Gebruiksaanwijzing /service van het product 2000 van de fabrikant Jaguar
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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.
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 .
2 XJ Series 2000 DATE OF ISSUE: October 1 999 T able of Contents Table of Contents: Figures ........................................................................................... 3 – 4 Component Index ...........................................
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 ...
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.
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 .
6 XJ Series 2000 DATE OF ISSUE: October 1 999 Component Index CMPS: Camshaft Position Sensors .......................................... Fig. 04.1 ................................................................................................ Fig. 04.
7 XJ Series 2000 DATE OF ISSUE: October 1 999 Component Index Engine Control Module ............................................................ Fig. 03.1 ................................................................................................
8 XJ Series 2000 DATE OF ISSUE: October 1 999 Component Index Instrument Pack ...................................................................... Fig. 05.3 ............................................................................................
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 .
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 .....
11 XJ Series 2000 DATE OF ISSUE: October 1 999 Component Index Trunk Release Actuator ........................................................... Fig. 13.1 ...............................................................................................
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.
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.
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.
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 Gr.
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: F.
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.
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).
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.
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 ENGIN.
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 B.
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 C.
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 C.
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 TR.
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 MODUL.
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 —.
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 Y.
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.
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.
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 .
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.
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 .
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.
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 O.
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 Ignitio.
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.
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.
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.
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.
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.
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.
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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.
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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 .
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.
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.
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 .
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 .
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 .
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 .
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 .
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 .
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.
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.
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 .
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.
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 .
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 .
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.
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 .
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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 An.
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 es.
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 TC.
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 .
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 .................................................................
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 ....................................................
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 ........................................................................................ .
Een belangrijk punt na aankoop van elk apparaat Jaguar 2000 (of zelfs voordat je het koopt) is om de handleiding te lezen. Dit moeten wij doen vanwege een paar simpele redenen:
Als u nog geen Jaguar 2000 heb gekocht dan nu is een goed moment om kennis te maken met de basisgegevens van het product. Eerst kijk dan naar de eerste pagina\'s van de handleiding, die je hierboven vindt. Je moet daar de belangrijkste technische gegevens Jaguar 2000 vinden. Op dit manier kan je controleren of het apparaat aan jouw behoeften voldoet. Op de volgende pagina's van de handleiding Jaguar 2000 leer je over alle kenmerken van het product en krijg je informatie over de werking. De informatie die je over Jaguar 2000 krijgt, zal je zeker helpen om een besluit over de aankoop te nemen.
In een situatie waarin je al een beziter van Jaguar 2000 bent, maar toch heb je de instructies niet gelezen, moet je het doen voor de hierboven beschreven redenen. Je zult dan weten of je goed de alle beschikbare functies heb gebruikt, en of je fouten heb gemaakt die het leven van de Jaguar 2000 kunnen verkorten.
Maar de belangrijkste taak van de handleiding is om de gebruiker bij het oplossen van problemen te helpen met Jaguar 2000 . Bijna altijd, zal je daar het vinden Troubleshooting met de meest voorkomende storingen en defecten #MANUAl# samen met de instructies over hun opplosinge. Zelfs als je zelf niet kan om het probleem op te lossen, zal de instructie je de weg wijzen naar verdere andere procedure, bijv. door contact met de klantenservice of het dichtstbijzijnde servicecentrum.
