CB 3 PIN CONN. KC 3 C X40 Strip, Option Junction Studs BM 3 B X40 Strip, Option Junction Studs BU 2 A X40 Strip, Option Junction Studs BV 2 A X40 Strip, Option Junction Studs BW 2 A X40 Strip, Option Junction Studs BX 2 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

COMPONENTS

COMPONENT DESCRIPTION PAGE X40 Strip, Option Junction Studs BZ 0 B X40 Strip, Option Junction Studs GQ 4 C X40 Strip, Option Junction Studs NB 2 C X61 CONNECTOR, LIFT GATE POWER CIRCUIT RECEPT ND 0 B X87 Connector, Cummins Crossover CL 4 D X89 Connector, Water−in−fuel Sensor CF 0 D X89 Connector, Water−in−fuel Sensor CL 0 C X109L Jump Start Cable Stud AC 4 B X109L Jump Start Cable Stud AD 1 A X192 CONNECTOR CUMMINS CES CL 2 D X200 CONNECTOR, RS232 JC 4 C XC1 LH CAB GND AD 1 C XC1 LH CAB GND AF 3 D XG9 STUD, ENGINE BLOCK AF 2 C XG9 STUD, ENGINE BLOCK CJ 3 A Y11 SOL. VALVE, ABS,LHS,FRT, EA 0 B Y11 SOL. VALVE, ABS,LHS,FRT, ED 0 C Y12 SOL. VALVE ABS,RHS,FRT. EA 1 B Y12 SOL. VALVE ABS,RHS,FRT. ED 1 C Y13 SOL. VALVE ABS,LHS,REAR EA 1 D Y13 SOL. VALVE ABS,LHS,REAR ED 0 A Y14 SOL. VALVE ABS,RHS,REAR EA 1 E Y14 SOL. VALVE ABS,RHS,REAR ED 1 A Y15 SOL. VALVE ABS,LHS, 3RD AXLE EA 3 D Y15 SOL. VALVE ABS,LHS, 3RD AXLE ED 3 D Y16 SOL. VALVE ABS,RHS, 3RD AXLE EA 2 D Y16 SOL. VALVE ABS,RHS, 3RD AXLE ED 3 D Y18 Solenoid valve, PTO (Power Take Off) FD 1 D

COMPONENT DESCRIPTION PAGE Y18G SOLENOID TRANS PTO 1 BC 3 D Y18G SOLENOID TRANS PTO 1 DA 4 D Y18H SOLENOID TRANS PTO 2 BC 4 D Y18H SOLENOID TRANS PTO 2 DA 3 D Y25A SOLENOID LEVEL CONTROL DRIVE AXLES EC 1 B Y29A SOLENOID LEVEL CONTROL AUX. AXLE EC 2 B Y35 SOLENOID, ENGINE FAN CA 2 C Y35 SOLENOID, ENGINE FAN CE 0 B Y35 SOLENOID, ENGINE FAN CJ 3 D Y35 SOLENOID, ENGINE FAN CK 0 D Y42 CLUTCH, MAGNETIC, A/C COMPRESSOR HA 3 C Y51 SOL VALVE, AIR DRYER FA 2 D Y51_A SOL VALVE AIR DRYER FA 1 C Y52 SOL. VALVE, RH, AIR DRYER FA 1 D Y57 SOL. VALVE, AUTO TRACTION CTRL EA 1 D Y57 SOL. VALVE, AUTO TRACTION CTRL ED 1 A Y57_SA SOLENOID VALVE, TRACTION CONTROL, STEER A ED 4 D Y62 SOLENOID ACCUMULATOR DC 1 C Y80 SOLENOID VALVE, UREA DOSING UNIT CD 2 B Y80A DEF INJ VALVE CF 1 C Y81 SOLENOID VALVE, UREA HEATING TANK CD 2 D Y86 SOL, MULTI VALVE ASSY. FB 0 D Y100 SOLENOID VALVE, TRAILER ABS FOR BENDIX ES ED 2 D Y106 SOLENOID HILL ASSIST BRAKE ED 4 D Y110 SOLENOID VALVE, OIL THERMOSTAT DA 4 B Z01 CONNECTOR, VEH DIAG. XA 1 C Z10 CONNECTOR DIAGNOSTIC XC 2 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

INLINES

INLINE PAGE ABS_X1:1 EA 1 B ABS_X1:3 EA 3 B ABS_X1:4 EA 1 C ABS_X1:5 EA 1 C ABS_X1:6 EA 2 B ABS_X1:7 EA 3 B ABS_X1:8 EA 3 B ABS_X1:10 EA 0 C ABS_X1:11 EA 0 C ABS_X1:12 EA 1 B ABS_X1:13 EA 3 B ABS_X1:14 EA 3 B ABS_X1:16 EA 2 B ABS_X1:17 EA 2 B ABS_X2:1 EA 0 C ABS_X2:2 EA 0 C ABS_X2:3 EA 0 A ABS_X2:4 EA 1 C ABS_X2:5 EA 0 B ABS_X2:6 EA 1 A ABS_X2:7 EA 1 C ABS_X2:8 EA 0 B ABS_X2:9 EA 0 D ABS_X2:10 EA 1 C ABS_X2:11 EA 1 C ABS_X2:12 EA 0 B ABS_X2:13 EA 1 C ABS_X2:14 EA 1 C ABS_X2:15 EA 0 C ABS_X2:16 EA 1 C ABS_X2:17 EA 1 C ABS_X2:18 EA 0 C ABS_X3:4 EA 3 C ABS_X3:6 EA 3 E ABS_X3:7 EA 3 C ABS_X3:9 EA 2 E ABS_X3:10 EA 3 C ABS_X3:11 EA 2 C ABS_X3:12 EA 2 C ABS_X3:13 EA 2 C ABS_X3:14 EA 2 C ABS_X3:15 EA 2 C ACC_SP1:A AA 4 C ACC_SP1:B AA 4 C AF_AFR:A HC 4 C AF_AFR:A HG 3 C AF_AFR:B HC 3 C AF_AFR:B HG 3 C AF_AFR:C HC 3 C AF_AFR:C HG 3 C

INLINE PAGE AHMC2:A KC 3 B AHMC2:B KC 3 E AHMC:A KC 3 B AHMC:B KC 3 E AILH:A GK 0 C AILH:B GK 1 A AIRH:A GK 1 C AIRH:B GK 1 B ALIC:A KC 4 D ALIC:B KC 4 E ALIC:C KC 4 C ALIC:D KC 4 D ALLISON:1 DC 2 C ALLISON:2 DC 2 D ALLISON:3 DC 1 C ALLISON:4 DC 2 C ALLISON:5 DC 1 B ALLISON:6 DC 1 C ALLISON:7 DC 1 C ALLISON:8 DC 1 C ALLISON:9 DC 1 C ALLISON:10 DC 0 C ALLISON:11 DC 0 C ALLISON:12 DC 1 C ALLISON:13 DC 1 C ALLISON:14 DC 2 C ALLISON:15 DC 2 C ALLISON:16 DC 2 C ALLISON:17 DC 0 C ALLISON:18 DC 0 C ALLISON:19 DC 1 C ALLISON:20 DC 1 C ALLISON:21 DC 2 C ALLISON:22 DC 2 C ALLISON:23 DC 2 C ALLISON:24 DC 2 C ALLISON:25 GG 2 A ALLISON:26 GG 2 C ALLISON:27 DC 0 C ALLISON:30 DC 0 C ALLISON:31 DC 0 C ALLISON_RLY:A1 DD 4 B ALLISON_RLY:A3 DD 4 C ALLISON_RLY:A4 DD 3 B ALLISON_RLY:A6 DD 3 C ALLISON_RLY:A7 DD 3 B ALLISON_RLY:A9 DD 3 B ALLISON_RLY:B1 DD 4 B ALLISON_RLY:B2 DD 4 C ALLISON_RLY:B3 DD 4 C

INLINE PAGE ALLISON_RLY:B4 DD 3 B ALLISON_RLY:B6 DD 3 C ALLISON_RLY:B7 DD 3 B ALLISON_RLY:B8 DD 3 C ALLISON_RLY:B9 DD 3 B ALLISON_RLY:C2 DD 2 C ALLISON_RLY:C3 DD 2 B ALLISON_RLY:C4 DD 2 B ALLISON_RLY:C6 DD 2 B ALLISON_RLY:D1 DD 2 C ALLISON_RLY:D3 DD 2 B ALLISON_RLY:D4 DD 2 B ALLISON_RLY:D6 DD 2 B AT_CAB_TRANS:A DB 1 C AT_CAB_TRANS:B DB 2 D AT_CAB_TRANS:C DB 1 C AT_CAB_TRANS:G DB 3 D AT_CAB_TRANS:J DB 1 C AT_CAB_TRANS:K DB 1 C AT_CAB_TRANS:N DB 2 C AT_CAB_TRANS:P DB 1 C AT_CAB_TRANS:R DB 2 C AT_CAB_TRANS:S DB 1 C AT_CAB_TRANS:T DB 1 C AT_CAB_TRANS:U DB 1 C AT_CAB_TRANS:V DB 1 C AT_NU_PTO:A DB 2 E AT_NU_PTO:B DB 2 E AT_RLY:A1 DB 2 B AT_RLY:A3 DB 2 C AT_RLY:B1 DB 2 B AT_RLY:B3 DB 2 C AUX_BATT:A NA 0 D AUX_IGN:A NA 1 D B58R_EXT:A BF 1 D B58R_EXT:B BF 2 D B58R_EXT:C BF 2 D B58RE_EXT:A ED 1 D B58RE_EXT:B ED 1 D B58RE_EXT:C ED 2 D BAT_SP2:A NA 2 B BAT_SP3:A NC 0 B BAT_SP3:A NC 0 B BAT_SP4:A NA 2 B BAT_SP4:A NC 0 B BAT_SP4:A NC 3 B BAT_SP4:B NA 2 B BB_CAB:1 BJ 2 A BB_CAB:1 BK 1 C BB_CAB:2 BJ 2 A

INLINE PAGE BB_CAB:2 BK 1 C BB_CAB:3 BK 0 C BB_CAB:4 BK 0 C BB_CAB:6 BK 2 C BB_CAB:7 BK 2 C BB_CAB:10 BK 3 C BB_CAB:11 BK 3 C BB_CAB:12 BK 2 C BB_CAB:13 BK 2 C BB_CAB:14 BK 1 C BB_CAB:15 BK 1 C BB_CAB:16 BK 1 C BB_CAB:17 BK 2 C BB_CAB:18 BK 3 C BB_CAB:19 BK 2 C BB_CAB:20 BK 3 C BB_CAB:21 BK 3 C BB_CAB:22 BK 3 C BB_CAB:28 BK 2 C BB_LP:B BJ 3 B BB_LP:B BK 2 B BB_LP_6SW:B NC 1 B BBBL:1 BK 0 D BBBL:2 BK 0 D BBBL:3 BK 0 D BBBL:4 BK 0 D BBBL:5 BK 0 D BBBL:6 BK 1 D BBBL:7 BK 1 D BBBL:8 BK 1 D BBBL:9 BK 1 D BBBL:10 BK 1 D BBBL:11 BK 1 D BBBL:12 BK 1 D BBBL:13 BK 2 D BBBL:14 BK 2 D BBBL:15 BK 2 D BBBL:16 BK 2 D BBBL:17 BK 2 D BBBL:18 BK 2 D BBBL:19 BK 2 D BBBL:20 BK 2 D BBBL:21 BK 3 D BBBL:22 BK 3 D BBBL:23 BK 3 D BBBL:24 BK 3 D BBBL:27 BK 3 D BBBL:29 BK 3 D BBCBBC:A BN 3 C BBCBBC:B BN 3 C

INLINE PAGE BBCBBC:C BN 3 C BBCBBC:D BN 2 C BBCBBC:E BN 1 C BBCBBC:F BN 1 C BBCBBC:G BN 1 C BBCBBC:H BN 1 C BBCBBC:J BN 1 C BBCBBC:K NF 2 D BBCBBC:L NF 2 D BBCBBC:M BN 3 C BBIC1:V BJ 2 B BBIC1:W BJ 2 B BBIC1:X BJ 2 B BBIC1:Y BJ 2 B BBIC1:Z BJ 2 B BBIC2:1 BJ 2 B BBIC2:2 BJ 2 B BBIC2:27 BJ 3 C BBIC2:29 BJ 3 C BBIL:1 BJ 3 C BBIL:2 BJ 3 C BBM_1939:A BK 3 C BBM_1939:B BK 3 C BBMS:A NF 2 D BBMS:B NF 2 D BBPA1:A BN 2 C BBPA1:B BN 2 C BBPA1:C BN 2 C BBPA1:D BN 3 C BBPA1:E BN 3 C BBPA1:F BN 3 C BBPA1:G BN 3 C BBPA1:H BN 3 C BBPA2:A BN 2 C BBPA2:B BN 2 C BBPA2:C BN 2 C BBPA2:D BN 1 C BBPA2:E BN 1 C BBPA2:F BN 1 C BBPA2:G BN 1 C BBSP1:A BJ 1 A BBSP2:A BJ 1 A BBSP2:A BK 1 B BBSP3:A BJ 1 A BBSP3:A BK 1 B BBSP4:A BJ 1 A BBSP4:A BK 1 B BBSP5:A BJ 1 A BBSP5:A BK 2 B BBSP6:A BJ 1 A

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

INLINES

INLINE PAGE BBSP6:A BK 2 B BEC_J1:A1 GA 2 B BEC_J1:A2 GA 0 A BEC_J1:A4 GA 1 D BEC_J1:A6 BF 2 B BEC_J1:A7 BF 2 B BEC_J1:A9 GD 0 A BEC_J1:A9 GE 0 A BEC_J1:A12 IE 2 A BEC_J1:B1 GA 1 B BEC_J1:B2 GA 1 B BEC_J1:B3 GA 0 B BEC_J1:B4 GA 2 B BEC_J1:B6 BF 2 B BEC_J1:B7 BF 1 B BEC_J1:B8 AD 3 B BEC_J1:B12 GA 2 A BEC_J1:C1 JC 0 B BEC_J1:C8 AA 3 B BEC_J1:C11 IC 0 A BEC_J1:D2 BJ 0 A BEC_J1:D2 BY 0 A BEC_J1:D8 AA 3 B BEC_J1:D12 BI 0 A BEC_J1:E1 AD 3 B BEC_J1:E2 AA 4 B BEC_J1:E5 HD 3 A BEC_J1:E5 KC 0 A BEC_J1:E5 NA 2 A BEC_J1:E5 NC 0 A BEC_J1:E5 NC 3 A BEC_J1:E11 BM 1 A BEC_J1:E11 BM 3 A BEC_J1:E11 NB 2 A BEC_J1:F1 AA 4 B BEC_J1:F2 AA 3 B BEC_J1:F3 AA 2 B BEC_J1:F4 DB 3 A BEC_J1:F4 DD 0 A BEC_J1:F4 NA 3 A BEC_J1:F10 GJ 0 B BEC_J1:F10 NA 2 A BEC_J1:F12 EA 2 A BEC_J1:F12 ED 3 A BEC_J2:A1 AA 1 B BEC_J2:A2 AA 1 B BEC_J2:A5 GA 1 C BEC_J2:A7 HA 1 B BEC_J2:A9 AC 0 A BEC_J2:A12 ID 0 A

INLINE PAGE BEC_J2:A12 IE 1 A BEC_J2:B1 AA 1 C BEC_J2:B5 GA 1 C BEC_J2:B8 BM 1 A BEC_J2:B8 BM 3 A BEC_J2:B8 NB 2 A BEC_J2:B11 GA 0 B BEC_J2:C4 BA 1 A BEC_J2:C5 GA 0 C BEC_J2:C9 NA 1 B BEC_J2:C12 GA 1 A BEC_J2:D1 BD 0 A BEC_J2:D4 BA 3 A BEC_J2:D5 GA 1 C BEC_J2:D8 HC 3 A BEC_J2:D8 NA 3 A BEC_J2:D11 KC 0 A BEC_J2:E2 BA 1 A BEC_J2:E5 BB 0 B BEC_J2:E6 HA 0 B BEC_J2:E7 AA 3 D BEC_J2:E9 GL 0 A BEC_J2:E9 NA 2 A BEC_J2:E9 NC 3 A BEC_J2:E10 GP 1 B BEC_J2:E12 AC 0 A BEC_J2:F1 BE 0 A BEC_J2:F2 BC 3 A BEC_J2:F5 AD 3 B BEC_J2:F6 HA 0 B BEC_J2:F8 GP 1 B BEC_J2:F9 GP 1 B BEC_J2:F10 GP 1 B BEC_J2:F11 KC 2 A BEC_J3:A2 BA 0 A BEC_J3:A5 AD 4 B BEC_J3:A6 AA 3 E BEC_J3:A6 HA 0 B BEC_J3:A8 GP 0 B BEC_J3:A11 GA 4 B BEC_J3:A12 GA 3 A BEC_J3:B1 BJ 3 A BEC_J3:B1 BK 2 A BEC_J3:B1 NA 4 A BEC_J3:B1 NC 1 A BEC_J3:B5 AD 4 B BEC_J3:B6 FB 1 A BEC_J3:B7 KB 1 A BEC_J3:B7 KB 3 A BEC_J3:B9 IA 2 A

INLINE PAGE BEC_J3:B10 GA 3 B BEC_J3:B11 GA 3 B BEC_J3:B12 GA 3 A BEC_J3:C2 DB 2 A BEC_J3:C2 DD 3 A BEC_J3:C2 DE 2 B BEC_J3:C2 NA 3 A BEC_J3:C3 GD 1 A BEC_J3:C3 GE 1 A BEC_J3:C5 AD 3 B BEC_J3:C8 IA 2 A BEC_J3:C8 ID 3 A BEC_J3:C10 GA 3 B BEC_J3:C11 GA 1 B BEC_J3:C12 GA 1 A BEC_J3:D1 CB 2 B BEC_J3:D3 GH 0 A BEC_J3:D4 JC 0 A BEC_J3:D5 JC 0 B BEC_J3:D9 FB 2 A BEC_J3:D10 EC 4 A BEC_J3:E2 FD 2 A BEC_J3:E2 JB 1 A BEC_J3:E2 JB 3 A BEC_J3:E2 NA 2 A BEC_J3:E2 NC 2 A BEC_J3:E2 NC 0 A BEC_J3:E3 GH 1 A BEC_J3:E5 BE 3 D BEC_J3:E5 EC 3 B BEC_J3:E6 BE 3 D BEC_J3:E7 EC 4 B BEC_J3:E8 BK 0 B BEC_J3:E8 HD 1 C BEC_J3:E10 AA 0 C BEC_J3:E10 BK 0 B BEC_J3:E10 HD 2 B BEC_J3:E11 XA 3 A BEC_J3:E11 XC 3 B BEC_J3:F1 IE 2 A BEC_J3:F3 NA 0 A BEC_J3:F5 BE 3 D BEC_J3:F5 EC 4 A BEC_J3:F7 BE 3 D BEC_J3:F7 EC 3 A BEC_J3:F8 BK 0 B BEC_J3:F8 HD 2 B BEC_J3:F10 AA 0 C BEC_J3:F10 BK 0 B BEC_J3:F10 HD 1 B

INLINE PAGE BEC_J3:F11 BE 0 A BEC_J3:F11 BG 0 A BEC_J4:A2 AA 1 C BEC_J4:C1 CE 2 A BEC_J4:C1 CJ 3 A BEC_J4:C1 DA 0 A BEC_J4:C2 AA 0 D BEC_J4:D1 AA 0 B BEC_J4:D1 BK 0 A BEC_J4:D1 HD 1 A BEC_J4:D2 AA 0 B BEC_J4:D2 BK 0 A BEC_J4:D2 HD 1 A CAB_SC_ESP:A ED 1 D CAB_SC_ESP:B ED 1 E CAB_SC_ESP:C ED 1 D CAB_SC_ESP:D ED 0 D CHPTO:A FD 1 D CHPTO:B FD 1 D CHPTO:C FD 2 D CIEC:1 CA 2 B CIEC:1 CE 2 C CIEC:1 CK 2 C CIEC:2 CA 1 B CIEC:2 CF 3 B CIEC:2 CJ 3 B CIEC:3 AC 2 D CIEC:4 AC 1 D CIEC:4 AC 1 D CIEC:5 AC 1 D CIEC:6 CK 1 B CIEC:7 CE 2 B CIEC:7 CK 2 B CIEC:8 GD 3 C CIEC:8 GE 3 C CIEC:9 BE 3 C CIEC:10 GF 1 B CIEC:11 GD 3 C CIEC:11 GE 3 C CIEC:12 BG 1 B CIEC:13 BE 3 B CIEC:14 FA 2 B CO_BB_LP1:B BK 2 B COBBC:A BK 2 C COBBC:B BK 2 C COSLIL:A GD 3 C COSLIL:B GD 3 C COSLIR:A GD 4 C COSLIR:B GD 4 C COSLL:A GD 3 C

INLINE PAGE COSLL:B GD 3 D COSLL:C GD 3 D COSLR:A GD 4 C COSLR:B GD 4 D COSLR:C GD 4 E CTR_PIN_HOT:A GJ 1 C CTR_PIN_HOT:B GJ 1 D CTR_PIN_HOT_ISO:A GJ 3 B CTR_PIN_HOT_ISO:B GJ 3 D CTR_PIN_HOT_ISO:C GJ 2 D DCL:A BC 1 B DCL:B BC 1 C DCL:C BC 1 C DCL:C BC 1 C DCL:D BC 1 D DCL:D BC 1 D DCL:E BC 1 D DCL:E BC 1 D DCL:F BC 1 B DCL:G BC 1 B DCL:H BC 1 D DCL:J BC 1 E DCL_A:H BC 0 D DCL_A:J BC 0 E DCL_ACC:A BC 0 B DCL_ACC:B BC 0 C DCL_ACC:C BC 0 C DCL_ACC:D BC 0 D DCL_ACC:E BC 0 D DCL_ACC:F BC 0 B DCL_ACC:G BC 0 A DCL_ACC:H BC 0 D DCL_ACC:J BC 0 E DCL_ACC_A:C BC 0 C DCL_ACC_A:D BC 0 D DCL_ACC_A:E BC 0 D DCL_ACC_A:G BC 0 A DCL_ACC_A:H BC 0 D DCL_ACC_A:J BC 0 E DCL_B:A BC 0 B DCL_B:B BC 0 C DCL_B:C BC 3 B DCL_B:D BC 0 D DCL_B:E BC 0 D DCL_B:F BC 3 A DCL_B:G BC 0 B DCL_B:H BC 0 E DCL_B:J BC 0 E DCL_C:A BC 0 B DCL_C:B BC 0 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

INLINES

INLINE PAGE DCL_C:D BC 0 D DCL_C:E BC 0 D DCL_C:F BC 3 A DCL_C:G BC 0 B DCL_C:H BC 0 E DCL_C:J BC 0 E DFAT:H CM 3 D DFAT:J CM 3 D DFAT:K BP 3 C DFAT:L BP 3 C DFEPDM:1 GG 1 C DFEPDM:2 GG 2 C DFEPDM:3 GG 2 C DFEPDM:4 GG 2 C DHDH:A CA 2 B DHDH:B CA 1 B DHDH:C GJ 3 B DHFC:1 AD 1 D DHFC:2 BG 1 D DHFC:3 CD 0 B DHFC:3 CJ 0 B DHFC:4 GA 2 E DHFC:5 BF 0 B DHFC:6 GP 1 C DHFC:7 GP 0 C DHFC:8 GP 1 C DHFC:9 GP 1 C DHFC:10 GP 0 C DHFC:11 BF 0 B DHFC:12 CA 1 C DSFC:A BG 3 C DSFC:B BG 4 D DSFC:C BF 4 D DSFC:D BG 2 E DSFC:E BF 1 D DSFC:F BF 1 D DSFC:J BF 1 E E12DHS:A HE 4 D E12DHS:B HE 4 E E18A.A:A GR 3 C E18A.B:A GR 3 C E19DHS:A HE 1 D E19DHS:B HE 1 E EFRC.A1.A:1 GG 4 C EFRC.A1.A:2 GG 0 C EFRC.A1.A:3 GG 1 C EFRC.A1:1 GG 4 C EFRC.A1:2 GG 0 C EFRC.A1:3 GG 1 C EFRC.A2.A:A GG 2 C

INLINE PAGE EFRC.A2.A:B GG 3 D EFRC.A2.A:C GG 2 C EFRC.A2:A GG 2 C EFRC.A2:B GG 3 C EFRC.A2:C GG 3 C EPDMA:A GG 1 B EPDMA:B GG 2 B EPDMA:C CA 1 A EPDMA:D GG 2 B EPDMB:H CM 2 D EPDMB:J CM 2 D EPDMB:K BP 2 B EPDMB:L BP 2 C EPDMB_B:K BC 0 D EPDMB_B:L BC 0 E EPDMBA:D GG 2 B EPDMBA:E GG 2 B EPDMBA:H CM 3 D EPDMBA:J CM 3 D EPDMBA:K BP 3 C EPDMBA:L BP 3 C EPDMC:A BG 2 A EPDMC:B GD 3 B EPDMC:B GE 3 B EPDMC:C GG 3 A EPDMC:D GG 3 A EPDMC:E GD 3 B EPDMC:E GE 3 B EPDMC:G GQ 1 B EPDMC:H BE 3 A EPDMC:J FA 2 A EPDMC:K CD 0 A EPDMC:K CJ 0 A EPDMC:L CA 2 A EPDMC:L CE 2 C EPDMC:L CK 2 C EPDMC:M AB 3 E EPDMC:M CA 2 A EPDMC:M CE 2 B EPDMC:M CK 2 B EPDMD:C GD 3 B EPDMD:C GE 3 B EPDMD:D GD 3 B EPDMD:D GE 3 B EPDME:A CA 1 A EPDME:A CF 3 B EPDME:A CJ 3 A EPDME:B AC 2 D EPDME:C GJ 3 B EPDME:D AC 1 D

INLINE PAGE EPDME:E AC 1 D EPDMF:A GG 1 B EPDMF:B GG 0 B EPDMF:C GG 3 B EPDMF:D GA 4 D EPDMG:A GA 4 D EPDMG:B GQ 1 B EPDMG:D GG 1 B EPDMG:F EA 3 A EPDMG:F ED 3 A EPDMG:G AB 0 C EPDMG:H GD 4 B EPDMG:H GE 3 B EPDMG:J GA 4 D EPDMG:M GG 0 B EPDMG:P AC 2 B EPDMG:R AB 2 C EPDMG:S GD 3 B EPDMG:S GE 3 B EPDMP_A:A CM 2 D EPDMP_A:B CM 2 D EPDMP_A:C BC 0 D EPDMP_A:C BP 2 B EPDMP_A:D BC 0 E EPDMP_A:D BP 2 C ESFC:A EC 1 B ESFC:C EC 0 C ESFC:F EC 1 B ESFC:H EC 1 C ESFC:J EC 0 C ESFC:K EC 2 C ESFC:R EC 1 C ESFC:S EC 2 C ESFC:T EC 2 C ESFC:U EC 2 C ESFC:V EC 2 B ESFC:W EC 2 B ESFC:X EC 1 C FCAC:A HA 2 B FCAC:B HA 3 B FCAC:C BD 2 C FCAC:D BD 3 B FCAC:E HB 3 C FCAD:A FA 1 B FCAD:A FA 1 C FCAD:A FA 1 B FCAD:B FA 1 D FCAD:B FA 1 D FCAD:B FA 1 D FCAE2:A AF 2 D

INLINE PAGE FCAE2:B CE 3 B FCAE2:B CK 3 B FCAE:A AD 1 C FCAE:B CD 0 B FCAPADS:A HB 2 B FCAPADS:B HB 2 B FCAPADS:C HB 3 B FCAPADS:D HB 2 B FCAPADS:E HB 3 C FCBB:1 BJ 3 C FCBB:2 BJ 3 C FCBL:A GF 1 B FCBL:B GA 2 E FCBL:C GF 1 C FCBL:D GF 1 C FCBL:E AD 1 E FCCE1:1 GF 1 B FCCE1:2 AD 1 D FCCE1:4 EA 2 D FCCE1:4 ED 3 D FCCE1:5 EA 2 D FCCE1:5 ED 3 D FCCE1:9 BF 2 D FCCE1:10 BF 2 D FCCE1:11 EA 2 D FCCE1:11 ED 3 D FCCE1:12 GF 1 B FCCE1:13 GF 0 B FCCE1:14 GF 1 D FCCE1:15 BF 1 D FCCE1:16 BF 1 D FCCE1:17 BF 1 D FCCE1:18 EA 0 D FCCE1:18 ED 1 B FCCE1:19 EA 0 D FCCE1:19 ED 1 B FCCE1:20 EA 1 D FCCE1:20 ED 1 B FCCE1:21 EA 1 E FCCE1:21 ED 1 B FCCE1:22 EA 1 D FCCE1:22 ED 1 B FCCE1:23 BF 4 C FCCE1:24 EA 2 D FCCE1:24 ED 3 D FCCE2:1 EA 3 D FCCE2:1 ED 3 D FCCE2:2 EA 3 E FCCE2:2 ED 3 D FCCE2:3 EA 2 D

INLINE PAGE FCCE2:3 ED 2 D FCCE2:4 EA 2 D FCCE2:4 ED 2 D FCCE2:8 ED 1 D FCCE2:9 ED 1 D FCCE2:10 ED 2 D FCCE2:11 ED 4 C FCCE2:12 GF 0 B FCCE2:13 EA 1 D FCCE2:13 ED 1 B FCCE2:14 EA 1 D FCCE2:14 ED 1 B FCCE2:16 BG 2 E FCCE2:17 BG 3 C FCCE2:18 EA 0 D FCCE2:18 ED 0 B FCCE2:19 EA 0 D FCCE2:19 ED 0 B FCCE2:20 EA 1 D FCCE2:20 ED 0 B FCCE2:21 EA 1 E FCCE2:21 ED 0 B FCCE2:22 EA 1 D FCCE2:22 ED 0 B FCCE2:23 EA 3 D FCCE2:23 ED 3 D FCCE2:24 EA 3 D FCCE2:24 ED 3 D FCCES:1 CL 3 D FCCES:2 CL 3 D FCCES:3 CL 3 D FCCES:4 CL 3 D FCCES:5 CL 3 D FCCES:7 CL 3 D FCCES:8 CL 3 C FCCES:9 CL 3 C FCCES:10 CL 3 C FCCES:11 CL 3 C FCCES:12 CL 3 C FCCES:13 CL 3 C FCCES:14 CL 3 C FCCL:A CA 2 D FCCL:B CA 2 D FCCL:B CE 1 C FCCL:B CJ 2 E FCCL:B CK 3 C FCCL:C BF 0 D FCCL:C CE 3 D FCCL:C CK 3 C FCCL:D BF 1 E

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

INLINES

INLINE PAGE FCCL:D CE 3 D FCCL:D CK 3 D FCCL:E CE 0 C FCCL:E CJ 2 D FCCL:E CK 0 C FCEGO:A CJ 2 B FCEGO:B CJ 2 A FCEGO:C CJ 1 D FCEGO:D CJ 2 D FCEGO:E CJ 1 D FCEGO:F CJ 1 D FCEGO:G CJ 1 D FCEGO:H CJ 1 D FCEIC:1 CD 2 B FCEIC:2 CD 2 B FCEIC:3 CD 2 A FCEIC:4 CD 2 B FCEIC:5 CD 2 B FCEIC:6 CD 3 A FCEIC:7 CD 0 D FCEIC:8 CD 0 D FCEIC:9 CD 3 B FCEIC:10 CD 1 D FCEIC:11 CD 1 D FCEIC:12 CD 2 C FCEIC:13 CD 0 D FCEIC:14 CD 1 D FCEIC:15 CD 1 D FCEN:A HA 3 C FCEN:B CF 0 B FCEN:B CL 0 B FCEN:C AG 1 B FCEN:D CF 0 B FCEN:D CL 0 B FCEPDM:A GG 1 C FCFA1:1 JB 3 B FCFA1:2 JB 3 B FCFA1:3 JB 3 C FCFA1:4 JB 2 C FCFA1:5 JB 3 C FCFA1:6 JB 3 C FCFA:A JB 0 B FCFA:B JB 1 B FCFA:C JB 1 C FCFA:D JB 0 C FCFS:A BF 0 D FCFS:B BF 0 D FCFS:C BF 0 E FCGND:1 CE 4 D FCGND:1 CK 4 C

INLINE PAGE FCGND_2:1 CJ 3 B FCHC:A GD 0 D FCHC:A GE 0 D FCHC:B GD 3 D FCHC:B GE 3 C FCHC:D GD 2 C FCHC:D GE 3 C FCHC:E GD 0 E FCHC:E GE 1 E FCHC:F GD 1 D FCHC:F GE 1 D FCHC:G GD 1 C FCHC:G GE 1 C FCHC:H GD 1 C FCHC:H GE 1 C FCHC:K GA 2 E FCHC_PL:A GI 0 D FCHC_PL:A GI 3 D FCHC_PL:B GI 0 D FCHC_PL:B GI 3 D FCHC_PL:D GI 0 D FCHC_PL:D GI 3 D FCHC_PL:E GI 0 C FCHC_PL:E GI 3 C FCHC_PL:F GI 0 D FCHC_PL:F GI 3 D FCHC_PL:G GI 0 C FCHC_PL:G GI 3 C FCHC_PL:H GI 3 C FCHC_PL:H GI 0 C FCHC_PL:K GI 0 D FCHC_PL:K GI 3 D FCHDV:A FA 3 B FCHDV:A FA 3 C FCHDV:B FA 3 D FCHDV:B FA 3 D FCHFF:A FA 0 D FCHFF:B FA 0 D FCHL:A CD 4 D FCHL:B CD 3 D FCHM:A BF 3 A FCHM:B BF 3 A FCHNP:A CF 1 C FCHNP:A CL 1 C FCHNP:B CF 1 D FCHNP:B CL 1 D FCLC:A CA 3 D FCLC:B CA 3 D FCMB:A CM 1 C FCRE:A GF 1 C

INLINE PAGE FCRE:B GF 0 C FCRE:C GF 0 C FCRE:D GF 1 C FCRE:E GF 1 D FCSCR:1 CF 1 C FCSCR:2 CF 1 C FCSCR:3 CF 4 D FCSCR:4 CF 4 D FCSCR:5 CF 4 D FCSCR:6 CF 4 D FCSCR:7 CF 4 C FCSCR:8 CF 4 C FCSCR:9 CF 4 C FCSCR:10 CF 4 C FCSCR:12 GR 2 D FCSCR:13 GR 2 E FCSPL:A GI 1 B FCSS:A JA 2 C FCSS:B JA 2 C FCSS:C JA 2 C FCSS:D JA 2 C FCSS:E JA 2 C FCTAD:A FA 1 C FCTAD:B FA 1 D FCTC.A:A GG 3 D FCTC:A GG 3 D FCTR2:1 DA 2 D FCTR2:1 DA 3 B FCTR2:2 DA 2 D FCTR2:2 DA 3 B FCTR:A BC 2 C FCTR:B BE 3 B FCTR:C BF 1 D FCTR:D BF 1 D FCTR:E BC 3 B FCTR:F BB 0 C FCTR:F BB 1 C FCTR:F CE 2 D FCTR:F CJ 1 B FCTR:F CK 2 D FCTR:G BB 0 C FCTR:G BB 1 C FCTR:G CE 2 D FCTR:G CJ 1 B FCTR:G CK 2 D FCTR:H BE 3 B FCTR:K FB 3 B FCUT2:1 CE 1 D FCUT2:2 CE 1 D FCUT2:3 CE 1 D

INLINE PAGE FCUT2:4 CE 1 D FCUT2:5 CE 1 D FCUT2:6 CE 1 D FCUT2:7 CE 2 D FCUT2:8 CE 2 D FCUT2:9 CE 2 D FCUT2:10 CE 2 D FCUT2:11 CF 3 B FCUT2:12 CF 3 B FCUT2:13 CF 2 C FCUT2:14 CF 1 C FCUT2:16 CE 3 C FCUT2:17 CE 3 C FCUT2:18 CE 3 C FCUT2:19 CE 2 C FCUT2:20 CF 1 D FCUT2:21 CF 1 C FCUT2:22 CF 1 C FCUT2:23 CF 3 B FCUT2:24 CF 3 B FCUT4:1 CK 2 D FCUT4:2 CK 2 D FCUT4:3 CK 2 D FCUT4:4 CK 2 D FCUT4:5 CL 1 C FCUT4:6 CL 1 C FCUT4:7 CL 1 C FCUT4:8 CL 1 D FCUT4:9 CL 2 C FCUT4:10 CL 3 B FCUT4:11 CL 3 B FCUT4:12 CL 3 A FCUT4:13 CL 3 A FCUT:1 CD 1 B FCUT:2 CD 1 B FCUT:3 CD 1 A FCUT:4 CD 1 A FCUT:5 CD 1 D FCUT:6 CD 4 D FCUT:7 CD 3 E FCUT:8 CD 2 D FCUT:9 CD 2 D FCUT:10 CD 2 D FCUT:11 CD 2 D FCUT:12 CD 2 D FCUT:13 CD 1 D FCUT:14 CD 1 D FCVEC1:A AH 1 D FCVEC1:A CL 3 B FCVEC1:B AH 1 D

INLINE PAGE FCVEC1:B CL 3 B FCVEC1:C AH 1 D FCVEC1:C CF 1 C FCVEC1:C CL 1 C FCVEC1:D AH 1 D FCVEC1:D CF 1 C FCVEC1:D CL 1 C FCVEC1:E AH 0 D FCVEC1:E CF 1 C FCVEC1:E CL 1 B FCVEC1:F AH 0 D FCVEC1:F CF 2 C FCVEC1:F CL 2 B FCVEC1:G AH 0 D FCVEC1:G CF 2 C FCVEC1:G CL 2 C FCVEC1:H AH 1 D FCVEC1:H CF 2 C FCVEC1:H CL 2 C FCVEC2:A CF 0 C FCVEC2:A CL 0 B FCVEC2:B AH 4 D FCVEC2:B BP 3 A FCVEC2:B CF 0 C FCVEC2:B CL 0 B FCVEC2:C AH 2 D FCVEC2:D AH 2 D FCVEC2:D BP 1 B FCVEC2:E AH 2 D FCVEC2:E CE 1 C FCVEC2:F AH 2 D FCVEC2:F CE 1 C FCVEC2:G AH 3 D FCVEC2:G BP 3 B FCVEC2:G CF 0 C FCVEC2:G CL 0 C FCVEC2:H AH 3 D FCVEC2:H BP 3 B FCVEC2:H CF 0 C FCVEC2:H CL 0 C FCVEC3:A AH 2 D FCVEC3:A BP 1 B FCVEC3:B AH 3 D FCVEC3:B BP 3 A FCVEC3:C AH 3 D FCVEC3:F AH 2 D FCVEC3:F BP 1 B FCVEC3:G AH 3 D FCVEC3:G BP 2 C FCVEC3:H AH 3 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

INLINES

INLINE PAGE FCVEC3:H BP 2 C FCVEC4:A AH 4 D FCVEC4:B AH 4 D FCVEC4:C AH 2 D FCVEC4:C BP 1 B FCVEC4:D AH 3 D FCVEC4:E AH 3 D FCVEC4:E BP 2 B FCVEC4:F AH 3 D FCVEC4:F BP 2 B FCVEC4:G AH 4 D FCVEC4:H AH 4 D FCVEC6:A AH 0 B FCVEC6:A BP 2 A FCVEC6:A CE 1 B FCVEC6:C AH 0 B FCVEC6:C BP 2 A FCVEC6:C CE 1 B FHCC:A KC 2 B FHCC:B KC 2 D FLFC:A GA 1 D FLFC:B GA 1 E GUSLPCAB:A GR 3 B GUSLPCAB:B GR 3 B GUSLPCAB:C GR 3 D HFFHFF:A FA 0 C HFFHFF:B FA 0 C HL_CHU:A GE 1 C HL_CXU_GU:A GD 0 C HL_CXU_GU:A GE 0 C HLSO:A GH 0 D HLSO:B GH 2 D HLSO:C GH 2 D HLSO:D GH 0 C HLSO:E GH 1 D HLSO:F GH 0 E HOOKUPLP:A GR 0 B HOOKUPLP:B GR 0 D HRSCHRSS:1 HE 1 D HRSCHRSS:2 HE 1 E HRSCHRSS:3 HE 4 D HRSCHRSS:4 HE 4 E HWR:A HC 0 D HWR:A HG 1 D HWR:B HC 0 E HWR:B HG 1 D IGN_BAT_SP6:A NA 3 B IGN_BAT_SP6:B NA 3 B IGN_BAT_SP7:A NA 0 B IGN_BAT_SP7:B NA 0 B

INLINE PAGE IGN_SP1:A GL 0 B IGN_SP1:A NA 2 B IGN_SP1:A NC 3 B IGN_SP1:B GL 0 D IGN_SP1:B NA 2 B IGN_SP1_BL:A GL 0 B IGN_SP1_BL:B GL 0 D IGN_SP3:A FD 2 B IGN_SP3:A NA 2 B IGN_SP3:A NC 2 B IGN_SP3:A NC 0 B IGN_SP3:B FD 2 B IGN_SP3:B NA 2 B IGN_SP3_DC:A FD 1 B IGN_SP3_DC:B FD 2 B IGN_SP3_PTO:A FD 2 B IGN_SP3_PTO:B FD 2 B IGN_SP5:A NA 3 B IGN_SP5:B NA 3 B IGN_SP8:B NA 4 B IGN_SP8:B NC 1 B IGN_SP9:A NA 2 B IGN_SP10:B NC 1 B IGN_SP11:A NC 2 B IGN_SP11:A NC 3 B IGN_SP12:A NC 3 B ILLUM_OPT1:A HC 0 A ILLUM_OPT1:A HG 1 A ILLUM_OPT1:B HC 0 C ILLUM_OPT1:B HG 0 C ILLUM_OPT2:A NC 1 B ILLUM_OPT2:B NC 2 B ILLUM_OPT3:A HC 0 A ILLUM_OPT3:B HC 4 D ILLUM_OPT4:A HC 4 B ILLUM_OPT4:B HC 4 D ILLUM_OPT5:A NC 1 B ILLUM_OPT5:B NC 2 B ILLUM_OPT6:A HC 1 B ILLUM_OPT6:A HG 1 B ILLUM_OPT6:B HC 0 C ILLUM_OPT6:B HG 0 C ILLUM_OPT7:A NF 2 B ILLUM_OPT7:B NF 1 E ILLUM_OPT8:A NF 1 B ILLUM_OPT8:B NF 1 E ILLUM_OPT11:A JA 1 B ILLUM_OPT11:B JA 1 D ILLUM_OPT12:A JA 1 B ILLUM_OPT12:B JA 0 D

INLINE PAGE ILLUM_OPT13:A KC 4 A ILLUM_OPT13:B KC 4 A ILLUM_OPT14:A KC 4 A ILLUM_OPT14:B KC 4 A ILLUM_OPT15:A BC 4 A ILLUM_OPT15:B BC 4 C ILLUM_OPT16:A BC 4 A ILLUM_OPT16:B BC 4 C ILLUM_OPT17:A FD 0 B ILLUM_OPT17:B FD 0 C ILLUM_OPT18:A FD 0 B ILLUM_OPT18:B FD 0 C ILLUM_OPT19:A GL 0 B ILLUM_OPT19:B GL 1 C ILLUM_OPT20:A GL 0 B ILLUM_OPT20:B GL 1 C ILLUM_OPT:A HC 0 A ILLUM_OPT:A NA 1 B ILLUM_OPT:A NC 1 B ILLUM_OPT:B NA 1 B ILLUM_OPT:B NC 2 B LSHUL:1 GR 0 C LSHUL:2 GR 0 C MC_SLP_CAB1:A KB 3 B MC_SLP_CAB1:B KB 3 B MC_SLP_CAB1:C KB 3 B MC_SLP_CAB1:D KB 3 B MC_SLP_CAB1:E HE 3 A MC_SLP_CAB1:F AA 4 C MC_SLP_CAB1:G HE 0 C MC_SLP_CAB1:H HE 0 C MC_SLP_CAB2:A HE 1 A MC_SLP_CAB2:B HD 2 C MC_SLP_CAB2:C AD 3 C MC_SLP_CAB2:D AD 3 D MC_SLP_CAB3:A HE 1 B MC_SLP_CAB3:B HE 1 B MC_SLP_CAB3:C HD 3 B MC_SLP_CAB3:D HD 3 B MC_SLP_CAB3:E HD 3 B MC_TAS:A BF 3 C MC_TAS:B BF 2 E MCAF:A HC 3 B MCAF:B HC 3 D MCBB1:1 BF 3 A MCBB1:2 BF 2 A MCBB1:3 BK 2 C MCBB1:4 BK 2 C MCBB1:5 XA 0 A MCBB1:6 XA 0 A

INLINE PAGE MCBB1:7 BK 3 C MCBB1:8 BK 2 C MCBB1:9 BK 3 C MCBB1:10 BK 3 C MCBB1:10 BN 3 B MCBB1:11 BK 3 C MCBB1:11 BN 3 B MCBB1:12 BJ 1 B MCBB1:12 BK 2 C MCBB1:12 BN 1 B MCBB1:13 BJ 1 B MCBB1:13 BK 2 C MCBB1:13 BN 1 B MCBB1:14 BJ 1 B MCBB1:14 BK 1 C MCBB1:14 BN 2 B MCBB1:16 BJ 1 B MCBB1:16 BK 1 C MCBB1:16 BN 3 B MCBB1:17 BJ 1 B MCBB1:17 BK 1 C MCBB1:17 BN 1 B MCBB1:18 BJ 1 B MCBB2:A BJ 0 B MCBB2:A BK 1 C MCBB2:A BN 1 B MCBB2:B BJ 1 B MCBB2:B BK 1 C MCBB2:B BN 1 B MCBB2:C BK 0 C MCBB2:D BK 0 B MCBB:A BJ 0 B MCBB:B BJ 0 B MCBBM:A BY 0 B MCBBM:B BY 0 B MCBBM:C BC 4 C MCBBM:D BC 4 E MCBBM:E XA 1 A MCBBM:F XA 1 A MCCC:A KC 2 B MCCC:B KC 2 D MCDIAG1:A XC 2 A MCDIAG1:B XC 2 B MCDIAG1:E XC 2 B MCDIAG1:F XC 2 B MCDIAG1:G XC 2 B MCDIAG1:H XC 2 D MCDIAG1:K XC 2 D MCDIAG:A XA 1 B MCDIAG:A XB 3 C

INLINE PAGE MCDIAG:B XA 1 B MCDIAG:B XB 3 C MCDIAG:C XA 2 C MCDIAG:C XA 1 B MCDIAG:D XA 2 C MCDIAG:D XA 1 B MCDIAG:E XA 3 C MCDIAG:E XA 1 B MCDIAG:F XA 3 C MCDIAG:F XA 1 B MCDIAG:G XA 3 C MCDIAG:G XA 1 B MCDIAG:H XA 3 D MCDIAG:H XA 0 B MCDIAG:K XA 2 D MCDIAG:K XA 1 B MCDL1:A IC 0 D MCDL1:A IC 3 B MCDL1:A IC 0 C MCDL1:A IC 2 C MCDL1:A IC 1 A MCDL1:B IC 0 D MCDL1:B IC 2 B MCDL1:B IC 0 D MCDL1:B IC 2 D MCDL1:B IC 1 A MCDL1:C IC 0 A MCDL1:C IC 1 A MCDL1:D GH 1 B MCDL1:E IC 3 A MCDL1:E IC 3 C MCDL1:E IC 3 B MCDL1:E IC 1 D MCDL1:F IC 0 D MCDL1:F IC 2 B MCDL1:F IC 0 C MCDL1:F IC 2 C MCDL1:F IC 1 A MCDL1:G IC 0 D MCDL1:G IC 2 B MCDL1:G IC 0 C MCDL1:G IC 2 C MCDL1:G IC 1 A MCDL1:H IC 0 D MCDL1:H IC 3 B MCDL1:H IC 0 C MCDL1:H IC 2 C MCDL2:A IE 1 B MCDL2:B IE 1 B MCDL2:C IE 1 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

INLINES

INLINE PAGE MCDL2:D IE 1 C MCDL2:E IE 1 A MCDL2:F IE 0 A MCDL3:A IA 1 B MCDL3:B IA 2 B MCDL3:C IA 2 C MCDL3:D IA 2 D MCDL3:E IE 0 C MCDL3:F IA 1 B MCDL4:B GH 4 B MCDL4:C GH 3 A MCDR1:A IC 1 D MCDR1:A IC 4 B MCDR1:A IC 1 C MCDR1:A IC 3 C MCDR1:B IC 1 D MCDR1:B IC 3 B MCDR1:B IC 1 D MCDR1:B IC 3 D MCDR1:D GH 1 B MCDR1:E IC 4 A MCDR1:E IC 4 C MCDR1:E IC 4 B MCDR1:E IC 1 D MCDR1:F IC 1 D MCDR1:F IC 3 B MCDR1:F IC 1 C MCDR1:F IC 3 C MCDR1:G IC 1 D MCDR1:G IC 3 B MCDR1:G IC 1 C MCDR1:G IC 3 C MCDR1:H IC 1 D MCDR1:H IC 4 B MCDR1:H IC 1 C MCDR1:H IC 3 C MCDR2:A IE 2 B MCDR2:B IE 2 B MCDR2:C IE 2 C MCDR2:D IE 2 C MCDR2:E IE 2 B MCDR2:F IE 4 B MCDR2B:A ID 1 B MCDR2B:E ID 1 B MCDR3:B IA 3 B MCDR3:C IA 2 C MCDR3:D IA 2 D MCDR3:E IA 4 C MCDR3:F IA 3 B MCDR3B:C ID 3 C

INLINE PAGE MCDR3B:D ID 3 C MCDR4:B GH 3 C MCDR4:C GH 4 C MCES:A EC 0 B MCES:B EC 0 B MCES:C EC 3 B MCES:D EC 3 B MCES:E EC 3 B MCES:F EC 3 B MCES:G EC 4 B MCES:H EC 4 D MCES:J EC 3 E MCES:K EC 2 E MCFC:1 EA 3 E MCFC:1 ED 3 C MCFC:2 EA 3 D MCFC:2 ED 3 C MCFC:3 EA 3 D MCFC:3 ED 3 C MCFC:4 EA 2 E MCFC:4 ED 3 C MCFC:5 EA 2 D MCFC:5 ED 3 C MCFC:6 EA 3 D MCFC:6 ED 3 C MCFC:8 BE 3 B MCFC:9 JB 1 B MCFC:9 JB 3 B MCFC:10 JA 3 C MCFC:11 JA 3 C MCFC:12 JA 3 C MCFC:13 FB 1 D MCFC:14 FB 2 C MCFC:15 FB 1 D MCFC:16 BJ 3 B MCFC:17 EA 2 D MCFC:17 ED 2 C MCFC:18 EA 2 D MCFC:18 ED 2 C MCFC:19 EA 2 D MCFC:19 ED 3 C MCFC:20 EA 2 D MCFC:20 ED 3 C MCFC:21 EA 1 D MCFC:21 ED 1 B MCFC:22 EA 1 D MCFC:22 ED 1 B MCFC:23 EA 0 B MCFC:23 ED 0 C MCFC:24 EA 0 B

INLINE PAGE MCFC:24 ED 0 C MCFC:25 EA 0 B MCFC:25 ED 0 C MCFC:26 EA 0 B MCFC:26 ED 0 C MCFC:27 EA 0 B MCFC:27 ED 0 C MCFC:28 EA 1 B MCFC:28 ED 1 C MCFC:29 EA 1 B MCFC:29 ED 1 C MCFC:30 EA 1 B MCFC:30 ED 1 C MCFC:31 EA 1 B MCFC:31 ED 1 C MCFC:32 EA 1 B MCFC:32 ED 1 C MCFC:33 EA 0 E MCFC:33 ED 0 B MCFC:34 EA 1 D MCFC:34 ED 0 B MCFC:35 EA 1 D MCFC:35 ED 0 B MCFC:36 EA 0 D MCFC:36 ED 0 B MCFC:37 EA 0 D MCFC:37 ED 0 B MCFC:38 EA 0 E MCFC:38 ED 1 B MCFC:39 EA 1 D MCFC:39 ED 1 B MCFC:40 EA 1 D MCFC:40 ED 1 B MCFC:41 EA 0 D MCFC:41 ED 1 B MCFC:42 EA 0 D MCFC:42 ED 1 B MCFC:43 BC 1 E MCFC:43 ED 4 C MCFC:44 CE 2 A MCFC:44 CK 2 A MCFC:45 XB 1 C MCFC:46 XB 1 C MCFC:47 BF 1 C MCFC:48 BF 1 C MCFC:49 BG 2 D MCFC:49 XC 1 A MCFC:50 BG 1 D MCFC:50 XC 1 B MCFC:51 BG 1 B

INLINE PAGE MCFC:52 BD 2 D MCFC:53 GD 0 D MCFC:53 GE 1 E MCFC:54 GP 1 C MCFC:55 BF 2 C MCFC:56 BF 0 C MCFC:57 BF 2 C MCFC:58 BF 2 E MCFC:59 BE 3 B MCFC:60 BB 0 B MCFC:60 BB 0 B MCFC:61 BB 0 B MCFC:61 BB 0 B MCFC:62 BF 1 C MCFC:63 HA 2 B MCFC:63 HA 2 B MCFC:64 FB 0 B MCFC:65 BB 1 B MCFC:66 BF 0 B MCFC:67 BF 0 B MCFC:68 AC 0 C MCFC:69 BF 0 C MCFC:70 BC 3 B MCFC:71 GP 1 C MCFC:72 GP 0 B MCFC:73 GP 0 C MCFC:74 GP 1 C MCFC:75 BG 1 D MCFC:76 BD 2 C MCFC:77 GR 2 B MCFC:78 FB 1 D MCFC:79 GA 1 C MCFC:80 GD 0 C MCFC:80 GE 0 C MCFC:81 GD 1 C MCFC:81 GE 1 C MCFC:82 GA 2 D MCFC:83 XA 3 E MCFC:83 XA 3 D MCFC:84 XA 3 E MCFC:84 XA 3 D MCFC:85 BF 3 A MCFC:86 FB 1 D MCFC:87 BD 1 D MCFC:88 BG 2 D MCFC:89 BG 2 C MCFC:90 FB 4 C MCFC:91 BC 2 B MCFC:92 BC 2 B MCFC:93 FB 3 D

INLINE PAGE MCFC:94 FB 3 B MCFC:95 GI 1 B MCFC:96 BJ 3 B MCFC:97 GF 1 B MCFC:97 GF 1 B MCFC:98 BA 2 D MCFC:99 BF 4 C MCFC:100 GF 0 B MCFC:100 GF 0 B MCFC:101 FB 4 B MCFC:102 FB 4 C MCFC:103 CE 0 B MCFC:103 CK 0 C MCFC:104 JB 3 B MCFC:105 JB 3 B MCFC:107 ED 4 C MCFC:108 ED 4 C MCFC:109 ED 2 C MCFC:110 ED 2 C MCFC:111 ED 2 C MCFC:112 ED 2 C MCFC:113 ED 2 C MCFC:114 ED 2 C MCFC:115 ED 1 D MCFC:116 ED 1 D MCFC:117 ED 1 D MCFC:118 ED 1 D MCFC:119 ED 2 C MCFC:120 ED 2 C MCFC:124 CE 1 A MCFC:124 CJ 3 B MCFC:125 GJ 3 C MCFC:126 GJ 3 D MCFC:127 GJ 1 C MCFC:128 GJ 1 D MCFL:A GA 2 A MCFL:B GA 2 B MCFL:C GA 2 A MCFUS:A JC 1 D MCFUS:B JC 1 C MCFUS:C JC 1 D MCFUS:D JC 1 D MCFUS:E JC 1 D MCHL:A GR 1 B MCHL:A GR 2 B MCHL:B GR 1 D MCHLGUSLP:A GR 3 B MCHLGUSLP:B GR 3 D MCHS:A HC 3 B MCHS:A HC 3 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

INLINES

INLINE PAGE MCHS:B HC 3 D MCHW1:A NF 3 B MCHW1:B NF 4 B MCHW:A HC 2 B MCHW:A HG 1 B MCHW:B HC 0 D MCHW:B HG 0 D MCIS:A KC 0 B MCIS:B KC 0 C MCLA:A BF 4 B MCLA:B BF 4 B MCLA:C BF 4 B MCLSL:A GD 2 B MCLSL:A GD 2 B MCLSL:A GE 2 C MCLSL:B GD 2 D MCLSL:B GD 2 C MCLSL:B GE 2 D MCLSLCO1:A GD 2 B MCLSLCO1:B GD 2 D MCLSLCO2:A GD 2 B MCLSLCO2:B GD 2 D MCMS:A NF 3 A MCNAV:A BM 4 B MCNAV:B BM 4 B MCNAV:C BM 4 B MCNAV:D BM 4 B MCOF2:A KB 3 B MCOF2:A KB 0 C MCOF2:B KB 3 B MCOF2:B KB 0 C MCOF2:C KB 0 C MCOF2:C KB 3 B MCOF2:D KB 0 C MCOF2:D KB 3 B MCOF2:E KC 3 D MCOF2:G GA 1 E MCOF2:G GM 1 D MCOF3:A KB 2 B MCOF3:A KB 0 C MCOF3:B KB 2 B MCOF3:B KB 0 C MCOF4:A GA 3 D MCOF4:B GA 3 E MCOF5:A CM 1 B MCOF5:B CM 2 C MCOF5:C CM 0 C MCOF5:D CM 2 C MCOF:A GH 0 B MCOF:A GH 0 A

INLINE PAGE MCOF:B HE 0 D MCOF:C GH 1 C MCOF:D HE 0 D MCOF:E KC 3 A MCOF:F GH 0 A MCOF:H GA 0 C MCOF:H GA 0 D MCOF:H GM 1 C MCOF:H GM 1 B MCOFCOA:A GH 0 B MCOFCOA:C GH 4 D MCOFCOA:E GH 4 D MCOFCOA:F GH 4 D MCOFCOA:G GH 4 D MCOFCOA:H GH 4 D MCOFCOB:A GH 0 B MCOFCOB:C GH 4 E MCOFCOB:E GH 4 E MCOFCOB:F GH 4 E MCOFCOB:G GH 4 E MCOFCOB:H GH 4 E MCOFCOC:A GM 0 B MCOFCOC:B GM 0 B MCOFCOC:C GM 0 B MCOFCOC:D GM 0 B MCOFCOC:E GM 0 B MCOFCOC:F GM 0 B MCOFCOC:G GM 1 B MCOFCOC:H GM 1 B MCOFCOD:A GM 0 C MCOFCOD:B GM 0 C MCOFCOD:C GM 0 C MCOFCOD:D GM 0 C MCOFCOD:E GM 0 C MCOFCOD:F GM 0 C MCOFCOD:G GM 1 C MCOFCOD:H GM 1 C MCOWL:A GL 0 C MCOWL:B GL 0 D MCPLW:A IE 2 B MCPLW:B IE 2 B MCPLW:C IE 0 D MCPLW:D IE 1 D MCPLW:E IE 1 D MCPLW:F IE 2 D MCPLW:G IE 2 D MCPLW:H IE 2 D MCPLW:J IA 2 A MCPLW:K IA 2 B MCPLW:K ID 3 B

INLINE PAGE MCPLW:L IA 3 B MCPLW:L ID 3 B MCPLW:M IA 3 B MCPLW:M ID 3 B MCPLW:N ID 0 B MCPLW:N IE 1 B MCPLW:P IA 4 D MCPLW:P ID 2 E MCPLW_A:A IE 2 B MCPLW_A:B IE 2 B MCPLW_A:C IE 0 D MCPLW_A:D IE 1 D MCPLW_A:E IE 1 D MCPLW_A:F IE 2 D MCPLW_A:G IE 2 D MCPLW_A:H IE 2 D MCPLW_B:J IA 2 B MCPLW_B:K IA 2 B MCPLW_B:L IA 3 B MCPLW_B:M IA 3 B MCPLW_B:N IE 1 B MCPLW_B:P IA 4 D MCPLW_C:K ID 3 B MCPLW_C:L ID 3 B MCPLW_C:M ID 3 B MCPLW_C:N ID 0 B MCPLW_C:P ID 2 E MCROF1:A JC 2 D MCROF1:B JC 2 C MCROF1:C JC 2 D MCROF1:D JC 3 D MCROF1:E JC 3 D MCROF1:F JC 3 C MCROF1:G JC 2 D MCROF1:H JC 2 D MCROF2:A XA 0 B MCROF2:B XA 0 B MCROF2:C XA 0 C MCROF2:D XA 0 C MCRSL:A GD 4 B MCRSL:A GD 4 B MCRSL:A GE 4 C MCRSL:B GD 4 D MCRSL:B GD 4 D MCRSL:B GE 4 D MCRSLCO1:A GD 4 B MCRSLCO1:B GD 4 D MCRSLCO2:A GD 4 B MCRSLCO2:B GD 4 D MCSC:A1 GA 2 C

INLINE PAGE MCSC:A2 GA 2 D MCSC:A3 GA 2 C MCSC:A4 GA 2 B MCSC:A5 GA 2 C MCSC:A6 GA 2 D MCSC:A7 GA 3 B MCSC:A8 GA 2 B MCSC:A9 GA 3 D MCSC:A9 GA 3 D MCSC:A10 AC 0 B MCSC:A11 AC 0 C MCSC:A12 AC 0 B MCSC:A13 AC 0 C MCSC:A14 GQ 0 C MCSC:A15 GQ 0 D MCSC:B1 BE 1 B MCSC:B2 BE 1 B MCSC:B3 BE 1 B MCSC:B4 BE 1 B MCSC:B5 BE 1 B MCSC:B7 GA 3 B MCSC:B8 GA 3 B MCSC:B9 GA 3 D MCSC:B9 GA 3 D MCSD:1 JA 3 C MCSD:2 JA 3 C MCSD:3 JA 3 C MCSD:4 JA 4 C MCTR:1 XA 3 A MCTR:2 XA 3 A MCTR:3 XB 1 B MCTR:4 XB 1 B MCTR:5 XB 3 B MCTR:6 XB 3 B MCTR:7 XA 4 B MCTR:11 XA 4 B MCTR:12 DA 2 D MCTR:14 DA 4 D MCTR:16 BC 4 D MCTR:17 BC 4 C MCTR:18 BC 3 C MCTR:19 BC 2 E MCVL:A BM 0 C MCVL:A BM 3 C MCVL:B BM 1 C MCVL:B BM 3 C MCVL:C BM 1 C MCVL:C BM 3 C MISC_2:A NC 3 D MISC_2:A NE 1 D

INLINE PAGE MISC_3:A NC 2 D MISC_3:A NE 3 D MISC_4:A NC 1 D MISC_4:A NE 0 D MISC_5:A NC 0 D MISC_5:A NE 4 D MISC_6:A NC 0 D MISC_6:A NE 2 D MISC_7:A NE 2 D MSAF:A NF 3 D MSAF:B NF 4 B OMISC_2:A NF 0 D OMISC_3:A NF 3 D OMISC_4:A NF 1 D OMISC_5:A NF 0 D OMISC_6:A NF 0 D OPT_SW_PWR:A4 NE 0 B OPT_SW_PWR:A4 NF 0 B OPT_SW_PWR:A5 NE 0 B OPT_SW_PWR:A5 NF 0 B OPT_SW_PWR:A6 NE 0 B OPT_SW_PWR:A7 NE 0 B OPT_SW_PWR:A7 NF 0 B OPT_SW_PWR:A8 NE 1 B OPT_SW_PWR:A9 NE 1 B OPT_SW_PWR:A9 NF 1 B OPT_SW_PWR:B4 NE 1 B OPT_SW_PWR:B4 NF 2 B OPT_SW_PWR:B5 NE 1 B OPT_SW_PWR:B5 NF 2 B OPT_SW_PWR:B6 NE 2 B OPT_SW_PWR:B7 NE 2 B OPT_SW_PWR:B7 NF 2 B OPT_SW_PWR:B8 NE 2 B OPT_SW_PWR:B9 NE 2 B OPT_SW_PWR:B9 NF 3 B OPT_SW_PWR:C4 NE 1 B OPT_SW_PWR:C4 NF 3 B OPT_SW_PWR:C5 NE 1 B OPT_SW_PWR:C5 NF 3 B PB_START:A AC 1 B PB_START:B AC 1 B PBS_CLUTCH_SW:A AC 1 A PBS_CLUTCH_SW:A AC 1 A PBS_CLUTCH_SW:B AC 1 A PBS_CLUTCH_SW:B AC 1 A PBSTART:A AC 1 B PBSTART:B AC 1 B PBSTART:B AC 1 B PL:1 GI 2 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

INLINES

INLINE PAGE PL:2 GI 2 D PL:3 GI 2 D PL:4 GI 2 D PL:5 GI 2 D PL:6 GI 2 D PL:7 GI 1 D PL:8 GI 2 D PM:1 GA 3 B PM:2 GA 3 A PM:3 AA 0 D PM:4 AA 0 D PM:5 AA 0 D PM:6 AA 0 D PM:7 AA 0 B PM:8 AA 1 C PM:9 AA 1 B PM:10 AA 1 C PM:11 GD 1 B PM:11 GE 1 C PM:12 GD 2 B PM:12 GE 2 C PM:13 GD 1 B PM:13 GE 2 B PM:14 GD 1 B PM:14 GE 2 C PM:15 GD 1 B PM:15 GE 2 B PND:A BZ 1 C PND:B BZ 1 C PND:C BZ 1 C PNF:A BZ 1 C PNF:B BZ 1 C PNF:C BZ 1 C PPCO:1 FD 1 C PPCO:2 FD 1 C PPCO:3 FD 2 C R08_PNP_MATE:A BZ 0 D R08_PNP_MATE:B BZ 0 D R08_TGW_DEU:1 XA 2 C R08_TGW_DEU:2 XA 2 C R08ACC:A XA 0 D R08ACC:B XA 0 D R08BBM:A XA 3 B R08BBM:B XA 3 B R21_TGW_OL:A BM 0 C R21_TGW_OL:B BM 1 C RC1:B8 DA 2 C RC1:B9 DA 2 C RC1:C1 DE 3 C RC1:C3 DE 3 B

INLINE PAGE RC1:C4 DA 0 B RC1:C6 DA 0 B RC1:C8 DA 2 C RC1:C9 DA 2 C RC1:D1 DE 3 C RC1:D3 DE 3 B RC1:D4 DA 0 B RC1:D6 DA 0 B RC2:A1 GD 0 B RC2:A1 GE 0 B RC2:A2 GD 0 B RC2:A2 GE 0 B RC2:A3 GD 0 B RC2:A3 GE 0 B RC2:A4 GA 2 D RC2:A6 GA 2 C RC2:A8 CM 1 C RC2:A9 CM 0 B RC2:B1 GD 0 B RC2:B1 GE 0 B RC2:B3 GD 0 B RC2:B3 GE 0 B RC2:B4 GA 2 D RC2:B6 GA 2 C RC2:B7 CM 0 C RC2:B9 CM 1 B RC2:C1 GD 1 B RC2:C1 GE 1 B RC2:C2 GD 1 B RC2:C2 GE 1 B RC2:C3 GD 1 B RC2:C3 GE 1 B RC2:C4 DE 1 C RC2:C6 DE 0 B RC2:C7 CM 1 B RC2:C9 CM 1 A RC2:D1 GD 1 B RC2:D1 GE 1 B RC2:D3 GD 1 B RC2:D3 GE 1 B RC2:D4 DE 0 C RC2:D6 DE 1 B RC2:D7 CM 1 B RC2:D9 CM 1 A RCECS:1 EC 1 B RCECS:2 EC 1 B RCECS:3 EC 1 B RCECS:4 EC 2 B RCECS:5 EC 2 B RCECS:6 EC 2 B

INLINE PAGE RCECS:7 EC 2 D RCECS:8 EC 2 D RCECS:9 EC 2 D RCECS:10 EC 1 D RCECS:11 EC 1 D RCECS:12 EC 1 D RCECS:13 EC 0 D RCECS:14 EC 2 B RCECS:15 EC 0 D RCSP:1 FB 2 E RCSP:2 FB 0 D RCSP:3 FB 1 D RCSP:4 FB 1 D RCSP:5 FB 1 D RCSP:6 FB 1 D RCSP:7 FB 1 D RCSP:8 FB 2 D RCSP:9 FB 2 D RCSP:10 FB 2 D RCSP:11 FB 0 E RCSP:12 FB 1 D RCSP:13 FB 1 E RCSP:14 FB 1 E RDCRDCH:1 AI 1 C RDCRDCH:2 AI 1 C RDCRDCH:3 AI 1 C RDCRDCH:4 AI 1 C RFCB1:A KC 3 B RFCB1:B KC 3 D RFCB2:A KC 3 B RFCB2:B KC 3 D RFCB2:C GH 0 B RFCB:A KC 3 B RFCB:B KC 3 D RFCB:C GH 0 B RFHL:A GH 0 B RFHL:B GA 3 E RFHL:C GH 1 D RFHL:D GH 0 B RFMIC:A KB 0 B RFMIC:A KB 2 C RFMIC:B KB 0 B RFMIC:B KB 2 C RFRC:E GH 0 A RLY42:1 CF 0 A RLY42:2 CF 0 B RO8_TGW_PED:A XA 2 C RO8_TGW_PED:B XA 2 C RSHUL:1 GR 0 C RSHUL:2 GR 0 C

INLINE PAGE S038C_A:C BB 2 E S038C_A:D BB 2 E S038MC:A BB 2 E S038MC:B BB 2 E SBW:A BE 1 E SBW:B BE 1 D SC1_CAB:A KB 3 C SC1_CAB:B KB 3 C SC1_CAB:C KB 3 C SC1_CAB:D KB 3 C SC1_CAB:E HE 3 A SC1_CAB:F AA 4 C SC1_CAB:G HE 0 C SC1_CAB:H HE 0 C SC1_SLP:A KB 3 C SC1_SLP:B KB 3 C SC1_SLP:C KB 3 C SC1_SLP:D KB 3 C SC1_SLP:E HE 3 A SC1_SLP:F AA 4 C SC1_SLP:G HE 0 C SC1_SLP:H HE 0 C SLCLL:1 GR 4 C SLCLL:2 GR 4 C SLCLR:1 GR 4 C SLCLR:2 GR 4 C SLFR:A GK 1 C SLFR:A GK 4 C SLFR:B GK 2 B SLFR:B GK 3 A SLLH:A GK 1 E SLLH:B GK 2 D SLLH:C GK 2 A SLP_CAB1:A KB 3 D SLP_CAB1:A KB 3 C SLP_CAB1:B KB 3 C SLP_CAB1:B KB 3 D SLP_CAB1:C KB 3 C SLP_CAB1:C KB 3 C SLP_CAB1:D KB 3 C SLP_CAB1:D KB 3 C SLP_CAB1:E HE 3 A SLP_CAB1:E HE 4 A SLP_CAB1:F AA 4 C SLP_CAB1:F AA 4 D SLP_CAB1:G HE 0 B SLP_CAB1:G HE 0 C SLP_CAB1:H HE 0 B SLP_CAB1:H HE 0 C SLP_CAB2:A HE 1 A

INLINE PAGE SLP_CAB2:B HD 2 C SLP_CAB2:C AD 3 C SLP_CAB2:D AD 3 D SLP_CAB3:A HE 1 B SLP_CAB3:B HE 1 B SLP_CAB3:C HD 3 C SLP_CAB3:D HD 3 C SLP_CAB3:E HD 3 C SLP_RF:A HE 0 B SLP_RF:B HE 4 C SLP_RF:C HE 0 A SLP_RF:D HE 3 B SLPCOFH:A GR 3 B SLRFHL1:A KB 3 C SLRFHL1:B KB 3 C SLRFHL1:C KB 3 C SLRFHL1:D KB 3 C SLRFHL1:E KC 3 D SLRFHL1:F GA 3 E SLRFHL2:A GH 0 B SLRFHL2:C GH 1 D SLRFHL2:D GH 0 B SLRFHL2:E KC 3 B SLRFHL2:F HE 0 D SLRFHL2:G HE 0 D SLRH:A GK 3 E SLRH:B GK 3 B SLRH:C GK 2 A SLSF:A HD 3 D SLSF:B HD 3 D SPIGNLOWOIL:A NF 2 D SPIGNLOWOIL:B NF 2 D SPIGNLOWOIL:C BN 1 C TAS_SLP:A BF 3 D TAS_SLP:B BF 3 E TGW_IGN_SP3_1:A NA 2 E TGW_IGN_SP3_1:B NA 2 E TGW_IGN_SP3_2:A NA 2 D TGW_IGN_SP3_2:B NA 2 D TGWBB1:A BM 0 E TGWBB1:A BM 3 D TGWBB1:B BM 0 E TGWBB1:B BM 3 D TGWBB1:C BM 1 E TGWBB1:C BM 3 D TGWBB1:D BM 1 E TGWBB1:D BM 3 D TGWBB1:E BM 1 E TGWBB1:E BM 3 D TGWBB1:F BM 1 E

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

INLINES

INLINE PAGE TGWBB1:F BM 3 D TGWBB1:G BM 1 E TGWBB1:G BM 3 D TLBU:A GF 1 C

INLINE PAGE TLBU:A GF 3 B TLBU:B GF 1 C TLBU:B GF 3 B TLRE:A GF 1 C

INLINE PAGE TLRE:A GF 3 B TLRE:B GF 0 C TLRE:B GF 2 B TLRE:C GF 0 C

INLINE PAGE TLRE:C GF 2 B TLRE:D GF 1 C TLRE:D GF 2 B TLRE:E GF 1 D

INLINE PAGE TLRE:E GF 2 B Y53:A FA 3 C Y53:B FA 3 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

SPLICES

SPLICE PAGE Power (S) GK 1 C SP1HB1 (S) CE 0 C SP1LB2 (S) CE 0 C SP3F57 (T) HG 0 B SP3F57 (T) NE 2 C SP4FB (T) GA 3 B SP26B2 (S) GR 0 C SP28B1 ( ) HG 1 D SP42B3 (S) GF 1 C SP43A1 (S) CE 2 D SP44B ( ) FA 1 C SP47A ( ) FA 3 C SP75A (T) AA 0 B SP75A (T) BK 0 B SP75A (T) HD 1 B SPAC62A (S) CK 3 C SPAX4:1 (S) ED 2 D SPAX4:4 (S) ED 2 D SPAX4:7 (T) ED 1 D SPAX4:8 (T) ED 1 D SPAX4:10 (T) ED 1 D SPAX4:11 (T) ED 1 E SPBKA57 (T) DD 2 C SPBKA87 (T) HG 0 C SPBKA87 (T) NE 2 E SPBKA90 (T) NF 1 E SPBKD3 ( ) HG 0 D SPBKD4 ( ) NF 4 A SPBKD4A (T) AD 2 D SPBKD4A (T) HG 3 C SPBKD4A (T) NE 3 B SPBKXC1G26 (S) GI 2 D SPC15JA3 (S) AG 0 B SPCB1 (T) BA 0 D SPCB2A (T) BA 0 D SPCB7 (T) BC 1 C SPCB11 (T) BA 3 D SPCB16 (T) BC 1 D SPCB18 (T) BC 2 D SPCB19A (T) BB 3 C SPCB19A1 ( ) BB 1 E SPCB28B (T) DB 2 C SPDL1H (S) CA 0 B SPDL1H1 (S) XA 1 D SPDL1H2 (S) XA 2 D SPDL1H3 (S) XA 4 E SPDL1H4 (S) XA 3 D SPDL1H5 (S) XA 4 D SPDL1H6 (S) XA 3 D SPDL1H8 (S) XA 3 C

SPLICE PAGE SPDL1H9 (S) XA 4 C SPDL1H10 (S) XA 3 C SPDL1H11 (S) XA 4 B SPDL1H12 (S) XA 4 B SPDL1H13 (S) DB 1 D SPDL1H13 (S) XA 4 A SPDL1H14 (S) XA 4 B SPDL1H15 ( ) XA 0 C SPDL1H16 (S) XA 0 C SPDL1H18 (S) XA 3 B SPDL1HB (S) CK 0 C SPDL1HB1 ( ) XA 1 D SPDL1HB2 ( ) XA 0 E SPDL1HB3 ( ) XA 0 E SPDL1L (S) CA 0 B SPDL1L1 (S) XA 1 D SPDL1L2 (S) XA 2 D SPDL1L3 (S) XA 4 E SPDL1L4 (S) XA 3 D SPDL1L5 (S) XA 4 D SPDL1L6 (S) XA 3 D SPDL1L8 (S) XA 3 C SPDL1L9 (S) XA 4 C SPDL1L10 (S) XA 3 C SPDL1L11 (S) XA 4 B SPDL1L12 (S) XA 4 B SPDL1L13 (S) DB 1 D SPDL1L13 (S) XA 4 A SPDL1L14 (S) XA 4 C SPDL1L15 ( ) XA 0 C SPDL1L16 (S) XA 0 C SPDL1L18 (S) XA 3 B SPDL1LB (S) CK 0 C SPDL1LB1 ( ) XA 0 D SPDL1LB2 ( ) XA 0 E SPDL1LB3 ( ) XA 0 E SPDL2H1 (S) XB 0 C SPDL2H4 (S) XB 3 C SPDL2H6 (S) XB 2 B SPDL2H7 (S) DD 2 D SPDL2H8 (S) BM 0 C SPDL2H9 (S) DD 3 D SPDL2L1 (S) XB 0 C SPDL2L4 (S) XB 4 C SPDL2L6 (S) XB 2 B SPDL2L7 (S) DD 2 D SPDL2L8 (S) BM 1 C SPDL2L9 (S) DD 3 D SPDL3H (S) KB 1 B SPDL3L (S) KB 1 B

SPLICE PAGE SPDL4H (S) XA 1 B SPDL4L (S) XA 1 B SPDL7H1 (S) CD 1 B SPDL7H2 (S) CF 3 D SPDL7H3 (S) CF 3 B SPDL7HB7 (S) CL 3 B SPDL7L1 (S) CD 1 C SPDL7L2 (S) CF 3 C SPDL7L3 (S) CF 3 B SPDL7LB7 (S) CL 3 B SPDL10HB1 (S) XC 1 B SPDL10HN1 (S) XC 2 B SPDL10LB1 (S) XC 0 A SPDL10LN1 (S) XC 2 A SPEA13A (S) CF 0 A SPEA13A5 (S) CF 0 B SPEA24A1 (S) CE 0 B SPEA24A2 ( ) CK 0 D SPEC3A (S) CF 1 C SPEC3A1 (S) CL 1 C SPEC8A (S) CE 1 D SPEC13A1 (S) CF 0 D SPEC13A2 (S) CL 0 D SPEC32A (S) CE 1 D SPEC38A (S) CF 2 C SPEC38A1 (S) CL 2 C SPEC39A (S) CF 2 C SPEC39A1 (S) CL 2 C SPEC40A (S) CF 1 C SPEC40A1 (S) CL 1 C SPEC54A (S) CE 2 D SPEC57 (S) CE 0 B SPEC57A2 (S) CK 0 D SPEC62 (S) CE 3 D SPEC66A1 (S) CL 0 D SPEC66A2 (S) CF 0 D SPEC76 (S) CF 0 B SPEC76A (S) CF 0 B SPEC76A1 (S) CL 0 B SPEC84A (S) CF 1 D SPEC84A2 (S) CF 1 D SPEC84A2 (S) CL 1 D SPECHA1 ( ) CJ 1 C SPEMA28A1 (S) CD 3 D SPEMA49A (S) CD 2 A SPEMA54A1 (S) CD 1 D SPEMA59A1 (S) CD 3 D SPEMA62A2 (S) CD 2 D SPF1A ( ) HE 3 B SPF1F ( ) HE 3 C

SPLICE PAGE SPF1J ( ) HE 3 C SPF2C ( ) HE 0 A SPF2C2 (S) GD 1 E SPF2C2 (S) GE 0 D SPF2D (T) GA 1 B SPF2E (S) GA 1 D SPF2LL ( ) HE 0 B SPF2T ( ) HE 0 A SPF2Y (S) GI 2 C SPF3A ( ) HE 2 B SPF3B (T) GA 0 C SPF3B1 (T) GA 0 D SPF3B1 (T) GM 1 C SPF3B2 (S) HE 1 D SPF3B3 (T) GM 1 B SPF3B5 (T) GA 2 D SPF3B7 (S) GF 0 C SPF3B8 (S) GA 2 D SPF3B9 (S) GD 2 E SPF3B9 (S) GE 3 D SPF3B11 (S) GF 2 C SPF3B14 (S) GK 0 E SPF3B19 (S) GK 1 B SPF3B21 (S) GI 1 D SPF3F (T) BC 2 A SPF3F (T) BD 4 A SPF3F (T) BE 1 A SPF3F (T) EC 2 E SPF3F (T) FB 0 A SPF3F (T) GA 1 A SPF3F (T) GH 0 A SPF3F (T) HA 1 A SPF3F (T) IA 3 A SPF3F (T) ID 3 A SPF3F (T) KB 3 A SPF3F31 (T) BA 2 A SPF3F31 (T) BD 1 B SPF3F31 (T) BE 2 A SPF3F31 (T) EA 2 A SPF3F31 (T) ED 2 A SPF3F31 (T) GH 1 A SPF3F31 (T) GP 0 A SPF3F31 (T) HD 0 A SPF3F43 ( ) HC 0 B SPF3F44 ( ) GH 0 B SPF3F53 ( ) HC 3 B SPF3F57 ( ) NC 1 B SPF3F71 (T) KC 4 B SPF3F85 ( ) JA 1 B SPF3F96 (T) FD 0 B

SPLICE PAGE SPF3F100 (T) NF 1 C SPF3F110 (T) GL 0 B SPF4A (T) GA 3 A SPF4C (T) GD 2 B SPF4C (T) GE 2 C SPF4C3 ( ) GG 3 C SPF4C5 (T) GD 3 B SPF4C8 (S) GI 2 D SPF4C10 (S) GD 3 B SPF4D (T) GD 4 B SPF4D (T) GE 4 C SPF4D3 ( ) GG 2 C SPF4D5 (T) GD 4 B SPF4D8 (S) GI 2 D SPF4D10 (S) GD 3 B SPF5D (T) GA 3 D SPF5D1 (S) GF 1 B SPF5E (T) GA 3 D SPF5E1 (S) GF 0 B SPF6A ( ) HD 3 E SPF6A2 ( ) GH 0 C SPF6A9 (T) GH 0 A SPF6A11 ( ) GH 1 B SPF6A12 (S) GR 3 C SPF6B (T) GH 4 C SPF6E ( ) GH 0 D SPF7D (T) AC 1 C SPF8A (T) FB 2 B SPF8A6 (S) FB 0 C SPF8M (T) FB 2 B SPF9B3 ( ) KC 3 B SPF9E ( ) KB 4 D SPF9G ( ) KB 3 D SPF12A (S) IE 1 B SPF13A1 (T) ED 3 B SPF14B ( ) HD 2 C SPF15B1 (T) IC 1 C SPF15B2 (S) BF 3 B SPF17A1 (T) BA 3 B SPF17A7 (T) BA 1 B SPF17A14 (S) BC 3 B SPF17C (T) BA 1 C SPF17D (T) BA 1 C SPF17E (T) BA 1 C SPF17M (T) BC 2 C SPF23A (S) IA 2 B SPF23B (S) IA 3 C SPF23C (S) IA 3 D SPF24A3 (T) GL 0 B SPF24D (T) GL 0 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

SPLICES

SPLICE PAGE SPF25A (T) HA 0 C SPF26B (T) GR 1 B SPF26B1 (T) GR 2 B SPF26B3 (S) GR 2 C SPF26B4 (S) GR 1 B SPF26B7 ( ) HE 4 A SPF27A (T) NB 2 B SPF27A1 (T) NB 3 B SPF27B ( ) GI 1 C SPF28A ( ) HC 3 C SPF28A1 ( ) HC 1 B SPF28A3 ( ) NF 3 A SPF28B1 ( ) HC 0 D SPF28B3 (S) HC 1 D SPF28B3 (S) HG 1 D SPF31A (T) DD 3 B SPF33B ( ) GG 1 C SPF35B (T) GA 4 D SPF35B2 (T) GA 3 D SPF35B3A (T) GA 3 D SPF35B4 (S) HE 4 D SPF35B4A (T) GA 3 D SPF35B7 (S) BN 2 C SPF35B8 ( ) GG 4 C SPF36C (T) GQ 1 C SPF37B ( ) GG 0 C SPF38A (S) CF 3 B SPF38A1 (S) CA 1 B SPF38A2 (S) CA 1 C SPF39B ( ) GG 2 C SPF39B1 ( ) GG 3 B SPF41A1 ( ) CJ 3 B SPF41A3 (S) HB 2 A SPF42A (S) BE 3 B SPF42B (S) BE 3 B SPF42B2 (S) GF 1 B SPF42B3 (S) GF 3 B SPF43A (S) CA 2 B SPF43A2 (S) CK 2 D SPF45A (S) GG 1 D SPF45A1 ( ) GG 1 B SPF46A1 ( ) CJ 0 B SPF46B1 ( ) BP 2 B SPF48A ( ) HE 1 B SPF48A1 ( ) HE 2 A SPF50B1 ( ) BP 2 C SPF52A5 ( ) BG 2 B SPF54 (S) GI 1 C SPF55B (T) EC 4 B SPF57A (S) KC 2 B

SPLICE PAGE SPF63A (T) BE 0 B SPF65A (T) NA 2 D SPF65A1 (T) KC 3 B SPF65A4 (S) JB 1 B SPF65A9 (T) FD 1 B SPF65B1 ( ) FD 1 D SPF65B7 (T) KC 4 C SPF67A3 (S) JB 1 C SPF76A (T) DA 0 B SPF76A1 ( ) CJ 3 B SPF76B (T) DA 2 C SPF79A (T) DA 2 D SPF80A (S) DA 2 D SPF80A3 (S) DA 3 A SPF82A1 (S) AI 0 C SPF83B ( ) CK 1 D SPF85B1 (S) CL 3 C SPFB05A1 (S) CE 3 D SPFB05A2 (S) CK 3 D SPFB07A1 (S) CD 0 C SPFB09 ( ) CM 1 D SPFB09A3 ( ) CM 2 C SPFU1A1 (S) DB 0 C SPFU1A2 (S) DB 0 D SPG01A4 (S) AI 1 E SPGAD (T) HA 0 C SPHA12 (T) BF 2 E SPHA12A15 (S) BF 1 E SPHA12G (S) BF 1 E SPHA12H (S) BF 1 D SPHB29 (T) BF 2 B SPHB30 (T) BF 2 B SPHC11A2 (S) BG 3 E SPHC19 (T) BG 2 D SPHC20 (T) BG 2 C SPJ1939HB30 (S) XA 2 C SPJ1939LB30 (S) XA 2 C SPLRNA ( ) KB 3 C SPLRPA ( ) KB 3 C SPMB2A1 ( ) BY 2 B SPN109 (T) DD 0 C SPN110 (T) DD 0 C SPN112 (T) DC 3 C SPN124CM (T) DD 2 C SPN131 (S) DC 1 D SPN145NO (T) DD 3 C SPN158 (S) DC 2 D SPN158A (T) DC 2 C SPNA19A1 (S) DA 4 B SPNAA1 (S) DA 3 C

SPLICE PAGE SPOPTSW ( ) NF 2 A SPRA7A1 (S) EC 1 E SPRA30A1 (S) EC 1 D SPRDA (S) AA 0 B SPRDA1 (S) AA 0 B SPRRNA ( ) KB 3 C SPRRPA ( ) KB 3 C SPX1C1B61 (T) GL 0 D SPX1C1B62 (T) GL 0 C SPX01D1 ( ) AF 1 C SPX01F1 (S) AG 0 C SPX02CA3 (S) CK 4 D SPX02CA3 (S) CL 3 C SPX02CA15 (S) CL 1 D SPX109L1 ( ) AC 3 B SPX109L2 ( ) AD 1 B SPXC1A1 (T) AD 2 C SPXC1A2 (T) AD 3 C SPXC1A2 (T) GA 4 E SPXC1A2 (T) GD 2 D SPXC1A2 (T) GE 2 D SPXC1A2 (T) GH 4 C SPXC1A2 (T) GM 1 E SPXC1A2 (T) GQ 0 E SPXC1A2 (T) GR 1 D SPXC1A2 (T) IC 0 E SPXC1A2 (T) KC 3 E SPXC1A2 (T) NC 2 B SPXC1A3 (T) AA 1 C SPXC1A3 (T) AD 3 B SPXC1A3 (T) BJ 0 B SPXC1A3 (T) BM 2 B SPXC1A3 (T) BY 0 B SPXC1A3 (T) GA 2 A SPXC1A3 (T) GP 0 E SPXC1A3 (T) KC 1 D SPXC1A3 (T) NB 1 D SPXC1A4 (T) AA 4 D SPXC1A4 (T) AD 3 C SPXC1A4 (T) EC 4 D SPXC1A4 (T) GA 1 C SPXC1A4 (T) GD 4 D SPXC1A4 (T) GE 4 D SPXC1A4 (T) GH 3 C SPXC1A4 (T) IC 1 E SPXC1A4 (T) KC 0 D SPXC1A4 (T) NA 2 C SPXC1A5 (T) EC 4 C SPXC1A7 (T) GA 3 E SPXC1A8A (T) GA 3 E

SPLICE PAGE SPXC1A9 (S) HE 4 E SPXC1A9A (T) GA 3 E SPXC1A10 (T) CM 2 C SPXC1A10 (T) GA 0 E SPXC1A10 (T) GM 1 D SPXC1A13 (S) HE 1 E SPXC1A14 (S) GR 0 D SPXC1A16 (S) GR 3 D SPXC1A18 (S) GR 1 D SPXC1A29 (S) KC 2 D SPXC1A35 ( ) BY 0 B SPXC1A36 (S) AD 1 D SPXC1A38 (S) IE 0 D SPXC1A40 ( ) IA 0 B SPXC1A45 ( ) KC 3 D SPXC1A52 ( ) ID 2 D SPXC1A53 (S) IA 4 B SPXC1A65 (T) GD 4 D SPXC1A66 (T) GD 3 D SPXC1A68 ( ) GH 1 D SPXC1A72 ( ) HC 0 C SPXC1A82 ( ) HC 4 D SPXC1A88 ( ) NC 2 B SPXC1A97 (T) FD 0 C SPXC1A102 ( ) JA 1 D SPXC1A116 (T) KC 4 B SPXC1A119 (T) KC 3 E SPXC1B1 (T) AD 2 C SPXC1B1 (T) BA 4 E SPXC1B1 (T) BD 3 C SPXC1B1 (T) BE 0 E SPXC1B1 (T) CB 2 D SPXC1B1 (T) DA 0 E SPXC1B1 (T) DD 0 B SPXC1B1 (T) DE 1 B SPXC1B1 (T) EA 0 A SPXC1B1 (T) EC 3 E SPXC1B1 (T) ED 0 C SPXC1B1 (T) FD 2 B SPXC1B1 (T) GL 0 D SPXC1B1 (T) JC 1 C SPXC1B1 (T) KB 2 B SPXC1B1 (T) NA 2 C SPXC1B1 (T) NB 2 D SPXC1B1 (T) XA 2 D SPXC1B1 (T) XC 2 D SPXC1B1A (T) XA 2 D SPXC1B1D (T) EC 3 E SPXC1B7B (T) ED 2 A SPXC1B7W (T) EA 0 A

SPLICE PAGE SPXC1B18 (T) FD 2 B SPXC1B30 ( ) FD 1 E SPXC1B46 (S) DA 4 D SPXC1B48 (T) DA 0 D SPXC1C1 (T) AD 2 C SPXC1C1 (T) HA 3 C SPXC1C1 (T) HC 3 E SPXC1C1 (T) HG 0 D SPXC1C1 (T) NA 3 C SPXC1C4 ( ) HC 0 D SPXC1C5 ( ) HC 3 D SPXC1C6 (S) HC 1 E SPXC1C6 (S) HG 1 D SPXC1C11 (T) AD 2 D SPXC1C12 (T) AD 3 C SPXC1C12 (T) HD 1 E SPXC1C12 (T) HE 2 C SPXC1C13 ( ) AD 3 D SPXC1C13 ( ) HE 0 D SPXC1C13 ( ) KB 2 D SPXC1C14 (S) AD 1 C SPXC1C14 (S) AF 1 C SPXC1C16 ( ) HD 3 D SPXC1C23 ( ) HE 0 D SPXC1E (T) GL 0 C SPXC1E1 (T) AD 3 B SPXC1E1 (T) BA 3 C SPXC1E1 (T) BD 1 C SPXC1E1 (T) BE 2 B SPXC1E1 (T) CM 1 C SPXC1E1 (T) GJ 2 D SPXC1E1 (T) HD 0 C SPXC1E1 (T) NA 1 C SPXC1E1A (T) EA 1 B SPXC1E2 (T) AD 4 B SPXC1E2 (T) BG 0 C SPXC1E2 (T) EA 2 B SPXC1E2 (T) ED 2 B SPXC1E2 (T) FB 3 D SPXC1E2 (T) GJ 2 C SPXC1E2 (T) NA 1 D SPXC1F1 (S) AD 1 D SPXC1F1 (S) HB 3 D SPXC1F2 (S) AD 1 E SPXC1F2 (S) BG 1 E SPXC1F2 (S) GK 1 A SPXC1F2 (S) GP 0 E SPXC1F2 (S) GQ 1 E SPXC1F6 (S) BG 3 D SPXC1F7 (S) AD 1 E

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

SPLICES

SPLICE PAGE SPXC1F7 (S) BG 4 E SPXC1F7 (S) ED 4 D SPXC1F7 (S) GF 1 D SPXC1F10 (S) AD 1 D SPXC1F10 (S) FA 2 E SPXC1F10 (S) FB 1 E SPXC1F10 (S) GF 1 E SPXC1F11 (S) GF 1 D

SPLICE PAGE SPXC1F12 (S) GF 3 B SPXC1F16 (S) FB 1 E SPXC1F22 ( ) FA 3 D SPXC1F23 ( ) FA 1 D SPXC1G4A (S) CE 4 D SPXC1G7 (S) GA 1 E SPXC1G8 (S) GD 0 D SPXC1G8 (S) GE 0 D

SPLICE PAGE SPXC1G14 (S) GI 2 D SPXC1G16 (S) GD 1 D SPXC1G16 (S) GE 2 D SPXC1G40 (S) AC 2 E SPXC1G40 (S) AD 1 D SPXC1G40 (S) BF 4 A SPXC1G40 (S) CA 3 C SPXC1G40 (S) GA 1 E

SPLICE PAGE SPXC1G40 (S) GD 0 E SPXC1G40 (S) GE 0 E SPXC1G40 (S) GJ 2 D SPXC1G40 (S) GR 2 C SPXC1G40 (S) JA 2 B SPXC1G40 (S) JB 0 D SPXC1G41 (S) BF 3 B SPXC1N1 ( ) GG 3 D

SPLICE PAGE SPXC1N3 ( ) BP 1 D SPXCIE23 (T) GA 1 C SPXF1A1 (S) AD 1 C SPXF1A1 (S) CD 4 D SPXF1A3 (S) CF 4 C SPXG9A1 ( ) CJ 3 B SPXM1 ( ) AD 0 B SSP28A1 ( ) HG 1 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

SHELLS

REF PAGE A03 BE 0 C A03 BF 0 B A03 BG 1 C A04A HE 2 B A06R1_65 DD 3 B A06R2_65 DD 3 B A06R4_65 DD 4 B A06R5_65 DD 2 B A12 ED 0 B A12A EA 0 C A13B DA 3 B A13F DA 2 D A14C CE 0 D A14C CF 0 E A14D CK 0 D A14D CL 0 E A16 EC 0 C A17 AC 2 A A17 BA 1 C A17 BB 0 B A17 BC 2 D A17 BD 2 D A17 GD 1 A A17 GE 2 A A17 GH 2 B A19D_MATE DD 0 E A20 HC 0 C A20 HG 0 C A34 HA 0 B A35 IE 1 C A36 BY 0 C A51 JA 3 D A56 KB 3 D A57 DC 0 A A57 DD 0 D A58 DC 0 D A78 DB 0 C A83 GD 1 B A83 GE 2 B A87 BI 0 C A89 HB 2 C A90 HE 0 B A102A BM 2 C A102B BM 0 D A104 GA 3 A A104A GA 2 A A106 HD 1 C A107B DB 1 D A108 DC 3 D A109 DA 0 C

REF PAGE A124 AC 3 A A124 AD 0 A A124A AC 2 C A124A AD 1 A A137C CD 0 C A138 CD 1 E A138A CE 1 C A141 BF 4 C A147 BP 1 D A149 KC 2 C A158 KB 0 C A176 JC 2 B B06AP BF 3 D B06T1 BF 2 D B06T2 BF 2 D B07 BF 0 D B09A BF 1 D B13 EA 0 B B13 ED 0 C B14 EA 1 B B14 ED 1 D B15 EA 0 D B15 ED 0 A B16 EA 0 D B16 ED 1 B B17 EA 2 D B17 ED 2 D B18 EA 2 D B18 ED 3 D B22C CE 3 D B22C CK 3 D B23 BF 0 D B23.1 BF 0 D B25A BB 3 C B30A EC 2 D B49 ED 0 E B50 ED 0 E B55A EC 0 D B55B EC 0 D B58A EC 1 D B58R BF 2 D B58R_ESP ED 1 E B59 BF 3 D B60L KB 0 D B60LF KB 3 C B60R KB 0 D B60RF KB 3 C B60SLR KB 4 D B60SRR KB 3 D B60SW KB 3 E

REF PAGE B68 BB 1 C B68 CE 2 C B68 CJ 1 B B68 CK 2 C B68_B BB 0 C B78 JA 2 D B80 KB 2 D B82 JB 0 D B82A JB 2 D B96 CD 2 B B96B CD 2 B B105 DC 3 D B121 BG 1 D B122 BF 0 A B122A CJ 2 D B122B CJ 2 B B123 CA 2 E B123 CE 1 C B123 CJ 2 D B123 CK 0 C B123.1 CA 3 E B124.3RD BF 4 D B124FR BF 1 D B124RR BF 1 D B133 BG 1 B B133S BG 2 B B142C CD 1 B B142C CF 3 B B142C CL 3 A B152 ED 2 E B153 ED 2 D B156 BD 2 B B156A HA 3 A B157 HB 2 D B158 HB 1 D B160 BI 0 C B185A CJ 1 D B300B CM 1 D B310 CD 3 B B319 CM 0 C CB2 AA 1 A CB2 GA 1 A CB3 AA 1 A CB3 GA 0 A CB4 AA 1 A CB4 GA 2 A CB4 IE 2 A CB12 AA 0 A CB12 ID 0 A CB12 IE 1 A

REF PAGE CB14 AA 4 A CB14 GD 0 A CB14 GE 0 A CB21 AA 0 E CB21 GP 0 A CB22 AA 0 E CB22 IA 2 A CB23 AA 0 E CB23 IA 2 A CB23 ID 3 A CB81 AA 4 B CB81 GD 1 A CB81 GE 1 A CB_HD_LIFT_GATE ND 0 B CLU_JMP IE 3 C E05A GR 0 C E05B GR 0 C E06 GF 3 B E07L GA 1 D E07R GA 1 D E11L GD 1 E E11R GD 1 D E12D GA 3 D E12DH HE 4 D E12DHL HE 3 E E12P GA 3 D E12PH HE 4 D E12PHL HE 4 E E13LS GD 2 C E13LS GE 2 C E13LSB GD 3 D E13LSB GK 3 D E13LSC GD 3 C E13RS GD 4 C E13RS GE 4 D E13RSB GD 4 D E13RSB GK 3 C E13RSC GD 4 C E14L GD 2 D E14L GE 3 D E14R GD 3 D E14R GE 3 D E17AD GH 0 C E17AP GH 0 C E17D GH 2 C E17L GR 3 C E17P GH 3 C E17R GR 3 C E18A GR 3 C E18LB HE 4 B

REF PAGE E18LC HE 3 B E18LR HE 0 A E18N HE 1 C E18R HE 4 B E18RR HE 0 A E19C GA 0 D E19C GM 1 D E19CH HE 2 D E19CHL HE 1 D E19D GA 0 D E19D GM 0 D E19DH HE 2 D E19DHL HE 0 D E19P GA 1 D E19P GM 1 D E19PH HE 3 D E19PHL HE 1 D E23L HE 3 B E23LA GR 4 C E23R HE 3 B E23RA GR 4 C E27L GF 0 D E27LA GF 2 C E27R GF 1 C E27RA GF 2 C E30L GD 0 D E30R GD 1 D E31L GD 0 D E31R GD 1 D E32 HD 1 D E32L GE 0 D E32R GE 1 D E35 HA 0 D E38_08 BD 0 B E38_09 BJ 3 B E38_09A BK 2 B E38_11 CE 0 B E38_11 CK 0 B E39 GF 2 D E53 KC 4 D E53L KC 3 D E53R KC 4 D E58 GR 1 C E58 HE 4 A E58A GR 2 C E58B GR 1 C E58BL GR 0 C E58BR GR 1 C E58L GR 2 C E58R GR 2 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

SHELLS

REF PAGE E58R.A GR 2 D E60D GH 3 B E60P GH 3 B E61 HD 3 C E65L GL 0 C E65R GL 0 C E80L BP 2 B E95L1 GK 0 A E95L2 GK 0 B E95L3 GK 0 B E95L4 GK 0 B E95L5 GK 0 C E95L6 GK 0 C E95R1 GK 1 A E95R2 GK 1 B E95R3 GK 1 B E95R4 GK 1 C E95R5 GK 1 C E95R6 GK 1 C E96L GK 2 C E96R GK 3 B E96R2 GK 4 B E96R3 GK 4 B E96R4 GK 4 B E97L1 GK 2 B E97L2 GK 2 B E97L3 GK 2 B E97L4 GK 2 C E97R1 GK 4 A EL1 GQ 4 B EM01 CF 2 D EM02 CF 3 C EM03 CF 4 D EM04 CF 4 B F5 AA 1 A F5 GA 3 A F6 AA 2 A F6 GH 0 A F7 AA 0 A F7 AC 0 A F8 AA 0 E F8 FB 1 A F9 AA 3 A F10 AA 2 B F10 KB 1 A F10 XA 3 A F10 XC 3 A F11 AA 2 A F11 BI 0 A F11 BM 1 A

REF PAGE F11 NB 2 A F13 AA 1 B F13 EA 2 A F13 ED 3 A F15 AA 0 B F15 BF 2 A F16 AA 0 D F16 BA 0 A F17 AA 1 D F17 BA 1 A F17 BB 0 A F17 BC 3 A F17 BD 0 A F18 AA 2 D F18 CB 2 A F19 AA 0 A F19 BE 0 A F19 BG 0 A F20 AA 1 B F20 IC 0 A F24 AA 1 E F24 GL 0 A F24 NA 2 A F24 NC 3 A F25 AA 3 C F25 HA 0 A F26 AA 2 A F26 GA 1 A F27 AA 1 E F27 BM 1 A F27 NB 2 A F28 AA 1 E F28 HC 3 A F28 NA 3 A F29 AA 1 B F30 AA 1 E F30 NA 1 A F31 AA 1 D F31 DB 2 A F31 DD 3 A F31 DE 2 A F31 NA 3 A F32 AB 4 C F32 GJ 3 A F33 AB 3 A F33 GG 1 A F34 AB 1 A F34 GG 2 A F35 AB 2 A F35 GA 4 A

REF PAGE F36 AB 1 A F36 GQ 1 A F37 AB 2 A F37 GG 0 A F38 AB 3 D F38 CA 1 A F39 AB 2 D F39 GG 3 A F40 AB 1 D F40 FA 3 A F41 AB 2 E F41 CA 1 A F41 CF 3 A F41 CJ 3 A F42 AB 1 D F42 BE 3 A F43 AB 2 E F43 CA 2 A F43 CE 2 B F43 CK 2 B F44 AB 1 D F44 FA 2 A F45 AB 0 D F45 GG 1 A F46 AB 3 D F46 CD 0 A F46 CJ 0 A F47 AB 3 D F48 AB 0 A F48 BK 0 A F48 HE 0 A F49 AB 2 D F49 EA 3 A F49 ED 3 A F50 AB 3 A F51 AB 4 A F52 AB 4 C F52 BG 2 A F53 AA 1 D F53 JC 0 B F54 AA 0 D F54 BJ 0 A F54 BY 0 A F55 AA 2 B F55 EC 4 A F56 AA 2 D F56 JC 0 A F57 AA 3 A F57 KC 2 A F58 AA 2 D

REF PAGE F60 AA 3 A F61 AA 2 A F61 NA 0 A F62 AA 3 A F62 GJ 0 A F62 NA 2 A F63 AA 0 D F63 BE 0 A F64 AA 1 D F64 BJ 3 A F64 BK 2 A F64 NA 4 A F64 NC 1 A F65 AA 1 D F65 FD 2 A F65 JB 1 A F65 NA 2 A F65 NC 2 A F67 AA 0 A F67 HD 3 A F67 KC 0 A F67 NA 2 A F67 NC 0 A F68 AA 2 B F68 KC 0 A F69 AA 2 D F69 IE 2 A F70 AA 3 C F70 HA 1 A F71 AA 1 B F71 DB 3 A F71 DD 0 A F71 NA 3 A F72 AA 3 D F74 GA 1 A F75 AA 0 B F75 BK 0 A F75 HD 1 A F76 AA 3 A F76 CE 2 A F76 CJ 3 A F76 DA 0 A F79 DA 2 C F80 DA 2 C F82 AI 1 D F83 AH 2 B F83 CE 1 B F84 AH 1 B F84 CF 2 A F84 CL 2 A

REF PAGE F85 AH 1 B F85 CL 3 A F86 AH 2 B F87 AH 3 B F87 BP 2 B F88 AH 4 C F89 AH 4 C F90 NE 0 B F91 NE 0 B F92 NE 1 B F93 NE 1 B F94 NE 1 B F95 NE 2 B F96 NE 2 B F97 AI 1 D FB05 CE 4 A FB05 CK 4 A FB07 CD 0 B FB8 AC 4 C FB08 CD 0 A FB09 CM 1 C FGPS1_MATE BM 0 B FGPS2_MATE BM 0 B FGPS3 BM 2 B FGPS4 BM 2 C FM1 AD 0 B FM02 AF 1 C FM3 AC 3 D FM03 CF 1 A FM03 CL 1 A FM3_A4 HF 1 B FM04 AD 1 C FSP1 NF 0 B FSP2 NF 0 B FSP3 NF 1 B FSP4 NF 2 B FSP5 NF 2 B FSP6 NF 3 B FSP7 NF 3 B FT02 DB 0 C G02 AF 2 A G02 AG 3 C G02A AC 4 B G03 HF 0 B G03.D HF 0 C G04 HF 2 B H02A GQ 1 D H02B GQ 2 D H02C GQ 2 D H03 GF 1 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

SHELLS

REF PAGE H16 CM 2 B H17 CM 3 B IEH CE 0 A JB1 AG 3 C JB1 AI 2 B M01 GP 1 C M02 GP 0 C M03 HC 3 D M03 HG 3 D M04_1 AF 0 A M04_1 AG 3 B M04_1 AI 2 B M06 ID 3 D M06DS IA 1 D M06PS IA 3 D M41 CK 2 C M59 HD 3 E M80 ID 1 B M80L IE 1 C M80R IE 3 B M110CFL BF 3 B M110CFR BF 3 B M110CL IC 3 D M110CR IC 4 D M110L IC 0 D M110R IC 1 D OBD XA 2 D R01 AD 0 A R01C CF 0 B R01C CL 0 B R02 CC 0 B R03 CC 0 D R03A CC 1 C R04 KC 0 B R05 FA 1 D R08 CF 2 B R08 CL 2 B R08_BBM XA 3 B R08_BENDIX XA 0 B R08_MATE XA 3 A R08_PNP BZ 1 D R08_TGW XA 2 B R08A XA 1 D R08M XB 1 C R09 FA 0 D R14 CE 0 C R14 CK 0 C R19 FA 3 C R21 XA 1 C R21 XB 3 C

REF PAGE R21_TGW BM 1 C R25 HC 2 C R26 HC 3 C R27 KB 4 D R28 HC 1 D R28 HG 2 D R29 HC 1 D R29 HG 1 D R29_A CD 4 E R29_A CF 1 D R29_A CL 1 C R30 HC 2 C R30 HG 2 D R30_A CF 2 D R30_A CL 2 C R31_A CF 1 C R31_A CL 1 C R32 CD 3 D R32_A CD 3 D R33 KB 1 B R34 XC 2 B R35 XC 0 B RLY01 AA 1 B RLY02 AB 2 C RLY03 AA 1 D RLY04 AB 0 C RLY06 GA 3 B RLY08 GA 1 D RLY10 GA 2 D RLY11 AB 1 B RLY11 GG 0 B RLY12 AB 3 B RLY12 GG 1 B RLY13 AB 2 B RLY13 GA 4 D RLY14 AB 1 B RLY14 GQ 1 B RLY16 GP 1 B RLY17 AB 0 B RLY17 GG 3 B RLY20 DB 2 B RLY26 AA 3 D RLY26 HA 1 A RLY28 AA 3 B RLY29 AB 1 B RLY29 GG 2 B RLY31 AA 3 B RLY33 BF 1 A RLY34 AA 1 B RLY35 AA 3 D

REF PAGE RLY35 HA 0 A RLY36 AC 2 C RLY38 AB 4 B RLY39 AB 3 B RLY42A CF 0 B RLY42A CL 0 A RLY43L_MATE GI 1 C RLY43R_MATE GI 0 C RLY44_MATE GI 2 C RLY46_MATE GI 3 C RLY47 DE 3 C RLY48 DE 0 C RLY52 GA 1 A RLY53 AA 0 C RLY53 BK 0 B RLY53 HD 1 B RLY54 DD 2 B RLY56 GJ 0 C RLY57 BE 3 D RLY57 EC 3 B RLY58 GJ 2 C RLY60_MATE HB 3 A RLY70 NE 3 A RLY70 NF 4 A RLY73 DA 0 B RLY80 AH 2 C RLY80 CE 1 B RLY81 AH 3 C RLY81 BP 3 B RLY81 CF 0 C RLY81 CL 0 C RLY82 AH 0 C RLY82 CF 1 B RLY82 CL 1 B RLY83 AH 0 C RLY83 CF 2 B RLY83 CL 2 B RLY84 AH 1 C RLY84 CF 1 B RLY84 CL 1 B RLY85 AH 1 C RLY85 CL 3 B RLY86 AH 2 C RLY86 BP 1 B RLY87 AH 3 C RLY87 BP 2 C RLY88 CK 1 B RLY89 CM 1 A RLY97 GD 0 B RLY97 GE 0 B

REF PAGE RLY98 GD 1 B RLY98 GE 1 B RLY99 CM 0 B S01 GA 0 B S006 BA 1 B S07 BA 2 B S007 BA 1 B S008 BA 3 B S08A NE 2 D S08B NE 0 D S08C NE 3 D S08D NE 1 D S08E NE 2 D S08F NE 4 D S009 GP 0 B S011 BA 3 B S12 GI 2 A S013 BE 2 B S014 HD 1 B S016 ED 2 A S016A EA 2 B S017C GH 0 D S017D HE 0 B S017E HE 0 E S017F GH 2 D S017G GH 3 D S018 BC 2 B S018_1_MATE BC 2 B S019 FB 4 C S020 FB 0 C S021 BD 3 B S022 FB 1 C S023 FB 3 C S023_1 FB 3 A S024 BD 1 B S24C DD 1 B S026A NA 1 C S026B NC 3 C S026C NC 2 C S026D NC 1 C S027A NA 0 C S027B NC 0 C S028 ID 1 C S028L IE 0 B S028R IE 3 B S030 IC 0 B S036 AC 0 B S036 GQ 0 C S036B AC 1 B S038 GA 3 B

REF PAGE S038C BB 2 B S038C2 BB 1 D S039 GA 2 C S41 AI 0 C S041L GH 4 A S041R GH 4 C S041SB HE 3 C S041SL HE 3 D S041SR HE 3 C S042 BE 3 B S43 BA 3 D S043 BE 1 B S43B BK 2 B S43C BG 2 D S044 BB 2 B S045 BA 1 D S047 BG 3 D S047A BG 3 E S048 BG 3 C S050 FB 1 B S051 FB 2 B S051A FB 2 C S052 BG 0 B S055 HE 0 B S056 BD 1 B S057 GJ 0 D S058 GJ 0 B S58B AC 2 A S059 HC 0 B S059 HG 0 B S060 HC 4 C S060 HG 4 C S61 BE 1 D S061 GJ 2 B S067 GL 0 B S068B NF 0 C S068C NF 0 C S068D NF 1 C S069B NF 3 C S069C NF 2 C S069D NF 2 C S99 JA 1 C S101 DB 0 D S106 ID 3 B S106DS IA 2 C S106PS IA 3 C S107 IA 1 C S110 HE 1 C S111 HD 3 B S111A CB 2 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

SHELLS

REF PAGE S130 EC 2 D S133 EC 3 D S137 BC 3 B S137A FD 1 B S145 KC 4 B S169 AC 3 C S169 AG 3 D S169A AI 1 C S171 DA 0 D S212 ED 4 A S311 EC 4 E S320 FD 1 D SBF1 HE 3 B SBF2 HE 0 A SBF3 HE 2 B SBF4 HE 2 B SBF6 HE 2 B SBF7 HE 2 B sym675_4748 BX 4 D sym682_2029 AF 0 D sym684 HD 2 D TBAP CE 1 A V2_MATE BE 0 B V25 GH 2 B V35 BA 2 D

REF PAGE V36 BA 2 D X0A_MATE AD 3 C X0A_MATE BA 1 D X0A_MATE BC 2 C X0A_MATE BD 3 C X0A_MATE BF 4 C X0A_MATE BI 0 C X0A_MATE BJ 3 B X0A_MATE FB 2 C X0B_MATE BE 2 C X0C_MATE BA 0 A X0C_MATE BD 2 A X0C_MATE BG 0 A X0C_MATE BI 1 A X0C_MATE CB 2 A X0C_MATE DB 1 A X0C_MATE DD 1 A X0C_MATE FB 2 A X0C_MATE GH 2 A X0C_MATE GI 2 A X0C_MATE GJ 1 A X0C_MATE NA 1 A X0C_MATE NC 1 A X06D_MATE BH 1 C X07A KC 0 B

REF PAGE X07B KC 0 C X07C HE 2 C X07D HE 2 C X07E KC 0 C X07TV HE 2 C X10 AA 0 B X10 AC 4 D X10 DB 0 B X11 CA 0 C X11A CJ 0 C X16 AB 3 C X16 AC 4 C X17A HF 1 C X17B HF 3 D X17C HF 3 D X17D HF 1 C X17E HF 1 D X21D BY 1 A X21E BY 1 D X34 KC 1 C X34D1_MATE KC 1 C X34D2_MATE KC 1 C X34R KC 3 C X34R3 KC 3 C X61 ND 0 B

REF PAGE X87 CL 4 D X89 CF 0 D X89 CL 0 C X192 CL 2 D X200 JC 4 C XG9 AF 2 C XG9 CJ 3 A Y11 EA 0 B Y11 ED 0 C Y12 EA 1 B Y12 ED 1 C Y13 EA 1 D Y13 ED 0 A Y14 EA 1 E Y14 ED 1 A Y15 EA 3 D Y15 ED 3 D Y16 EA 2 D Y16 ED 3 D Y18 FD 1 D Y18G BC 3 D Y18G DA 4 D Y18H BC 4 D Y18H DA 3 D Y25A EC 1 B

REF PAGE Y29A EC 2 B Y35 CA 2 C Y35 CE 0 B Y35 CJ 3 D Y35 CK 0 D Y42 HA 3 C Y51 FA 2 D Y51_A FA 1 C Y52 FA 1 D Y57 EA 1 D Y57 ED 1 A Y57_SA ED 4 D Y62 DC 1 C Y80 CD 2 B Y80A CF 1 C Y81 CD 2 D Y81A CF 1 C Y81A CL 1 C Y86 FB 0 D Y100 ED 2 D Y106 ED 4 D Y110 DA 4 B Z01 XA 1 C Z10 XC 2 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE A03 INSTRUMENT CLUSTER BE 0 C A03 INSTRUMENT CLUSTER BF 0 B A03 INSTRUMENT CLUSTER BG 1 C A04A REFRIGERATOR HE 2 B A06R1_65 El. adjustable seat (optional fan and hea DD 3 B A06R2_65 El. adjustable seat (optional fan and hea DD 3 B A06R4_65 El. adjustable seat (optional fan and hea DD 4 B A06R5_65 El. adjustable seat (optional fan and hea DD 2 B A12 Control unit, ABS (Anti−lock Brake System ED 0 B A12A CONTROL UNIT, ABS (ANTI−LOCK BRAKE SYS.) EA 0 C A13B TECU AMT−F DA 3 B A13F DA 2 D A14C CUMMINS EMS, OBD2016 CE 0 D A14C CUMMINS EMS, OBD2016 CF 0 E A14D CUMMINS EMS, OBD2017 CK 0 D A14D CUMMINS EMS, OBD2017 CL 0 E A16 CONTROL UNIT, ECS (ELECTRONIC CONTROLLED EC 0 C A17 CONTROL UNIT, VECU (VEHICLE ECU) AC 2 A A17 CONTROL UNIT, VECU (VEHICLE ECU) BA 1 C A17 CONTROL UNIT, VECU (VEHICLE ECU) BB 0 B A17 CONTROL UNIT, VECU (VEHICLE ECU) BC 2 D A17 CONTROL UNIT, VECU (VEHICLE ECU) BD 2 D A17 CONTROL UNIT, VECU (VEHICLE ECU) GD 1 A A17 CONTROL UNIT, VECU (VEHICLE ECU) GE 2 A A17 CONTROL UNIT, VECU (VEHICLE ECU) GH 2 B A17_A5 BB 1 D A17_B19 BB 1 E A19D_MATE CONTROL UNIT GECU (GEAR SELECTOR ECU) ALL DD 0 E A20 Control Unit, Heated Windshield HC 0 C A20 Control Unit, Heated Windshield HG 0 C A34 CONTROL UNIT, CLIMATE HA 0 B A35 CONTROL UNIT, REMOTE RECEIVER DOOR LOCK IE 1 C A36 Control unit, BBM (Body Builder Module) BY 0 C A51 DISPLAY, SIDE OBJECT DETECTION JA 3 D A56 Stereo amplifier KB 3 D A57 CONTROL UNIT, ALLISON TRANSMISSION DC 0 A A57 CONTROL UNIT, ALLISON TRANSMISSION DD 0 D A58 TRANSMISSION ALLISON DC 0 D A78 Autoshift II shift module DB 0 C A83 CTRL UNIT, DRL (DAYTIME RUNNING LIGHTS) GD 1 B A83 CTRL UNIT, DRL (DAYTIME RUNNING LIGHTS) GE 2 B A87 DISPLAY, INSIDE/ OUTSIDE TEMP. BI 0 C A89 CTRL UNIT, APADS, CM 813 HB 2 C A90 ALARM, CLOCK HE 0 B A102A CONTROL UNIT GPS RECEIVER TELEMATICS GATE BM 2 C A102B CONTROL UNIT GPS RECEIVER TELEMATICS GAT BM 0 D A104 CONTROL UNIT, FLASHER GA 3 A A104A FLASHER KYSOR GA 2 A A106 CONTROL UNIT, SLEEPER HVAC HD 1 C A107B CONTROL UNIT, TRANSMISSION, EATON GEN III DB 1 D

REF DESCRIPTION PAGE A108 CONTROL UNIT, ALLISON, RETARDER RELAY DC 3 D A109 CONTROL UNIT, GSECU (GEARSHIFT ECU) DA 0 C A124 COMPONENT GROUP, STARTER MOTOR, M04 & K65 AC 3 A A124 COMPONENT GROUP, STARTER MOTOR, M04 & K65 AD 0 A A124_B−1 AD 1 B A124_B1 AC 3 A A124A MOTOR STARTER TC AC 2 C A124A MOTOR STARTER TC AD 1 A A137C CD 0 C A138 PUMP UNIT, UREA CD 1 E A138A PUMP UNIT ADBLUE CE 1 C A141 GAUGE, THIRD AXLE TEMP BF 4 C A147 Control Unit, Fuel Filter Module BP 1 D A149 CONSOLE CENTER KC 2 C A158 Control unit, Audio KB 0 C A176 Control unit, LPOS, Lane Position and Obj JC 2 B ABS_X1:1 EA 1 B ABS_X1:3 EA 3 B ABS_X1:4 EA 1 C ABS_X1:5 EA 1 C ABS_X1:6 EA 2 B ABS_X1:7 EA 3 B ABS_X1:8 EA 3 B ABS_X1:10 EA 0 C ABS_X1:11 EA 0 C ABS_X1:12 EA 1 B ABS_X1:13 EA 3 B ABS_X1:14 EA 3 B ABS_X1:16 EA 2 B ABS_X1:17 EA 2 B ABS_X2:1 EA 0 C ABS_X2:2 EA 0 C ABS_X2:3 EA 0 A ABS_X2:4 EA 1 C ABS_X2:5 EA 0 B ABS_X2:6 EA 1 A ABS_X2:7 EA 1 C ABS_X2:8 EA 0 B ABS_X2:9 EA 0 D ABS_X2:10 EA 1 C ABS_X2:11 EA 1 C ABS_X2:12 EA 0 B ABS_X2:13 EA 1 C ABS_X2:14 EA 1 C ABS_X2:15 EA 0 C ABS_X2:16 EA 1 C ABS_X2:17 EA 1 C ABS_X2:18 EA 0 C ABS_X3:4 EA 3 C ABS_X3:6 EA 3 E

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE ABS_X3:7 EA 3 C ABS_X3:9 EA 2 E ABS_X3:10 EA 3 C ABS_X3:11 EA 2 C ABS_X3:12 EA 2 C ABS_X3:13 EA 2 C ABS_X3:14 EA 2 C ABS_X3:15 EA 2 C ACC_SP1:A AA 4 C ACC_SP1:B AA 4 C AF_AFR:A HC 4 C AF_AFR:A HG 3 C AF_AFR:B HC 3 C AF_AFR:B HG 3 C AF_AFR:C HC 3 C AF_AFR:C HG 3 C AHMC2:A KC 3 B AHMC2:B KC 3 E AHMC:A KC 3 B AHMC:B KC 3 E AILH:A GK 0 C AILH:B GK 1 A AIRH:A GK 1 C AIRH:B GK 1 B ALIC:A KC 4 D ALIC:B KC 4 E ALIC:C KC 4 C ALIC:D KC 4 D ALLISON:1 DC 2 C ALLISON:2 DC 2 D ALLISON:3 DC 1 C ALLISON:4 DC 2 C ALLISON:5 DC 1 B ALLISON:6 DC 1 C ALLISON:7 DC 1 C ALLISON:8 DC 1 C ALLISON:9 DC 1 C ALLISON:10 DC 0 C ALLISON:11 DC 0 C ALLISON:12 DC 1 C ALLISON:13 DC 1 C ALLISON:14 DC 2 C ALLISON:15 DC 2 C ALLISON:16 DC 2 C ALLISON:17 DC 0 C ALLISON:18 DC 0 C ALLISON:19 DC 1 C ALLISON:20 DC 1 C ALLISON:21 DC 2 C ALLISON:22 DC 2 C

REF DESCRIPTION PAGE ALLISON:23 DC 2 C ALLISON:24 DC 2 C ALLISON:25 GG 2 A ALLISON:26 GG 2 C ALLISON:27 DC 0 C ALLISON:30 DC 0 C ALLISON:31 DC 0 C ALLISON_RLY:A1 DD 4 B ALLISON_RLY:A3 DD 4 C ALLISON_RLY:A4 DD 3 B ALLISON_RLY:A6 DD 3 C ALLISON_RLY:A7 DD 3 B ALLISON_RLY:A9 DD 3 B ALLISON_RLY:B1 DD 4 B ALLISON_RLY:B2 DD 4 C ALLISON_RLY:B3 DD 4 C ALLISON_RLY:B4 DD 3 B ALLISON_RLY:B6 DD 3 C ALLISON_RLY:B7 DD 3 B ALLISON_RLY:B8 DD 3 C ALLISON_RLY:B9 DD 3 B ALLISON_RLY:C2 DD 2 C ALLISON_RLY:C3 DD 2 B ALLISON_RLY:C4 DD 2 B ALLISON_RLY:C6 DD 2 B ALLISON_RLY:D1 DD 2 C ALLISON_RLY:D3 DD 2 B ALLISON_RLY:D4 DD 2 B ALLISON_RLY:D6 DD 2 B AT_CAB_TRANS:A DB 1 C AT_CAB_TRANS:B DB 2 D AT_CAB_TRANS:C DB 1 C AT_CAB_TRANS:G DB 3 D AT_CAB_TRANS:J DB 1 C AT_CAB_TRANS:K DB 1 C AT_CAB_TRANS:N DB 2 C AT_CAB_TRANS:P DB 1 C AT_CAB_TRANS:R DB 2 C AT_CAB_TRANS:S DB 1 C AT_CAB_TRANS:T DB 1 C AT_CAB_TRANS:U DB 1 C AT_CAB_TRANS:V DB 1 C AT_NU_PTO:A DB 2 E AT_NU_PTO:B DB 2 E AT_RLY:A1 DB 2 B AT_RLY:A3 DB 2 C AT_RLY:B1 DB 2 B AT_RLY:B3 DB 2 C AUX_BATT:A NA 0 D AUX_IGN:A NA 1 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE AX_20828057_3311 DC 0 D AZ_20828057_3311 DC 0 D B06AP SENSOR, AIR PRESSURE, BRAKE APP. BF 3 D B06T1 SENSOR AIR PRESSURE TANK 1 BF 2 D B06T2 SENSOR, AIR PRESSURE TANK 2 BF 2 D B07 SENSOR, FUEL LEVEL BF 0 D B09A SENSOR, OIL TEMP GEARBOX BF 1 D B13 SENSOR, WHEEL SPEED LHS. 1, ST FRT AXLE EA 0 B B13 SENSOR, WHEEL SPEED LHS. 1, ST FRT AXLE ED 0 C B14 SENSOR, WHEEL SPEED RHS, 1:ST FRT AXLE EA 1 B B14 SENSOR, WHEEL SPEED RHS, 1:ST FRT AXLE ED 1 D B15 SENSOR, WHEEL SPD LHS. 1:ST,DRIVEN REAR EA 0 D B15 SENSOR, WHEEL SPD LHS. 1:ST,DRIVEN REAR ED 0 A B16 SENSOR, WHEEL SPD, RHS, 1:ST DRIVE REA EA 0 D B16 SENSOR, WHEEL SPD, RHS, 1:ST DRIVE REA ED 1 B B17 SENSOR, WHEEL SPD, LHS, 2:ND, DRIVE REAR EA 2 D B17 SENSOR, WHEEL SPD, LHS, 2:ND, DRIVE REAR ED 2 D B18 SENSOR, WHEEL SPD, RHS, 2:ND, DRIVE REAR EA 2 D B18 SENSOR, WHEEL SPD, RHS, 2:ND, DRIVE REAR ED 3 D B22C SENSOR AMBIENT AIR TEMP CE 3 D B22C SENSOR AMBIENT AIR TEMP CK 3 D B23 SENSOR AMBIENT AIR BF 0 D B23.1 SENSOR, AMBIENT AIR TEMP BF 0 D B25_3 BB 1 E B25A SENSOR ACCELERATOR PEDAL BB 3 C B30A SENSOR CHASSIS LEVEL DRIVE AXLE EC 2 D B49 SENSOR, STEERING ANGLE ED 0 E B50 SENSOR, YAW−RATE ED 0 E B55A SENSOR AIR PRESS SUSPENSION AUX. AXLE EC 0 D B55B SENSOR, PRESSURE LIFT AXLE EC 0 D B58A SENSOR AIR PRESS. SUSPENSION DRIVE AXLE EC 1 D B58R SENSOR, AIR PRESSURE REAR SUSP. BF 2 D B58R_ESP SENSOR, AIR PRESSURE, REAR SUSPENSION RHS ED 1 E B58R_EXT:A BF 1 D B58R_EXT:B BF 2 D B58R_EXT:C BF 2 D B58RE_EXT:A ED 1 D B58RE_EXT:B ED 1 D B58RE_EXT:C ED 2 D B59 SENSOR, INDOOR TEMP BF 3 D B60L SPEAKER, LEFT FRT. KB 0 D B60LF SPEAKER, LEFT FRT KB 3 C B60R SPEAKER, RIGHT FRT. KB 0 D B60RF SPEAKER, RIGHT FRT. KB 3 C B60SLR Speaker Sleeper Left Rear KB 4 D B60SRR Speaker Sleeper Right Rear KB 3 D B60SW Speaker Subwoofer KB 3 E B68 SENSOR, OUTPUT SHAFT SPD, GEARBOX BB 1 C B68 SENSOR, OUTPUT SHAFT SPD, GEARBOX CE 2 C B68 SENSOR, OUTPUT SHAFT SPD, GEARBOX CJ 1 B

REF DESCRIPTION PAGE B68 SENSOR, OUTPUT SHAFT SPD, GEARBOX CK 2 C B68_B Sensor, output shaft speed, gearbox BB 0 C B78 SENSOR, RIGHT SIDE OBJECT DETECTION JA 2 D B80 HANDSFREE, LOUDSPEAKER, MICROPHONE, MID KB 2 D B82 Sensor, ACC radar JB 0 D B82A SENSOR, ACC RADAR FLR−20 JB 2 D B96 Sensor, NOx CD 2 B B96B Sensor, NOx CD 2 B B105 SENSOR RETARDER TEMP DC 3 D B121 SENSOR, LOW LEVEL WASHER FLUID BG 1 D B122 SENSOR, EXHAUST TEMP BF 0 A B122A SENSOR EXHAUST TEMP. CATALYST CJ 2 D B122B SENSOR CATALYST OUTLET TEMP. 2 CJ 2 B B123 SENSOR, COOLANT LEVEL CA 2 E B123 SENSOR, COOLANT LEVEL CE 1 C B123 SENSOR, COOLANT LEVEL CJ 2 D B123 SENSOR, COOLANT LEVEL CK 0 C B123.1 SENSOR, COOLANT LEVEL CA 3 E B124.3RD SENSOR, OIL TEMP REAR CENTER AXLE BF 4 D B124FR SENSOR, OIL TEMP FRONT REAR AXLE BF 1 D B124RR SENSOR, OIL TEMP REAR REAR AXLE BF 1 D B133 SENSOR, AIR FILTER RESTRICTION. BG 1 B B133S SENSOR, AIR FILTER RESTRICTION, TD7 BG 2 B B142C Sensor, AdBlue level and temperature CD 1 B B142C Sensor, AdBlue level and temperature CF 3 B B142C Sensor, AdBlue level and temperature CL 3 A B152 SENSOR, BRAKE AIR PRESSURE, FRONT FOR ESP ED 2 E B153 SENSOR, BRAKE AIR PRESSURE, REAR FOR ESP ED 2 D B156 SENSOR, FREON HI PRESSURE − FAN BD 2 B B156A SENSOR, FREON HI PRESSURE HA 3 A B157 SENSOR, FREON HI PRESSURE HB 2 D B158 SENSOR, FREON LOW PRESSURE HB 1 D B160 SENSOR, OUTSIDE TEMP. BI 0 C B185A SENSOR OXYGEN OUTLET EGO CJ 1 D B211 SENSOR, ASSEMBLY, DPF TEMP, PRESSURE CD 0 E B300B METHANE SENSOR ENGINE CM 1 D B310 Sensor, Particulate Matter CD 3 B B319 SENSOR ALARM CO CM 0 C BAT_SP2:A NA 2 B BAT_SP3:A NC 0 B BAT_SP3:A NC 0 B BAT_SP4:A NA 2 B BAT_SP4:A NC 0 B BAT_SP4:A NC 3 B BAT_SP4:B NA 2 B BB_CAB:1 BJ 2 A BB_CAB:1 BK 1 C BB_CAB:2 BJ 2 A BB_CAB:2 BK 1 C BB_CAB:3 BK 0 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE BB_CAB:4 BK 0 C BB_CAB:6 BK 2 C BB_CAB:7 BK 2 C BB_CAB:10 BK 3 C BB_CAB:11 BK 3 C BB_CAB:12 BK 2 C BB_CAB:13 BK 2 C BB_CAB:14 BK 1 C BB_CAB:15 BK 1 C BB_CAB:16 BK 1 C BB_CAB:17 BK 2 C BB_CAB:18 BK 3 C BB_CAB:19 BK 2 C BB_CAB:20 BK 3 C BB_CAB:21 BK 3 C BB_CAB:22 BK 3 C BB_CAB:28 BK 2 C BB_LP:B BJ 3 B BB_LP:B BK 2 B BB_LP_6SW:B NC 1 B BBBL:1 BK 0 D BBBL:2 BK 0 D BBBL:3 BK 0 D BBBL:4 BK 0 D BBBL:5 BK 0 D BBBL:6 BK 1 D BBBL:7 BK 1 D BBBL:8 BK 1 D BBBL:9 BK 1 D BBBL:10 BK 1 D BBBL:11 BK 1 D BBBL:12 BK 1 D BBBL:13 BK 2 D BBBL:14 BK 2 D BBBL:15 BK 2 D BBBL:16 BK 2 D BBBL:17 BK 2 D BBBL:18 BK 2 D BBBL:19 BK 2 D BBBL:20 BK 2 D BBBL:21 BK 3 D BBBL:22 BK 3 D BBBL:23 BK 3 D BBBL:24 BK 3 D BBBL:27 BK 3 D BBBL:29 BK 3 D BBCBBC:A BN 3 C BBCBBC:B BN 3 C BBCBBC:C BN 3 C BBCBBC:D BN 2 C

REF DESCRIPTION PAGE BBCBBC:E BN 1 C BBCBBC:F BN 1 C BBCBBC:G BN 1 C BBCBBC:H BN 1 C BBCBBC:J BN 1 C BBCBBC:K NF 2 D BBCBBC:L NF 2 D BBCBBC:M BN 3 C BBIC1:V BJ 2 B BBIC1:W BJ 2 B BBIC1:X BJ 2 B BBIC1:Y BJ 2 B BBIC1:Z BJ 2 B BBIC2:1 BJ 2 B BBIC2:2 BJ 2 B BBIC2:27 BJ 3 C BBIC2:29 BJ 3 C BBIL:1 BJ 3 C BBIL:2 BJ 3 C BBM_1939:A BK 3 C BBM_1939:B BK 3 C BBMS:A NF 2 D BBMS:B NF 2 D BBPA1:A BN 2 C BBPA1:B BN 2 C BBPA1:C BN 2 C BBPA1:D BN 3 C BBPA1:E BN 3 C BBPA1:F BN 3 C BBPA1:G BN 3 C BBPA1:H BN 3 C BBPA2:A BN 2 C BBPA2:B BN 2 C BBPA2:C BN 2 C BBPA2:D BN 1 C BBPA2:E BN 1 C BBPA2:F BN 1 C BBPA2:G BN 1 C BBSP1:A BJ 1 A BBSP2:A BJ 1 A BBSP2:A BK 1 B BBSP3:A BJ 1 A BBSP3:A BK 1 B BBSP4:A BJ 1 A BBSP4:A BK 1 B BBSP5:A BJ 1 A BBSP5:A BK 2 B BBSP6:A BJ 1 A BBSP6:A BK 2 B BEC_J1:A1 GA 2 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE BEC_J1:A2 GA 0 A BEC_J1:A4 GA 1 D BEC_J1:A6 BF 2 B BEC_J1:A7 BF 2 B BEC_J1:A9 GD 0 A BEC_J1:A9 GE 0 A BEC_J1:A12 IE 2 A BEC_J1:B1 GA 1 B BEC_J1:B2 GA 1 B BEC_J1:B3 GA 0 B BEC_J1:B4 GA 2 B BEC_J1:B6 BF 2 B BEC_J1:B7 BF 1 B BEC_J1:B8 AD 3 B BEC_J1:B12 GA 2 A BEC_J1:C1 JC 0 B BEC_J1:C8 AA 3 B BEC_J1:C11 IC 0 A BEC_J1:D2 BJ 0 A BEC_J1:D2 BY 0 A BEC_J1:D8 AA 3 B BEC_J1:D12 BI 0 A BEC_J1:E1 AD 3 B BEC_J1:E2 AA 4 B BEC_J1:E5 HD 3 A BEC_J1:E5 KC 0 A BEC_J1:E5 NA 2 A BEC_J1:E5 NC 0 A BEC_J1:E5 NC 3 A BEC_J1:E11 BM 1 A BEC_J1:E11 BM 3 A BEC_J1:E11 NB 2 A BEC_J1:F1 AA 4 B BEC_J1:F2 AA 3 B BEC_J1:F3 AA 2 B BEC_J1:F4 DB 3 A BEC_J1:F4 DD 0 A BEC_J1:F4 NA 3 A BEC_J1:F10 GJ 0 B BEC_J1:F10 NA 2 A BEC_J1:F12 EA 2 A BEC_J1:F12 ED 3 A BEC_J2:A1 AA 1 B BEC_J2:A2 AA 1 B BEC_J2:A5 GA 1 C BEC_J2:A7 HA 1 B BEC_J2:A9 AC 0 A BEC_J2:A12 ID 0 A BEC_J2:A12 IE 1 A BEC_J2:B1 AA 1 C

REF DESCRIPTION PAGE BEC_J2:B5 GA 1 C BEC_J2:B8 BM 1 A BEC_J2:B8 BM 3 A BEC_J2:B8 NB 2 A BEC_J2:B11 GA 0 B BEC_J2:C4 BA 1 A BEC_J2:C5 GA 0 C BEC_J2:C9 NA 1 B BEC_J2:C12 GA 1 A BEC_J2:D1 BD 0 A BEC_J2:D4 BA 3 A BEC_J2:D5 GA 1 C BEC_J2:D8 HC 3 A BEC_J2:D8 NA 3 A BEC_J2:D11 KC 0 A BEC_J2:E2 BA 1 A BEC_J2:E5 BB 0 B BEC_J2:E6 HA 0 B BEC_J2:E7 AA 3 D BEC_J2:E9 GL 0 A BEC_J2:E9 NA 2 A BEC_J2:E9 NC 3 A BEC_J2:E10 GP 1 B BEC_J2:E12 AC 0 A BEC_J2:F1 BE 0 A BEC_J2:F2 BC 3 A BEC_J2:F5 AD 3 B BEC_J2:F6 HA 0 B BEC_J2:F8 GP 1 B BEC_J2:F9 GP 1 B BEC_J2:F10 GP 1 B BEC_J2:F11 KC 2 A BEC_J3:A2 BA 0 A BEC_J3:A5 AD 4 B BEC_J3:A6 AA 3 E BEC_J3:A6 HA 0 B BEC_J3:A8 GP 0 B BEC_J3:A11 GA 4 B BEC_J3:A12 GA 3 A BEC_J3:B1 BJ 3 A BEC_J3:B1 BK 2 A BEC_J3:B1 NA 4 A BEC_J3:B1 NC 1 A BEC_J3:B5 AD 4 B BEC_J3:B6 FB 1 A BEC_J3:B7 KB 1 A BEC_J3:B7 KB 3 A BEC_J3:B9 IA 2 A BEC_J3:B10 GA 3 B BEC_J3:B11 GA 3 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE BEC_J3:B12 GA 3 A BEC_J3:C2 DB 2 A BEC_J3:C2 DD 3 A BEC_J3:C2 DE 2 B BEC_J3:C2 NA 3 A BEC_J3:C3 GD 1 A BEC_J3:C3 GE 1 A BEC_J3:C5 AD 3 B BEC_J3:C8 IA 2 A BEC_J3:C8 ID 3 A BEC_J3:C10 GA 3 B BEC_J3:C11 GA 1 B BEC_J3:C12 GA 1 A BEC_J3:D1 CB 2 B BEC_J3:D3 GH 0 A BEC_J3:D4 JC 0 A BEC_J3:D5 JC 0 B BEC_J3:D9 FB 2 A BEC_J3:D10 EC 4 A BEC_J3:E2 FD 2 A BEC_J3:E2 JB 1 A BEC_J3:E2 JB 3 A BEC_J3:E2 NA 2 A BEC_J3:E2 NC 2 A BEC_J3:E2 NC 0 A BEC_J3:E3 GH 1 A BEC_J3:E5 BE 3 D BEC_J3:E5 EC 3 B BEC_J3:E6 BE 3 D BEC_J3:E7 EC 4 B BEC_J3:E8 BK 0 B BEC_J3:E8 HD 1 C BEC_J3:E10 AA 0 C BEC_J3:E10 BK 0 B BEC_J3:E10 HD 2 B BEC_J3:E11 XA 3 A BEC_J3:E11 XC 3 B BEC_J3:F1 IE 2 A BEC_J3:F3 NA 0 A BEC_J3:F5 BE 3 D BEC_J3:F5 EC 4 A BEC_J3:F7 BE 3 D BEC_J3:F7 EC 3 A BEC_J3:F8 BK 0 B BEC_J3:F8 HD 2 B BEC_J3:F10 AA 0 C BEC_J3:F10 BK 0 B BEC_J3:F10 HD 1 B BEC_J3:F11 BE 0 A BEC_J3:F11 BG 0 A

REF DESCRIPTION PAGE BEC_J4:A2 AA 1 C BEC_J4:C1 CE 2 A BEC_J4:C1 CJ 3 A BEC_J4:C1 DA 0 A BEC_J4:C2 AA 0 D BEC_J4:D1 AA 0 B BEC_J4:D1 BK 0 A BEC_J4:D1 HD 1 A BEC_J4:D2 AA 0 B BEC_J4:D2 BK 0 A BEC_J4:D2 HD 1 A BEC_P1 BEC POWER STUD AA 0 A BEC_P2 BEC POWER STUD AA 0 A BL_20828057_3311 DC 0 D BL_20828057_33111 W/O_W/O_40t_m EA 2 D BP_20828057_33111 W/O_W/O_40t_m EA 2 D BQ_806GS13−7.1.0 W/O_W/O_40t_m DC 0 B BR_806GS13−7.1.0 W/O_W/O_40t_m DC 0 B CAB_SC_ESP:A ED 1 D CAB_SC_ESP:B ED 1 E CAB_SC_ESP:C ED 1 D CAB_SC_ESP:D ED 0 D CB2 CIR. BRKR HDLPS, DRL MODULE, FOG LPS. AA 1 A CB2 CIR. BRKR HDLPS, DRL MODULE, FOG LPS. GA 1 A CB3 CIR. BRKR. PARK,TAIL MARKER LPS. AA 1 A CB3 CIR. BRKR. PARK,TAIL MARKER LPS. GA 0 A CB4 CIR. BRKR. TURN LPS, FLASHER AA 1 A CB4 CIR. BRKR. TURN LPS, FLASHER GA 2 A CB4 CIR. BRKR. TURN LPS, FLASHER IE 2 A CB12 CIR.BRKR. DOOR LOCKS AA 0 A CB12 CIR.BRKR. DOOR LOCKS ID 0 A CB12 CIR.BRKR. DOOR LOCKS IE 1 A CB14 CIR BRKR, HDLP, LH LOW BEAM AA 4 A CB14 CIR BRKR, HDLP, LH LOW BEAM GD 0 A CB14 CIR BRKR, HDLP, LH LOW BEAM GE 0 A CB21 CIR. BRKR WINDSHIELD WIPER/WASH. AA 0 E CB21 CIR. BRKR WINDSHIELD WIPER/WASH. GP 0 A CB22 CIR. BRKR. PWR WIN LIFT, L.H. AA 0 E CB22 CIR. BRKR. PWR WIN LIFT, L.H. IA 2 A CB23 CIR. BRKR. PWR WIN LIFT, RH AA 0 E CB23 CIR. BRKR. PWR WIN LIFT, RH IA 2 A CB23 CIR. BRKR. PWR WIN LIFT, RH ID 3 A CB81 CIR BRKR, HDLP, RH LOW BEAM AA 4 B CB81 CIR BRKR, HDLP, RH LOW BEAM GD 1 A CB81 CIR BRKR, HDLP, RH LOW BEAM GE 1 A CB_HD_LIFT_GATE CIR. BRKR. HD LIFT GATE ND 0 B CHPTO:A FD 1 D CHPTO:B FD 1 D CHPTO:C FD 2 D CIEC:1 CA 2 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE CIEC:1 CE 2 C CIEC:1 CK 2 C CIEC:2 CA 1 B CIEC:2 CF 3 B CIEC:2 CJ 3 B CIEC:3 AC 2 D CIEC:4 AC 1 D CIEC:4 AC 1 D CIEC:5 AC 1 D CIEC:6 CK 1 B CIEC:7 CE 2 B CIEC:7 CK 2 B CIEC:8 GD 3 C CIEC:8 GE 3 C CIEC:9 BE 3 C CIEC:10 GF 1 B CIEC:11 GD 3 C CIEC:11 GE 3 C CIEC:12 BG 1 B CIEC:13 BE 3 B CIEC:14 FA 2 B CLU_JMP PLUG, JUMPER, A35:B IE 3 C CO_BB_LP1:B BK 2 B COBBC:A BK 2 C COBBC:B BK 2 C COSLIL:A GD 3 C COSLIL:B GD 3 C COSLIR:A GD 4 C COSLIR:B GD 4 C COSLL:A GD 3 C COSLL:B GD 3 D COSLL:C GD 3 D COSLR:A GD 4 C COSLR:B GD 4 D COSLR:C GD 4 E CTR_PIN_HOT:A GJ 1 C CTR_PIN_HOT:B GJ 1 D CTR_PIN_HOT_ISO:A GJ 3 B CTR_PIN_HOT_ISO:B GJ 3 D CTR_PIN_HOT_ISO:C GJ 2 D d3_4837 FD 2 D D4 AG 0 C d5_570 CL 0 B d11_2029 CF 0 B DCL:A BC 1 B DCL:B BC 1 C DCL:C BC 1 C DCL:C BC 1 C DCL:D BC 1 D DCL:D BC 1 D

REF DESCRIPTION PAGE DCL:E BC 1 D DCL:E BC 1 D DCL:F BC 1 B DCL:G BC 1 B DCL:H BC 1 D DCL:J BC 1 E DCL_A:H BC 0 D DCL_A:J BC 0 E DCL_ACC:A BC 0 B DCL_ACC:B BC 0 C DCL_ACC:C BC 0 C DCL_ACC:D BC 0 D DCL_ACC:E BC 0 D DCL_ACC:F BC 0 B DCL_ACC:G BC 0 A DCL_ACC:H BC 0 D DCL_ACC:J BC 0 E DCL_ACC_A:C BC 0 C DCL_ACC_A:D BC 0 D DCL_ACC_A:E BC 0 D DCL_ACC_A:G BC 0 A DCL_ACC_A:H BC 0 D DCL_ACC_A:J BC 0 E DCL_B:A BC 0 B DCL_B:B BC 0 C DCL_B:C BC 3 B DCL_B:D BC 0 D DCL_B:E BC 0 D DCL_B:F BC 3 A DCL_B:G BC 0 B DCL_B:H BC 0 E DCL_B:J BC 0 E DCL_C:A BC 0 B DCL_C:B BC 0 C DCL_C:D BC 0 D DCL_C:E BC 0 D DCL_C:F BC 3 A DCL_C:G BC 0 B DCL_C:H BC 0 E DCL_C:J BC 0 E DFAT:H CM 3 D DFAT:J CM 3 D DFAT:K BP 3 C DFAT:L BP 3 C DFEPDM:1 GG 1 C DFEPDM:2 GG 2 C DFEPDM:3 GG 2 C DFEPDM:4 GG 2 C DHDH:A CA 2 B DHDH:B CA 1 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE DHDH:C GJ 3 B DHFC:1 AD 1 D DHFC:2 BG 1 D DHFC:3 CD 0 B DHFC:3 CJ 0 B DHFC:4 GA 2 E DHFC:5 BF 0 B DHFC:6 GP 1 C DHFC:7 GP 0 C DHFC:8 GP 1 C DHFC:9 GP 1 C DHFC:10 GP 0 C DHFC:11 BF 0 B DHFC:12 CA 1 C DSFC:A BG 3 C DSFC:B BG 4 D DSFC:C BF 4 D DSFC:D BG 2 E DSFC:E BF 1 D DSFC:F BF 1 D DSFC:J BF 1 E E05A LAMP HOOK UP LEFT GR 0 C E05B LAMP HOOK UP RIGHT GR 0 C E06 Lamp, reversing light GF 3 B E07L FOG LAMP LEFT GA 1 D E07R FOG LAMP RIGHT GA 1 D E11L LAMP, SIDE MARKER LEFT SIDE GD 1 E E11R LAMP, SIDE MARKER, RIGHT SIDE GD 1 D E12D LAMP, ROOF POS. LIGHT DRIVER GA 3 D E12DH LAMP, HIGH RISE SLEEPER ROOF POS. LIGHT D HE 4 D E12DHL LAMP, HIGH RISE SLEEPER ROOF POS. LIGHT D HE 3 E E12DHS:A HE 4 D E12DHS:B HE 4 E E12P LAMP, ROOF POS. LIGHT, PASS. GA 3 D E12PH LAMP, HIGH RISE SLEEPER ROOF POS. LIGHT P HE 4 D E12PHL LAMP, HIGH RISE SLEEPER, ROOF POS. LIGHT HE 4 E E13LS LAMP, DIR. INDICATOR LEFT SIDE A−PILLAR GD 2 C E13LS LAMP, DIR. INDICATOR LEFT SIDE A−PILLAR GE 2 C E13LSB LAMP, DIRECTONAL/ MARKER LEFT SIDE GD 3 D E13LSB LAMP, DIRECTONAL/ MARKER LEFT SIDE GK 3 D E13LSC LAMP, DIR. LEFT SIDE SKIRT GD 3 C E13RS LAMP, DIR. INDICATOR RIGHT SIDE A−PILLAR GD 4 C E13RS LAMP, DIR. INDICATOR RIGHT SIDE A−PILLAR GE 4 D E13RSB LAMP, DIRECTIONAL/ MARKER RIGHT SIDE GD 4 D E13RSB LAMP, DIRECTIONAL/ MARKER RIGHT SIDE GK 3 C E13RSC LAMP, DIR. RIGHT SIDE SKIRT GD 4 C E14L LAMP, PARK/DIR INDICATOR LEFT FRT. GD 2 D E14L LAMP, PARK/DIR INDICATOR LEFT FRT. GE 3 D E14R LAMP, PARK/DIR INDICATOR RIGHT FRT. GD 3 D E14R LAMP, PARK/DIR INDICATOR RIGHT FRT. GE 3 D

REF DESCRIPTION PAGE E17AD LAMP, CAB REAR DOME DRIVER GH 0 C E17AP LAMP, CAB REAR DOME PASS. GH 0 C E17D LAMP, FRONT DRIVER DOME GH 2 C E17L LAMP, CAB SLEEPER LEFT DOME GR 3 C E17P LAMP, FRONT PASS. DOME GH 3 C E17R LAMP, CAB SLEPER RIGHT DOME GR 3 C E18A BACK UP LAMP GR 3 C E18A.A:A GR 3 C E18A.B:A GR 3 C E18LB LAMP, LOWR. BUNK HE 4 B E18LC LAMP, LH CABINET HE 3 B E18LR LAMP, SLEEPER LH ROOF HE 0 A E18N LAMP, SLEEPER INDIRECT HE 1 C E18R LAMP, READING HE 4 B E18RR LAMP, SLPR RH ROOF HE 0 A E19C LAMP, ID LIGHT ROOF, CENTER GA 0 D E19C LAMP, ID LIGHT ROOF, CENTER GM 1 D E19CH LAMP, ID LIGHT HIGH RISE SLEEPER ROOF, CE HE 2 D E19CHL LAMP, ID LIGHT HIGH RISE SLEEPER ROOF, CE HE 1 D E19D LAMP, ID LIGHT ROOF, DRIVER GA 0 D E19D LAMP, ID LIGHT ROOF, DRIVER GM 0 D E19DH LAMP, ID LIGHT HIGH RISE SLEEPER ROOF DRI HE 2 D E19DHL LAMP, ID LIGHT HIGH RISE SLEEPER ROOF, DR HE 0 D E19DHS:A HE 1 D E19DHS:B HE 1 E E19P LAMP, ID LIGHT ROOF, PASS. GA 1 D E19P LAMP, ID LIGHT ROOF, PASS. GM 1 D E19PH LAMP, ID LIGHT HIGH RISE SLEEPER ROOF, PA HE 3 D E19PHL LAMP, ID LIGHT HIGH RISE SLEEPER ROOF, PA HE 1 D E23L LAMP, CARGO, LH HE 3 B E23LA LAMP, CARGO LH GR 4 C E23R LAMP, CARGO, RH HE 3 B E23RA LAMP, CARGO RH GR 4 C E27L TAIL LAMP, MODULE, LEFT GF 0 D E27LA TAIL LAMP LED, LEFT GF 2 C E27R TAIL LAMP MODULE, RGHT GF 1 C E27RA GF 2 C E30L HEADLAMP, LOW BEAM, LEFT GD 0 D E30R HEADLAMP, LOW BEAM RIGHT GD 1 D E31L LAMP, HIGH BEAM LEFT SIDE GD 0 D E31R LAMP, HIGH BEAM, RIGHT SIDE GD 1 D E32 Climate unit HD 1 D E32L HEADLAMP, LEFT GE 0 D E32R HEADLAMP, RIGHT GE 1 D E35 HVAC UNIT HA 0 D E38_08 LAMP, INDICATOR, IWDL BD 0 B E38_09 LAMP, INDICATOR, BODY BUILDER BJ 3 B E38_09A LAMP, INDICATOR BODY BUILDER BK 2 B E38_11 LAMP WTS INDICATOR CE 0 B E38_11 LAMP WTS INDICATOR CK 0 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE E39 Lamp, Licence Plate Illumination GF 2 D E53 LAMP, AMBIENT FOOT KC 4 D E53L Lamp, Red lighting, left KC 3 D E53R Lamp, Red lighting, right KC 4 D E58 LAMP, HOOK−UP GR 1 C E58 LAMP, HOOK−UP HE 4 A E58_A LAMP, HOOK UP GR 1 C E58_B LAMP, HOOK UP GR 1 C E58A LAMP, HOOK−UP, FLUSH MTD GR 2 C E58B LAMP, HOOK−UP, FLUSH MTD, LED GR 1 C E58BL LAMP, HOOK UP LED LEFT GR 0 C E58BR LAMP, HOOK UP LED RIGHT GR 1 C E58L LAMP, PERIMETER LH GR 2 C E58R LAMP, PERIMETER RH GR 2 C E58R.A GR 2 D E60D LAMP, DOOR DRIVER GH 3 B E60P LAMP, DOOR PASS. GH 3 B E61 HEATER, WEBASTO, AT2000S HD 3 C E65L LAMP, ROOF LH BEACON GL 0 C E65R LAMP, ROOF RH BEACON GL 0 C E80L Lamp, Additional module, left BP 2 B E95L1 LAMP, SNORKEL LEFT SIDE GK 0 A E95L2 LAMP, SNORKEL LEFT SIDE GK 0 B E95L3 LAMP, SNROKEL LEFT SIDE GK 0 B E95L4 LAMP, SNORKEL LEFT SIDE GK 0 B E95L5 LAMP, SNORKEL LEFT SIDE GK 0 C E95L6 LAMP, SNORKEL LEFT SIDE GK 0 C E95R1 LAMP, SNORKEL RIGHT SIDE GK 1 A E95R2 LAMP, SNORKEL RIGHT SIDE GK 1 B E95R3 LAMP, SNORKEL RIGHT SIDE GK 1 B E95R4 LAMP, SNORKEL RIGHT SIDE GK 1 C E95R5 LAMP, SNORKEL RIGHT SIDE GK 1 C E95R6 LAMP, SNORKEL RIGHT SIDE GK 1 C E96L Lamp, side dir indicator left side GK 2 C E96R Lamp, side dir indicator right side GK 3 B E96R2 Lamp, side marker right side#2 GK 4 B E96R3 Lamp, side marker right side#3 GK 4 B E96R4 Lamp, side marker right side#4 GK 4 B E97L1 Lamp, side marker left side#1 GK 2 B E97L2 Lamp, side marker left side#2 GK 2 B E97L3 Lamp, side marker left side#3 GK 2 B E97L4 Lamp, side marker left side#4 GK 2 C E97R1 Lamp, side marker right side#1 GK 4 A earth6_328 HF 2 C earth8_328 BODY BUILDER GROUND STUD BK 1 B earth10_6710 BODY BUILDER GROUND STUD BJ 3 B earth11 STUD, ENGINE BLOCK AD 0 D EFRC.A1.A:1 GG 4 C EFRC.A1.A:2 GG 0 C EFRC.A1.A:3 GG 1 C

REF DESCRIPTION PAGE EFRC.A1:1 GG 4 C EFRC.A1:2 GG 0 C EFRC.A1:3 GG 1 C EFRC.A2.A:A GG 2 C EFRC.A2.A:B GG 3 D EFRC.A2.A:C GG 2 C EFRC.A2:A GG 2 C EFRC.A2:B GG 3 C EFRC.A2:C GG 3 C EL1 Lamp, Extra spotlamp, roof GQ 4 B EM01 CONNECTOR CUMMINS SCR CF 2 D EM02 CONNECTOR CROSSOVER CUMMINS CF 3 C EM03 CONNECTOR CUMMINS DPF CF 4 D EM04 SENSOR DEF QUAL CUMMINS CF 4 B EPDMA:A GG 1 B EPDMA:B GG 2 B EPDMA:C CA 1 A EPDMA:D GG 2 B EPDMB:H CM 2 D EPDMB:J CM 2 D EPDMB:K BP 2 B EPDMB:L BP 2 C EPDMB_B:K BC 0 D EPDMB_B:L BC 0 E EPDMBA:D GG 2 B EPDMBA:E GG 2 B EPDMBA:H CM 3 D EPDMBA:J CM 3 D EPDMBA:K BP 3 C EPDMBA:L BP 3 C EPDMC:A BG 2 A EPDMC:B GD 3 B EPDMC:B GE 3 B EPDMC:C GG 3 A EPDMC:D GG 3 A EPDMC:E GD 3 B EPDMC:E GE 3 B EPDMC:G GQ 1 B EPDMC:H BE 3 A EPDMC:J FA 2 A EPDMC:K CD 0 A EPDMC:K CJ 0 A EPDMC:L CA 2 A EPDMC:L CE 2 C EPDMC:L CK 2 C EPDMC:M AB 3 E EPDMC:M CA 2 A EPDMC:M CE 2 B EPDMC:M CK 2 B EPDMD:C GD 3 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE EPDMD:C GE 3 B EPDMD:D GD 3 B EPDMD:D GE 3 B EPDME:A CA 1 A EPDME:A CF 3 B EPDME:A CJ 3 A EPDME:B AC 2 D EPDME:C GJ 3 B EPDME:D AC 1 D EPDME:E AC 1 D EPDMF:A GG 1 B EPDMF:B GG 0 B EPDMF:C GG 3 B EPDMF:D GA 4 D EPDMG:A GA 4 D EPDMG:B GQ 1 B EPDMG:D GG 1 B EPDMG:F EA 3 A EPDMG:F ED 3 A EPDMG:G AB 0 C EPDMG:H GD 4 B EPDMG:H GE 3 B EPDMG:J GA 4 D EPDMG:M GG 0 B EPDMG:P AC 2 B EPDMG:R AB 2 C EPDMG:S GD 3 B EPDMG:S GE 3 B EPDMP_A:A CM 2 D EPDMP_A:B CM 2 D EPDMP_A:C BC 0 D EPDMP_A:C BP 2 B EPDMP_A:D BC 0 E EPDMP_A:D BP 2 C ESFC:A EC 1 B ESFC:C EC 0 C ESFC:F EC 1 B ESFC:H EC 1 C ESFC:J EC 0 C ESFC:K EC 2 C ESFC:R EC 1 C ESFC:S EC 2 C ESFC:T EC 2 C ESFC:U EC 2 C ESFC:V EC 2 B ESFC:W EC 2 B ESFC:X EC 1 C F1_2_4748 BU 2 B F1_3_4748 BV 2 B F1_4_4748 BW 2 B

REF DESCRIPTION PAGE F1_5_4748 BX 2 B F3_2_4748 BU 2 B F3_3_4748 BV 2 B F3_4_4748 BW 2 B F3_5_4748 BX 2 B F5 FUSE, TRACTOR STOP LPS. AA 1 A F5 FUSE, TRACTOR STOP LPS. GA 3 A F6 FUSE, DOME/ CTSY. LMP AA 2 A F6 FUSE, DOME/ CTSY. LMP GH 0 A F7 FUSE, KEY SW AA 0 A F7 FUSE, KEY SW AC 0 A F8 FUSE, AIR SOL. AA 0 E F8 FUSE, AIR SOL. FB 1 A F9 FUSE, CB POSTS AA 3 A F10 DIAGNOSTIC CONNECTOR AA 2 B F10 DIAGNOSTIC CONNECTOR KB 1 A F10 DIAGNOSTIC CONNECTOR XA 3 A F10 DIAGNOSTIC CONNECTOR XC 3 A F11 FUSE, BATT. STUD AA 2 A F11 FUSE, BATT. STUD BI 0 A F11 FUSE, BATT. STUD BM 1 A F11 FUSE, BATT. STUD NB 2 A F13 FUSE, ABS BATT1 AA 1 B F13 FUSE, ABS BATT1 EA 2 A F13 FUSE, ABS BATT1 ED 3 A F15 FUSE, HTD. MIRROR AA 0 B F15 FUSE, HTD. MIRROR BF 2 A F16 FUSE, VEHICLE CTRL UNIT AA 0 D F16 FUSE, VEHICLE CTRL UNIT BA 0 A F17 FUSE, CTRL/SW. INPUTS AA 1 D F17 FUSE, CTRL/SW. INPUTS BA 1 A F17 FUSE, CTRL/SW. INPUTS BB 0 A F17 FUSE, CTRL/SW. INPUTS BC 3 A F17 FUSE, CTRL/SW. INPUTS BD 0 A F18 FUSE, DPF REGEN SWITCH AA 2 D F18 FUSE, DPF REGEN SWITCH CB 2 A F19 FUSE, INST. CLSTR AA 0 A F19 FUSE, INST. CLSTR BE 0 A F19 FUSE, INST. CLSTR BG 0 A F20 FUSE, MOTO. MIRRORS AA 1 B F20 FUSE, MOTO. MIRRORS IC 0 A F24 FUSE, SPARE AA 1 E F24 FUSE, SPARE GL 0 A F24 FUSE, SPARE NA 2 A F24 FUSE, SPARE NC 3 A F25 FUSE, HVAC CAB AA 3 C F25 FUSE, HVAC CAB HA 0 A F26 FUSE, HOOK−UP LAMPS AA 2 A F26 FUSE, HOOK−UP LAMPS GA 1 A F27 FUSE, IGN. STUD AA 1 E

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE F27 FUSE, IGN. STUD BM 1 A F27 FUSE, IGN. STUD NB 2 A F28 FUSE, HTD. SEATS AA 1 E F28 FUSE, HTD. SEATS HC 3 A F28 FUSE, HTD. SEATS NA 3 A F29 FUSE, EMS RELAYS AA 1 B F30 FUSE, AUX, IGN. SW SPARE AA 1 E F30 FUSE, AUX, IGN. SW SPARE NA 1 A F31 FUSE, TRANS. SPARE AA 1 D F31 FUSE, TRANS. SPARE DB 2 A F31 FUSE, TRANS. SPARE DD 3 A F31 FUSE, TRANS. SPARE DE 2 A F31 FUSE, TRANS. SPARE NA 3 A F32 FUSE, ISO CPH AB 4 C F32 FUSE, ISO CPH GJ 3 A F33 FUSE, TRAILER STOP LMP. AB 3 A F33 FUSE, TRAILER STOP LMP. GG 1 A F34 FUSE, REV/NEUTRAL POWER AB 1 A F34 FUSE, REV/NEUTRAL POWER GG 2 A F35 FUSE, CAB & TRLR CLEARANCE LMP. AB 2 A F35 FUSE, CAB & TRLR CLEARANCE LMP. GA 4 A F36 FUSE, HORN AB 1 A F36 FUSE, HORN GQ 1 A F37 FUSE, TRAILER TAIL LMP. AB 2 A F37 FUSE, TRAILER TAIL LMP. GG 0 A F38 FUSE, ENG. CTRL UNIT AB 3 D F38 FUSE, ENG. CTRL UNIT CA 1 A F39 FUSE, TRAILER ABS PWR AB 2 D F39 FUSE, TRAILER ABS PWR GG 3 A F40 HEATED DRAIN VALVE AB 1 D F40 HEATED DRAIN VALVE FA 3 A F41 FUSE, ENG. COMP #1 AB 2 E F41 FUSE, ENG. COMP #1 CA 1 A F41 FUSE, ENG. COMP #1 CF 3 A F41 FUSE, ENG. COMP #1 CJ 3 A F42 FUSE, BACKUP LMPS. AB 1 D F42 FUSE, BACKUP LMPS. BE 3 A F43 FUSE, ENG. COMP #2/ CUMM. IGN AB 2 E F43 FUSE, ENG. COMP #2/ CUMM. IGN CA 2 A F43 FUSE, ENG. COMP #2/ CUMM. IGN CE 2 B F43 FUSE, ENG. COMP #2/ CUMM. IGN CK 2 B F44 FUSE, HTD. AIR DRY /HTD DRAIN VALVE AB 1 D F44 FUSE, HTD. AIR DRY /HTD DRAIN VALVE FA 2 A F45 FUSE, SPARE/ FUEL SEP./ FUEL HTR AB 0 D F45 FUSE, SPARE/ FUEL SEP./ FUEL HTR GG 1 A F46 FUSE, ACM/ENG IGN AB 3 D F46 FUSE, ACM/ENG IGN CD 0 A F46 FUSE, ACM/ENG IGN CJ 0 A F47 FUSE, TRANS/ SPARE AB 3 D F48 FUSE, SLPR BOX/ BODY BLDR. BATT #1 AB 0 A

REF DESCRIPTION PAGE F48 FUSE, SLPR BOX/ BODY BLDR. BATT #1 BK 0 A F48 FUSE, SLPR BOX/ BODY BLDR. BATT #1 HE 0 A F49 FUSE, ABS AB 2 D F49 FUSE, ABS EA 3 A F49 FUSE, ABS ED 3 A F50 FUSE, SPARE AB 3 A F51 FUSE, SPARE AB 4 A F52 FUSE, SPARE/ GUARD DOG AB 4 C F52 FUSE, SPARE/ GUARD DOG BG 2 A F53 FUSE, BENDIX FUSION AA 1 D F53 FUSE, BENDIX FUSION JC 0 B F54 FUSE, BBM ECU AA 0 D F54 FUSE, BBM ECU BJ 0 A F54 FUSE, BBM ECU BY 0 A F55 FUSE ECS AA 2 B F55 FUSE ECS EC 4 A F56 FUSE, BENDIX FUSION AA 2 D F56 FUSE, BENDIX FUSION JC 0 A F57 FUSE, CENTER CONSOLE AA 3 A F57 FUSE, CENTER CONSOLE KC 2 A F58 FUSE, SPARE AA 2 D F60 FUSE, POWER OUTLETS AA 3 A F61 FUSE, AUX. BATT SW/ SPARE AA 2 A F61 FUSE, AUX. BATT SW/ SPARE NA 0 A F62 FUSE, SPARE AA 3 A F62 FUSE, SPARE GJ 0 A F62 FUSE, SPARE NA 2 A F63 FUSE, INSTR. CLUSTER (EMS) AA 0 D F63 FUSE, INSTR. CLUSTER (EMS) BE 0 A F64 FUSE, COLD START /SPARE AA 1 D F64 FUSE, COLD START /SPARE BJ 3 A F64 FUSE, COLD START /SPARE BK 2 A F64 FUSE, COLD START /SPARE NA 4 A F64 FUSE, COLD START /SPARE NC 1 A F65 FUSE, ACC/ SPARE AA 1 D F65 FUSE, ACC/ SPARE FD 2 A F65 FUSE, ACC/ SPARE JB 1 A F65 FUSE, ACC/ SPARE NA 2 A F65 FUSE, ACC/ SPARE NC 2 A F67 FUSE, SPARE AA 0 A F67 FUSE, SPARE HD 3 A F67 FUSE, SPARE KC 0 A F67 FUSE, SPARE NA 2 A F67 FUSE, SPARE NC 0 A F68 FUSE, CIGAR LIGHTER AA 2 B F68 FUSE, CIGAR LIGHTER KC 0 A F69 FUSE, KEYLESS ENTRY/ SPARE AA 2 D F69 FUSE, KEYLESS ENTRY/ SPARE IE 2 A F70 FUSE, HVAC SLPR./ BB IGN 1 AA 3 C F70 FUSE, HVAC SLPR./ BB IGN 1 HA 1 A

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE F71 FUSE, TRANS (BATT) AA 1 B F71 FUSE, TRANS (BATT) DB 3 A F71 FUSE, TRANS (BATT) DD 0 A F71 FUSE, TRANS (BATT) NA 3 A F72 FUSE, HVAC B AA 3 D F74 FUSE, DIMMER GA 1 A F75 FUSE, SLEEPER HVAC/ BB PWR AA 0 B F75 FUSE, SLEEPER HVAC/ BB PWR BK 0 A F75 FUSE, SLEEPER HVAC/ BB PWR HD 1 A F76 FUSE, M−DRIVE /CUMMINS DEF PWR AA 3 A F76 FUSE, M−DRIVE /CUMMINS DEF PWR CE 2 A F76 FUSE, M−DRIVE /CUMMINS DEF PWR CJ 3 A F76 FUSE, M−DRIVE /CUMMINS DEF PWR DA 0 A F79 FUSE M−DRIVE GSECU DA 2 C F80 FUSE M−DRIVE TECU DA 2 C F82 FUSE DISCONNECT SWITCH AI 1 D F83 FUSE CUMMINS DEF MOD AH 2 B F83 FUSE CUMMINS DEF MOD CE 1 B F84 FUSE DEF HOSE HEATERS AH 1 B F84 FUSE DEF HOSE HEATERS CF 2 A F84 FUSE DEF HOSE HEATERS CL 2 A F85 FUSE CES AH 1 B F85 FUSE CES CL 3 A F86 FUSE SPARE AH 2 B F87 FUSE MODULE IGN AH 3 B F87 FUSE MODULE IGN BP 2 B F88 FUSE SPARE AH 4 C F89 FUSE SPARE AH 4 C F90 FUSE SPARE NE 0 B F91 FUSE SPARE NE 0 B F92 FUSE SPARE NE 1 B F93 FUSE SPARE NE 1 B F94 FUSE SPARE NE 1 B F95 FUSE SPARE NE 2 B F96 FUSE SPARE NE 2 B F97 FUSE DISCONNECT SOLENOID AI 1 D FB05 CE 4 A FB05 CK 4 A FB07 FUSE, EAT SYSTEM CD 0 B FB8 FUSE REMOTE SENSE ALT. AC 4 C FB08 FUSE, EAT SYSTEM CD 0 A FB09 FUSE, METHANE BATTERY CM 1 C FCAC:A HA 2 B FCAC:B HA 3 B FCAC:C BD 2 C FCAC:D BD 3 B FCAC:E HB 3 C FCAD:A FA 1 B FCAD:A FA 1 C FCAD:A FA 1 B

REF DESCRIPTION PAGE FCAD:B FA 1 D FCAD:B FA 1 D FCAD:B FA 1 D FCAE2:A AF 2 D FCAE2:B CE 3 B FCAE2:B CK 3 B FCAE:A AD 1 C FCAE:B CD 0 B FCAPADS:A HB 2 B FCAPADS:B HB 2 B FCAPADS:C HB 3 B FCAPADS:D HB 2 B FCAPADS:E HB 3 C FCBB:1 BJ 3 C FCBB:2 BJ 3 C FCBL:A GF 1 B FCBL:B GA 2 E FCBL:C GF 1 C FCBL:D GF 1 C FCBL:E AD 1 E FCCE1:1 GF 1 B FCCE1:2 AD 1 D FCCE1:4 EA 2 D FCCE1:4 ED 3 D FCCE1:5 EA 2 D FCCE1:5 ED 3 D FCCE1:9 BF 2 D FCCE1:10 BF 2 D FCCE1:11 EA 2 D FCCE1:11 ED 3 D FCCE1:12 GF 1 B FCCE1:13 GF 0 B FCCE1:14 GF 1 D FCCE1:15 BF 1 D FCCE1:16 BF 1 D FCCE1:17 BF 1 D FCCE1:18 EA 0 D FCCE1:18 ED 1 B FCCE1:19 EA 0 D FCCE1:19 ED 1 B FCCE1:20 EA 1 D FCCE1:20 ED 1 B FCCE1:21 EA 1 E FCCE1:21 ED 1 B FCCE1:22 EA 1 D FCCE1:22 ED 1 B FCCE1:23 BF 4 C FCCE1:24 EA 2 D FCCE1:24 ED 3 D FCCE2:1 EA 3 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE FCCE2:1 ED 3 D FCCE2:2 EA 3 E FCCE2:2 ED 3 D FCCE2:3 EA 2 D FCCE2:3 ED 2 D FCCE2:4 EA 2 D FCCE2:4 ED 2 D FCCE2:8 ED 1 D FCCE2:9 ED 1 D FCCE2:10 ED 2 D FCCE2:11 ED 4 C FCCE2:12 GF 0 B FCCE2:13 EA 1 D FCCE2:13 ED 1 B FCCE2:14 EA 1 D FCCE2:14 ED 1 B FCCE2:16 BG 2 E FCCE2:17 BG 3 C FCCE2:18 EA 0 D FCCE2:18 ED 0 B FCCE2:19 EA 0 D FCCE2:19 ED 0 B FCCE2:20 EA 1 D FCCE2:20 ED 0 B FCCE2:21 EA 1 E FCCE2:21 ED 0 B FCCE2:22 EA 1 D FCCE2:22 ED 0 B FCCE2:23 EA 3 D FCCE2:23 ED 3 D FCCE2:24 EA 3 D FCCE2:24 ED 3 D FCCES:1 CL 3 D FCCES:2 CL 3 D FCCES:3 CL 3 D FCCES:4 CL 3 D FCCES:5 CL 3 D FCCES:7 CL 3 D FCCES:8 CL 3 C FCCES:9 CL 3 C FCCES:10 CL 3 C FCCES:11 CL 3 C FCCES:12 CL 3 C FCCES:13 CL 3 C FCCES:14 CL 3 C FCCL:A CA 2 D FCCL:B CA 2 D FCCL:B CE 1 C FCCL:B CJ 2 E FCCL:B CK 3 C

REF DESCRIPTION PAGE FCCL:C BF 0 D FCCL:C CE 3 D FCCL:C CK 3 C FCCL:D BF 1 E FCCL:D CE 3 D FCCL:D CK 3 D FCCL:E CE 0 C FCCL:E CJ 2 D FCCL:E CK 0 C FCEGO:A CJ 2 B FCEGO:B CJ 2 A FCEGO:C CJ 1 D FCEGO:D CJ 2 D FCEGO:E CJ 1 D FCEGO:F CJ 1 D FCEGO:G CJ 1 D FCEGO:H CJ 1 D FCEIC:1 CD 2 B FCEIC:2 CD 2 B FCEIC:3 CD 2 A FCEIC:4 CD 2 B FCEIC:5 CD 2 B FCEIC:6 CD 3 A FCEIC:7 CD 0 D FCEIC:8 CD 0 D FCEIC:9 CD 3 B FCEIC:10 CD 1 D FCEIC:11 CD 1 D FCEIC:12 CD 2 C FCEIC:13 CD 0 D FCEIC:14 CD 1 D FCEIC:15 CD 1 D FCEN:A HA 3 C FCEN:B CF 0 B FCEN:B CL 0 B FCEN:C AG 1 B FCEN:D CF 0 B FCEN:D CL 0 B FCEPDM:A GG 1 C FCFA1:1 JB 3 B FCFA1:2 JB 3 B FCFA1:3 JB 3 C FCFA1:4 JB 2 C FCFA1:5 JB 3 C FCFA1:6 JB 3 C FCFA:A JB 0 B FCFA:B JB 1 B FCFA:C JB 1 C FCFA:D JB 0 C FCFS:A BF 0 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE FCFS:B BF 0 D FCFS:C BF 0 E FCGND:1 CE 4 D FCGND:1 CK 4 C FCGND_2:1 CJ 3 B FCHC:A GD 0 D FCHC:A GE 0 D FCHC:B GD 3 D FCHC:B GE 3 C FCHC:D GD 2 C FCHC:D GE 3 C FCHC:E GD 0 E FCHC:E GE 1 E FCHC:F GD 1 D FCHC:F GE 1 D FCHC:G GD 1 C FCHC:G GE 1 C FCHC:H GD 1 C FCHC:H GE 1 C FCHC:K GA 2 E FCHC_PL:A GI 0 D FCHC_PL:A GI 3 D FCHC_PL:B GI 0 D FCHC_PL:B GI 3 D FCHC_PL:D GI 0 D FCHC_PL:D GI 3 D FCHC_PL:E GI 0 C FCHC_PL:E GI 3 C FCHC_PL:F GI 0 D FCHC_PL:F GI 3 D FCHC_PL:G GI 0 C FCHC_PL:G GI 3 C FCHC_PL:H GI 3 C FCHC_PL:H GI 0 C FCHC_PL:K GI 0 D FCHC_PL:K GI 3 D FCHDV:A FA 3 B FCHDV:A FA 3 C FCHDV:B FA 3 D FCHDV:B FA 3 D FCHFF:A FA 0 D FCHFF:B FA 0 D FCHL:A CD 4 D FCHL:B CD 3 D FCHM:A BF 3 A FCHM:B BF 3 A FCHNP:A CF 1 C FCHNP:A CL 1 C FCHNP:B CF 1 D FCHNP:B CL 1 D

REF DESCRIPTION PAGE FCLC:A CA 3 D FCLC:B CA 3 D FCMB:A CM 1 C FCRE:A GF 1 C FCRE:B GF 0 C FCRE:C GF 0 C FCRE:D GF 1 C FCRE:E GF 1 D FCSCR:1 CF 1 C FCSCR:2 CF 1 C FCSCR:3 CF 4 D FCSCR:4 CF 4 D FCSCR:5 CF 4 D FCSCR:6 CF 4 D FCSCR:7 CF 4 C FCSCR:8 CF 4 C FCSCR:9 CF 4 C FCSCR:10 CF 4 C FCSCR:12 GR 2 D FCSCR:13 GR 2 E FCSPL:A GI 1 B FCSS:A JA 2 C FCSS:B JA 2 C FCSS:C JA 2 C FCSS:D JA 2 C FCSS:E JA 2 C FCTAD:A FA 1 C FCTAD:B FA 1 D FCTC.A:A GG 3 D FCTC:A GG 3 D FCTR2:1 DA 2 D FCTR2:1 DA 3 B FCTR2:2 DA 2 D FCTR2:2 DA 3 B FCTR:A BC 2 C FCTR:B BE 3 B FCTR:C BF 1 D FCTR:D BF 1 D FCTR:E BC 3 B FCTR:F BB 0 C FCTR:F BB 1 C FCTR:F CE 2 D FCTR:F CJ 1 B FCTR:F CK 2 D FCTR:G BB 0 C FCTR:G BB 1 C FCTR:G CE 2 D FCTR:G CJ 1 B FCTR:G CK 2 D FCTR:H BE 3 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE FCTR:K FB 3 B FCUT2:1 CE 1 D FCUT2:2 CE 1 D FCUT2:3 CE 1 D FCUT2:4 CE 1 D FCUT2:5 CE 1 D FCUT2:6 CE 1 D FCUT2:7 CE 2 D FCUT2:8 CE 2 D FCUT2:9 CE 2 D FCUT2:10 CE 2 D FCUT2:11 CF 3 B FCUT2:12 CF 3 B FCUT2:13 CF 2 C FCUT2:14 CF 1 C FCUT2:16 CE 3 C FCUT2:17 CE 3 C FCUT2:18 CE 3 C FCUT2:19 CE 2 C FCUT2:20 CF 1 D FCUT2:21 CF 1 C FCUT2:22 CF 1 C FCUT2:23 CF 3 B FCUT2:24 CF 3 B FCUT4:1 CK 2 D FCUT4:2 CK 2 D FCUT4:3 CK 2 D FCUT4:4 CK 2 D FCUT4:5 CL 1 C FCUT4:6 CL 1 C FCUT4:7 CL 1 C FCUT4:8 CL 1 D FCUT4:9 CL 2 C FCUT4:10 CL 3 B FCUT4:11 CL 3 B FCUT4:12 CL 3 A FCUT4:13 CL 3 A FCUT:1 CD 1 B FCUT:2 CD 1 B FCUT:3 CD 1 A FCUT:4 CD 1 A FCUT:5 CD 1 D FCUT:6 CD 4 D FCUT:7 CD 3 E FCUT:8 CD 2 D FCUT:9 CD 2 D FCUT:10 CD 2 D FCUT:11 CD 2 D FCUT:12 CD 2 D FCUT:13 CD 1 D

REF DESCRIPTION PAGE FCUT:14 CD 1 D FCVEC1:A AH 1 D FCVEC1:A CL 3 B FCVEC1:B AH 1 D FCVEC1:B CL 3 B FCVEC1:C AH 1 D FCVEC1:C CF 1 C FCVEC1:C CL 1 C FCVEC1:D AH 1 D FCVEC1:D CF 1 C FCVEC1:D CL 1 C FCVEC1:E AH 0 D FCVEC1:E CF 1 C FCVEC1:E CL 1 B FCVEC1:F AH 0 D FCVEC1:F CF 2 C FCVEC1:F CL 2 B FCVEC1:G AH 0 D FCVEC1:G CF 2 C FCVEC1:G CL 2 C FCVEC1:H AH 1 D FCVEC1:H CF 2 C FCVEC1:H CL 2 C FCVEC2:A CF 0 C FCVEC2:A CL 0 B FCVEC2:B AH 4 D FCVEC2:B BP 3 A FCVEC2:B CF 0 C FCVEC2:B CL 0 B FCVEC2:C AH 2 D FCVEC2:D AH 2 D FCVEC2:D BP 1 B FCVEC2:E AH 2 D FCVEC2:E CE 1 C FCVEC2:F AH 2 D FCVEC2:F CE 1 C FCVEC2:G AH 3 D FCVEC2:G BP 3 B FCVEC2:G CF 0 C FCVEC2:G CL 0 C FCVEC2:H AH 3 D FCVEC2:H BP 3 B FCVEC2:H CF 0 C FCVEC2:H CL 0 C FCVEC3:A AH 2 D FCVEC3:A BP 1 B FCVEC3:B AH 3 D FCVEC3:B BP 3 A FCVEC3:C AH 3 D FCVEC3:F AH 2 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE FCVEC3:F BP 1 B FCVEC3:G AH 3 D FCVEC3:G BP 2 C FCVEC3:H AH 3 D FCVEC3:H BP 2 C FCVEC4:A AH 4 D FCVEC4:B AH 4 D FCVEC4:C AH 2 D FCVEC4:C BP 1 B FCVEC4:D AH 3 D FCVEC4:E AH 3 D FCVEC4:E BP 2 B FCVEC4:F AH 3 D FCVEC4:F BP 2 B FCVEC4:G AH 4 D FCVEC4:H AH 4 D FCVEC6:A AH 0 B FCVEC6:A BP 2 A FCVEC6:A CE 1 B FCVEC6:C AH 0 B FCVEC6:C BP 2 A FCVEC6:C CE 1 B FGPS1_MATE FUSE, ROAD CONNECT, BATTERY BM 0 B FGPS2_MATE FUSE, ROAD CONNECT, IGNITION BM 0 B FGPS3 FUSE TGW1 IGNITION BM 2 B FGPS4 FUSE TGW1 BATTERY BM 2 C FHCC:A KC 2 B FHCC:B KC 2 D FLFC:A GA 1 D FLFC:B GA 1 E FM1 FUSE, MAIN GND PREHEATING AD 0 B FM1_A1 AD 1 B FM1_A1 AE 1 B FM02 FUSE GROUND PROTECTION AF 1 C FM3 FUSE, MAIN PWR, CAB AC 3 D FM03 Fuse Cummins Grid Heater CF 1 A FM03 Fuse Cummins Grid Heater CL 1 A FM3_A1 FUSE HOLDER AC 3 D FM3_A4 FUSE INVERTER HF 1 B FM3_B FUSE HOLDER BATTERY AC 3 D FM3_B1 AC 3 D FM3_B2 FUSE HOLDER AC 3 D FM3G CD 0 B FM04 GND MEGA FUSE AD 1 C FM4G CD 0 B FSP1 FUSE TAILGATE NF 0 B FSP2 FUSE PWR FLOAT NF 0 B FSP3 FUSE SPREADER NF 1 B FSP4 FUSE SPARE SW NF 2 B FSP5 FUSE LOW OIL NF 2 B

REF DESCRIPTION PAGE FSP6 FUSE AUX FAN NF 3 B FSP7 FUSE RR FLASHING NF 3 B FT02 Fuse Clutch Power DB 0 C G01 BATTERY AC 3 C G01 BATTERY AD 1 B G01 BATTERY AF 0 E G01 BATTERY AG 3 E G01 BATTERY AI 2 D G01 BATTERY CD 0 C G01 BATTERY CE 4 B G01 BATTERY CK 4 B G01 BATTERY CM 2 C G01 BATTERY HF 0 A G01 BATTERY ND 0 A G01.A5 AG 3 D G01.A6 AG 4 D G01_1_1213 Battery AE 0 B G01_2_1213 Battery AE 0 D G01_3_1213 Battery AE 1 D G01_4_1213 Battery AE 1 B G01_5_1213 Battery AE 1 D G01_6_1213 Battery AE 3 B G01_7_1213 Battery AE 2 B G01_8_1213 Battery AE 3 B G01_9_1213 Battery AE 3 B G01_11_1213 Battery AE 2 C G01_12_1213 Battery AE 2 D G01_13_1213 Battery AE 3 C G01_14_1213 Battery AE 3 D G01_A7 AI 2 D G01_A8 AI 2 D G01_N1 AD 1 B G01_N1 AE 0 D G01_N2 INVERTER GROUND HF 0 B G01_N3 INVERTER BATTERY HF 0 A G01_P1 AC 3 C G01_P1 AE 0 B G01_P2 INVERTER FUSE HF 1 B G01_P2A INVERTER BATTERY FUSE HF 0 B G01_P3 INVERTER BATTERY HF 1 A G01_P3A INVERTER POSITIVE HF 0 B G01A Battery AC 3 C G01A Battery AE 1 B G01A2 AF 0 D G01A3 AF 0 D G01A4 AF 1 D G01A_1 AC 3 C G01A_2 BATTERY TERMIANL AC 3 C G01C Battery 3 CE 4 A G01MTH BATTERY METHANE CM 1 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE G02 ALTERNATOR AF 2 A G02 ALTERNATOR AG 3 C G02.B+ AG 3 C G02.B− AF 2 B G02_1 ALTERNATOR AC 4 A G02_1 ALTERNATOR AD 0 B G02_A.B+ AG 3 C G02_A.B− AF 2 B G02A Alternator 1 AC 4 B G03 INVERTER 12VDC/120VAC HF 0 B G03.D INVERTER DISPLAY HF 0 C G04 POWER DISTR. UNIT 120VAC HF 2 B GUSLPCAB:A GR 3 B GUSLPCAB:B GR 3 B GUSLPCAB:C GR 3 D H02A HORN GQ 1 D H02B HORN #1 GQ 2 D H02C HORN#2 GQ 2 D H03 REV. WARNG. ACOUSTIC GF 1 C H16 METHANE FUME DETECTOR CM 2 B H17 METHANE DETECTION STATUS CM 3 B HFFHFF:A FA 0 C HFFHFF:B FA 0 C HL_CHU:A GE 1 C HL_CXU_GU:A GD 0 C HL_CXU_GU:A GE 0 C HLSO:A GH 0 D HLSO:B GH 2 D HLSO:C GH 2 D HLSO:D GH 0 C HLSO:E GH 1 D HLSO:F GH 0 E HOOKUPLP:A GR 0 B HOOKUPLP:B GR 0 D HRSCHRSS:1 HE 1 D HRSCHRSS:2 HE 1 E HRSCHRSS:3 HE 4 D HRSCHRSS:4 HE 4 E HWR:A HC 0 D HWR:A HG 1 D HWR:B HC 0 E HWR:B HG 1 D IEH CE 0 A IGN_BAT_SP6:A NA 3 B IGN_BAT_SP6:B NA 3 B IGN_BAT_SP7:A NA 0 B IGN_BAT_SP7:B NA 0 B IGN_SP1:A GL 0 B IGN_SP1:A NA 2 B IGN_SP1:A NC 3 B

REF DESCRIPTION PAGE IGN_SP1:B GL 0 D IGN_SP1:B NA 2 B IGN_SP1_BL:A GL 0 B IGN_SP1_BL:B GL 0 D IGN_SP3:A FD 2 B IGN_SP3:A NA 2 B IGN_SP3:A NC 2 B IGN_SP3:A NC 0 B IGN_SP3:B FD 2 B IGN_SP3:B NA 2 B IGN_SP3_DC:A FD 1 B IGN_SP3_DC:B FD 2 B IGN_SP3_PTO:A FD 2 B IGN_SP3_PTO:B FD 2 B IGN_SP5:A NA 3 B IGN_SP5:B NA 3 B IGN_SP8:B NA 4 B IGN_SP8:B NC 1 B IGN_SP9:A NA 2 B IGN_SP10:B NC 1 B IGN_SP11:A NC 2 B IGN_SP11:A NC 3 B IGN_SP12:A NC 3 B ILLUM_OPT1:A HC 0 A ILLUM_OPT1:A HG 1 A ILLUM_OPT1:B HC 0 C ILLUM_OPT1:B HG 0 C ILLUM_OPT2:A NC 1 B ILLUM_OPT2:B NC 2 B ILLUM_OPT3:A HC 0 A ILLUM_OPT3:B HC 4 D ILLUM_OPT4:A HC 4 B ILLUM_OPT4:B HC 4 D ILLUM_OPT5:A NC 1 B ILLUM_OPT5:B NC 2 B ILLUM_OPT6:A HC 1 B ILLUM_OPT6:A HG 1 B ILLUM_OPT6:B HC 0 C ILLUM_OPT6:B HG 0 C ILLUM_OPT7:A NF 2 B ILLUM_OPT7:B NF 1 E ILLUM_OPT8:A NF 1 B ILLUM_OPT8:B NF 1 E ILLUM_OPT11:A JA 1 B ILLUM_OPT11:B JA 1 D ILLUM_OPT12:A JA 1 B ILLUM_OPT12:B JA 0 D ILLUM_OPT13:A KC 4 A ILLUM_OPT13:B KC 4 A ILLUM_OPT14:A KC 4 A

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE ILLUM_OPT14:B KC 4 A ILLUM_OPT15:A BC 4 A ILLUM_OPT15:B BC 4 C ILLUM_OPT16:A BC 4 A ILLUM_OPT16:B BC 4 C ILLUM_OPT17:A FD 0 B ILLUM_OPT17:B FD 0 C ILLUM_OPT18:A FD 0 B ILLUM_OPT18:B FD 0 C ILLUM_OPT19:A GL 0 B ILLUM_OPT19:B GL 1 C ILLUM_OPT20:A GL 0 B ILLUM_OPT20:B GL 1 C ILLUM_OPT:A HC 0 A ILLUM_OPT:A NA 1 B ILLUM_OPT:A NC 1 B ILLUM_OPT:B NA 1 B ILLUM_OPT:B NC 2 B JB1 AG 3 C JB1 AI 2 B JB1.A.B AI 2 B JB1.B.B AI 2 B LSHUL:1 GR 0 C LSHUL:2 GR 0 C M01 MOTOR, WSHLD. WIPER GP 1 C M02 MOTOR, WSHLD. WASHER PUMP GP 0 C M03 MOTOR, AUX FAN HC 3 D M03 MOTOR, AUX FAN HG 3 D M04 MOTOR, STARTER AG 3 B M04.A AG 3 B M04.A.B AG 3 B M04.A1 AG 3 B M04.A2 AG 3 B M04.B1 AI 2 A M04.C AF 0 B M04.C1 AF 0 B M04.C2 AF 0 B M04.C3 AF 0 B M04_1 MOTOR, STARTER AF 0 A M04_1 MOTOR, STARTER AG 3 B M04_1 MOTOR, STARTER AI 2 B M06 MOTOR, P.WINDOW PASS. ID 3 D M06DS MOTOR, P.WINDOW DRIVER IA 1 D M06PS MOTOR, P.WINDOW PASS. IA 3 D M41 Motor Pump, Urea CK 2 C M59 HD 3 E M80 MOTOR, P.LOCK PASS. ID 1 B M80L MOTOR, P.LOCK, DRIVR IE 1 C M80R MOTOR, P.LOCK PASS. IE 3 B M110CFL MIRROR, HTD. CONVEX, FENDER MOUNTED, LEFT BF 3 B

REF DESCRIPTION PAGE M110CFR MIRROR, HTD. CONVEX, FENDER MOUNTED, RIGH BF 3 B M110CL MIRROR, HTD. CONVEX ,LHS IC 3 D M110CR MIRROR, HTD CONVEX, RHS IC 4 D M110L MIRROR MOTOR & HTR, LHS IC 0 D M110R MIRROR MOTOR & HTR, RHS IC 1 D MC−1_328 HF 3 C MC−1_411 HF 0 C MC−1_518 HF 1 C MC−1_877 HF 2 C MC−2_328 HF 3 C MC−4_328 HF 1 C MC−5_328 HF 1 C MC_SLP_CAB1:A KB 3 B MC_SLP_CAB1:B KB 3 B MC_SLP_CAB1:C KB 3 B MC_SLP_CAB1:D KB 3 B MC_SLP_CAB1:E HE 3 A MC_SLP_CAB1:F AA 4 C MC_SLP_CAB1:G HE 0 C MC_SLP_CAB1:H HE 0 C MC_SLP_CAB2:A HE 1 A MC_SLP_CAB2:B HD 2 C MC_SLP_CAB2:C AD 3 C MC_SLP_CAB2:D AD 3 D MC_SLP_CAB3:A HE 1 B MC_SLP_CAB3:B HE 1 B MC_SLP_CAB3:C HD 3 B MC_SLP_CAB3:D HD 3 B MC_SLP_CAB3:E HD 3 B MC_TAS:A BF 3 C MC_TAS:B BF 2 E MCAF:A HC 3 B MCAF:B HC 3 D MCBB1:1 BF 3 A MCBB1:2 BF 2 A MCBB1:3 BK 2 C MCBB1:4 BK 2 C MCBB1:5 XA 0 A MCBB1:6 XA 0 A MCBB1:7 BK 3 C MCBB1:8 BK 2 C MCBB1:9 BK 3 C MCBB1:10 BK 3 C MCBB1:10 BN 3 B MCBB1:11 BK 3 C MCBB1:11 BN 3 B MCBB1:12 BJ 1 B MCBB1:12 BK 2 C MCBB1:12 BN 1 B MCBB1:13 BJ 1 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE MCBB1:13 BK 2 C MCBB1:13 BN 1 B MCBB1:14 BJ 1 B MCBB1:14 BK 1 C MCBB1:14 BN 2 B MCBB1:16 BJ 1 B MCBB1:16 BK 1 C MCBB1:16 BN 3 B MCBB1:17 BJ 1 B MCBB1:17 BK 1 C MCBB1:17 BN 1 B MCBB1:18 BJ 1 B MCBB2:A BJ 0 B MCBB2:A BK 1 C MCBB2:A BN 1 B MCBB2:B BJ 1 B MCBB2:B BK 1 C MCBB2:B BN 1 B MCBB2:C BK 0 C MCBB2:D BK 0 B MCBB:A BJ 0 B MCBB:B BJ 0 B MCBBM:A BY 0 B MCBBM:B BY 0 B MCBBM:C BC 4 C MCBBM:D BC 4 E MCBBM:E XA 1 A MCBBM:F XA 1 A MCCC:A KC 2 B MCCC:B KC 2 D MCDIAG1:A XC 2 A MCDIAG1:B XC 2 B MCDIAG1:E XC 2 B MCDIAG1:F XC 2 B MCDIAG1:G XC 2 B MCDIAG1:H XC 2 D MCDIAG1:K XC 2 D MCDIAG:A XA 1 B MCDIAG:A XB 3 C MCDIAG:B XA 1 B MCDIAG:B XB 3 C MCDIAG:C XA 2 C MCDIAG:C XA 1 B MCDIAG:D XA 2 C MCDIAG:D XA 1 B MCDIAG:E XA 3 C MCDIAG:E XA 1 B MCDIAG:F XA 3 C MCDIAG:F XA 1 B MCDIAG:G XA 3 C

REF DESCRIPTION PAGE MCDIAG:G XA 1 B MCDIAG:H XA 3 D MCDIAG:H XA 0 B MCDIAG:K XA 2 D MCDIAG:K XA 1 B MCDL1:A IC 0 D MCDL1:A IC 3 B MCDL1:A IC 0 C MCDL1:A IC 2 C MCDL1:A IC 1 A MCDL1:B IC 0 D MCDL1:B IC 2 B MCDL1:B IC 0 D MCDL1:B IC 2 D MCDL1:B IC 1 A MCDL1:C IC 0 A MCDL1:C IC 1 A MCDL1:D GH 1 B MCDL1:E IC 3 A MCDL1:E IC 3 C MCDL1:E IC 3 B MCDL1:E IC 1 D MCDL1:F IC 0 D MCDL1:F IC 2 B MCDL1:F IC 0 C MCDL1:F IC 2 C MCDL1:F IC 1 A MCDL1:G IC 0 D MCDL1:G IC 2 B MCDL1:G IC 0 C MCDL1:G IC 2 C MCDL1:G IC 1 A MCDL1:H IC 0 D MCDL1:H IC 3 B MCDL1:H IC 0 C MCDL1:H IC 2 C MCDL2:A IE 1 B MCDL2:B IE 1 B MCDL2:C IE 1 C MCDL2:D IE 1 C MCDL2:E IE 1 A MCDL2:F IE 0 A MCDL3:A IA 1 B MCDL3:B IA 2 B MCDL3:C IA 2 C MCDL3:D IA 2 D MCDL3:E IE 0 C MCDL3:F IA 1 B MCDL4:B GH 4 B MCDL4:C GH 3 A

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE MCDR1:A IC 1 D MCDR1:A IC 4 B MCDR1:A IC 1 C MCDR1:A IC 3 C MCDR1:B IC 1 D MCDR1:B IC 3 B MCDR1:B IC 1 D MCDR1:B IC 3 D MCDR1:D GH 1 B MCDR1:E IC 4 A MCDR1:E IC 4 C MCDR1:E IC 4 B MCDR1:E IC 1 D MCDR1:F IC 1 D MCDR1:F IC 3 B MCDR1:F IC 1 C MCDR1:F IC 3 C MCDR1:G IC 1 D MCDR1:G IC 3 B MCDR1:G IC 1 C MCDR1:G IC 3 C MCDR1:H IC 1 D MCDR1:H IC 4 B MCDR1:H IC 1 C MCDR1:H IC 3 C MCDR2:A IE 2 B MCDR2:B IE 2 B MCDR2:C IE 2 C MCDR2:D IE 2 C MCDR2:E IE 2 B MCDR2:F IE 4 B MCDR2B:A ID 1 B MCDR2B:E ID 1 B MCDR3:B IA 3 B MCDR3:C IA 2 C MCDR3:D IA 2 D MCDR3:E IA 4 C MCDR3:F IA 3 B MCDR3B:C ID 3 C MCDR3B:D ID 3 C MCDR4:B GH 3 C MCDR4:C GH 4 C MCES:A EC 0 B MCES:B EC 0 B MCES:C EC 3 B MCES:D EC 3 B MCES:E EC 3 B MCES:F EC 3 B MCES:G EC 4 B MCES:H EC 4 D

REF DESCRIPTION PAGE MCES:J EC 3 E MCES:K EC 2 E MCFC:1 EA 3 E MCFC:1 ED 3 C MCFC:2 EA 3 D MCFC:2 ED 3 C MCFC:3 EA 3 D MCFC:3 ED 3 C MCFC:4 EA 2 E MCFC:4 ED 3 C MCFC:5 EA 2 D MCFC:5 ED 3 C MCFC:6 EA 3 D MCFC:6 ED 3 C MCFC:8 BE 3 B MCFC:9 JB 1 B MCFC:9 JB 3 B MCFC:10 JA 3 C MCFC:11 JA 3 C MCFC:12 JA 3 C MCFC:13 FB 1 D MCFC:14 FB 2 C MCFC:15 FB 1 D MCFC:16 BJ 3 B MCFC:17 EA 2 D MCFC:17 ED 2 C MCFC:18 EA 2 D MCFC:18 ED 2 C MCFC:19 EA 2 D MCFC:19 ED 3 C MCFC:20 EA 2 D MCFC:20 ED 3 C MCFC:21 EA 1 D MCFC:21 ED 1 B MCFC:22 EA 1 D MCFC:22 ED 1 B MCFC:23 EA 0 B MCFC:23 ED 0 C MCFC:24 EA 0 B MCFC:24 ED 0 C MCFC:25 EA 0 B MCFC:25 ED 0 C MCFC:26 EA 0 B MCFC:26 ED 0 C MCFC:27 EA 0 B MCFC:27 ED 0 C MCFC:28 EA 1 B MCFC:28 ED 1 C MCFC:29 EA 1 B MCFC:29 ED 1 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE MCFC:30 EA 1 B MCFC:30 ED 1 C MCFC:31 EA 1 B MCFC:31 ED 1 C MCFC:32 EA 1 B MCFC:32 ED 1 C MCFC:33 EA 0 E MCFC:33 ED 0 B MCFC:34 EA 1 D MCFC:34 ED 0 B MCFC:35 EA 1 D MCFC:35 ED 0 B MCFC:36 EA 0 D MCFC:36 ED 0 B MCFC:37 EA 0 D MCFC:37 ED 0 B MCFC:38 EA 0 E MCFC:38 ED 1 B MCFC:39 EA 1 D MCFC:39 ED 1 B MCFC:40 EA 1 D MCFC:40 ED 1 B MCFC:41 EA 0 D MCFC:41 ED 1 B MCFC:42 EA 0 D MCFC:42 ED 1 B MCFC:43 BC 1 E MCFC:43 ED 4 C MCFC:44 CE 2 A MCFC:44 CK 2 A MCFC:45 XB 1 C MCFC:46 XB 1 C MCFC:47 BF 1 C MCFC:48 BF 1 C MCFC:49 BG 2 D MCFC:49 XC 1 A MCFC:50 BG 1 D MCFC:50 XC 1 B MCFC:51 BG 1 B MCFC:52 BD 2 D MCFC:53 GD 0 D MCFC:53 GE 1 E MCFC:54 GP 1 C MCFC:55 BF 2 C MCFC:56 BF 0 C MCFC:57 BF 2 C MCFC:58 BF 2 E MCFC:59 BE 3 B MCFC:60 BB 0 B MCFC:60 BB 0 B

REF DESCRIPTION PAGE MCFC:61 BB 0 B MCFC:61 BB 0 B MCFC:62 BF 1 C MCFC:63 HA 2 B MCFC:63 HA 2 B MCFC:64 FB 0 B MCFC:65 BB 1 B MCFC:66 BF 0 B MCFC:67 BF 0 B MCFC:68 AC 0 C MCFC:69 BF 0 C MCFC:70 BC 3 B MCFC:71 GP 1 C MCFC:72 GP 0 B MCFC:73 GP 0 C MCFC:74 GP 1 C MCFC:75 BG 1 D MCFC:76 BD 2 C MCFC:77 GR 2 B MCFC:78 FB 1 D MCFC:79 GA 1 C MCFC:80 GD 0 C MCFC:80 GE 0 C MCFC:81 GD 1 C MCFC:81 GE 1 C MCFC:82 GA 2 D MCFC:83 XA 3 E MCFC:83 XA 3 D MCFC:84 XA 3 E MCFC:84 XA 3 D MCFC:85 BF 3 A MCFC:86 FB 1 D MCFC:87 BD 1 D MCFC:88 BG 2 D MCFC:89 BG 2 C MCFC:90 FB 4 C MCFC:91 BC 2 B MCFC:92 BC 2 B MCFC:93 FB 3 D MCFC:94 FB 3 B MCFC:95 GI 1 B MCFC:96 BJ 3 B MCFC:97 GF 1 B MCFC:97 GF 1 B MCFC:98 BA 2 D MCFC:99 BF 4 C MCFC:100 GF 0 B MCFC:100 GF 0 B MCFC:101 FB 4 B MCFC:102 FB 4 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE MCFC:103 CE 0 B MCFC:103 CK 0 C MCFC:104 JB 3 B MCFC:105 JB 3 B MCFC:107 ED 4 C MCFC:108 ED 4 C MCFC:109 ED 2 C MCFC:110 ED 2 C MCFC:111 ED 2 C MCFC:112 ED 2 C MCFC:113 ED 2 C MCFC:114 ED 2 C MCFC:115 ED 1 D MCFC:116 ED 1 D MCFC:117 ED 1 D MCFC:118 ED 1 D MCFC:119 ED 2 C MCFC:120 ED 2 C MCFC:124 CE 1 A MCFC:124 CJ 3 B MCFC:125 GJ 3 C MCFC:126 GJ 3 D MCFC:127 GJ 1 C MCFC:128 GJ 1 D MCFL:A GA 2 A MCFL:B GA 2 B MCFL:C GA 2 A MCFUS:A JC 1 D MCFUS:B JC 1 C MCFUS:C JC 1 D MCFUS:D JC 1 D MCFUS:E JC 1 D MCHL:A GR 1 B MCHL:A GR 2 B MCHL:B GR 1 D MCHLGUSLP:A GR 3 B MCHLGUSLP:B GR 3 D MCHS:A HC 3 B MCHS:A HC 3 B MCHS:B HC 3 D MCHW1:A NF 3 B MCHW1:B NF 4 B MCHW:A HC 2 B MCHW:A HG 1 B MCHW:B HC 0 D MCHW:B HG 0 D MCIS:A KC 0 B MCIS:B KC 0 C MCLA:A BF 4 B MCLA:B BF 4 B

REF DESCRIPTION PAGE MCLA:C BF 4 B MCLSL:A GD 2 B MCLSL:A GD 2 B MCLSL:A GE 2 C MCLSL:B GD 2 D MCLSL:B GD 2 C MCLSL:B GE 2 D MCLSLCO1:A GD 2 B MCLSLCO1:B GD 2 D MCLSLCO2:A GD 2 B MCLSLCO2:B GD 2 D MCMS:A NF 3 A MCNAV:A BM 4 B MCNAV:B BM 4 B MCNAV:C BM 4 B MCNAV:D BM 4 B MCOF2:A KB 3 B MCOF2:A KB 0 C MCOF2:B KB 3 B MCOF2:B KB 0 C MCOF2:C KB 0 C MCOF2:C KB 3 B MCOF2:D KB 0 C MCOF2:D KB 3 B MCOF2:E KC 3 D MCOF2:G GA 1 E MCOF2:G GM 1 D MCOF3:A KB 2 B MCOF3:A KB 0 C MCOF3:B KB 2 B MCOF3:B KB 0 C MCOF4:A GA 3 D MCOF4:B GA 3 E MCOF5:A CM 1 B MCOF5:B CM 2 C MCOF5:C CM 0 C MCOF5:D CM 2 C MCOF:A GH 0 B MCOF:A GH 0 A MCOF:B HE 0 D MCOF:C GH 1 C MCOF:D HE 0 D MCOF:E KC 3 A MCOF:F GH 0 A MCOF:H GA 0 C MCOF:H GA 0 D MCOF:H GM 1 C MCOF:H GM 1 B MCOFCOA:A GH 0 B MCOFCOA:C GH 4 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE MCOFCOA:E GH 4 D MCOFCOA:F GH 4 D MCOFCOA:G GH 4 D MCOFCOA:H GH 4 D MCOFCOB:A GH 0 B MCOFCOB:C GH 4 E MCOFCOB:E GH 4 E MCOFCOB:F GH 4 E MCOFCOB:G GH 4 E MCOFCOB:H GH 4 E MCOFCOC:A GM 0 B MCOFCOC:B GM 0 B MCOFCOC:C GM 0 B MCOFCOC:D GM 0 B MCOFCOC:E GM 0 B MCOFCOC:F GM 0 B MCOFCOC:G GM 1 B MCOFCOC:H GM 1 B MCOFCOD:A GM 0 C MCOFCOD:B GM 0 C MCOFCOD:C GM 0 C MCOFCOD:D GM 0 C MCOFCOD:E GM 0 C MCOFCOD:F GM 0 C MCOFCOD:G GM 1 C MCOFCOD:H GM 1 C MCOWL:A GL 0 C MCOWL:B GL 0 D MCPLW:A IE 2 B MCPLW:B IE 2 B MCPLW:C IE 0 D MCPLW:D IE 1 D MCPLW:E IE 1 D MCPLW:F IE 2 D MCPLW:G IE 2 D MCPLW:H IE 2 D MCPLW:J IA 2 A MCPLW:K IA 2 B MCPLW:K ID 3 B MCPLW:L IA 3 B MCPLW:L ID 3 B MCPLW:M IA 3 B MCPLW:M ID 3 B MCPLW:N ID 0 B MCPLW:N IE 1 B MCPLW:P IA 4 D MCPLW:P ID 2 E MCPLW_A:A IE 2 B MCPLW_A:B IE 2 B MCPLW_A:C IE 0 D

REF DESCRIPTION PAGE MCPLW_A:D IE 1 D MCPLW_A:E IE 1 D MCPLW_A:F IE 2 D MCPLW_A:G IE 2 D MCPLW_A:H IE 2 D MCPLW_B:J IA 2 B MCPLW_B:K IA 2 B MCPLW_B:L IA 3 B MCPLW_B:M IA 3 B MCPLW_B:N IE 1 B MCPLW_B:P IA 4 D MCPLW_C:K ID 3 B MCPLW_C:L ID 3 B MCPLW_C:M ID 3 B MCPLW_C:N ID 0 B MCPLW_C:P ID 2 E MCROF1:A JC 2 D MCROF1:B JC 2 C MCROF1:C JC 2 D MCROF1:D JC 3 D MCROF1:E JC 3 D MCROF1:F JC 3 C MCROF1:G JC 2 D MCROF1:H JC 2 D MCROF2:A XA 0 B MCROF2:B XA 0 B MCROF2:C XA 0 C MCROF2:D XA 0 C MCRSL:A GD 4 B MCRSL:A GD 4 B MCRSL:A GE 4 C MCRSL:B GD 4 D MCRSL:B GD 4 D MCRSL:B GE 4 D MCRSLCO1:A GD 4 B MCRSLCO1:B GD 4 D MCRSLCO2:A GD 4 B MCRSLCO2:B GD 4 D MCSC:A1 GA 2 C MCSC:A2 GA 2 D MCSC:A3 GA 2 C MCSC:A4 GA 2 B MCSC:A5 GA 2 C MCSC:A6 GA 2 D MCSC:A7 GA 3 B MCSC:A8 GA 2 B MCSC:A9 GA 3 D MCSC:A9 GA 3 D MCSC:A10 AC 0 B MCSC:A11 AC 0 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE MCSC:A12 AC 0 B MCSC:A13 AC 0 C MCSC:A14 GQ 0 C MCSC:A15 GQ 0 D MCSC:B1 BE 1 B MCSC:B2 BE 1 B MCSC:B3 BE 1 B MCSC:B4 BE 1 B MCSC:B5 BE 1 B MCSC:B7 GA 3 B MCSC:B8 GA 3 B MCSC:B9 GA 3 D MCSC:B9 GA 3 D MCSD:1 JA 3 C MCSD:2 JA 3 C MCSD:3 JA 3 C MCSD:4 JA 4 C MCTR:1 XA 3 A MCTR:2 XA 3 A MCTR:3 XB 1 B MCTR:4 XB 1 B MCTR:5 XB 3 B MCTR:6 XB 3 B MCTR:7 XA 4 B MCTR:11 XA 4 B MCTR:12 DA 2 D MCTR:14 DA 4 D MCTR:16 BC 4 D MCTR:17 BC 4 C MCTR:18 BC 3 C MCTR:19 BC 2 E MCVL:A BM 0 C MCVL:A BM 3 C MCVL:B BM 1 C MCVL:B BM 3 C MCVL:C BM 1 C MCVL:C BM 3 C MISC_2:A NC 3 D MISC_2:A NE 1 D MISC_3:A NC 2 D MISC_3:A NE 3 D MISC_4:A NC 1 D MISC_4:A NE 0 D MISC_5:A NC 0 D MISC_5:A NE 4 D MISC_6:A NC 0 D MISC_6:A NE 2 D MISC_7:A NE 2 D MSAF:A NF 3 D MSAF:B NF 4 B

REF DESCRIPTION PAGE MSTC−1_16 RADXL_0.8_2 CD 3 B MSTC−1_30 GXL_0.8_2 CL 3 B MSTC−1_301 RADXL_0.8_2 JB 3 C MSTC−1_320 GXL_0.8_2 EA 0 D MSTC−1_526 RADXL_0.8_2 XA 1 E MSTC−1_570 GXL_0.8_2 CK 0 C MSTC−1_759 GXL_0.8_2 EA 0 D MSTC−1_958 GXL_0.8_2 CL 3 C MSTC−1_1450 GXL_0.8_2 CD 3 B MSTC−1_1890 GXL_0.8_2 CE 0 C MSTC−1_2048 RADXL_0.8_2 CA 1 D MSTC−1_2144 RADXL_0.8_2 CD 3 B MSTC−1_3589 GXL_0.8_2 CF 3 B MSTC−1_3651 GXL_0.8_2 CF 3 C MSTC−1_3667 GXL_0.8_2 CF 3 D MSTC−1_3967 GXL_0.8_2 CF 3 B MSTC−1_7269 RADXL_0.8_2 CD 1 B MSTC−2_16 RADXL_0.8_2 CD 2 B MSTC−2_320 GXL_0.8_2 EA 0 D MSTC−2_570 GXL_0.8_2 CK 0 C MSTC−2_759 GXL_0.8_2 EA 0 D MSTC−2_1450 GXL_0.8_2 CD 3 B MSTC−2_2972 GXL_0.8_2 CD 2 B MSTC−2_3651 GXL_0.8_2 CF 2 B MSTC−2_7269 RADXL_0.8_2 CA 0 B MSTC−3_16 GXL_0.8_2 CD 2 B MSTC−3_320 GXL_0.8_2 EA 0 B MSTC−3_526 RADXL_0.8_2 XA 0 E MSTC−3_759 GXL_0.8_2 EA 0 D MSTC−3_1450 GXL_0.8_2 CD 3 B MSTC−3_1890 GXL_0.8_2 CE 0 C MSTC−3_2972 GXL_0.8_2 CD 3 B MSTC−3_3651 GXL_0.8_2 CF 3 C MSTC−3_4708 GXL_0.8_2 CF 4 D MSTC−4_16 RADXL_0.8_2 CD 2 B MSTC−4_320 GXL_0.8_2 EA 1 B MSTC−4_570 GXL_0.8_2 CL 3 B MSTC−4_759 GXL_0.8_2 EA 0 D MSTC−4_2972 GXL_0.8_2 CD 2 B MSTC−4_3651 GXL_0.8_2 CF 3 D MSTC−5_16 RADXL_0.8_2 CA 0 C MSTC−5_526 GXL_0.8_2 CJ 1 D MSTC−5_570 GXL_0.8_2 CL 3 B MSTC−6_16 RADXL_0.8_2 CA 0 B MSTC−6_526 RADXL_0.8_2 XA 0 E MSTC−6_570 GXL_0.8_2 CL 3 C MSTC−7_16 RADXL_0.8_2 CA 0 B MSTC−7_526 RADXL_0.8_2 XA 0 D MSTC−8_16 RADXL_0.8_2 CA 0 B MSTC−9_16 RADXL_0.8_2 CA 3 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE MSTC−9_570 GXL_0.8_2 CL 3 C MSTC−10_16 RADXL_0.8_2 XA 2 D MSTC−10_526 RADXL_0.8_2 XA 1 E MSTC−10_570 GXL_0.8_2 CL 3 C MSTC−11_16 RADXL_0.8_2 XA 2 E MSTC−12_35 GXL_0.8_2 CJ 1 C OBD XA 2 D OMISC_2:A NF 0 D OMISC_3:A NF 3 D OMISC_4:A NF 1 D OMISC_5:A NF 0 D OMISC_6:A NF 0 D OPT_SW_PWR:A4 NE 0 B OPT_SW_PWR:A4 NF 0 B OPT_SW_PWR:A5 NE 0 B OPT_SW_PWR:A5 NF 0 B OPT_SW_PWR:A6 NE 0 B OPT_SW_PWR:A7 NE 0 B OPT_SW_PWR:A7 NF 0 B OPT_SW_PWR:A8 NE 1 B OPT_SW_PWR:A9 NE 1 B OPT_SW_PWR:A9 NF 1 B OPT_SW_PWR:B4 NE 1 B OPT_SW_PWR:B4 NF 2 B OPT_SW_PWR:B5 NE 1 B OPT_SW_PWR:B5 NF 2 B OPT_SW_PWR:B6 NE 2 B OPT_SW_PWR:B7 NE 2 B OPT_SW_PWR:B7 NF 2 B OPT_SW_PWR:B8 NE 2 B OPT_SW_PWR:B9 NE 2 B OPT_SW_PWR:B9 NF 3 B OPT_SW_PWR:C4 NE 1 B OPT_SW_PWR:C4 NF 3 B OPT_SW_PWR:C5 NE 1 B OPT_SW_PWR:C5 NF 3 B PB_START:A AC 1 B PB_START:B AC 1 B PBS_CLUTCH_SW:A AC 1 A PBS_CLUTCH_SW:A AC 1 A PBS_CLUTCH_SW:B AC 1 A PBS_CLUTCH_SW:B AC 1 A PBSTART:A AC 1 B PBSTART:B AC 1 B PBSTART:B AC 1 B PL:1 GI 2 D PL:2 GI 2 D PL:3 GI 2 D PL:4 GI 2 D PL:5 GI 2 D

REF DESCRIPTION PAGE PL:6 GI 2 D PL:7 GI 1 D PL:8 GI 2 D PLUG CE 1 B PLUG2 BP 2 A PM:1 GA 3 B PM:2 GA 3 A PM:3 AA 0 D PM:4 AA 0 D PM:5 AA 0 D PM:6 AA 0 D PM:7 AA 0 B PM:8 AA 1 C PM:9 AA 1 B PM:10 AA 1 C PM:11 GD 1 B PM:11 GE 1 C PM:12 GD 2 B PM:12 GE 2 C PM:13 GD 1 B PM:13 GE 2 B PM:14 GD 1 B PM:14 GE 2 C PM:15 GD 1 B PM:15 GE 2 B PND:A BZ 1 C PND:B BZ 1 C PND:C BZ 1 C PNF:A BZ 1 C PNF:B BZ 1 C PNF:C BZ 1 C Power S GK 1 C PPCO:1 FD 1 C PPCO:2 FD 1 C PPCO:3 FD 2 C R01 HEATER, ENG. PREHEAT AD 0 A R01C Heater, Engine preheat CF 0 B R01C Heater, Engine preheat CL 0 B R01C.A PREHEATER GRID CUMMINS CF 0 B R02 ENGINE BLOCK HEATER RECEPTACLE CC 0 B R03 ENGINE BLOCK HEATER ELEMENT CC 0 D R03A OIL PAN HEATER ELEMENT CC 1 C R04 CIG. LIGHTER KC 0 B R05 AIR DRYER FA 1 D R08 RESISTOR, TERMINATION CAN−BUS CF 2 B R08 RESISTOR, TERMINATION CAN−BUS CL 2 B R08_BBM RESISTOR TERMINATION XA 3 B R08_BENDIX RESISTOR, TERMINATING XA 0 B R08_MATE RESISTOR, TERMINATION J1939 XA 3 A R08_PNP BZ 1 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE R08_PNP_MATE:A BZ 0 D R08_PNP_MATE:B BZ 0 D R08_TGW XA 2 B R08_TGW_DEU:1 XA 2 C R08_TGW_DEU:2 XA 2 C R08A RESISTOR CAN TERMINATING XA 1 D R08ACC:A XA 0 D R08ACC:B XA 0 D R08BBM:A XA 3 B R08BBM:B XA 3 B R08M RESISTOR CAN TERMINATING XB 1 C R09 HEATER, FUEL FILTER FA 0 D R14 Termination resistor CE 0 C R14 Termination resistor CK 0 C R19 HEATER, HTD DRAIN VALVE FA 3 C R21 Termination resistor XA 1 C R21 Termination resistor XB 3 C R21_TGW TERMINATION RESISTOR BM 1 C R21_TGW_OL:A BM 0 C R21_TGW_OL:B BM 1 C R25 HTD SEAT, DRIVER HC 2 C R26 HTD. SEAT PASSENGER HC 3 C R27 Potentiometer Volume Ctrl. KB 4 D R28 Heater, Windshield, Left HC 1 D R28 Heater, Windshield, Left HG 2 D R29 Heater, Windshield, Right HC 1 D R29 Heater, Windshield, Right HG 1 D R29_A Heater,Nox Care Tank to Pump Hose CD 4 E R29_A Heater,Nox Care Tank to Pump Hose CF 1 D R29_A Heater,Nox Care Tank to Pump Hose CL 1 C R30 Heater, Windshield, Single Piece HC 2 C R30 Heater, Windshield, Single Piece HG 2 D R30_A Heater Back Flow Hose CF 2 D R30_A Heater Back Flow Hose CL 2 C R31_A Heater nox Care Pump to Injector Hose CF 1 C R31_A Heater nox Care Pump to Injector Hose CL 1 C R32 Heater, NOxCare pump to injector hose CD 3 D R32_A Heater, NOxCare pump to injector hose CD 3 D R33 Termination resistor KB 1 B R34 Termination resistor XC 2 B R35 Termination resistor XC 0 B R42A.30 CF 0 B R42A.87 CF 1 A RC1:B8 DA 2 C RC1:B9 DA 2 C RC1:C1 DE 3 C RC1:C3 DE 3 B RC1:C4 DA 0 B RC1:C6 DA 0 B RC1:C8 DA 2 C

REF DESCRIPTION PAGE RC1:C9 DA 2 C RC1:D1 DE 3 C RC1:D3 DE 3 B RC1:D4 DA 0 B RC1:D6 DA 0 B RC1_MATE Electrical Equipment 2 RELAYS, 2 FUSES 2 AA 4 A RC2:A1 GD 0 B RC2:A1 GE 0 B RC2:A2 GD 0 B RC2:A2 GE 0 B RC2:A3 GD 0 B RC2:A3 GE 0 B RC2:A4 GA 2 D RC2:A6 GA 2 C RC2:A8 CM 1 C RC2:A9 CM 0 B RC2:B1 GD 0 B RC2:B1 GE 0 B RC2:B3 GD 0 B RC2:B3 GE 0 B RC2:B4 GA 2 D RC2:B6 GA 2 C RC2:B7 CM 0 C RC2:B9 CM 1 B RC2:C1 GD 1 B RC2:C1 GE 1 B RC2:C2 GD 1 B RC2:C2 GE 1 B RC2:C3 GD 1 B RC2:C3 GE 1 B RC2:C4 DE 1 C RC2:C6 DE 0 B RC2:C7 CM 1 B RC2:C9 CM 1 A RC2:D1 GD 1 B RC2:D1 GE 1 B RC2:D3 GD 1 B RC2:D3 GE 1 B RC2:D4 DE 0 C RC2:D6 DE 1 B RC2:D7 CM 1 B RC2:D9 CM 1 A RC2_MATE ELECTRICAL EQUIPMENT 3 RELAYS 3−25195197 AA 4 B RCECS:1 EC 1 B RCECS:2 EC 1 B RCECS:3 EC 1 B RCECS:4 EC 2 B RCECS:5 EC 2 B RCECS:6 EC 2 B RCECS:7 EC 2 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE RCECS:8 EC 2 D RCECS:9 EC 2 D RCECS:10 EC 1 D RCECS:11 EC 1 D RCECS:12 EC 1 D RCECS:13 EC 0 D RCECS:14 EC 2 B RCECS:15 EC 0 D RCSP:1 FB 2 E RCSP:2 FB 0 D RCSP:3 FB 1 D RCSP:4 FB 1 D RCSP:5 FB 1 D RCSP:6 FB 1 D RCSP:7 FB 1 D RCSP:8 FB 2 D RCSP:9 FB 2 D RCSP:10 FB 2 D RCSP:11 FB 0 E RCSP:12 FB 1 D RCSP:13 FB 1 E RCSP:14 FB 1 E RDCRDCH:1 AI 1 C RDCRDCH:2 AI 1 C RDCRDCH:3 AI 1 C RDCRDCH:4 AI 1 C RFCB1:A KC 3 B RFCB1:B KC 3 D RFCB2:A KC 3 B RFCB2:B KC 3 D RFCB2:C GH 0 B RFCB:A KC 3 B RFCB:B KC 3 D RFCB:C GH 0 B RFHL:A GH 0 B RFHL:B GA 3 E RFHL:C GH 1 D RFHL:D GH 0 B RFMIC:A KB 0 B RFMIC:A KB 2 C RFMIC:B KB 0 B RFMIC:B KB 2 C RFRC:E GH 0 A RLY01 RELAY, EMS #1 AA 1 B RLY02 RELAY, EMS #2 AB 2 C RLY03 RELAY, IGN. #1 AA 1 D RLY04 RELAY, IGN #3 AB 0 C RLY06 RELAY, EMERGENCY STOP LAMP GA 3 B RLY08 RELAY, FLASH TO PASS GA 1 D RLY10 RELAY, FOG LAMP GA 2 D

REF DESCRIPTION PAGE RLY11 RELAY, TRLR. LMP AB 1 B RLY11 RELAY, TRLR. LMP GG 0 B RLY12 RELAY, TRAILER STOP LAMP AB 3 B RLY12 RELAY, TRAILER STOP LAMP GG 1 B RLY13 RELAY, CAB & TRLR CLEARANCE LMP AB 2 B RLY13 RELAY, CAB & TRLR CLEARANCE LMP GA 4 D RLY14 RELAY, HORN AB 1 B RLY14 RELAY, HORN GQ 1 B RLY16 RELAY WINDSHIELD WIPER GP 1 B RLY17 RELAY, REV. PWR AB 0 B RLY17 RELAY, REV. PWR GG 3 B RLY20 RELAY, START ENABLE DB 2 B RLY26 RELAY, HVAC CAB CONT. AA 3 D RLY26 RELAY, HVAC CAB CONT. HA 1 A RLY28 RELAY, CB BINDING POST AA 3 B RLY29 RELAY, NEUTRAL PWR AB 1 B RLY29 RELAY, NEUTRAL PWR GG 2 B RLY31 RELAY, POWER OUTLETS AA 3 B RLY33 RELAY, HTD. MIRROR BF 1 A RLY34 RELAY, PRE−EMS AA 1 B RLY35 RELAY, HVAC CAB AA 3 D RLY35 RELAY, HVAC CAB HA 0 A RLY36 RELAY, START CNTL 1 AC 2 C RLY38 RELAY, SPARE AB 4 B RLY39 RELAY, SPARE AB 3 B RLY42:1 CF 0 A RLY42:2 CF 0 B RLY42A RELAY GRID HEATER CF 0 B RLY42A RELAY GRID HEATER CL 0 A RLY43L_MATE RELAY, SNOW PLOW LAMPS, LH LOW BEAM GI 1 C RLY43R_MATE RELAY, SNOW PLOW LAMPS, RH LOW BEAM GI 0 C RLY44_MATE RELAY, SNOW PLOW LAMPS, HIGH BEAM GI 2 C RLY46_MATE RELAY, SNOW PLOW LAMPS, LOW BEAM FEED GI 3 C RLY47 RELAY REVERSE SIGNAL DE 3 C RLY48 REV MUTE RELAY DE 0 C RLY52 RELAY, HIGH BEAM GA 1 A RLY53 RELAY, SLEEPER HVAC AA 0 C RLY53 RELAY, SLEEPER HVAC BK 0 B RLY53 RELAY, SLEEPER HVAC HD 1 B RLY54 RELAY, SPARE EPDM DD 2 B RLY56 RELAY, TRAILER AUX. POWER SAEJ560 GJ 0 C RLY57 RELAY, REVERSE, LIFT AXLE/ECS BE 3 D RLY57 RELAY, REVERSE, LIFT AXLE/ECS EC 3 B RLY58 RELAY, TRAILER AUX. POWER ISO3731 GJ 2 C RLY60_MATE RELAY, FAN CONTROL HB 3 A RLY70 RELAY, POWER, 8 SW BODYBUILDER OPTION NE 3 A RLY70 RELAY, POWER, 8 SW BODYBUILDER OPTION NF 4 A RLY73 RELAY M−DRIVE POWER DA 0 B RLY80 RELAY CUMMINS DEF MOD AH 2 C RLY80 RELAY CUMMINS DEF MOD CE 1 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE RLY81 RELAY STARTER LOCKOUT AH 3 C RLY81 RELAY STARTER LOCKOUT BP 3 B RLY81 RELAY STARTER LOCKOUT CF 0 C RLY81 RELAY STARTER LOCKOUT CL 0 C RLY82 RELAY DEF LINE HEATER 1 AH 0 C RLY82 RELAY DEF LINE HEATER 1 CF 1 B RLY82 RELAY DEF LINE HEATER 1 CL 1 B RLY83 RELAY DEF LINE HEATER 2 AH 0 C RLY83 RELAY DEF LINE HEATER 2 CF 2 B RLY83 RELAY DEF LINE HEATER 2 CL 2 B RLY84 RELAY DEF LINE HEATER 3 AH 1 C RLY84 RELAY DEF LINE HEATER 3 CF 1 B RLY84 RELAY DEF LINE HEATER 3 CL 1 B RLY85 RELAY CES AH 1 C RLY85 RELAY CES CL 3 B RLY86 RELAY FUEL FILTER MODLUE AH 2 C RLY86 RELAY FUEL FILTER MODLUE BP 1 B RLY87 RELAY FUEL FILTER MODULE AH 3 C RLY87 RELAY FUEL FILTER MODULE BP 2 C RLY88 DEF PUMP SUPPLY CK 1 B RLY89 RELAY METHANE DETECTOR CM 1 A RLY97 RELAY, LO BEAM LH GD 0 B RLY97 RELAY, LO BEAM LH GE 0 B RLY98 RELAY, LO BEAM RH GD 1 B RLY98 RELAY, LO BEAM RH GE 1 B RLY99 RELAY, METHANE DETECT CM 0 B RO8_TGW_PED:A XA 2 C RO8_TGW_PED:B XA 2 C RSHUL:1 GR 0 C RSHUL:2 GR 0 C S01 SW. MAIN LIGHTING SELECT. TYPE GA 0 B S006 SWITCH, SPD CTRL BA 1 B S07 SW. ENG. BRKE, SEL. TYPE BA 2 B S007 SWITCH SET/RESUME BA 1 B S008 SW. SHUTDWN OVERRIDE BA 3 B S08A SW. ALTERNATING LIGHT / RH POST NE 2 D S08B SW. TAILGATE / RH WING NE 0 D S08C SW. SANDER LIGHT / SPREADER / WORK NE 3 D S08D SW. LOAD LIGHT / LH WING NE 1 D S08E SW. STROBE LIGHT / LH POST NE 2 D S08F SW. CHAIN LIGHT / HOPPER NE 4 D S009 SWITCH WIPER CTRL GP 0 B S011 SW. FAN OVERRIDE BA 3 B S12 SWITCH, SNOW PLOW LIGHTS GI 2 A S013 SW. MIRROR DEFROST BE 2 B S014 SWITCH, SLEEPER HVAC ENABLE HD 1 B S016 SW. ATC LTD SLIP ED 2 A S016A SW. ATC LTD SLIP EA 2 B S017C SWITCH, CAB REAR DOME LMP GH 0 D S017D SW. SLEPR ROOF DOME LAMP HE 0 B

REF DESCRIPTION PAGE S017E SW. CAB SLEEPER ROOF DOME LMP HE 0 E S017F SW. FRONT DRIVER DOME LAMP GH 2 D S017G SW. FRONT PASS. DOME LMP GH 3 D S018 SW. PWR TAKE OFF BC 2 B S018_1_MATE PT0#1 BC 2 B S019 SW. PWR DIV. LOCKOUT FB 4 C S020 SWITCH, AIR SUSP. FB 0 C S021 SW., 5TH WHL. SLIDE BD 3 B S022 SWITCH, I/O AIR FB 1 C S023 SW. NEUTRL CONTROL FB 3 C S023_1 PRESSURE SW. NEUTRAL CONTROL FB 3 A S024 SW. INTERWHL DIFF. LOCK BD 1 B S24C Switch ON/OFF Allison Retarder DD 1 B S026A SW._2, IGN. FEED NA 1 C S026B SW.3, IGN. FEED NC 3 C S026C SW._4, IGN. FEED NC 2 C S026D SW.5_5, IGN. FEED NC 1 C S027A SW._1, BATT. FEED NA 0 C S027B SW._6, BATT. FEED NC 0 C S028 SW. PASS. DOOR LOCK ID 1 C S028L SW. DRIVER DOOR LOCK IE 0 B S028R SW. PASS. DOOR LOCK IE 3 B S030 Switch, Mirror Control IC 0 B S036 SWITCH, IGNITION AC 0 B S036 SWITCH, IGNITION GQ 0 C S036B SW, PUSH BUTT. START AC 1 B S038 SW, PRESSURE SERVICE BRKE. GA 3 B S038C SW, PRESSURE SERVICE BRAKE BB 2 B S038C2 2ND SW, PRESSURE SERVICE BRAKE BB 1 D S038C_A:C BB 2 E S038C_A:D BB 2 E S038MC:A BB 2 E S038MC:B BB 2 E S039 SW. DIREC. SIGNAL GA 2 C S41 Switch, battery main switch control AI 0 C S041L SW. DRIVR SIDE DR. GH 4 A S041R SW. PASS SIDE DR. GH 4 C S041SB SWITCH, BUNK HE 3 C S041SL SWITCH, LH JAMB HE 3 D S041SR SWITCH, RH JAMB HE 3 C S042 SWITCH, BACK UP BE 3 B S43 SW. PRESS. PRKNG BRKE INDICATOR, NC. BA 3 D S043 SW. INFO SELECTOR BE 1 B S43B SW.PRESS. PRKNG BRKE BODYBUILDER BK 2 B S43C TRAILER DETECTION SWITCH BG 2 D S044 SWITCH, CLUTCH BB 2 B S045 SW. DRL OVERRIDE BA 1 D S047 SW. IWDL FR− ENGAGED BG 3 D S047A SW. IWDL 3RD AXLE − ENGAGED BG 3 E S048 SW. IWDL REAR− ENGAGED BG 3 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE S050 SW., 5TH WHL. KING PIN LCK., AUX. AIR #2 FB 1 B S051 SW., AUX. AIR #1 FB 2 B S051A SW., AUX. AIR #3 FB 2 C S052 SW. AUTO. STRT/STOP ENGAGED BG 0 B S055 SWITCH, INDIRECT LMP. HE 0 B S056 DOWNHILL CRUISE SET BD 1 B S057 SWITCH, PARK BRAKE AUXILIARY GJ 0 D S058 SWITCH, CENTER PIN HOT SAE J560 GJ 0 B S58B POSITION SWITCH, CLUTCH PEDAL, STARTING, AC 2 A S059 SWITCH, HEATED WINDSHIELD HC 0 B S059 SWITCH, HEATED WINDSHIELD HG 0 B S060 Switch, Aux Fan HC 4 C S060 Switch, Aux Fan HG 4 C S61 POSITION SWITCH, DRIVER SEAT BELT LOCK, N BE 1 D S061 SWITCH, CENTER PIN HOT ISO 3731 GJ 2 B S067 SWITCH BEACON LIGHTS GL 0 B S068B TAILGATE IGN FEED NF 0 C S068C PWR FLOAT IGN FEED NF 0 C S068D SPREADER IGN FEED NF 1 C S069B RR FLASHING IGN FEED NF 3 C S069C SPARE IGN IGN FEED NF 2 C S069D LOW OIL IGN FEED NF 2 C S99 SWITCH, ADAPTIVE CRUISE CONTROL, TIME JA 1 C S101 Position switch, gear box neutral positi DB 0 D S106 SW. PASS P.WINDOW (PASS SIDE) ID 3 B S106DS SWITCH, PASS P.WINDOW (DRIVER SIDE) IA 2 C S106PS SW. PASS P.WINDOW (PASS SIDE) IA 3 C S107 SW. DRIVER P.WINDOW IA 1 C S110 SWITCH, LVD HE 1 C S111 SWITCH, PARK BRAKE HEATER HD 3 B S111A SWITCH, DPF REGEN CB 2 C S130 Switch, Air suspension EC 2 D S133 Switch, Level control, Rear axle suspens EC 3 D S137 SWITCH PTO #2 MDRIVE BC 3 B S137A Switch, PTO2 request FD 1 B S145 SWITCH, AMBIENT LIGHTING KC 4 B S169 SWITCH, BATTERY MAIN AC 3 C S169 SWITCH, BATTERY MAIN AG 3 D S169.1A AG 3 D S169.1A1 AG 4 D S169.1A2 AI 2 D S169.2A AG 3 C S169.2A1 AG 3 C S169.2A2 AG 4 C S169.A1_1 AI 2 D S169A SWITCH BATTERY BI−STABLE AI 1 C S171 SWITCH GEAR LEVER M−DRIVE DA 0 D S212 SWITCH HILL ASSIST ED 4 A S311 Switch, Load Distribution EC 4 E S320 SWITCH, PRESSURE PARKER PTO FD 1 D

REF DESCRIPTION PAGE SBF1 FUSE, SLPR. LIGHTING 1 HE 3 B SBF2 FUSE, SLPR LIGHTING 2 HE 0 A SBF3 FUSE, SLPR. REFRIGERATOR, PWR OUTLET 2 HE 2 B SBF4 FUSE, SLPR. TV OUTLET HE 2 B SBF6 FUSE, SLPR POWER OUTLET HE 2 B SBF7 FUSE, AUDIO AMP. HE 2 B SBW:A BE 1 E SBW:B BE 1 D SC−1_4748 BX 0 C SC−1_6837 MKFK_0.35_1 KB 0 B SC−2_4748 BX 2 B SC−3_4748 BX 0 B SC−3_6837 MKFK_0.35_1 KB 0 C SC−4_4748 BX 1 B SC−5_6837 MKFK_0.35_1 KB 2 B SC−6_6837 MKFK_0.35_1 KB 2 C SC−7_6837 MKFK_0.35_1 KB 0 B SC−8_6837 MKFK_0.35_1 KB 2 D SC−9_4748 BU 0 D SC−10_4748 BU 2 C SC−11_4748 BU 3 E SC−12_4748 BU 0 C SC−13_4748 BU 2 B SC−14_4748 BU 0 B SC−15_4748 BU 1 B SC−16_4748 BU 0 B SC−17_4748 BV 1 B SC−18_4748 BV 0 B SC−19_4748 BV 1 D SC−20_4748 BV 2 B SC−21_4748 BV 3 E SC−22_4748 BV 2 C SC−23_4748 BW 0 B SC−24_4748 BW 2 B SC−25_4748 BW 1 B SC−26_4748 BW 1 D SC1_CAB:A KB 3 C SC1_CAB:B KB 3 C SC1_CAB:C KB 3 C SC1_CAB:D KB 3 C SC1_CAB:E HE 3 A SC1_CAB:F AA 4 C SC1_CAB:G HE 0 C SC1_CAB:H HE 0 C SC1_SLP:A KB 3 C SC1_SLP:B KB 3 C SC1_SLP:C KB 3 C SC1_SLP:D KB 3 C SC1_SLP:E HE 3 A SC1_SLP:F AA 4 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE SC1_SLP:G HE 0 C SC1_SLP:H HE 0 C SLCLL:1 GR 4 C SLCLL:2 GR 4 C SLCLR:1 GR 4 C SLCLR:2 GR 4 C SLFR:A GK 1 C SLFR:A GK 4 C SLFR:B GK 2 B SLFR:B GK 3 A SLLH:A GK 1 E SLLH:B GK 2 D SLLH:C GK 2 A SLP_CAB1:A KB 3 D SLP_CAB1:A KB 3 C SLP_CAB1:B KB 3 C SLP_CAB1:B KB 3 D SLP_CAB1:C KB 3 C SLP_CAB1:C KB 3 C SLP_CAB1:D KB 3 C SLP_CAB1:D KB 3 C SLP_CAB1:E HE 3 A SLP_CAB1:E HE 4 A SLP_CAB1:F AA 4 C SLP_CAB1:F AA 4 D SLP_CAB1:G HE 0 B SLP_CAB1:G HE 0 C SLP_CAB1:H HE 0 B SLP_CAB1:H HE 0 C SLP_CAB2:A HE 1 A SLP_CAB2:B HD 2 C SLP_CAB2:C AD 3 C SLP_CAB2:D AD 3 D SLP_CAB3:A HE 1 B SLP_CAB3:B HE 1 B SLP_CAB3:C HD 3 C SLP_CAB3:D HD 3 C SLP_CAB3:E HD 3 C SLP_RF:A HE 0 B SLP_RF:B HE 4 C SLP_RF:C HE 0 A SLP_RF:D HE 3 B SLPCOFH:A GR 3 B SLRFHL1:A KB 3 C SLRFHL1:B KB 3 C SLRFHL1:C KB 3 C SLRFHL1:D KB 3 C SLRFHL1:E KC 3 D SLRFHL1:F GA 3 E SLRFHL2:A GH 0 B

REF DESCRIPTION PAGE SLRFHL2:C GH 1 D SLRFHL2:D GH 0 B SLRFHL2:E KC 3 B SLRFHL2:F HE 0 D SLRFHL2:G HE 0 D SLRH:A GK 3 E SLRH:B GK 3 B SLRH:C GK 2 A SLSF:A HD 3 D SLSF:B HD 3 D SP1HB1 S CE 0 C SP1LB2 S CE 0 C SP3F57 T HG 0 B SP3F57 T NE 2 C SP4FB T GA 3 B SP26B2 S GR 0 C SP28B1 HG 1 D SP42B3 S GF 1 C SP43A1 S CE 2 D SP44B FA 1 C SP47A FA 3 C SP75A T AA 0 B SP75A T BK 0 B SP75A T HD 1 B SPAC62A S CK 3 C SPAX4:1 S ED 2 D SPAX4:4 S ED 2 D SPAX4:7 T ED 1 D SPAX4:8 T ED 1 D SPAX4:10 T ED 1 D SPAX4:11 T ED 1 E SPBKA57 T DD 2 C SPBKA87 T HG 0 C SPBKA87 T NE 2 E SPBKA90 T NF 1 E SPBKD3 HG 0 D SPBKD4 NF 4 A SPBKD4A T AD 2 D SPBKD4A T HG 3 C SPBKD4A T NE 3 B SPBKXC1G26 S GI 2 D SPC15JA3 S AG 0 B SPCB1 T BA 0 D SPCB2A T BA 0 D SPCB7 T BC 1 C SPCB11 T BA 3 D SPCB16 T BC 1 D SPCB18 T BC 2 D SPCB19A T BB 3 C SPCB19A1 BB 1 E

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE SPCB28B T DB 2 C SPDL1H S CA 0 B SPDL1H1 S XA 1 D SPDL1H2 S XA 2 D SPDL1H3 S XA 4 E SPDL1H4 S XA 3 D SPDL1H5 S XA 4 D SPDL1H6 S XA 3 D SPDL1H8 S XA 3 C SPDL1H9 S XA 4 C SPDL1H10 S XA 3 C SPDL1H11 S XA 4 B SPDL1H12 S XA 4 B SPDL1H13 S DB 1 D SPDL1H13 S XA 4 A SPDL1H14 S XA 4 B SPDL1H15 XA 0 C SPDL1H16 S XA 0 C SPDL1H18 S XA 3 B SPDL1HB S CK 0 C SPDL1HB1 XA 1 D SPDL1HB2 XA 0 E SPDL1HB3 XA 0 E SPDL1L S CA 0 B SPDL1L1 S XA 1 D SPDL1L2 S XA 2 D SPDL1L3 S XA 4 E SPDL1L4 S XA 3 D SPDL1L5 S XA 4 D SPDL1L6 S XA 3 D SPDL1L8 S XA 3 C SPDL1L9 S XA 4 C SPDL1L10 S XA 3 C SPDL1L11 S XA 4 B SPDL1L12 S XA 4 B SPDL1L13 S DB 1 D SPDL1L13 S XA 4 A SPDL1L14 S XA 4 C SPDL1L15 XA 0 C SPDL1L16 S XA 0 C SPDL1L18 S XA 3 B SPDL1LB S CK 0 C SPDL1LB1 XA 0 D SPDL1LB2 XA 0 E SPDL1LB3 XA 0 E SPDL2H1 S XB 0 C SPDL2H4 S XB 3 C SPDL2H6 S XB 2 B SPDL2H7 S DD 2 D SPDL2H8 S BM 0 C

REF DESCRIPTION PAGE SPDL2H9 S DD 3 D SPDL2L1 S XB 0 C SPDL2L4 S XB 4 C SPDL2L6 S XB 2 B SPDL2L7 S DD 2 D SPDL2L8 S BM 1 C SPDL2L9 S DD 3 D SPDL3H S KB 1 B SPDL3L S KB 1 B SPDL4H S XA 1 B SPDL4L S XA 1 B SPDL7H1 S CD 1 B SPDL7H2 S CF 3 D SPDL7H3 S CF 3 B SPDL7HB7 S CL 3 B SPDL7L1 S CD 1 C SPDL7L2 S CF 3 C SPDL7L3 S CF 3 B SPDL7LB7 S CL 3 B SPDL10HB1 S XC 1 B SPDL10HN1 S XC 2 B SPDL10LB1 S XC 0 A SPDL10LN1 S XC 2 A SPEA13A S CF 0 A SPEA13A5 S CF 0 B SPEA24A1 S CE 0 B SPEA24A2 CK 0 D SPEC3A S CF 1 C SPEC3A1 S CL 1 C SPEC8A S CE 1 D SPEC13A1 S CF 0 D SPEC13A2 S CL 0 D SPEC32A S CE 1 D SPEC38A S CF 2 C SPEC38A1 S CL 2 C SPEC39A S CF 2 C SPEC39A1 S CL 2 C SPEC40A S CF 1 C SPEC40A1 S CL 1 C SPEC54A S CE 2 D SPEC57 S CE 0 B SPEC57A2 S CK 0 D SPEC62 S CE 3 D SPEC66A1 S CL 0 D SPEC66A2 S CF 0 D SPEC76 S CF 0 B SPEC76A S CF 0 B SPEC76A1 S CL 0 B SPEC84A S CF 1 D SPEC84A2 S CF 1 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE SPEC84A2 S CL 1 D SPECHA1 CJ 1 C SPEMA28A1 S CD 3 D SPEMA49A S CD 2 A SPEMA54A1 S CD 1 D SPEMA59A1 S CD 3 D SPEMA62A2 S CD 2 D SPF1A HE 3 B SPF1F HE 3 C SPF1J HE 3 C SPF2C HE 0 A SPF2C2 S GD 1 E SPF2C2 S GE 0 D SPF2D T GA 1 B SPF2E S GA 1 D SPF2LL HE 0 B SPF2T HE 0 A SPF2Y S GI 2 C SPF3A HE 2 B SPF3B T GA 0 C SPF3B1 T GA 0 D SPF3B1 T GM 1 C SPF3B2 S HE 1 D SPF3B3 T GM 1 B SPF3B5 T GA 2 D SPF3B7 S GF 0 C SPF3B8 S GA 2 D SPF3B9 S GD 2 E SPF3B9 S GE 3 D SPF3B11 S GF 2 C SPF3B14 S GK 0 E SPF3B19 S GK 1 B SPF3B21 S GI 1 D SPF3F T BC 2 A SPF3F T BD 4 A SPF3F T BE 1 A SPF3F T EC 2 E SPF3F T FB 0 A SPF3F T GA 1 A SPF3F T GH 0 A SPF3F T HA 1 A SPF3F T IA 3 A SPF3F T ID 3 A SPF3F T KB 3 A SPF3F31 T BA 2 A SPF3F31 T BD 1 B SPF3F31 T BE 2 A SPF3F31 T EA 2 A SPF3F31 T ED 2 A SPF3F31 T GH 1 A

REF DESCRIPTION PAGE SPF3F31 T GP 0 A SPF3F31 T HD 0 A SPF3F43 HC 0 B SPF3F44 GH 0 B SPF3F53 HC 3 B SPF3F57 NC 1 B SPF3F71 T KC 4 B SPF3F85 JA 1 B SPF3F96 T FD 0 B SPF3F100 T NF 1 C SPF3F110 T GL 0 B SPF4A T GA 3 A SPF4C T GD 2 B SPF4C T GE 2 C SPF4C3 GG 3 C SPF4C5 T GD 3 B SPF4C8 S GI 2 D SPF4C10 S GD 3 B SPF4D T GD 4 B SPF4D T GE 4 C SPF4D3 GG 2 C SPF4D5 T GD 4 B SPF4D8 S GI 2 D SPF4D10 S GD 3 B SPF5D T GA 3 D SPF5D1 S GF 1 B SPF5E T GA 3 D SPF5E1 S GF 0 B SPF6A HD 3 E SPF6A2 GH 0 C SPF6A9 T GH 0 A SPF6A11 GH 1 B SPF6A12 S GR 3 C SPF6B T GH 4 C SPF6E GH 0 D SPF7D T AC 1 C SPF8A T FB 2 B SPF8A6 S FB 0 C SPF8M T FB 2 B SPF9B3 KC 3 B SPF9E KB 4 D SPF9G KB 3 D SPF12A S IE 1 B SPF13A1 T ED 3 B SPF14B HD 2 C SPF15B1 T IC 1 C SPF15B2 S BF 3 B SPF17A1 T BA 3 B SPF17A7 T BA 1 B SPF17A14 S BC 3 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE SPF17C T BA 1 C SPF17D T BA 1 C SPF17E T BA 1 C SPF17M T BC 2 C SPF23A S IA 2 B SPF23B S IA 3 C SPF23C S IA 3 D SPF24A3 T GL 0 B SPF24D T GL 0 C SPF25A T HA 0 C SPF26B T GR 1 B SPF26B1 T GR 2 B SPF26B3 S GR 2 C SPF26B4 S GR 1 B SPF26B7 HE 4 A SPF27A T NB 2 B SPF27A1 T NB 3 B SPF27B GI 1 C SPF28A HC 3 C SPF28A1 HC 1 B SPF28A3 NF 3 A SPF28B1 HC 0 D SPF28B3 S HC 1 D SPF28B3 S HG 1 D SPF31A T DD 3 B SPF33B GG 1 C SPF35B T GA 4 D SPF35B2 T GA 3 D SPF35B3A T GA 3 D SPF35B4 S HE 4 D SPF35B4A T GA 3 D SPF35B7 S BN 2 C SPF35B8 GG 4 C SPF36C T GQ 1 C SPF37B GG 0 C SPF38A S CF 3 B SPF38A1 S CA 1 B SPF38A2 S CA 1 C SPF39B GG 2 C SPF39B1 GG 3 B SPF41A1 CJ 3 B SPF41A3 S HB 2 A SPF42A S BE 3 B SPF42B S BE 3 B SPF42B2 S GF 1 B SPF42B3 S GF 3 B SPF43A S CA 2 B SPF43A2 S CK 2 D SPF45A S GG 1 D SPF45A1 GG 1 B

REF DESCRIPTION PAGE SPF46A1 CJ 0 B SPF46B1 BP 2 B SPF48A HE 1 B SPF48A1 HE 2 A SPF50B1 BP 2 C SPF52A5 BG 2 B SPF54 S GI 1 C SPF55B T EC 4 B SPF57A S KC 2 B SPF63A T BE 0 B SPF65A T NA 2 D SPF65A1 T KC 3 B SPF65A4 S JB 1 B SPF65A9 T FD 1 B SPF65B1 FD 1 D SPF65B7 T KC 4 C SPF67A3 S JB 1 C SPF76A T DA 0 B SPF76A1 CJ 3 B SPF76B T DA 2 C SPF79A T DA 2 D SPF80A S DA 2 D SPF80A3 S DA 3 A SPF82A1 S AI 0 C SPF83B CK 1 D SPF85B1 S CL 3 C SPFB05A1 S CE 3 D SPFB05A2 S CK 3 D SPFB07A1 S CD 0 C SPFB09 CM 1 D SPFB09A3 CM 2 C SPFU1A1 S DB 0 C SPFU1A2 S DB 0 D SPG01A4 S AI 1 E SPGAD T HA 0 C SPHA12 T BF 2 E SPHA12A15 S BF 1 E SPHA12G S BF 1 E SPHA12H S BF 1 D SPHB29 T BF 2 B SPHB30 T BF 2 B SPHC11A2 S BG 3 E SPHC19 T BG 2 D SPHC20 T BG 2 C SPIGNLOWOIL:A NF 2 D SPIGNLOWOIL:B NF 2 D SPIGNLOWOIL:C BN 1 C SPJ1939HB30 S XA 2 C SPJ1939LB30 S XA 2 C splice340_43 T NE 2 A

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE splice351 GK 0 B splice352 GK 0 B splice359 GK 2 B splice360 GK 2 B splice363 GK 4 B splice364 GK 4 B splice429_431 GK 2 A splice431_431 GK 3 A splice580_24 BZ 1 D splice581_24 BZ 1 D splice687_570 S CL 0 B splice690_570 S CL 0 B splice695_570 S CL 0 A SPLRNA KB 3 C SPLRPA KB 3 C SPMB2A1 BY 2 B SPN109 T DD 0 C SPN110 T DD 0 C SPN112 T DC 3 C SPN124CM T DD 2 C SPN131 S DC 1 D SPN145NO T DD 3 C SPN158 S DC 2 D SPN158A T DC 2 C SPNA19A1 S DA 4 B SPNAA1 S DA 3 C SPOPTSW NF 2 A SPRA7A1 S EC 1 E SPRA30A1 S EC 1 D SPRDA S AA 0 B SPRDA1 S AA 0 B SPRRNA KB 3 C SPRRPA KB 3 C SPX1C1B61 T GL 0 D SPX1C1B62 T GL 0 C SPX01D1 AF 1 C SPX01F1 S AG 0 C SPX02CA3 S CK 4 D SPX02CA3 S CL 3 C SPX02CA15 S CL 1 D SPX109L1 AC 3 B SPX109L2 AD 1 B SPXC1A1 T AD 2 C SPXC1A2 T AD 3 C SPXC1A2 T GA 4 E SPXC1A2 T GD 2 D SPXC1A2 T GE 2 D SPXC1A2 T GH 4 C SPXC1A2 T GM 1 E SPXC1A2 T GQ 0 E

REF DESCRIPTION PAGE SPXC1A2 T GR 1 D SPXC1A2 T IC 0 E SPXC1A2 T KC 3 E SPXC1A2 T NC 2 B SPXC1A3 T AA 1 C SPXC1A3 T AD 3 B SPXC1A3 T BJ 0 B SPXC1A3 T BM 2 B SPXC1A3 T BY 0 B SPXC1A3 T GA 2 A SPXC1A3 T GP 0 E SPXC1A3 T KC 1 D SPXC1A3 T NB 1 D SPXC1A4 T AA 4 D SPXC1A4 T AD 3 C SPXC1A4 T EC 4 D SPXC1A4 T GA 1 C SPXC1A4 T GD 4 D SPXC1A4 T GE 4 D SPXC1A4 T GH 3 C SPXC1A4 T IC 1 E SPXC1A4 T KC 0 D SPXC1A4 T NA 2 C SPXC1A5 T EC 4 C SPXC1A7 T GA 3 E SPXC1A8A T GA 3 E SPXC1A9 S HE 4 E SPXC1A9A T GA 3 E SPXC1A10 T CM 2 C SPXC1A10 T GA 0 E SPXC1A10 T GM 1 D SPXC1A13 S HE 1 E SPXC1A14 S GR 0 D SPXC1A16 S GR 3 D SPXC1A18 S GR 1 D SPXC1A29 S KC 2 D SPXC1A35 BY 0 B SPXC1A36 S AD 1 D SPXC1A38 S IE 0 D SPXC1A40 IA 0 B SPXC1A45 KC 3 D SPXC1A52 ID 2 D SPXC1A53 S IA 4 B SPXC1A65 T GD 4 D SPXC1A66 T GD 3 D SPXC1A68 GH 1 D SPXC1A72 HC 0 C SPXC1A82 HC 4 D SPXC1A88 NC 2 B SPXC1A97 T FD 0 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE SPXC1A102 JA 1 D SPXC1A116 T KC 4 B SPXC1A119 T KC 3 E SPXC1B1 T AD 2 C SPXC1B1 T BA 4 E SPXC1B1 T BD 3 C SPXC1B1 T BE 0 E SPXC1B1 T CB 2 D SPXC1B1 T DA 0 E SPXC1B1 T DD 0 B SPXC1B1 T DE 1 B SPXC1B1 T EA 0 A SPXC1B1 T EC 3 E SPXC1B1 T ED 0 C SPXC1B1 T FD 2 B SPXC1B1 T GL 0 D SPXC1B1 T JC 1 C SPXC1B1 T KB 2 B SPXC1B1 T NA 2 C SPXC1B1 T NB 2 D SPXC1B1 T XA 2 D SPXC1B1 T XC 2 D SPXC1B1A T XA 2 D SPXC1B1D T EC 3 E SPXC1B7B T ED 2 A SPXC1B7W T EA 0 A SPXC1B18 T FD 2 B SPXC1B30 FD 1 E SPXC1B46 S DA 4 D SPXC1B48 T DA 0 D SPXC1C1 T AD 2 C SPXC1C1 T HA 3 C SPXC1C1 T HC 3 E SPXC1C1 T HG 0 D SPXC1C1 T NA 3 C SPXC1C4 HC 0 D SPXC1C5 HC 3 D SPXC1C6 S HC 1 E SPXC1C6 S HG 1 D SPXC1C11 T AD 2 D SPXC1C12 T AD 3 C SPXC1C12 T HD 1 E SPXC1C12 T HE 2 C SPXC1C13 AD 3 D SPXC1C13 HE 0 D SPXC1C13 KB 2 D SPXC1C14 S AD 1 C SPXC1C14 S AF 1 C SPXC1C16 HD 3 D SPXC1C23 HE 0 D

REF DESCRIPTION PAGE SPXC1E T GL 0 C SPXC1E1 T AD 3 B SPXC1E1 T BA 3 C SPXC1E1 T BD 1 C SPXC1E1 T BE 2 B SPXC1E1 T CM 1 C SPXC1E1 T GJ 2 D SPXC1E1 T HD 0 C SPXC1E1 T NA 1 C SPXC1E1A T EA 1 B SPXC1E2 T AD 4 B SPXC1E2 T BG 0 C SPXC1E2 T EA 2 B SPXC1E2 T ED 2 B SPXC1E2 T FB 3 D SPXC1E2 T GJ 2 C SPXC1E2 T NA 1 D SPXC1F1 S AD 1 D SPXC1F1 S HB 3 D SPXC1F2 S AD 1 E SPXC1F2 S BG 1 E SPXC1F2 S GK 1 A SPXC1F2 S GP 0 E SPXC1F2 S GQ 1 E SPXC1F6 S BG 3 D SPXC1F7 S AD 1 E SPXC1F7 S BG 4 E SPXC1F7 S ED 4 D SPXC1F7 S GF 1 D SPXC1F10 S AD 1 D SPXC1F10 S FA 2 E SPXC1F10 S FB 1 E SPXC1F10 S GF 1 E SPXC1F11 S GF 1 D SPXC1F12 S GF 3 B SPXC1F16 S FB 1 E SPXC1F22 FA 3 D SPXC1F23 FA 1 D SPXC1G4A S CE 4 D SPXC1G7 S GA 1 E SPXC1G8 S GD 0 D SPXC1G8 S GE 0 D SPXC1G14 S GI 2 D SPXC1G16 S GD 1 D SPXC1G16 S GE 2 D SPXC1G40 S AC 2 E SPXC1G40 S AD 1 D SPXC1G40 S BF 4 A SPXC1G40 S CA 3 C SPXC1G40 S GA 1 E

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE SPXC1G40 S GD 0 E SPXC1G40 S GE 0 E SPXC1G40 S GJ 2 D SPXC1G40 S GR 2 C SPXC1G40 S JA 2 B SPXC1G40 S JB 0 D SPXC1G41 S BF 3 B SPXC1N1 GG 3 D SPXC1N3 BP 1 D SPXCIE23 T GA 1 C SPXF1A1 S AD 1 C SPXF1A1 S CD 4 D SPXF1A3 S CF 4 C SPXG9A1 CJ 3 B SPXM1 AD 0 B SSP28A1 HG 1 B T30_1_24 J1939 BZ 0 D T30_1_35 J1939 CD 1 B T30_1_526 J1939 CJ 1 B T30_1_570 twisted_pair CK 0 D T30_1_578 J1939 DB 1 C T30_1_681 J1939 XA 3 A T30_1_958 twisted_pair CK 0 D T30_1_2941 J1939 XA 3 C T30_1_3991 J1939 XA 1 C T30_1_5416 J1939 EC 0 B T30_1_5444 J1939 EC 0 C T30_1_6173 J1939 BK 3 C T30_1_6361 J1939 BB 1 B T30_1_6785 J1939 XA 4 B T30_1_6837 J1939 KB 4 A T30_2_1 J1939 DB 1 C T30_2_24 J1939 BZ 1 D T30_2_578 J1939 DB 1 C T30_2_2941 J1939 XA 3 C T30_2_3348 XA 2 C T30_2_5444 J1939 XA 4 C T30_2_6173 J1939 BK 3 C T30_2_6361 J1939 XA 3 B T30_2_6785 J1939 KB 4 B T30_2_6837 J1939 KB 1 B T30_3_1 J1939 DB 1 C T30_3_24 J1939 BZ 1 D T30_3_2941 J1939 XA 3 E T30_3_3348 XA 2 C T30_3_5416 J1939 XA 4 A T30_3_5444 J1939 XA 4 B T30_3_6361 J1939 DA 3 B T30_3_6837 J1939 KB 1 C T30_4_24 J1939 DB 1 C

REF DESCRIPTION PAGE T30_4_2941 J1939 XA 3 E T30_4_3348 XA 2 C T30_4_6361 J1939 XA 3 B T30_4_6837 J1939 KB 1 B T30_5_24 J1939 XC 2 C T30_5_2941 J1939 XA 4 E T30_5_3348 XA 2 C T30_5_5416 J1939 XA 3 A T30_5_6361 J1939 DA 3 B T30_6_24 J1939 XC 2 B T30_6_2941 J1939 XA 3 D T30_6_6361 J1939 BY 3 B T30_6_6837 J1939 KB 4 B T30_7_24 J1939 XA 0 D T30_7_2941 J1939 XA 3 C T30_7_6837 J1939 ED 3 B T30_8_24 J1939 JC 1 D T30_8_638 J1939 XA 0 C T30_8_2941 J1939 XA 3 C T30_9_24 J1939 XA 0 C T30_9_638 J1939 XA 0 C T30_9_2941 J1939 XA 4 B T30_10_24 J1939 XA 0 B T30_10_35 J1939 CJ 1 B T30_10_638 J1939 JC 2 E T30_11_2941 J1939 XA 4 D T30_12_638 J1939 JC 3 E T30_12_2941 J1939 XA 4 D T30_13_1 J1939 DB 1 D T30_13_638 J1939 JC 2 D T30_15_2941 J1939 XA 4 C T30_16_2941 J1939 XA 4 C T30_17_2941 J1939 XA 3 B T30_19_2941 J1939 BM 1 C T30_20_2941 twisted_pair BM 1 C T30_21_2941 J1939 BM 3 C T30_22_2941 twisted_pair BM 3 C T30_24_2941 J1939 DA 1 D T30_25_2941 J1939 DA 1 C T30_26_2941 J1939 BB 1 B T30_29_2941 J1939 CB 2 C T30_34_2941 J1939 DD 4 D T30_35_2941 J1939 BE 1 C T30_36_2941 J1939 DB 1 C T30_42_35 J1939 XC 2 C T30_43_35 J1939 XC 2 B T30_44_35 J1939 XC 1 B T30_45_35 J1939 XC 1 B T30_46_35 J1939 XC 0 B T30_48_35 J1939 XC 2 B

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE TAS_SLP:A BF 3 D TAS_SLP:B BF 3 E TBAP CE 1 A TC40−1_1 DC 0 D TC40−1_864 twisted pair ED 0 D TC40−1_2972 CD 2 C TC40−1_3354 DD 2 D TC40−1_3612 BM 1 B TC40−1_4654 BM 0 C TC40−1_5416 EC 3 B TC40−1_5444 EC 3 C TC40−1_6361 BY 3 B TC40−1_6710 XA 1 A TC40−1_6837 ED 2 D TC40−2_2972 CA 0 D TC40−2_3354 DD 2 D TC40−2_3991 XA 1 C TC40−2_4654 BM 1 C TC40−2_6710 XA 0 A TC40−2_6785 XB 3 C TC40−2_6837 ED 1 B TC40−3_2941 BM 0 C TC40−3_3612 BM 1 B TC40−3_3991 XA 1 C TC40−3_6361 DA 3 B TC40−3_6785 XB 3 C TC40−3_6837 ED 1 B TC40−4_6785 XB 3 C TC40−4_6837 twisted cable ED 3 C TC40−5_3354 DD 3 D TC40−5_6785 XB 2 C TC40−5_6837 ED 3 D TC40−6_6785 XB 1 C TC40−6_6837 ED 2 C TC40−7_6785 XB 3 C TC40−7_6837 ED 2 C TC40−8_2941 XA 2 C TC40−8_3354 DD 2 E TC40−8_6785 XB 1 C TC40−8_6837 ED 1 C TC40−9_6785 XB 1 B TC40−9_6837 W/O_W/O_W/O_W/O_TXL ED 1 D TC40−10_6785 XB 2 B TC40−10_6837 W/O_W/O_W/O_W/O_TXL ED 1 E TC40−11_2941 XA 2 C TC40−11_6785 XB 0 C TC40−11_6837 ED 0 C TC40−12_2941 DA 3 D TC40−12_6785 DD 3 E TC40−13_6837 ED 3 C

REF DESCRIPTION PAGE TC40−14_6837 W/O_W/O_W/O_W/O_TXL ED 1 D TC40−15_6837 ED 0 B TC40−16_6837 ED 1 B TC40−18_2941 BM 4 C TC40−19_2941 DA 1 C TC40−20_2941 BB 2 B TC40−21_2941 BB 0 B TC40−22_2941 BB 0 B TC40−33_2941 BE 1 C TC40−35_2941 NB 1 B TC_1_35 30 TWISTS PER METER CD 2 C TC_1_241 twisted_pair CE 0 D TC_1_431 W/O_W/O_40t_m EA 2 D TC_1_570 CK 2 D TC_1_707 CE 0 D TC_1_1106 J1939 DA 2 D TC_1_3651 CE 2 D TC_1_5416 J1939 DA 3 D TC_1_5960 J1939 JB 0 C TC_1_6039 EA 3 B TC_1_6837 ED 0 C TC_2_24 J1939 JB 3 C TC_2_431 W/O_W/O_40t_m EA 2 D TC_2_707 CE 0 D TC_2_1284 PROPRIETARY J1939 BB 0 C TC_2_1532 W/O_W/O_W/O_W/O_TXL CE 1 A TC_2_1668 CE 2 D TC_2_5416 W/O_W/O_40t_m EA 2 D TC_2_6837 ED 1 C TC_3_24 J1939 JB 3 C TC_3_5416 W/O_W/O_40t_m EA 2 D TC_3_6837 W/O_W/O_W/O_W/O_TXL ED 0 E TC_4_24 J1939 JB 3 B TC_4_570 CK 2 D TC_4_1284 BB 0 C TC_5_5416 W/O_W/O_40t_m EA 1 C TC_5_6837 ED 0 B TC_6_5416 W/O_W/O_40t_m EA 0 C TC_6_6837 ED 0 B TC_7_5416 EA 0 C TC_8_971 30 TWISTS PER METER BB 1 C TC_8_5416 EA 0 C TC_9_971 30 TWISTS PER METER BB 1 C TC_9_5416 W/O_W/O_40t_m EA 2 C TC_10_5416 W/O_W/O_40t_m EA 2 C TC_11_971 W/O_W/O_40t_m DC 0 B TC_12_5416 Y_GN_30t_m EA 3 C TGW_IGN_SP3_1:A NA 2 E TGW_IGN_SP3_1:B NA 2 E TGW_IGN_SP3_2:A NA 2 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE TGW_IGN_SP3_2:B NA 2 D TGWBB1:A BM 0 E TGWBB1:A BM 3 D TGWBB1:B BM 0 E TGWBB1:B BM 3 D TGWBB1:C BM 1 E TGWBB1:C BM 3 D TGWBB1:D BM 1 E TGWBB1:D BM 3 D TGWBB1:E BM 1 E TGWBB1:E BM 3 D TGWBB1:F BM 1 E TGWBB1:F BM 3 D TGWBB1:G BM 1 E TGWBB1:G BM 3 D TLBU:A GF 1 C TLBU:A GF 3 B TLBU:B GF 1 C TLBU:B GF 3 B TLRE:A GF 1 C TLRE:A GF 3 B TLRE:B GF 0 C TLRE:B GF 2 B TLRE:C GF 0 C TLRE:C GF 2 B TLRE:D GF 1 C TLRE:D GF 2 B TLRE:E GF 1 D TLRE:E GF 2 B V2_MATE DIODE MODULE, AUTO START IGNITION BE 0 B V25 DIODE, DOOR STATUS GH 2 B V35 Diode BA 2 D V36 DIODE BA 2 D X0A_MATE SPLICE PACK, GROUND AD 3 C X0A_MATE SPLICE PACK, GROUND BA 1 D X0A_MATE SPLICE PACK, GROUND BC 2 C X0A_MATE SPLICE PACK, GROUND BD 3 C X0A_MATE SPLICE PACK, GROUND BF 4 C X0A_MATE SPLICE PACK, GROUND BI 0 C X0A_MATE SPLICE PACK, GROUND BJ 3 B X0A_MATE SPLICE PACK, GROUND FB 2 C X0B_MATE SPLICE PACK, REVERSE BE 2 C X0C_MATE SPLICE PACK, ILLUMINATION BA 0 A X0C_MATE SPLICE PACK, ILLUMINATION BD 2 A X0C_MATE SPLICE PACK, ILLUMINATION BG 0 A X0C_MATE SPLICE PACK, ILLUMINATION BI 1 A X0C_MATE SPLICE PACK, ILLUMINATION CB 2 A X0C_MATE SPLICE PACK, ILLUMINATION DB 1 A X0C_MATE SPLICE PACK, ILLUMINATION DD 1 A X0C_MATE SPLICE PACK, ILLUMINATION FB 2 A

REF DESCRIPTION PAGE X0C_MATE SPLICE PACK, ILLUMINATION GH 2 A X0C_MATE SPLICE PACK, ILLUMINATION GI 2 A X0C_MATE SPLICE PACK, ILLUMINATION GJ 1 A X0C_MATE SPLICE PACK, ILLUMINATION NA 1 A X0C_MATE SPLICE PACK, ILLUMINATION NC 1 A X06D_MATE BODY BLDR CONN. ALLISON GEN. 4 BH 1 C X07A Power Outlet #1 KC 0 B X07B Power Outlet #2 KC 0 C X07C POWER OUTLET SLPR HE 2 C X07D POWER OUTLET SLPR HE 2 C X07E Interior Storage Power Outlet KC 0 C X07TV POWER OUTLET TV HE 2 C X10 B+ PASS THRU, CAB AA 0 B X10 B+ PASS THRU, CAB AC 4 D X10 B+ PASS THRU, CAB DB 0 B X10_C1 L.H. CAB B+ STUD AA 0 B X10_C3 L.H. CAB B+ STUD DB 0 B X10_C4 L.H. CAB B+ STUD AC 4 D X10_C5 B+ PASS THRU, CAB AC 4 D X10_C7 AC 4 D X10A LH CAB EPDM B + STUD HE 0 A X10B LH CAB EPDM B+ STUD BK 0 B X11 CONNECTOR, ENGINE MANAGEMENT INTERFACE CA 0 C X11A CONNECTORS CUMMINS ISX−G ENGINE INTERFACE CJ 0 C X16 POWER STUD, EPDM AB 3 C X16 POWER STUD, EPDM AC 4 C X16_C1 STUD, EPDM POWER AC 4 D X16_C2 STUD, EPDM POWER AC 4 C X17A RECEPTACLE 120VAC EXTERNAL HF 1 C X17B RECEPTACLE 120VAC LEFT SLEEPER HF 3 D X17C RECEPTACLE 120VAC RIGHT SLEEPER HF 3 D X17D RECEPTACLE 120VAC RIGHT SLEEPER HF 1 C X17E RECEPTACLE 120VAC LEFT SLEEPER HF 1 D X21D Socket, Body builder connector BY 1 A X21E Socket Body Builder Connector BY 1 D X31 TERMINAL, TRAILER FUNCTION 10 POLE GG 3 D X31_B2 JUNCTION CLEARANCE LMP BN 2 B X31_B2 JUNCTION CLEARANCE LMP GG 3 E X31_B3 JUNCTION LH TURN GG 3 D X31_B4 JUNCTION STOP LAMPS BN 3 B X31_B4 JUNCTION STOP LAMPS GG 2 E X31_B5 JUNCTION RH TURN GG 2 D X31_B6 JUNCTION TAIL LAMPS BN 2 B X31_B6 JUNCTION TAIL LAMPS GG 2 E X31_B8 JUNCTION REVERSE PWR BN 3 B X31_B8_A JUNCTION REVERSE SIGNAL GG 2 E X31_B9 JUNCTION NEUTRAL PWR GG 2 E X32 TERMINAL BLOCK, ISO 3731 7 POLE GJ 2 D X32_1 GJ 2 D X32_7 GJ 2 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE X34 JUNCTION, CB BINDING POST KC 1 C X34D1_MATE JUNCTION, CB #1 IN D−PANEL KC 1 C X34D2_MATE JUNCTION, CB #2 IN D−PANEL KC 1 C X34R KC 3 C X34R3 JUNCTION, O/HEAD CB 3 PIN CONN. KC 3 C X40 Strip, Option Junction Studs BM 3 B X40 Strip, Option Junction Studs BU 2 A X40 Strip, Option Junction Studs BV 2 A X40 Strip, Option Junction Studs BW 2 A X40 Strip, Option Junction Studs BX 2 B X40 Strip, Option Junction Studs BZ 0 B X40 Strip, Option Junction Studs GQ 4 C X40 Strip, Option Junction Studs NB 2 C X40_C1 X40 JUNCTION BLOCK, TERMINAL, STUD 1 BM 1 B X40_C2 X40 JUNCTION BLOCK, TERMINAL, STUD 2 BM 1 B X40_C5 X40 JUNCTION BLOCK, TERMINAL, STUD 5 BM 1 B X40_C6 X40 JUNCTION BLOCK, TERMINAL, STUD 6 BM 1 B X40_C7 X40 JUNCTION BLOCK, TERMINAL, STUD 7 BM 1 B X40_C7_1 X40 JUNCTION BLOCK, TERMINAL, STUD 7 BK 2 B X40_D1 X40 JUNCTION BLOCK TERMINAL, STUD 1 BZ 0 B X40_D2 X40 JUNCTION BLOCK TERMINAL, STUD 2 BZ 0 B X40_D5 X40_D4 J1708BL BZ 0 B X40_D6 X40_D6 J1708BH BZ 1 B X40_D7 X40 JUNCTION BLOCK TERMINAL, STUD 7 BZ 1 B X61 CONNECTOR, LIFT GATE POWER CIRCUIT RECEPT ND 0 B X87 Connector, Cummins Crossover CL 4 D X89 Connector, Water−in−fuel Sensor CF 0 D X89 Connector, Water−in−fuel Sensor CL 0 C X109_L1 AC 4 B X109_L2 AD 1 A X109L Jump Start Cable Stud AC 4 B X109L Jump Start Cable Stud AD 1 A X135 GROUND FIFTH WHEEL AD 0 D X192 CONNECTOR CUMMINS CES CL 2 D X200 CONNECTOR, RS232 JC 4 C XC1 LH CAB GND AD 1 C XC1 LH CAB GND AF 3 D XC1_10 AD 1 D XC1_11 AD 2 E XC1_12 LH CAB GND STUD AD 2 E XC1_13 AD 2 D XC1_C1 L.H. CAB GND STUD AD 2 C XC1_C2 L.H. CAB GND STUD AD 2 C XC1_C3 L.H. CAB GND STUD AD 2 C XC1_C5 L.H. CAB GND STUD AD 2 D XC1_C6 L.H. CAB GND STUD AD 1 D XC1_C7 L.H. CAB GND STUD AD 1 D XC1_C7 L.H. CAB GND STUD GE 1 D XC1_C8 L.H. CAB GND STUD AD 1 C XC1_C9 L.H. CAB GND STUD AD 1 C

REF DESCRIPTION PAGE XC1_C9 L.H. CAB GND STUD AF 3 C XC1_C10 L.H. CAB GND STUD AD 1 D XC1_C11 LH CAB GND STUD AD 1 D XC1_C12 AF 2 C XC1_C13 AD 1 D XC1_C13 BN 2 B XC1_C14 AD 2 D XC1_C15 CJ 3 B XC_BB BODY BUILDER GND STUD BJ 3 B XC_BB BODY BUILDER GND STUD BK 1 A XF1 STUD, FRAME RAIL AD 0 C XF1 STUD, FRAME RAIL AF 1 D XF1 STUD, FRAME RAIL ND 0 C XF1_1 STUD, FRAME RAIL AF 1 D XF1_2 STUD, FRAME RAIL ND 0 C XF1_A1 STUD, FRAMERAIL AD 0 C XF1_A2 TERMINAL, FRAMERAIL GROUND AD 0 C XF1_C2 AD 0 B XF1_C3 FRAME GROUND AD 0 C XF1_C3 FRAME GROUND AF 1 D XF1_C4 GND FUSE HOLDER AD 1 C XF1_C5 GND FUSE HOLDER AD 1 C XF1_C6 GND BATTERY AD 2 B XF1A11 GROUND, ECS EC 1 B XF_C6 Inverter Case Ground HF 0 C XF_C61 Inverter Earth Ground HF 0 C XG9 STUD, ENGINE BLOCK AF 2 C XG9 STUD, ENGINE BLOCK CJ 3 A XG9_C1 ENGINE GND AD 0 D XG9_C1 ENGINE GND AF 1 C XG9_C2 AF 2 B XG9_C3 AF 2 B XG9_C4 AF 2 B XH GROUND JUNCTION AD 2 D XH GROUND JUNCTION EC 1 B Y11 SOL. VALVE, ABS,LHS,FRT, EA 0 B Y11 SOL. VALVE, ABS,LHS,FRT, ED 0 C Y12 SOL. VALVE ABS,RHS,FRT. EA 1 B Y12 SOL. VALVE ABS,RHS,FRT. ED 1 C Y13 SOL. VALVE ABS,LHS,REAR EA 1 D Y13 SOL. VALVE ABS,LHS,REAR ED 0 A Y14 SOL. VALVE ABS,RHS,REAR EA 1 E Y14 SOL. VALVE ABS,RHS,REAR ED 1 A Y15 SOL. VALVE ABS,LHS, 3RD AXLE EA 3 D Y15 SOL. VALVE ABS,LHS, 3RD AXLE ED 3 D Y16 SOL. VALVE ABS,RHS, 3RD AXLE EA 2 D Y16 SOL. VALVE ABS,RHS, 3RD AXLE ED 3 D Y18 Solenoid valve, PTO (Power Take Off) FD 1 D Y18G SOLENOID TRANS PTO 1 BC 3 D Y18G SOLENOID TRANS PTO 1 DA 4 D

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

REFERENCES

REF DESCRIPTION PAGE Y18H SOLENOID TRANS PTO 2 BC 4 D Y18H SOLENOID TRANS PTO 2 DA 3 D Y25A SOLENOID LEVEL CONTROL DRIVE AXLES EC 1 B Y29A SOLENOID LEVEL CONTROL AUX. AXLE EC 2 B Y35 SOLENOID, ENGINE FAN CA 2 C Y35 SOLENOID, ENGINE FAN CE 0 B Y35 SOLENOID, ENGINE FAN CJ 3 D Y35 SOLENOID, ENGINE FAN CK 0 D Y42 CLUTCH, MAGNETIC, A/C COMPRESSOR HA 3 C Y51 SOL VALVE, AIR DRYER FA 2 D Y51_A SOL VALVE AIR DRYER FA 1 C Y52 SOL. VALVE, RH, AIR DRYER FA 1 D Y53:A FA 3 C Y53:B FA 3 C Y57 SOL. VALVE, AUTO TRACTION CTRL EA 1 D

REF DESCRIPTION PAGE Y57 SOL. VALVE, AUTO TRACTION CTRL ED 1 A Y57_SA SOLENOID VALVE, TRACTION CONTROL, STEER A ED 4 D Y62 SOLENOID ACCUMULATOR DC 1 C Y80 SOLENOID VALVE, UREA DOSING UNIT CD 2 B Y80A DEF INJ VALVE CF 1 C Y81 SOLENOID VALVE, UREA HEATING TANK CD 2 D Y81A CF 1 C Y81A CL 1 C Y86 SOL, MULTI VALVE ASSY. FB 0 D Y100 SOLENOID VALVE, TRAILER ABS FOR BENDIX ES ED 2 D Y106 SOLENOID HILL ASSIST BRAKE ED 4 D Y110 SOLENOID VALVE, OIL THERMOSTAT DA 4 B Z01 CONNECTOR, VEH DIAG. XA 1 C Z10 CONNECTOR DIAGNOSTIC XC 2 C

0 1 2 3 4

A

B

C

D

E

A

B

C

D

E

0 1 2 3 4

Documents

Mack Trucks - Wiring Diagram Index