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Jaguar 2000 Bedienungsanleitung

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Ähnliche Gebrauchsanleitungen

Richtige Gebrauchsanleitung

Die Vorschriften verpflichten den Verkäufer zur Übertragung der Gebrauchsanleitung Jaguar 2000 an den Erwerber, zusammen mit der Ware. Eine fehlende Anleitung oder falsche Informationen, die dem Verbraucher übertragen werden, bilden eine Grundlage für eine Reklamation aufgrund Unstimmigkeit des Geräts mit dem Vertrag. Rechtsmäßig lässt man das Anfügen einer Gebrauchsanleitung in anderer Form als Papierform zu, was letztens sehr oft genutzt wird, indem man eine grafische oder elektronische Anleitung von Jaguar 2000, sowie Anleitungsvideos für Nutzer beifügt. Die Bedingung ist, dass ihre Form leserlich und verständlich ist.

Was ist eine Gebrauchsanleitung?

Das Wort kommt vom lateinischen „instructio”, d.h. ordnen. Demnach kann man in der Anleitung Jaguar 2000 die Beschreibung der Etappen der Vorgehensweisen finden. Das Ziel der Anleitung ist die Belehrung, Vereinfachung des Starts, der Nutzung des Geräts oder auch der Ausführung bestimmter Tätigkeiten. Die Anleitung ist eine Sammlung von Informationen über ein Gegenstand/eine Dienstleistung, ein Hinweis.

Leider widmen nicht viele Nutzer ihre Zeit der Gebrauchsanleitung Jaguar 2000. Eine gute Gebrauchsanleitung erlaubt nicht nur eine Reihe zusätzlicher Funktionen des gekauften Geräts kennenzulernen, sondern hilft dabei viele Fehler zu vermeiden.

Was sollte also eine ideale Gebrauchsanleitung beinhalten?

Die Gebrauchsanleitung Jaguar 2000 sollte vor allem folgendes enthalten:
- Informationen über technische Daten des Geräts Jaguar 2000
- Den Namen des Produzenten und das Produktionsjahr des Geräts Jaguar 2000
- Grundsätze der Bedienung, Regulierung und Wartung des Geräts Jaguar 2000
- Sicherheitszeichen und Zertifikate, die die Übereinstimmung mit entsprechenden Normen bestätigen

Warum lesen wir keine Gebrauchsanleitungen?

Der Grund dafür ist die fehlende Zeit und die Sicherheit, was die bestimmten Funktionen der gekauften Geräte angeht. Leider ist das Anschließen und Starten von Jaguar 2000 zu wenig. Eine Anleitung beinhaltet eine Reihe von Hinweisen bezüglich bestimmter Funktionen, Sicherheitsgrundsätze, Wartungsarten (sogar das, welche Mittel man benutzen sollte), eventueller Fehler von Jaguar 2000 und Lösungsarten für Probleme, die während der Nutzung auftreten könnten. Immerhin kann man in der Gebrauchsanleitung die Kontaktnummer zum Service Jaguar finden, wenn die vorgeschlagenen Lösungen nicht wirksam sind. Aktuell erfreuen sich Anleitungen in Form von interessanten Animationen oder Videoanleitungen an Popularität, die den Nutzer besser ansprechen als eine Broschüre. Diese Art von Anleitung gibt garantiert, dass der Nutzer sich das ganze Video anschaut, ohne die spezifizierten und komplizierten technischen Beschreibungen von Jaguar 2000 zu überspringen, wie es bei der Papierform passiert.

Warum sollte man Gebrauchsanleitungen lesen?

In der Gebrauchsanleitung finden wir vor allem die Antwort über den Bau sowie die Möglichkeiten des Geräts Jaguar 2000, über die Nutzung bestimmter Accessoires und eine Reihe von Informationen, die erlauben, jegliche Funktionen und Bequemlichkeiten zu nutzen.

Nach dem gelungenen Kauf des Geräts, sollte man einige Zeit für das Kennenlernen jedes Teils der Anleitung von Jaguar 2000 widmen. Aktuell sind sie genau vorbereitet oder übersetzt, damit sie nicht nur verständlich für die Nutzer sind, aber auch ihre grundliegende Hilfs-Informations-Funktion erfüllen.

Inhaltsverzeichnis der Gebrauchsanleitungen

  • Seite 1

    BY APPOINTMENT TO HIS ROYAL HIGHNESS THE PRINCE OF WALES MANUFACTURERS OF DAIMLER AND JAGUAR CARS JAGUAR CARS LIMITED COVENTRY BY APPOINTMENT TO HER MAJESTY QUEEN ELIZABETH II MANUFACTURERS OF DAIMLER AND JAGUAR CARS JAGUAR CARS LIMITED COVENTRY BY APPOINTMENT TO HER MAJESTY QUEEN ELIZABETH THE QUEEN MOTHER MANUFACTURERS OF DAIMLER AND JAGUAR CARS [...]

  • Seite 2

    1 XJ Series 2000 DATE OF ISSUE: October 1 999 Electrical Guide Format This Electrical Guide is made up of two major sections. The first section, at the front of the book, provides general information for and about the use of the book, and information and illustrations to aid in the understanding of the XJ Series electrical / elec- tronic systems, a[...]

  • Seite 3

    2 XJ Series 2000 DATE OF ISSUE: October 1 999 T able of Contents Table of Contents: Figures ........................................................................................... 3 – 4 Component Index ........................................................................................................ 5 – 11 User Instructions ..........[...]

  • Seite 4

    3 XJ Series 2000 DATE OF ISSUE: October 1 999 T able of Contents: Figures FIGURES Fig. Description Variant 01 Power Distribution 01.1 ...... Main Power Distribution ................................................................ All Vehicles 01.2 ...... Battery Power Distribution: LH and RH Heelboard Fuse Boxes ...... All Vehicles 01.3 ...... Batt[...]

  • Seite 5

    4 XJ Series 2000 DATE OF ISSUE: October 1 999 T able of Contents: Figures FIGURES Fig. Description Variant 11 Steering Column; Mirrors 11. 1 ..... . Steering Column Movemen t ......................................................... . Powered Column Vehicles 11. 2 ..... . Mirror Movement: Memor y ....................................................[...]

  • Seite 6

    5 XJ Series 2000 DATE OF ISSUE: October 1 999 Component Index A/CCM: Air Conditioning Control Module ................................. Fig. 04.3 ................................................................................................ Fig. 04.6 ABS / Traction Control Control Module .................................... Fig. 06.1 .............[...]

  • Seite 7

    6 XJ Series 2000 DATE OF ISSUE: October 1 999 Component Index CMPS: Camshaft Position Sensors .......................................... Fig. 04.1 ................................................................................................ Fig. 04.2 ................................................................................................[...]

  • Seite 8

    7 XJ Series 2000 DATE OF ISSUE: October 1 999 Component Index Engine Control Module ............................................................ Fig. 03.1 ................................................................................................ Fig. 03.2 ........................................................................................[...]

  • Seite 9

    8 XJ Series 2000 DATE OF ISSUE: October 1 999 Component Index Instrument Pack ...................................................................... Fig. 05.3 ................................................................................................ Fig. 08.1 ....................................................................................[...]

  • Seite 10

    9 XJ Series 2000 DATE OF ISSUE: October 1 999 Component Index Rear Side Markers (NAS Only) ................................................. Fig. 09.2 Rear Window Inhibit Switch (Driver Door Switch Pack) ........... Fig. 15.1 Recline Switch – Passenger Rear ............................................ Fig. 12.5 Refrigerant 4-Way Pressure Switch .[...]

  • Seite 11

    10 XJ Series 2000 DATE OF ISSUE: October 1 999 Component Index Seat Heater Switches (Center Console Switch Pack) ............... Fig. 12.1 ................................................................................................ Fig. 12.2 ................................................................................................ Fig. 12[...]

  • Seite 12

    11 XJ Series 2000 DATE OF ISSUE: October 1 999 Component Index Trunk Release Actuator ........................................................... Fig. 13.1 ................................................................................................ Fig. 13.2 Trunk Release Switches .......................................................... Fig. [...]

  • Seite 13

    12 XJ Series 2000 DATE OF ISSUE: October 1 999 User Instructions Figure and Data Page Layout Figure Pages Each Figure represents a specific electrical system of the vehicle. The Figures are arranged numerically by system ( 01 – Power Distribution, 02 – Ground Distribution , etc.) with variations in the system identified by a numeral following a[...]

  • Seite 14

    13 XJ Series 2000 DATE OF ISSUE: October 1 999 VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network FC15-39 FC15-73 F[...]

  • Seite 15

    14 XJ Series 2000 DATE OF ISSUE: October 1 999 Symbols and Codes NOTE: In the examples shown on this page, an ‘X’ is used where a number would appear on an actual Figure. Reference Symbols Reference symbols are used for three purposes: • to allow the user to complete the individual system circuit to power supply or ground • to refer the use[...]

  • Seite 16

    15 XJ Series 2000 DATE OF ISSUE: October 1 999 XXXXX -XX -XX -XX XX1 XX1-X XX1-X Symbols and Codes Wiring Symbols Wiring Color Codes N Brown O Orange B Black S Slate W White L Light K Pink U Blue G Green P Purple R Red BRD Braid Y Yellow When a wire has two color code letters, the first letter indi- cates the main color and the subsequent letter in[...]

  • Seite 17

    16 XJ Series 2000 DATE OF ISSUE: October 1 999 RHS3 RHS3 FC7-24 FC7-24 (LHD) FC7-15 (RHD) Symbols and Codes Harness Component Numbers Connectors HARNESS CODE + CONNECTOR NUMBER + PIN NUMBER EXAMPLE: FC7-24 (pin number is separated by a dash) Where the pin number differs from LHD to RHD, the connector number will be further identified by (LHD) or (R[...]

  • Seite 18

    17 XJ Series 2000 DATE OF ISSUE: October 1 999 EM2R (EM1R) BT2L CC2( ) LS2R BT2L Symbols and Codes LR Grounds HARNESS CODE + GROUND EYELET NUMBER + EYELET DESIGNATION (L or R where applicable) Eyelet designation Two eyelet variations are used: a single eyelet and an eyelet pair. The single eyelet has a single ‘leg’ and can be iden- tified by th[...]

  • Seite 19

    18 XJ Series 2000 DATE OF ISSUE: October 1 999 Connectors The following connectors are the common harness-to-harness connectors used throughout the vehicle. Multilock 040 Low current (harness and ‘direct’ connection connector). Multilock 070 High current (harness and ‘direct’ connection connector). Econoseal III LC Low current sealed connec[...]

  • Seite 20

    19 XJ Series 2000 DATE OF ISSUE: October 1 999 Augat 1.6 2-way connector. Augat 1.6 3-way connector. Augat 1.6 4-way connector. Augat 1.6 6-way connector. Augat 1.6 8-way connector. Connectors[...]

  • Seite 21

    20 XJ Series 2000 DATE OF ISSUE: October 1 999 Main Power Distribution BT61 ST1 ST4 ST2 ST5 ST6 ST19 ST21 ST20 BT60 ST15 ST14 ST13 BT64 BT65 BT67 BT66 BT62 BT63 + – ENGINE COMPARTMENT FUSE BOX ENGINE MANAGEMENT FUSE BOX STARTER MOTOR GENERATOR FALSE BULKHEAD STUD CONNECTOR LH HEELBOARD FUSE BOX RH HEELBOARD FUSE BOX HIGH POWER PROTECTION MODULE B[...]

  • Seite 22

    21 XJ Series 2000 DATE OF ISSUE: October 1 999 LF10, LF18 LF19, LF20 EM16, EM17, EM18 CC3, FC17 CA33 IC8 CA31, CA47 CA48 BT22, BT28 BT65 BT20, BT21 CA26 LF29 EM8 FC29 CA30, CA36 CA25 CC2 CA38, CA110 BT34 IC6, IC20 Ground Point Location LH FORWARD GROUND STUD ABS GROUND STUD ENGINE GROUND SCREW EMS LH GROUND STUD LH BULKHEAD GROUND STUD: CABIN SIDE [...]

  • Seite 23

    22 XJ Series 2000 DATE OF ISSUE: October 1 999 LHD SC1 SC2 SC3 SC4 BL1 LF32 EM1 EM51 LL2 EM42 EM44 BR1 LF2 PI1 PI2 EM53 EM63 EM2 EM3 LF3 FC5 CA19 FC1 CA20 SW10 CA23 CA66 SW1 SW2 IC1 IC3 CA29 BT4 CA9 CA109 CA16 CA45 CA72 CA27 RT2 FC7 FC11 LF1 CA8 CA10 CA13 CA14 CA46 CA11 CA12 BT71 RB1 Harness Layout FRONT OF VEHICLE RADIATOR COOLING FAN HARNESS (CF)[...]

  • Seite 24

    23 XJ Series 2000 DATE OF ISSUE: October 1 999 RHD EM53 EM63 SC1 SC2 SC3 SC4 BL1 LF32 EM1 EM51 LL2 EM42 EM44 BR1 LF2 PI1 PI2 EM2 EM3 LF3 FC1 CA19 FC5 CA20 SW10 CA27 CA66 SW1 SW2 IC1 IC3 CA29 BT4 CA9 CA109 CA13 CA14 CA46 CA8 CA10 CA72 CA23 RT2 FC7 FC11 LF1 CA11 CA12 CA16 CA45 BT71 RB1 Harness Layout FRONT OF VEHICLE RADIATOR COOLING FAN HARNESS (CF)[...]

  • Seite 25

    24 XJ Series 2000 DATE OF ISSUE: October 1 999 Control Module Location LHD RADIATOR FAN CONTROL RELAY MODULE ABS / TRACTION CONTROL CONTROL MODULE AIRBAG / SRS SINGLE POINT SENSOR DIMMER MODULE KEY TRANSPONDER MODULE INSTRUMENT PACK SLIDING ROOF CONTROL MODULE DRIVER DOOR CONTROL MODULE DRIVER SEAT CONTROL MODULE GEAR SELECTOR ILLUMINATION MODULE D[...]

  • Seite 26

    25 XJ Series 2000 DATE OF ISSUE: October 1 999 RHD Control Module Location RADIATOR FAN CONTROL RELAY MODULE ABS / TRACTION CONTROL CONTROL MODULE AIRBAG / SRS SINGLE POINT SENSOR BODY PROCESSOR MODULE VEHICLE SPEED INTERFACE MODULE (UNDER) ENGINE CONTROL MODULE TRANSMISSION CONTROL MODULE ADAPTIVE DAMPING CONTROL MODULE SLIDING ROOF CONTROL MODULE[...]

  • Seite 27

    26 XJ Series 2000 DATE OF ISSUE: October 1 999 Control Module Pin Identification 9 GW 8 GW 7 R 6 R 5 G 4 G 3 B 2 GU* 1 UY 21 B 20 U 19 W 18 W 17 O 16 YU 15 YG 14 RW 13 — 12 U 11 UY 10 WU 31 B 30 — 29 BK 28 BW* 27 U 26 — 25 RW 24 — 23 UY 22 RW 12 GU 11 W 10 Y 9 W 8 OG 7 BG 6 GR 5 G 4 R 3 WB 2 GO 1 OY 17 O 16 Y 15 W 14 UY 13 WR 19 G 18 B 17 O[...]

  • Seite 28

    27 XJ Series 2000 DATE OF ISSUE: October 1 999 Control Module Pin Identification EM7 1 OY 2 RU 3 — 4 O 5 OG 6 B 7 — 8 R 9 W 10 — 11 — 12 RU 13 OG 14 N 15 BRD 16 U 17 — 29 O 30 YB 31 — 32 YU 33 YU 34 B 35 — 36 Y 37 Y 38 — 39 — 40 — 41 — 42 G 43 — 44 R 45 RG 56 — 57 — 58 — 59 — 60 — 61 — 62 — 63 — 64 — 65 —[...]

  • Seite 29

    28 XJ Series 2000 DATE OF ISSUE: October 1 999 Control Module Pin Identification EM68 19 — 20 — 21 — 22 — 23 — 24 — 25 — 26 — 27 — 28 — 29 — 30 — 31 — 32 — 33 — 34 — 35 — 1 YR 2 — 3 Y 4 — 5 — 6 — 7 — 8 — 9 — 10 O 11 W 12 — 13 O 14 OG 15 OG 16 — 17 — 18 B LS27 17 W 18 R 19 O 20 WU 21 U 22 U 23 ?[...]

  • Seite 30

    29 XJ Series 2000 DATE OF ISSUE: October 1 999 Control Module Pin Identification 12 WR 13 B 14 B 15 GW 16 OY 17 U 18 GW 19 BW 20 BK 21 O 22 — 1 WU 2 GW 3 WR 4 WU 5 NW 6 RW 7 U 8 U 9 UY 10 W 11 — 7 Y 8 YR 9 — 10 — 11 U 12 WU 1 UY 2 Y 3 YG 4 — 5 OY 6 U 14 — 15 — 16 GR 17 RW 18 GU 19 RU 20 YR 21 Y 22 NR 23 — 24 — 25 O 26 GU 1 RG 2 U [...]

  • Seite 31

    30 XJ Series 2000 DATE OF ISSUE: October 1 999 Control Module Pin Identification 1 WG 2 — 3 YR 4 BK 5 — 6 RU 7 YB 8 UY 9 R 10 Y 11 Y 12 — 13 Y 14 U 15 NR 16 B 17 — 18 Y 19 O 20 — 21 — 22 — 23 G 24 G 25 BR 26 — 13 BW 12 — 11 — 10 — 9 — 8 — 7 O 6 U 5 OY 4 YG 3 RW 2 — 1 — 26 — 25 — 24 — 23 OG 22 Y 21 RG 20 OY 19 OY [...]

  • Seite 32

    31 XJ Series 2000 DATE OF ISSUE: October 1 999 Control Module Pin Identification FC15 79 NG 80 N 81 GR 82 GR 83 GB 84 U 85 Y 86 OG 87 YU 88 YG 89 Y 90 BK 91 BK 53 R 54 R 55 YU 56 OY* 57 GR 58 YB 59 RW 60 RW 61 WG 62 — 63 YG 64 — 65 — 27 Y 28 G 29 Y 30 U 31 GB 32 WR 33 W 34 GO 35 OY 36 — 37 GR 38 O 39 Y 1 W 2 GW 3 GO 4 GU 5 YR 6 Y 7 RU 8 —[...]

  • Seite 33

    32 XJ Series 2000 DATE OF ISSUE: October 1 999 Control Module Pin Identification DD11 DD10 7 BR 6 BW 5 GB 4 OY 3 O 2 U 1 BK 15 YG 14 — 13 OY 12 GU 11 — 10 YR 9 RG 8 — 22 BO 21 BW 20 G 19 — 18 — 17 YR 16 — 7 R 6 YB* 5 Y 4 OG 3 OG 2 Y 1 NR 15 OY 14 GW 13 — 12 — 11 — 10 BG 9 U 8 BK 22 O 21 OY 20 WU 19 N 18 BO 17 B 16 Y PD11 PD10 7 ?[...]

  • Seite 34

    33 XJ Series 2000 DATE OF ISSUE: October 1 999 Control Module Pin Identification 14 NG 15 NR 16 — 17 — 18 GR 19 GB 20 — 21 — 22 — 23 — 24 — 25 — 26 — 1 WB 2 WB 3 — 4 — 5 W 6 GB 7 — 8 G 9 WU 10 UY 11 WR 12 N 13 — 9 RW 10 YR 11 WG 12 W 13 OY 14 WB 15 OG 16 N 1 R 2 RU 3 OG 4 UY 5 GW 6 GO 7 YB 8 UY 6 GW 7 — 8 G 9 Y 10 U 1 BK[...]

  • Seite 35

    34 XJ Series 2000 DATE OF ISSUE: October 1 999 Control Module Pin Identification 11 — 10 RW 9 RW 8 RW 7 — 6 — 5 — 4 — 3 — 2 — 1 — 6 GO 5 GW 4 UY 3 WU 2 OY 1 OY 22 — 21 — 20 RW 19 OY 18 UY 17 Y 16 YG 15 GW 14 GW 13 — 12 — 12 GR 11 GW 10 OW 9 B 8 PW 7 PR 11 Y 10 B 9 — 8 — 7 — 6 — 5 — 4 — 3 — 2 — 1 — 6 NW 5 B [...]

  • Seite 36

    35 XJ Series 2000 DATE OF ISSUE: October 1 999 Relay and Fuse Box Location ENGINE COMPARTMENT FRONT RELAYS Wiper RUN / STOP relay Wiper FAST / SLOW relay ENGINE COMPARTMENT RELAYS AND FUSE BOX Ignition positive relay Horn relay Dip beam relay Powerwash relay Main beam relay Front fog lamp relay Heater pump relay Engine compartment fuse box CONTROL [...]

  • Seite 37

    Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control modules and control module pins. DATE OF ISSUE: October 1999 Fig. 01.1 COMPONENTS Component Connector / T ype / Color Location / Access BA TTERY BT66 / BA TTERY CABLE CLAMP TRUNK / BA TTERY COVE[...]

  • Seite 38

    Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control modules and control module pins. DA TE OF ISSUE: October 1 999 Fig. 01.2 COMPONENTS Component Connector / T ype / Color Location / Access FUSE BOX – LH HEELBOARD CA1 / 10-WA Y U.T .A. FUSE BOX[...]

  • Seite 39

    Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control modules and control module pins. DA TE OF ISSUE: October 1 999 Fig. 01.3 COMPONENTS Component Connector / T ype / Color Location / Access FUSE BOX – ENGINE COMP ARTMENT LF5 / 10-W AY U.T .A. F[...]

  • Seite 40

    Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control modules and control module pins. DA TE OF ISSUE: October 1 999 Fig. 01.4 COMPONENTS Component Connector / T ype / Color Location / Access FUSE BOX – ENGINE COMP ARTMENT LF5 / 10-W AY U.T .A. F[...]

  • Seite 41

    Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control modules and control module pins. DA TE OF ISSUE: October 1 999 Fig. 01.5 COMPONENTS Component Connector / T ype / Color Location / Access FUSE BOX – ENGINE MANAGEMENT EM19 / 10-WA Y U.T .A. FU[...]

  • Seite 42

    Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control modules and control module pins. DA TE OF ISSUE: October 1 999 Fig. 02.1 COMPONENTS Component Connector / T ype / Color Location / Access IGNITION SWITCH FC4 / 8-WA Y MUL TILOCK 070 / WHITE STEE[...]

  • Seite 43

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 44

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 45

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 46

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 47

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 48

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 49

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 50

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 51

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 52

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 53

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 54

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 55

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 56

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 57

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 58

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 59

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 60

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 61

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 62

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 63

    Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control modules and control module pins. DA TE OF ISSUE: October 1 999 Fig. 09.3 COMPONENTS Component Connector / T ype / Color Location / Access HEADLAMP LEVELING ACTUA TOR – LH LF41 / 3-WA Y REINSHA[...]

  • Seite 64

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 65

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 66

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 67

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 68

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 69

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 70

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 71

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 72

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 73

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 74

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 75

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 76

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 77

    Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control modules and control module pins. DA TE OF ISSUE: October 1 999 Fig. 12.8 COMPONENTS Component Connector / T ype / Color Location / Access SEA T CUSHION HEA TER – LH REAR BX1 / 3-W AY MUL TILOC[...]

  • Seite 78

    Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control modules and control module pins. DA TE OF ISSUE: October 1 999 Fig. 12.9 COMPONENTS Component Connector / T ype / Color Location / Access SEA T CUSHION HEA TER – LH REAR BX1 / 3-W AY MUL TILOC[...]

  • Seite 79

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 80

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 81

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 82

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 83

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 84

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 85

    Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control modules and control module pins. DA TE OF ISSUE: October 1 999 Fig. 17.1 COMPONENTS Component Connector / T ype / Color Location / Access TELEPHONE ANTENNA RT64 / COAXIAL CONNECTOR BELOW CENTER [...]

  • Seite 86

    Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control modules and control module pins. DA TE OF ISSUE: October 1 999 Fig. 17.2 COMPONENTS Component Connector / T ype / Color Location / Access CD AUTO-CHANGER CD AUTOCHANGER DAT A CABLE TRUNK LH SIDE[...]

  • Seite 87

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 88

    Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control modules and control module pins. DA TE OF ISSUE: October 1 999 Fig. 19.1 COMPONENTS Component Connector / T ype / Color Location / Access P ARKING AID CONTROL MODULE RB1 / 16-W AY / BLACK TRUNK [...]

  • Seite 89

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 90

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 91

    Refer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, grounds, control modules and control module pins. DA TE OF ISSUE: October 1 999 Fig. 21.2 COMPONENTS Component Connector / T ype / Color Location / Access ABS / TRACTION CONTROL CONTROL MODULE LF27 / 25-W AY AMP[...]

  • Seite 92

    The following abbreviations are used to represent values for Control Module Pin-Out data I Input D Serial and Encoded Data B+ Battery V oltage kHz Frequency x 1000 O Output C CAN (Network) V V oltage (DC) ms Milliseconds SG Signal Ground S SCP Network Hz Frequency mV Millivolts CAUTION: The information on this data page is furnished to aid the user[...]

  • Seite 93

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network 250A x 2 BT65 B BT37 B+ (BT66) BT67 BT66 BT60 BT63 BT61 BT62 R R[...]

  • Seite 94

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network GU 3 2 #1 20A CA42 -1 #2 15A CA42 -5 NW #3 15A CA42 -3 #4 10A CA[...]

  • Seite 95

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network NG NG 1 #1 10A BT13 -7 #2 5A BT13 -1 #9 10A BT11 -3 #10 10A BT13[...]

  • Seite 96

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network WG WG WG WG BT4-5 #10 5A CA2 -7 #12 10A CA2 -10 WU #14 10A CA1 -[...]

  • Seite 97

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network #10 10A EM20 -7 #12 10A EM20 -10 WU #14 10A EM19 -8 #16 5A EM19 [...]

  • Seite 98

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network FCS21 III II I III II I III II I III II I III II I FC4-1 FC4-3 F[...]

  • Seite 99

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network FC15-39 FC15-73 FC15-7 O I FC15-41 I RW FC15-80 N 13 III II I FC[...]

  • Seite 100

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network FC15-39 FC15-73 FC15-7 O I FC15-41 I RW FC15-80 N 13 III II I FC[...]

  • Seite 101

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network BK EM83-25 Y EM83-16 B+ EM80-18 EM83-24 EM80-17 EM83-15 EM82-04 [...]

  • Seite 102

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network BK EM83-25 Y EM83-16 B+ EM80-18 EM83-24 EM80-17 EM83-15 EM82-04 [...]

  • Seite 103

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network YR YU RG EM53-8 EM80-12 EM80-10 EM80-16 WU W YU RW YG RW YG WU Y[...]

  • Seite 104

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network BW EM82-04 BW BG BR UY Y G R G RG R K YG UY B BW EM85-01 UY RU E[...]

  • Seite 105

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network EM82-04 BW BG BR UY Y G R G R K YG UY B BW EM85-01 UY RU EM85-02[...]

  • Seite 106

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network #7 20A 3 1 5 2 1 32 II WR NG EM3 -5 FC1 -42 BT4 -19 BT11-1 BT11-[...]

  • Seite 107

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network BRD EM7-85 G EM7-1 EM7-4 EM7-82 B+ EM7-2 EM7-26 EM7-83 EM7-54 EM[...]

  • Seite 108

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network BR EM61-2 EM61-25 EM62-L EM61-3 EM62-H EM61-29 EM61-26 EM61-28 E[...]

  • Seite 109

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network FC15-48 FC15-58 O I FC15-80 N 13 OG B OG RW BK B FCS10 FC29L B S[...]

  • Seite 110

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network LFS1 LF27-3 LF27-4 LF27-19 B+ LF27-9 LF27-20 LF27-25 LF27-17 LF2[...]

  • Seite 111

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network WU CA32-6 CA32-2 O O I CAS46 CA30L B B 10 II U R Y CA32-4 CA32-5[...]

  • Seite 112

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network EM68-20 EM68-10 EM68-27 NW 74 B EM17 B EM68-11 W EM68-28 21.3 21[...]

  • Seite 113

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network BW Y RU RW UY YR RW R OY UY O GW GW GW GW NW OG OY U Y YR U WU Y[...]

  • Seite 114

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network OG UW CC33-5 SH4-2 CC28-2 CC29-7 U GU CC29-16 U CC29-15 GO CC29-[...]

  • Seite 115

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network I FC24-15 NR 27 B FC24-16 FC29R BK FC24-4 YR S S 21.1 21.2 U Y S[...]

  • Seite 116

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network SCP SCP FC15-80 N NW FC15-104 B+ S S – + U Y B+ FC15-82 O GR F[...]

  • Seite 117

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network FC15-38 I FC15-84 FC15-80 N O FC15-79 NG S FC15-85 S Y U SCP SCP[...]

  • Seite 118

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network Y GO FC15-84 FC15-80 N 13 FC15-79 NG 30 S FC15-85 S Y U 2 II WU [...]

  • Seite 119

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network WR LF41-3 LF41-2 WR LF42-3 LF42-2 38 II 39 II 42 II LF41-1 LF42-[...]

  • Seite 120

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network FC15-24 O FC15-80 N 13 RW FC15-41 DD3-6 DD3-7 1 DD10-14 DD11-20 [...]

  • Seite 121

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network FC23-7 FC23-4 O I B FC29R R RW FC23-3 WR 13 I FC23-6 NW Y G G UY[...]

  • Seite 122

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network FC15-40 FC15-87 I WU YU FC15-11 I YB 18 NR YU 270 Ω 100 Ω 47[...]

  • Seite 123

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network DD10-20 O CA30R WU PD10-20 O WU DD10-22 O DD10-4 O OG DD10-21 O [...]

  • Seite 124

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network DD10-20 WU PD10-20 WU DD10-22 O DD10-4 O OG DD10-21 O OY DD10-3 [...]

  • Seite 125

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network R FC5-42 CAS50 FC15-72 O FC15-80 N 13 YU FC15-32 WR 12 I 2 II WU[...]

  • Seite 126

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network SD5-16 WG BK CCS4 BK CC3L SD5-15 SD5-12 SD5-14 SD5-4 SD5-5 SD5-7[...]

  • Seite 127

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network SD5-16 SD5-15 SD5-12 SD5-14 SD5-4 SD5-5 SD5-7 SD5-8 SD5-6 SD5-13[...]

  • Seite 128

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network SD17-4 SD17-5 GU SD17-9 B SD7-1 SD7-3 SD9-1 SD9-3 R OY CA23-4 BB[...]

  • Seite 129

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network SP5-16 SP5-15 SP5-12 SP5-14 SP5-4 SP5-5 SP5-7 SP5-8 SP5-6 SP5-13[...]

  • Seite 130

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network SP5-16 SP5-15 SP5-12 SP5-14 SP5-4 SP5-5 SP5-7 SP5-8 SP5-6 SP5-13[...]

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    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network FC15-41 RW I 1 FC15-80 N 13 FC15-32 WR 12 I 2 II WU FC15-15 I O [...]

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    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network BS6-3 BS1-11 O I BS2-6 NW WU Y BS2-12 NW BS2-4 NR B+ B+ B BS2-5 [...]

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    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network R NR R BX1-1 BX1-3 BX5-1 BX5-3 RU B U WU B RU NR OG WU B R BB1-1[...]

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    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network R NR R BX1-1 BX1-3 BX5-1 BX5-3 RU B U WU B RU NR OG WU B R BB1-1[...]

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    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network B YU FC15-55 I YR YG NW CA31L CAS37 BK DD3-9 DD3-8 DD3-3 DD3-1 Y[...]

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    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network B YU FC15-55 I YR YG NW CA31L CAS37 BK DD3-9 DD3-8 DD3-3 Y YR CA[...]

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    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network FC15-43 O FC15-80 N 13 WG FC15-104 NW 17 NG #7 30A 3 1 5 2 5 YR [...]

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    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network 2 II WU FC15-15 10 II W FC15-33 S S FC24-14 FC24-13 + - DD10-1 N[...]

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    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network IC11-18 PD5 -1 (LHD) DD5 -1 (RHD) IC10-9 Y IC10-10 YR IC10-5 WG [...]

  • Seite 140

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network IC11-18 PD5 -1 (LHD) DD5 -1 (RHD) IC31-18 Y IC31-8 YR IC31-16 Y [...]

  • Seite 141

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network 67 B+ NR RT3-16 B+ G RT3-5 28 I B+ NR RT3-4 RT3-19 RT3-25 RT3-10[...]

  • Seite 142

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network IC12-8 NR IC19-1 IC5-1 O R B 55 Y B IC19-7 IC19-8 IC5-7 IC5-8 IC[...]

  • Seite 143

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network CA61-5 CA61-7 CA61-10 SW10-3 CA81-1 CA81-3 SW10-1 YR Y Y YU RG K[...]

  • Seite 144

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network Reverse Parking Aid System Reverse Parking Aid System Fig. 19.1 [...]

  • Seite 145

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network YB YB FC15-4 BK BK SW2-1 BK FCS28 FC17R SC2-9 SW1-1 SW2-5 SW1-5 [...]

  • Seite 146

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network CC6-10 U CC6-2 Y CC6-4 BK CC6-5 BK 12 18 II 16 I 3 II CC3L CCS4 [...]

  • Seite 147

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network CC6-10 U CC6-2 Y CC6-4 BK CC6-5 BK 12 18 II 16 I 3 II CC3L CCS4 [...]

  • Seite 148

    VARIANT: VIN RANGE: DATE OF ISSUE: F00103 ➞ October 1999 16 50 85 74 9 54 8 49 62 II II EE 14 II II Fig. 01.1 Fig. 01.2 Fig. 01.3 Fig. 01.4 Fig. 01.5 I O S D C 1 19 I Fig. 02.1 XJ Series 2000 Input Output Signal Ground (SG) Serial and Encoded Communications CAN (Network) SCP Network CC6-12 U CC6-13 W CC6-15 W CC6-7 O CC6-4 BK CC6-5 BK 12 18 II 16[...]

  • Seite 149

    i XJ Series 2000 DATE OF ISSUE: October 1 999 This Appendix contains a listing of CAN and SCP Network messages. Abbreviations The following abbreviations are used throughout this Appendix: ABS/TCCM Anti-Lock Braking / Traction Control Control Module BPM Body Processor Module DIAG Diagnostics DDCM Driver Door Control Module DRDCM Driver Rear Door Co[...]

  • Seite 150

    ii XJ Series 2000 DATE OF ISSUE: October 1 999 Receivers Message / Function Source ECM TCM ABS/TCCM INST J-GA TE DIAG Appendix CAN Message Matrix CAN traction acknowledge ECM X CAN traction control estimated engine torque ECM X CAN shift energy management estimated engine torque ECM X X CAN throttle position ECM X X CAN pedal position ECM X X CAN t[...]

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    iii XJ Series 2000 Receivers Message / Function Source ECM TCM ABS/TCCM INST J-GA TE DIAG DATE OF ISSUE: October 1 999 Appendix CAN transmission oil temperature TCM X X CAN transmission malfunction TCM X X X CAN TCM PECUS flag TCM X CAN gear position target (not used) TCM X CAN torque transfer in progress (not used) TCM X CAN TCM fault code MIL sta[...]

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    iv XJ Series 2000 DATE OF ISSUE: October 1 999 Receivers Message / Function Source ECM TCM ABS/TCCM INST J-GA TE DIAG Appendix CAN Message Matrix CAN NWM token ECM ECM X X X CAN NWM token TCM TCM X X X CAN NWM token INST INST X X X CAN NWM token ABS ABS/TCCM X X X CAN diagnostic data in ECM DIAG X CAN diagnostic data in TCM DIAG X CAN diagnostic da[...]

  • Seite 153

    v XJ Series 2000 DATE OF ISSUE: October 1 999 Appendix SCP Message Matrix # Message Name INST BPM DDCM PDCM DSCM PSCM DRDCM PRDCM SLCM 1 Vehicle speed T .............. R ............. R ................................................................................... ........................... 2 Brake pedal pressed T .............. R ...........[...]

  • Seite 154

    vi XJ Series 2000 DATE OF ISSUE: October 1 999 Appendix SCP Message Matrix # Message Name INST BPM DDCM PDCM DSCM PSCM DRDCM PRDCM SLCM 57 Unlock fuel filler flap ................................. T .................................................................... .................................. R ..... 58 Remote unlock ............... R ....[...]

  • Seite 155

    vii XJ Series 2000 DATE OF ISSUE: October 1 999 Appendix # Message Name INST BPM DDCM PDCM DSCM PSCM DRDCM PRDCM SLCM 115 Remote headlamps OFF ............... R ........................................................................................ ............................... T ..... 116 Rear fog lamps ON ............... T ....................[...]