2004 Model Year Electrical Guide

Transcription

1 ATMT T H MAJT Q LZATH MAFAT F AML A JAA A JAA A LMT VT ATMT T H MAJT Q LZATH TH Q MTH MAFAT F AML A JAA A JAA A LMT VT ATMT T H AL HH TH F AL MAFAT F AML A JAA A JAA A LMT VT 004 Model ear lectrical uide ublished by arts and ervice ommunications Jaguar ars Limited ublication art umber JJM 0 8 6/5 ssue

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3 Jaguar -T 00.5 Table of ontents Table of ontents: Figures... Abbreviations and Acronyms... 4 ntroduction... 5 omponent ndex... 6 ymbols and odes... 4 etwork onfiguration... 5 Fuse ox Location... 6 elay and Fuse Location... 7 Harness n-line onnectors ontrol Module Location... 0 round oint Location... ontrol Module in dentification... 9 lectrical uide Figures and ata... follows after page 9 (pages are numbered by Figure number) Appendix ( and A Messages)... follows Figures and ata AT F : June 00

4 Table of ontents: Figures Jaguar -T 00.5 F Fig. escription Variant 0 ower istribution Fig Main ower istribution... All Vehicles Fig attery ower istribution: art... All Vehicles Fig attery ower istribution: art... All Vehicles Fig gnition witched ower istribution: (Accessory)... All Vehicles Fig gnition witched ower istribution: (un)... All Vehicles Fig witched ystem ower istribution... All Vehicles Fig ngine Management ystem witched ower istribution... All Vehicles 0 attery; tarter; enerator Fig attery; tarter; enerator: V6... V6 Vehicles Fig attery; tarter; enerator: V8... V8 Vehicles 0 ngine Management Fig ngine Management: V6 art... V6 Vehicles Fig ngine Management: V6 art... V6 Vehicles Fig ngine Management: V8 /A art... V8 /A Vehicles Fig ngine Management: V8 /A art... V8 /A Vehicles Fig ngine Management: V8 art... V8 Vehicles Fig ngine Management: V8 art... V8 Vehicles 04 Transmission Fig Transmissions... All Vehicles 05 hassis Fig ynamic tability ontrol... All Vehicles Fig lectronic arking rake; Variable Assist ower teering... All Vehicles Fig Adaptive peed ontrol... Adaptive peed ontrol Vehicles Fig uspension Adaptive amping... Adaptive amping Vehicles 06 limate ontrol Fig limate ontrol ystem; indshield Heaters... All Vehicles 07 nstrumentation Fig nstrument luster; Audible arnings... All Vehicles 08 xterior Lighting Fig xterior Lighting: Front... on H Headlamp Vehicles Fig xterior Lighting: Front H... H Headlamp Vehicles Fig xterior Lighting: ear... All Vehicles Fig xterior Lighting: ear Trailer Towing... Trailer Towing Vehicles Fig Headlamp Leveling... Headlamp Leveling Vehicles 09 nterior Lighting Fig nterior Lighting... All Vehicles Fig immer-ontrolled Lighting... All Vehicles 0 teering olumn; edals; Mirrors; Heaters Fig teering olumn Adjust; edal Adjust... All Vehicles Fig oor Mirrors: Movement and Heaters; Heated ear indow... All Vehicles Fig lectrochromic ear View Mirror; Fold-ack Mirrors... All Vehicles; Fold-ack Mirror Vehicles AT F : June 00

5 Jaguar -T 00.5 Table of ontents: Figures F Fig. escription Variant eat ystems Fig..... river eat: 0-ay Movement with Memory... 0-ay river eat Memory Vehicles Fig..... river eat: 6-ay Movement with Memory... 6-ay river eat Memory Vehicles Fig..... river eat: on Memory... on Memory river eat Vehicles Fig assenger eat... 6 / 8 / 0-ay assenger eat Vehicles Fig assenger eat: 6-ay Movement... 6-ay assenger eat Vehicles Fig eat Heaters... Heated eat Vehicles entral Locking; ecurity Fig..... entral Locking: ouble Locking... ouble Locking Vehicles Fig..... entral Locking: on ouble Locking... on ouble Locking Vehicles Fig..... ecurity ystem... All Vehicles ash / ipe Fig..... ash / ipe ystem... All Vehicles 4 owered indows; liding oof Fig owered indows; liding oof... All Vehicles 5 n-ar ntertainment Fig n-ar ntertainment: tandard... tandard Vehicles Fig n-ar ntertainment: remium... remium Vehicles 6 Telematics Fig Telephone ystem:... Vehicles Fig Telephone ystem: A... A Vehicles Fig Telephone ystem with Voice:... Vehicles Fig Telephone ystem with Voice: A... A Vehicles Fig Voice ontrol ystem... Voice nly Vehicles Fig avigation ystem (except Japan)... avigation Vehicles (except Japan) Fig avigation ystem with TV (except Japan)... avigation Vehicles with TV (except Japan) Fig avigation ystem: Japan... Japan avigation Vehicles 7 ccupant rotection Fig Advanced estraint ystem: art... All Vehicles Fig Advanced estraint ystem: art... All Vehicles 8 river Assist Fig arking Aid ystem... arking Aid Vehicles 9 Ancillaries Fig Ancillaries: Horn, igar Lighter, ower oint, Accessory onnector, un hade, ingapore oad ricing... All Vehicles 0 Vehicle Multiplex ystems Fig ontroller Area etwork... All Vehicles Fig tandard orporate rotocol etwork; erial ata Link... All Vehicles Fig etwork: art... All Vehicles Fig etwork: art... All Vehicles Fig etwork: art... All Vehicles AT F : June 00

6 Abbreviations and Acronyms Jaguar -T 00.5 The following abbreviations and acronyms are used throughout this lectrical uide: A/ Air onditioning A/M Air onditioning ontrol Module A Accelerator edal osition ensor A Accelerator edal osition ensor lement A Accelerator edal osition ensor lement AT Automatic Transmission + attery Voltage AK H ylinder ank (ylinders,, 5, 7) AK LH ylinder ank (ylinders, 4, 6, 8) A ontroller Area etwork K rankshaft osition ensor M ontrol Module M / amshaft osition ensor / H ank M / amshaft osition ensor / LH ank etwork ynamic tability ontrol M ngine ontrol Module T ngine oolant Temperature ensor FT ngine Fuel Temperature ensor xhaust as ecirculation T xhaust as Temperature ensor T ngine il Temperature ensor VA AT L VALV vaporative mission anister lose Valve VA AT VALV vaporative mission anister urge Valve FT Fuel Tank ressure ensor M eneral lectronic ontrol Module lobal ositioning ystem H High ntensity ischarge H / Heated xygen ensor H ank / pstream H / Heated xygen ensor H ank / ownstream H / Heated xygen ensor LH ank / pstream H / Heated xygen ensor LH ank / ownstream AT ntake Air Temperature ensor nstrument luster n-ar ntertainment ystem MT VALV / ntake Manifold Tuning Valve / Top MT VALV / ntake Manifold Tuning Valve / ottom njection ressure ensor K / Knock ensor / H ank K / Knock ensor / LH ank LH Left Hand LH Left Hand rive MAF Mass Air Flow ensor MA Manual Transmission MA Manifold Absolute ressure ensor /A ormally Aspirated A orth American pecification AT assive Anti-Theft ystem M ulse idth Modulated M ear lectronic ontrol Module H ight Hand H ight Hand rive est of orld tandard orporate rotocol etwork TM Transmission ontrol Module T Throttle osition ensor T Throttle osition ensor lement T Throttle osition ensor lement T Turn ignal TV Television V6 V6 ngine V8 V8 ngine V Vehicle nformation ontrol ystem VVT VALV / Variable Valve Timing Valve / ank VVT VALV / Variable Valve Timing Valve / ank +ve ositive ve egative 4 AT F : June 00

7 Jaguar -T 00.5 ntroduction lectrical uide Format This lectrical uide 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 Jaguar -T electrical / electronic systems, as well as the location and identification of components. The second section includes the Figures, which are the basis of the book. ach Figure is identified by a Figure umber (i.e. Fig. 0.) and Title, and is accompanied by a page of data containing information specific to that Figure. t is recommended that the user read through the front section of the book to develop a familiarity with the layout of the book and with the system of symbols and abbreviations used. The Table of ontents should help to guide the user. Vehicle dentification umbers (V) V ranges are presented throughout the book in the following manner: V 456 indicates up to V 456 ; V 456 indicates from V 456 on. Jaguar -T lectrical ystem Architecture ower upplies The Jaguar -T electrical system is a supply-side switched system. The ignition switch directly carries much of the ignition switched power supply load. ower supply is provided via three methods: direct battery power supply, ignition switched power supply, and witched ystem ower upply. The witched ystem ower upply circuit is controlled via the M (eneral lectronic ontrol Module) and the M (ear lectronic ontrol Module). efer to Figure 0.6 for circuit activation details. Fuse oxes The electrical harness incorporates two hard-wired power distribution fuse boxes: the Front ower istribution Fuse ox located in the engine compartment and the ear ower istribution Fuse ox located in the trunk. A serviceable rimary Junction Fuse ox is located in the front right-hand foot well. All fuses and relays (except the trailer towing accessory kit) are located in the two fuse boxes. Vehicle etworks The ew Jaguar -T employs three different networks: a A (ontroller Area etwork) for high-speed power train communications, an (tandard orporate rotocol) network for slower speed body systems communications, and a (ptical) etwork for very highspeed real-time audio data transfer. The etwork is a fiber optic network with a gateway to the remaining vehicle networks via the Audio nit. Technician access to the three networks and the erial ata Link is via the ata Link onnector. round tuds ircuit ground connections are made at body studs located throughout the vehicle. There are no separate power and logic grounding systems; however, there are a certain number of components that use unique ground points. -T TMT AL AT F : June 00 5

8 omponent ndex Jaguar -T 00.5 A T... Fig. 9. A LA... Fig. 9. ATV AK T... Fig. 05. ATV AK T L... Fig. 05. ATV T... Fig.. AATV AM TL ML... Fig Fig. 0. AATV TL HM ML... Fig. 05. AATV TL TL ML... Fig Fig. 0. A LA L VALV... Fig. 0.6 A T M LTH... Fig Fig Fig. 0.4 A T M LTH LA... Fig Fig Fig. 0.6 A T TL ML AL... Fig Fig Fig Fig. 0. A T TL ML MT... Fig Fig Fig. 0. A T... Fig Fig Fig. 0.6 AA T, XT A AL... Fig. 7. AA T A AL... Fig. 7. AM / FM ATA AMLF... Fig Fig. 5. AMT TMAT... Fig. 06. A... Fig Fig Fig. 0.5 A T... Fig Fig..... Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig. 0.5 AXLA LAT M... Fig. 06. AXLA LAT M LA... Fig. 06. AXLA LHT TH... Fig Fig Fig Fig Fig Fig. 09. ATT... Fig Fig Fig Fig L MT... Fig. 06. L MT LA... Fig. 06. AK AL TH... Fig Fig Fig. 0.6 AK FL V... Fig. 05. AK / FF TH... Fig Fig Fig Fig. 08. AK... Fig. 05. ATHA... Fig Fig Fig Fig Fig. 0.5 LLLA H TL ML... Fig Fig Fig Fig Fig Fig Fig. 0.5 T L TH AK... Fig Fig Fig Fig Fig Fig Fig..... Fig..... Fig. 4. A LHT... Fig Fig. 9. A LHT / T LA... Fig. 9. K (V6)... Fig. 0. K (V8)... Fig Fig. 0.5 LTH AL TH... Fig Fig. 04. LTH AL T... Fig Fig. 05. LTH AL AFT TH... Fig Fig. 04. M (V6)... Fig. 0. M (V8)... Fig Fig. 0.5 L A A ATAT... Fig. 06. LM A AL AJT TH... Fig AT F : June 00

9 Jaguar -T 00.5 omponent ndex L FA ML... Fig Fig Fig. 0.6 T LAM... Fig. 09. AM L... Fig ATA LK T... Fig Fig. 0. FT M ATAT... Fig. 06. HA TMAT... Fig. 06. LATH AML V... Fig Fig Fig..... Fig..... Fig..... Fig. 4. LATH AML LH A... Fig Fig..... Fig..... Fig.. LATH AML A... Fig Fig..... Fig..... Fig.. LATH AML H A... Fig Fig..... Fig..... Fig.. M... Fig. 0. TH AK V... Fig Fig Fig Fig Fig..... Fig. 4. TH AK LH A... Fig. 4. TH AK A... Fig. 4. TH AK H A... Fig. 4. V TL ML... Fig Fig Fig Fig Fig..... Fig..... Fig..... Fig..... Fig Fig. 0. V AT TL ML... Fig..... Fig..... Fig. 0. AM TALT TL TL ML... Fig Fig Fig Fig. 0. T... Fig Fig Fig. 0.5 FT (V6)... Fig. 0. FT (V8)... Fig Fig. 0.5 VALV (V8 /A)... Fig. 0. VALV (V8 )... Fig. 0.5 LTHM A V M A MA... Fig. 0. LT A ML... Fig. 9. M TL LA... Fig. 0.7 TL ML... Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig..... Fig Fig. 0. LAT LVL... Fig. 07. T... Fig Fig Fig. 0.5 VA AT L VALV... Fig Fig Fig. 0.5 VA AT VALV... Fig Fig Fig. 0.5 XTAL TK LA TH... Fig..... Fig.. FAA LAM... Fig. 09. FL M ATAT... Fig. 06. FH / LAT ATAT... Fig. 06. FT F LAM... Fig Fig. 08. FT F LAM LA... Fig Fig. 08. V AT T TH... Fig. 7. AL LAT TL VALV... Fig. 06. AL LA (LMAT TL)... Fig. 06. AL LA (AT HALAM)... Fig Fig Fig. 08. AT F : June 00 7

10 omponent ndex Jaguar -T 00.5 FT TT F X... Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig..... Fig..... Fig. 9. FT... Fig Fig Fig. 0.5 FL FLA A TK LA TH AK... Fig Fig Fig..... Fig.. FL FLA LA... Fig..... Fig.. FL FLA LA L... Fig..... Fig.. FL JT (V6)... Fig. 0. FL JT (V8 /A)... Fig. 0.4 FL JT (V8 )... Fig. 0.6 FL LVL... Fig. 07. FL M... Fig Fig Fig. 0.6 FL M... Fig. 0.6 FL M ML... Fig. 0.6 FL M LA... Fig Fig Fig. 0.6 AL LT TL ML... Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig..... Fig..... Fig..... Fig..... Fig Fig. 0. AT (V6)... Fig. 0. LV X LAM... Fig. 09. HA T V... Fig Fig Fig Fig. 6.4 HALAM LVL ATAT... Fig HALAM LVL TL ML... Fig Fig Fig. 0. HALAM T (T H)... Fig Fig. 08. HAT A... Fig Fig Fig. 5. HAT A LA... Fig. 0. H HALAM T... Fig H LA... Fig. 08. HH-MT T LAM... Fig Fig H... Fig Fig Fig. 0.5 H LA... Fig. 0.7 H AJA TH... Fig.. H LA... Fig..... Fig. 9. H... Fig..... Fig. 9. HMT... Fig. 06. AT... Fig. 0.5 T AAT... Fig Fig Fig. 0.6 T L LA... Fig. 0.7 T ML A L... Fig Fig Fig. 0.6 T TH... Fig Fig Fig Fig Fig Fig Fig Fig.. MAT... Fig. 7. MT L VALV... Fig. 0. -A TMAT... Fig. 06. LAT... Fig.. TA TH... Fig. 0.5 AT (V8)... Fig AT F : June 00

11 Jaguar -T 00.5 omponent ndex TMT LT... Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig..... Fig Fig Fig. 0. TL M... Fig. 0.6 (V6)... Fig. 0. (V8 /A)... Fig. 0. (V8 /)... Fig. 0.5 J AT ML... Fig Fig Fig. 0. Jaguaret ATA... Fig Fig Fig Fig. 6.4 KK (V6)... Fig. 0. KK (V8)... Fig Fig. 0.5 LATAL ALMT... Fig LH HL HAT... Fig. 06. LH HL HAT LA... Fig. 06. L LAT LAM... Fig Fig LMA M V... Fig..... Fig..... Fig.. LMA M A... Fig Fig..5 LMA L V... Fig.. LMA L A... Fig..5 MAF... Fig Fig Fig. 0.5 MA LHT TH (LM THA)... Fig Fig Fig Fig Fig. 09. MA LAM... Fig. 09. MA (V6)... Fig. 0. AVAT TL ML... Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig. 0.5 AVAT ATA... Fig Fig Fig. 6.8 AVAT A TLMAT LA... Fig Fig Fig. 6.8 TAL TH... Fig Fig. 05. A TL ML... Fig. 7. L TH... Fig. 07. AL M ATAT... Fig. 06. AK A TL ML... Fig Fig. 0. AK A... Fig. 8. AK A... Fig. 8. AK AK TL ML... Fig Fig Fig. 0. AK AK MT... Fig. 05. AK AK TH... Fig. 05. A AA ATVAT AT LAM... Fig. 7. A AT HT... Fig. 7. A AT HT TL ML... Fig. 7. AV AT-THFT TM TAV... Fig Fig Fig.. AV T... Fig.. AL AJT MT... Fig. 0. AL F TH... Fig. 05. AL TAVL... Fig. 05. AMLF... Fig Fig Fig Fig. 0.5 T... Fig Fig. 9. AH M... Fig.. AH LA... Fig.. MA (V8 /A)... Fig. 0. MA (V8 )... Fig. 0.5 AT F : June 00 9

12 omponent ndex Jaguar -T 00.5 MA JT F X... Fig Fig Fig Fig Fig Fig Fig Fig. 9. A ML... Fig.. A T... Fig.. A LT TL ML... Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig..... Fig..... Fig..... Fig Fig. 0. A TT F X... Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig..... Fig..... Fig. 9. A TT F X MAF... Fig. 0. MT KL T ML... Fig..... Fig.. TAT TL ML... Fig Fig Fig. 0. V TH... Fig Fig. 08. HHT... Fig F L... Fig Fig Fig..... Fig Fig Fig Fig Fig Fig Fig Fig Fig. 0. AT AK HAT... Fig..6 AT LT T T... Fig. 7. AT LT TH... Fig. 7. AT H HAT... Fig..6 AT HAT ML... Fig..6 AT MT A... Fig..4 AT MT A T V... Fig..... Fig..... Fig.. AT MT A T A... Fig..5 AT TH AK V... Fig..... Fig..... Fig.. AT TH AK A... Fig Fig..5 T AT... Fig.. MAK... Fig Fig. 08. MAK LAM... Fig. 08. L F TL ML... Fig. 4. ATAL... Fig. 7. AK... Fig Fig. 5. TAT MAF... Fig Fig Fig. 0. TAT MT... Fig Fig. 0. TAT LA... Fig Fig. 0. T AL... Fig. 05. T LM LK TL ML... Fig..... Fig. 0. T LM MT, L A T... Fig. 0. T HL A TH... Fig Fig Fig Fig Fig. 6.5 T HL H TH... Fig. 9. T HL LHT... Fig. 09. T HL TL TH... Fig Fig Fig Fig. 05. F... Fig. 5. HA MT... Fig. 9. V LAM... Fig. 09. TH TM LA... Fig AT F : June 00

13 Jaguar -T 00.5 omponent ndex TAL LAM T... Fig Fig TLMAT LA... Fig Fig Fig Fig Fig. 6.4 TLH ATA (M)... Fig Fig Fig Fig. 6.4 TLH ATA (TH Jaguaret)... Fig Fig Fig Fig. 6.4 THTTL MT (V6)... Fig. 0. THTTL MT (V8 /A)... Fig. 0. THTTL MT (V8 )... Fig. 0.5 THTTL MT LA... Fig Fig Fig. 0.5 T... Fig Fig Fig. 0.5 TAL T T... Fig TAL T TL ML... Fig VTAL ALMT... Fig V ATVAT TL ML... Fig Fig Fig Fig Fig Fig. 0.5 VVT L VALV... Fig Fig. 0. AH FL LVL TH... Fig Fig.. HL... Fig. 05. MT AML... Fig. 4. TH... Fig. 09. HL AH M... Fig.. / AH TH... Fig.. HH / L LA... Fig.. MT AML... Fig.. AK HAT / H HL HAT LA... Fig. 06. AK HAT H HL HAT... Fig. 06. AK LA... Fig.. A AT A LATAL ALAT LT... Fig. 05. TAL T JT X... Fig TAL T LA... Fig TAT LAT LA... Fig. 0. TAM AAT... Fig. 04. TAM TL ML... Fig Fig Fig Fig Fig. 0. TK AJA TH... Fig Fig..... Fig..... Fig.. TK LAM LH... Fig. 09. TK L LAM... Fig. 09. TK LA L... Fig..... Fig.. T AT... Fig Fig. 08. TV ATA A AMLF... Fig Fig. 6.8 VALT TH... Fig..... Fig.. VAAL AT T ATAT... Fig. 05. VHL FMAT ATA... Fig. 6.8 VHL FMAT TL ML... Fig. 6.8 VHL FMAT... Fig. 6.8 AT F : June 00

14 ymbols and odes Jaguar -T 00.5 T: n the examples on this page, an X is used where a number would appear on an actual Figure. eference ymbols ontrol Module in ymbols X attery power supply nput A network X gnition switched auxiliary power supply (key, ) utput network X gnition switched power supply (key, ) + attery voltage network X witched ystem ower upply power supply ower ground erial and encoded data X ngine Management ystem power supply + ensor/signal supply V * XX.X Figure number reference ensor/signal ground ** A ontroller Area etwork tandard orporate rotocol network network * May also indicate eference Voltage. ** May also indicate eference round or Logic round. efer to ontrol Module in-ut nformation. iring ymbols plice Motor implified splice otentiometer ulb ower distribution box terminal apacitor ressure transducer onnector esistor iode olenoid yelet and stud uppression diode uppression resistor Fuse Thermistor round Transistor Hall effect sensor H ire continued Light emitting diode (L) Zener diode AT F : June 00

15 Jaguar -T 00.5 ymbols and odes Harness odes A limate ontrol Link AT Alarm Link F Front umper Harness ear umper Harness A abin Harness ntercooler ump Link V anister Vent Link river oor Harness M river Memory eat Harness T river oor Trim Link F Fascia Harness FH Front Harness FL LH Front Headlamp Link F Fuel ump Harness F H Front Headlamp Link Transmission Harness L Fuel njector Link assenger oor ngine Harness assenger eat Harness T assenger oor Trim Link A etwork Harness F oof Harness L olar ensor Link liding oof Harness ubwoofer Link TT Trailer Tow Harness iring olor odes rown range lack late hite L Light K ink lue reen urple ed raid ellow F lack fiber optic ( etwork) ode umbering hen numbering connectors, grounds and splices, Jaguar ngineering uses a three-position format: A00, A00, etc. ecause space is limited in this lectrical uide the codes have, in most cases, been shortened. Thus A00-00 becomes A-, A00-00 becomes A-, etc. AT F : June 00

16 ymbols and odes Jaguar -T 00.5 rounds n figures where LH and H circuits are combined and the ground designation differs from LH to H, the H ground code is shown in parentheses. f the ground designation is the same for LH and H, only one ground code is used, with no parentheses. XAML: A54 (A4) LH Vehicles H Vehicles A54 ame for LH and H Vehicles elays All relays are located in the Front and ear ower istribution oxes and the rimary Junction Fuse ox. elays do not have a separate relay connector (base). All relays use the pin numbering system (,,, 4, 5). ach relay is identified by an number unique only to the fuse box in which it is located. XAML: HA-V LA MALL LA Fuses All fuses are located in the Front and ear ower istribution oxes and the rimary Junction Fuse ox. ach fuse is identified by an F number unique only to the fuse box in which it is located. XAML: F9 5A etworks n most instances, networks are shown as a broken grey line to indicate that there is network communication between the depicted control modules. efer to Figures 0., 0., 0., 0.4 and 0.5 for circuit details. XAML: MA() MA() MA() MA() TL ML TL ML omponent epictions XAML: MLT MT A TL ML MLT MT (XT TL ML) AML A TT F X MT TH TAL LT T 4 AT F : June 00

17 Jaguar -T 00.5 etwork onfiguration AMLF TL ML TAM TL ML V ATVAT TL ML AATV TL TL ML LT AK AK TL ML AATV AM TL ML LLLA H TL ML TAT TL ML HALAM LVL TL ML AM TALT TL TL ML V TL ML V AT TL ML ATHA A T TK ATA AK A TL ML A T TL ML J AT A LT TL ML AL LT TL ML AVAT TL ML F L TMT LT TK ATA T LM LK TL ML A AL ATA LK ATA LK T A TK TK TK AL ATA LK T: TAL -T TK FAT (ATMAT TAM; FLL T T). F T F 0., 0., 0., 0.4 A 0.5 F T TAL. AT F : June 00 5

18 Fuse ox Location Jaguar -T 00.5 FT TT F X MA JT F X A TT F X 6 AT F : June 00

19 Jaguar -T 00.5 elay and Fuse Location FT TT F X F09 50A F 0A F 0A F 80A F4 F5 F6 F7 F8 F9 F0 5A 5A 5A 5A 0A 0A 0A HAT X LA T L LA 4 THTTL MT LA F5 40A F7 0A F8 0A F0 40A F 0A F F F4 F5 F6 F7 F8 0A 5A 5A 0A 5A 5A 0A M TL LA AXLA LAT M LA A/ M LTH LA LH H LA FT F LAM LA H LA H H LA 5 HH / L LA 6 AK LA 7 LH HL HAT LA 8 AH LA 0 TAT LA AK HAT LA H HL HAT LA FH5* FH7* A56* F7* A LHT / T LA F 5A F 5A F4 5A F5 F6 F7 0A 0A 5A F8 F9 F0 F F F F4 F5 F6 F7 F8 F9 F0 5A 0A 5A 0A 5A 5A 0A 5A 0A 5A 0A 5A 0A A* F5 5A F5 0A F55 0A F57 0A F59 5A F F F4 F5 F6 F7 0A 0A 5A 0A 0A 0A F9 F0 5A 0A F F 0A 0A F5 5A F4 F4 F44 5A 0A 0A F46 F47 F48 F49 F50 0A 5A 0A 5A 5A MA JT F X 5 * MA JT F X T HAT A LA TH TM LA 4 TH TM LA 5 TH TM LA 4 7 L MT LA 8 FL FLA LA 0 A LA TH TM LA 5 FL M LA F6 5A F 40A F 5A F8 F9 F0 5A 5A 5A F0 0A F 5A F F F F4 F5 5A 5A 5A 5A 5A F8 0A F 0A F4 5A F9 0A F 0A F5 5A F0 0A F 0A F6 5A F 0A F4 0A F7 5A F7 5A F5 0A F 0A A TT F X AT F : June 00 7

20 Harness n-line onnectors Jaguar -T 00.5 LH F (6) FH89 (6) FH40 () FH9 () 5 (6) 6 (6) 4(4) T4 F4 (4) 4(8) (6) F0 (4); F (4) FH8 () FH (6) FH6 (6) FH4 () F4 (6) L (0) FH (0) FH (6) A7 F07 8 (6); T8 (4); T0 (4) F 4 (0) T (4) F9 (6); F (0); F6 (6); F4 (4); F98 F7 (6); F5 (4); F (6) F9 (0) F99 M (0); M (4); M40 (4) 40 (4); 5 (4); 4 (0); (4) F4 (6) F6 L () F () A () AA/ A4A/ (0) T: H TH FMAT AVALAL, TH M F TA A T H ATH. 8 AT F : June 00

21 Jaguar -T 00.5 Harness n-line onnectors H F (6) FH89 (6) FH40 () FH9 () 5 (6) 6 (6) T4 4(4) F4 (4); F (4) 4(8) (6) FH8 () FH (6) FH6 (6) FH4 () F4 (6) L (0) F0 (4) FH (0) 4 (0) A7 F07 FH (6) F T0 (4); T8 (4); 8 (6) T (4) F9 (6); F (0); F7 (6); F5 (4); F98 F6 (6); F4 (4); F (6) F9 (0) F99 40 (4); 5 (4); 4 (0); (4) M (0); M (4); M40 (4) F4 (6) F6 L () F () A () AA/ A4A/ (0) T: H TH FMAT AVALAL, TH M F TA A T H ATH. AT F : June 00 9

22 ontrol Module Location Jaguar -T 00.5 LH AATV TL TL ML AM TALT TL TL ML T LM LK TL ML TAT TL ML TL ML AL LT TL ML TMT LT V TL ML V AT HAT TL ML V AT TL ML A T TL ML (M TH TL AL) HALAM LVL TL ML A T TL ML (MT) A T A AT HT TL ML A TL ML A AT HAT TL ML AMLF (T); AVAT TL ML (ML); ATHA (TTM) VHL FMAT TL ML V ATVAT TL ML LLLA H TL ML AK A TL ML AK AK TL ML A LT TL ML TAL T ML AATV AM TL ML T: TH TAM TL ML TA TH TH TAM. 0 AT F : June 00

23 Jaguar -T 00.5 ontrol Module Location H AATV TL TL ML AM TALT TL TL ML TL ML AL LT TL ML A T TL ML (MT) A AT HT TL ML A TL ML A AT HAT TL ML A T TL ML (M TH TL AL) TAT TL ML T LM LK TL ML HALAM LVL TL ML TMT LT A T V TL ML V AT HAT TL ML V AT TL ML AMLF (T); AVAT TL ML (ML); ATHA (TTM) VHL FMAT TL ML V ATVAT TL ML LLLA H TL ML AK A TL ML AK AK TL ML A LT TL ML TAL T ML AATV AM TL ML T: TH TAM TL ML TA TH TH TAM. AT F : June 00

24 round oint Location Jaguar -T 00.5 FH95 FH FH4 5 ( LK ) 40 (H) 40 (LH) T FH77 A0 A50 F8 A4 A54 A6 A56 A57 J A58 AT F : June 00

25 Jaguar -T 00.5 AT F : June 00 ontrol Module in dentification K K K 46 K K K K 46 K K K K 46 K V6 V8 /A V8 TL ML / LAK

26 ontrol Module in dentification Jaguar -T FH A A FH A4 A T AM TALT TL TL ML FH0 / LAK AATV AM TL ML A / A / L AATV TL TL ML FH07 / LAK LT AK AK TL ML A4 / LAK A4 / LAK 4 AT F : June 00

27 Jaguar -T 00.5 ontrol Module in dentification A T TL ML AL F7 F8 F7 / F8 / ** 7 6 * * LH ; H ** LH ; H A T TL ML MT F40 F4 F40 / F4 / ** 7 6 * * LH ; H ** LH ; H 4 4 AT F : June 00 5

28 ontrol Module in dentification Jaguar -T AL LT TL ML A A4 FH59 FH9 A / LAK A4 / ATAL FH59 / LAK FH9 / LAK FH60 FH60 / LAK AT F : June 00

29 Jaguar -T 00.5 ontrol Module in dentification A LT TL ML A0 A0 A00 A0 A0 / LAK A0 / ATAL A00 / LAK A0 / LAK * ** * LH ; H ** LH ; H A6 (TT) A6 (TT) / LAK AT F : June 00 7

30 ontrol Module in dentification Jaguar -T 00.5 F5 F4 F TMT AK F5 / LAK F4 / F6 / LAK * * LH ; H AT F : June 00

31 Jaguar -T 00.5 ontrol Module in dentification V AT TL ML M M4 M5 M6 M7 M8 M / LAK M4 / LAK M5 / LAK M6 / LAK M7 / LAK M8 / LAK V TL ML T 4 A85 T / LAK 4 / ATAL A85 / LAK AT F : June 00 9

32 Fig. 0. MT omponent onnector(s) onnector escription Location ATT LA MATMT FT TT F X MATMT, H T TH F8 7-A / LAK T LM L A TT F X MAF LA MATMT A TT F X LA MATMT TAT MAF LA MATMT TAT LAT LA A6 -A / HT LA MATMT, ATT + T J T AVALAL HA -L T onnector onnector escription / Location Location F9 0-A / / A HA T FAA HA H TMT AL, H round J Location LA MATMT, ATT efer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, fuses, grounds, control modules and control module pins. AT F : June 00

33 Jaguar -T 00.5 Main ower istribution Main ower istribution Fig. 0. J ATT A80 A04 A0 500 A TAT MAF A0 A8 T TAT J TM TAT LAT LA A6- A6-4 A6-65 A44 A FH66 75 A A8 K- A5 A77 FH8 7 F8-4 0 F8-6 F9-6 A6-56 F50 5A ATT MAF FT LKHA ATT T TH F9- A6- F 0A A6-7 F 5A A TT F X FT TT F X Fig. 0. Fig. 0. Fig. 0. Fig. 0.4 Fig. 0.5 Fig Fig. 0.7 nput utput + attery Voltage ower round + ensor/ignal upply V ensor/ignal round A etwork erial and ncoded ata VAAT: V A: AT F : All Vehicles All June 00

34 Fig. 0. MT omponent onnector(s) onnector escription Location FT TT F X MATMT, H A TT F X LA MATMT HA -L T onnector onnector escription / Location Location AA/ 4-A / / A HA LA MATMT, LH A 0-A / LAK / TL M LK LA MATMT, H FT, AJAT T AAT M 4-A / / A HA T V AT HA V AT M 0-A / LAK / A HA T V AT HA V AT T8 4-A / / A HA T V TM HA V F9 0-A / / A HA T FAA HA H TMT AL, H FH 0-A / LAK / A HA T FT HA H A T, L 4 4-A / LAK / HA T VHL HA MATMT, LKHA, A 4 8-A / LAK / HA T FT HA MATMT, LKHA, A 4-A / / A HA T A AT HA A AT 4 0-A / LAK / A HA T A AT HA A AT T 4-A / / A HA T A TM HA A efer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, fuses, grounds, control modules and control module pins. AT F : June 00

35 Jaguar -T 00.5 attery ower istribution: art attery ower istribution: art Fig. 0. A44 ATT F 40A F 0A F 0A F4 0A F5 0A F6 0A F7 0A F0 0A A6- A6- A6- A6-4 A6-5 A6-6 A6-7 A6-0 A A F9- AA/-8 T8- T A86 A FH66 ATT F9 50A F 0A F 0A FH-9 FH- FH- FH59 FH F 0A F 0A F 0A A6- A6- A6- A A4 A F 80A F4 5A F5 5A FH- FH-0 FH F4 0A A6-4 A F6 5A FH F5 0A F8 0A F9 0A F0 0A F 0A F 0A F6 5A F8 0A F9 0A F0 5A F 0A F 0A F 5A F4 5A F5 0A F7 0A A6-5 A6-8 A6-9 A6-0 A6- A6- A6-0 A6- A6- A6-4 A6-5 A6-6 A6-7 A6-8 A6-9 A6-4 A6 A A60 M- A6 M- A AA/-7 A40 AA/-6 FH M-4 M- A A F5 40A F7 0A F8 0A F0 40A F 0A F 0A F 5A F4 5A FH- FH- FH-4 FH-6 FH-7 FH-8 FH-9 FH-40 FH55 FH # A TT F X FT TT F X Fig. 0. Fig. 0. Fig. 0. Fig. 0.4 Fig. 0.5 Fig Fig. 0.7 nput utput + attery Voltage ower round + ensor/ignal upply V ensor/ignal round A etwork erial and ncoded ata VAAT: V A: AT F : All Vehicles All June 00

36 Fig. 0. MT omponent onnector(s) onnector escription Location MA JT F X A 6-A / LAK H A T A56 8-A / LAK F7 6-A / LAK FH7 6-A / LAK FH5 0-A / LAK A TT F X LA MATMT HA -L T onnector onnector escription / Location Location FH 0-A / LAK / A HA T FT HA H A T, L L 0-A / / FAA HA T LA LK H TMT AL, H efer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, fuses, grounds, control modules and control module pins. AT F : June 00

37 Jaguar -T 00.5 attery ower istribution: art attery ower istribution: art Fig. 0. A44 F 40A A6- A TT F X 4 A-0 F6 0A F7 5A F8 0A F7- A-5 FH7-5 F7-6 L- L T: L lectronic oad ricing only. F7-4 F F9 5A F0 0A F7- F7- FH7- F7-8 FH FH F 0A F5 5A A- A- A MA JT F X Fig. 0. Fig. 0. Fig. 0. Fig. 0.4 Fig. 0.5 Fig Fig. 0.7 nput utput + attery Voltage ower round + ensor/ignal upply V ensor/ignal round A etwork erial and ncoded ata VAAT: V A: AT F : All Vehicles All June 00

38 Fig. 0.4 MT omponent onnector(s) onnector escription Location T TH F8 7-A / LAK T LM L MA JT F X A 6-A / LAK H A T A56 8-A / LAK F7 6-A / LAK FH7 6-A / LAK FH5 0-A / LAK A TT F X LA MATMT HA -L T onnector onnector escription / Location Location F0 4-A / / FAA HA T FT HA H TMT AL, H F9 0-A / / A HA T FAA HA H TMT AL, H efer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, fuses, grounds, control modules and control module pins. AT F : June 00

39 Jaguar -T 00.5 gnition witched ower istribution: (Accessory) gnition witched ower istribution: (Accessory) Fig. 0.4 A44 F9- A6- F 0A A TT F X F 5A F 5A F7-6 F7-5 F K- F6 0A A56-6 A F8-4 F8- F7-5 F7 0A F7-8 F T TH A56- A MA JT F X Fig. 0. Fig. 0. Fig. 0. Fig. 0.4 Fig. 0.5 Fig Fig. 0.7 nput utput + attery Voltage ower round + ensor/ignal upply V ensor/ignal round A etwork erial and ncoded ata VAAT: V A: AT F : All Vehicles All June 00

40 Fig. 0.5 MT omponent onnector(s) onnector escription Location FT TT F X MATMT, H T TH F8 7-A / LAK T LM L TA TH A4 -A / LH A T MA JT F X A 6-A / LAK H A T A56 8-A / LAK F7 6-A / LAK FH7 6-A / LAK FH5 0-A / LAK A TT F X LA MATMT HA -L T onnector onnector escription / Location Location M 0-A / LAK / A HA T V AT HA V AT F0 4-A / / FAA HA T FT HA H TMT AL, H F9 0-A / / A HA T FAA HA H TMT AL, H FH 0-A / LAK / A HA T FT HA H A T, L 6-A / / HA T TAM HA AJAT T TAM LL H 4 4-A / LAK / HA T VHL HA MATMT, LKHA, A 4 0-A / LAK / A HA T A AT HA A AT F4 6-A / / A HA T HA T, AL HLF efer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, fuses, grounds, control modules and control module pins. AT F : June 00

41 Jaguar -T 00.5 gnition witched ower istribution: (un) gnition witched ower istribution: (un) Fig. 0.5 A44 7 F9- A6- F 0A A TT F X K- 0 F8-4 F8-7 F6 T TH F7- F7-9 F 5A F5 5A F6 0A F4 5A FH7-4 A- A-6 A-4 F7-5 FH5- A- A9 A A4- FH-8 4- A4- FH 6 A4 A88 T: A88 Vehicles with both lectrochromic ear View Mirror and ain ensing Module only. TA TH F 4- A -7 M- 4- F4- FH F0-7 6 F FH F7-4 F5 0A F7 5A F4 0A F9 5A MA JT F X 5 F7-6 F7-6 A-7 F7- F7-9 A56- A-8 A A FT TT F X Fig. 0. Fig. 0. Fig. 0. Fig. 0.4 Fig. 0.5 Fig Fig. 0.7 nput utput + attery Voltage ower round + ensor/ignal upply V ensor/ignal round A etwork erial and ncoded ata VAAT: V A: AT F : All Vehicles All June 00

42 TL ML -T FMAT eneral lectronic ontrol Module in escription and haracteristic FH9- TH TM LA ATVAT: T ATVAT, M TH T T FH FH59-6 ATT L (L): + FH FH60- : ear lectronic ontrol Module in escription and haracteristic + A0- ATT L: + A0-4 TH TM LA ATVAT: T ATVAT, M TH T T A0- + A0- - A0- : T: efer to the Appendix at the rear of this book for etwork Messages. Fig. 0.6 MT omponent onnector(s) onnector escription Location AL LT TL ML FH9 -A / LAK LH A T A4 6-A / ATAL A 0-A / LAK FH59 -A / LAK FH60 7-A / LAK MA JT F X A 6-A / LAK H A T A56 8-A / LAK F7 6-A / LAK FH7 6-A / LAK FH5 0-A / LAK A LT TL ML A6 7-A / LAK LA MATMT, H A A00 -A / LAK A0 0-A / LAK A0 -A / LAK A0 6-A / ATAL A TT F X LA MATMT TH TM LA A TT F X TH TM LA A TT F X TH TM LA A TT F X 4 TH TM LA 4 A TT F X 5 HA -L T onnector onnector escription / Location Location F 6-A / / FT HA T FT M HA H FT M, LH 0-A / / A HA T A M HA H A M, H AA/ 4-A / / A HA LA MATMT, LH A F 6-A / / A HA T FAA HA H TMT AL, H FH 0-A / LAK / A HA T FT HA H A T, L FH9 -A / / FT HA T H FT HALAM LK H FT M, H FH40 -A / / FT HA T LH FT HALAM LK H FT M, LH FH6 6-A / A HA T FT HA LH A T, AJAT T M F4 6-A / / A HA T HA T, AL HLF TT 6-A / / TAL T -L T LA MATMT, AJAT T H TAL LAM round A56 FH77 Location LA MATMT, H LH L A T, AJAT T TH AL LT TL ML (FA F A0) F TL ML -T FMAT, FL A T LFT. The following abbreviations are used to represent values for ontrol Module in-ut data nput ower round A etwork erial and ncoded ata utput ensor / ignal upply V etwork V Voltage () + attery Voltage ensor / ignal round etwork M ulse idth Modulated AT: The information on this data page is furnished to aid the user in understanding circuit oper ation. TH FMAT HL F F L. T: The values listed are approximately those that can be expected at the control module connector pins with all circuit connections made and all components connected and fitted. efer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, fuses, grounds, control modules and control module pins. AT F : June 00

43 Jaguar -T 00.5 witched ystem ower istribution witched ystem ower istribution Fig L FH FH59-7 FH59-87 L A A0- A0- T: The switched system power relays are activated by the M or the M whenever messages are present on the network. After the ignition is switched off, the relays remain activated until all messages are removed. TH TM TL AL LT TL ML FH9- FH60- A0-4 FH6-9 FH77 A TH TM LA 5 4 TH TM LA 5 A-7 A-9 F8 5A F9 0A F0 5A F 0A F 0A F4 5A F 0A F5 0A F0 0A F 0A () () () () MA JT F X FH5-6 FH7-6 FH5-4 FH5- FH5-0 A56-4 F7-4 FH T: FH ide Marker only. FH5-4 FH5-8 FH5-5 FH5-5 FH7- A- 6 FH9 A FH9-9 F- FH9- FH40-9 F-5 FH40- FH9- FH40- F TAT: () on H headlamp vehicles. () H headlamp vehicles TH TM TL A LT TL ML A0- A A9 A6-59 F44 0A A6-50 A6-66 F5 5A A6-75 A6-77 F5 0A A6-68 A7 FH-0 A8 - TT TH TM LA A6-79 F55 0A A A4 F A6-6 F46 0A A6-5 A0 AA/ A0 A6-6 F48 0A A6-54 A TH TM LA 4 A6-8 F57 0A A6-7 A6-8 F59 5A A A TT F X Fig. 0. Fig. 0. Fig. 0. Fig. 0.4 Fig. 0.5 Fig Fig. 0.7 nput utput + attery Voltage ower round + ensor/ignal upply V ensor/ignal round A etwork erial and ncoded ata VAAT: V A: AT F : All Vehicles All June 00

44 TL ML -T FMAT ngine ontrol Module in escription and haracteristic -40 M TL LA V: T ATVAT, M TH T T Fig. 0.7 MT omponent onnector(s) onnector escription Location M TL LA FT TT F X 5 TL ML 4-A / LAK FT LKHA, A FT TT F X MATMT, H H LA FT TT F X T L LA FT TT F X HA -L T onnector onnector escription / Location Location 0-A / LAK / TL M LK LA MATMT, H FT, AJAT T AAT FH 0-A / LAK / A HA T FT HA H A T, L L0 -A / LAK / HA T FL JT LK A F 5 6-A / LAK / HA T FL JT LK, LH A 6 6-A / LAK / HA T FL JT LK, H A 4 4-A / LAK / HA T VHL HA MATMT, LKHA, A round FH4 Location MATMT, H H HALAM F TL ML -T FMAT, FL A T LFT. The following abbreviations are used to represent values for ontrol Module in-ut data nput ower round A etwork erial and ncoded ata utput ensor / ignal upply V etwork V Voltage () + attery Voltage ensor / ignal round etwork M ulse idth Modulated AT: The information on this data page is furnished to aid the user in understanding circuit oper ation. TH FMAT HL F F L. T: The values listed are approximately those that can be expected at the control module connector pins with all circuit connections made and all components connected and fitted. efer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, fuses, grounds, control modules and control module pins. AT F : June 00

45 Jaguar -T 00.5 ngine Management ystem witched ower istribution ngine Management ystem witched ower istribution Fig TL ML FH66 FH-46 4 FH M TL LA FH60 FH-49 FH-50 F7 5A F8 0A FH-4 FH-44 (V6) (V8) FH4 FH4 (/) 4-5 FH-4 4- FH FH F9 50A FH-9 FH FH-4 F7 5A FH- T: L0-6 V6 only. (/A) 4- L0-6 L (V6) (V8) () FH-7 F0 0A FH H LA FH-47 F5 0A FH FM TA TH 50 FH-5 FH T L LA FH6 () FH-48 FH-6 F6 5A F9 0A FH-4 FH FH FT TT F X Fig. 0. Fig. 0. Fig. 0. Fig. 0.4 Fig. 0.5 Fig Fig. 0.7 nput utput + attery Voltage ower round + ensor/ignal upply V ensor/ignal round A etwork erial and ncoded ata VAAT: V A: AT F : All Vehicles All June 00

46 TL ML -T FMAT ngine ontrol Module in escription and haracteristic -6 AK: + - ATMAT AK / TAL AL: + H ATVAT MAAL, AK / TAL AL: + H T AK () MAAL, A LTH AL AFT TH (AK / TAL AL): + H ATVAT -4 TAT LA V: T ATVAT, M TH T T -5 FL M V (T FL M ML): M, 50 Hz, MAL TV T L A = 4% 5% -65 AT FL T AL: VAAL VLTA AT AT T -79 AT FALT; HA A - A - -4 A + nstrument luster in escription and haracteristic F4- K- AL A: + H K + F4- T TH L (): + F4-4 AL : F5- : + F5- ATT L (L): + F5-4 AT : F5-5 AT TAV: MMAT F5-6 AT TAV: MMAT F5-8 A + F5-9 A Transmission ontrol Module in escription and haracteristic + -9 T TH L: + -0 AK / TAL AL: H ATVAT - : -6 : T: efer to the Appendix at the rear of this book for etwork Messages. Fig. 0. MT omponent onnector(s) onnector escription Location ATT LA MATMT LTH AL AFT TH A86 -A / LAK T F LTH AL (TTM TH) TL ML 4-A / LAK FT LKHA, A FT TT F X MATMT, H AT (V6) 47 4-A / LAK, H, FT T7 LT T TH F8 7-A / LAK T LM L TMT LT F4 -A / TMT AL F5 0-A / LAK F6 -A / LAK AV AT-THFT TM TAV F5 4-A / T LM, T TH MA JT F X A 6-A / LAK H A T A56 8-A / LAK F7 6-A / LAK FH7 6-A / LAK FH5 0-A / LAK TAT MAF LA MATMT TAT MT LK, H TAT LA FT TT F X 0 TAM TL ML 6-A / LAK TAM TL VALV AML HA -L T onnector onnector escription / Location Location FH 6-A / L / A HA T FT HA LH A T 6-A / / HA T TAM HA AJAT T TAM LL H 4 4-A / LAK / HA T VHL HA MATMT, LKHA, A 4 8-A / LAK / HA T FT HA MATMT, LKHA, A T4 -A / / FT HA T TAT LK MATMT, AA F H HL AH round F8 J 40 (LH) 40 (H) T Location T F TMT AL, TAM TL LA MATMT, ATT MATMT, H H HL AH L MATMT, H LH HL AH L MATMT, H LH HL AH L F TL ML -T FMAT, FL A T LFT. The following abbreviations are used to represent values for ontrol Module in-ut data nput ower round A etwork erial and ncoded ata utput ensor / ignal upply V etwork V Voltage () + attery Voltage ensor / ignal round etwork M ulse idth Modulated AT: The information on this data page is furnished to aid the user in understanding circuit oper ation. TH FMAT HL F F L. T: The values listed are approximately those that can be expected at the control module connector pins with all circuit connections made and all components connected and fitted. efer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, fuses, grounds, control modules and control module pins. AT F : June 00

47 Jaguar -T 00.5 attery; tarter; enerator: V6 attery; tarter; enerator: V6 Fig. 0. FT LKHA J ATT A80 A04 A0 500 A TAT MAF A0 0. A TT X A8 T0 K- 0 F T4-7 F8-4 F8-7 F8-0.5 T TH T () F7- F 5A FH5- FH6 4-4 TAT LA FT TT F X T TH MA JT F X 8-9, TAM TL ML AL (AT) 4-40 T TAT MT T5 T6 9 A86- A86- FH (MA / A) T LTH AL AFT TH 56 F5- AV AT-THFT TM TAV F5- F5-4 F F5- F4- F4- F5-5 F5-6 F5-4 L AV AT-THFT TM F5-8 F5-9 F4-4 F K. T TAT -4 (MA / ) -6 AT A; LTH A TAT, AK QT FL TL FALT; HA A AT T7 TMT LT F8 TL ML Fig. 0. Fig. 0. Fig. 0. Fig. 0.4 Fig. 0.5 Fig Fig. 0.7 nput utput + attery Voltage ower round + ensor/ignal upply V ensor/ignal round A etwork erial and ncoded ata VAAT: V A: AT F : V6 Vehicles All June 00

48 TL ML -T FMAT ngine ontrol Module in escription and haracteristic -6 AK: + - ATMAT AK / TAL AL: + H ATVAT MAAL, AK / TAL AL: + H T AK () MAAL, A LTH AL AFT TH (AK / TAL AL): + H ATVAT -4 TAT LA V: T ATVAT, M TH T T -79 AT FALT; HA A - A - -4 A + nstrument luster in escription and haracteristic F4- K- AL A: + H K + F4- T TH L (): + F4-4 AL : F5- : + F5- ATT L (L): + F5-4 AT : F5-5 AT TAV: MMAT F5-6 AT TAV: MMAT F5-8 A + F5-9 A Transmission ontrol Module in escription and haracteristic + -9 T TH L: + -0 AK / TAL AL: H ATVAT - : -6 : Fig. 0. MT omponent onnector(s) onnector escription Location ATT LA MATMT TL ML 4-A / LAK FT LKHA, A FT TT F X MATMT, H AT (V8) 48 4-A / LAK, H, FT T7 LT T TH F8 7-A / LAK T LM L TMT LT F4 -A / TMT AL F5 0-A / LAK F6 -A / LAK AV AT-THFT TM TAV F5 4-A / T LM, T TH MA JT F X A 6-A / LAK H A T A56 8-A / LAK F7 6-A / LAK FH7 6-A / LAK FH5 0-A / LAK TAT MAF LA MATMT TAT MT LK, H TAT LA FT TT F X 0 TAM TL ML 6-A / LAK TAM TL VALV AML HA -L T onnector onnector escription / Location Location 6-A / / HA T TAM HA AJAT T TAM LL H 4 4-A / LAK / HA T VHL HA MATMT, LKHA, A T4 -A / / FT HA T TAT LK MATMT, AA F H HL AH T: efer to the Appendix at the rear of this book for etwork Messages. round F8 J 40 (LH) 40 (H) T Location T F TMT AL, TAM TL LA MATMT, ATT MATMT, H H HL AH L MATMT, H LH HL AH L MATMT, H LH HL AH L F TL ML -T FMAT, FL A T LFT. The following abbreviations are used to represent values for ontrol Module in-ut data nput ower round A etwork erial and ncoded ata utput ensor / ignal upply V etwork V Voltage () + attery Voltage ensor / ignal round etwork M ulse idth Modulated AT: The information on this data page is furnished to aid the user in understanding circuit oper ation. TH FMAT HL F F L. T: The values listed are approximately those that can be expected at the control module connector pins with all circuit connections made and all components connected and fitted. efer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, fuses, grounds, control modules and control module pins. AT F : June 00

49 Jaguar -T 00.5 attery; tarter; enerator: V8 attery; tarter; enerator: V8 Fig. 0. FT LKHA J ATT A80 A04 A0 500 A TAT MAF A0 0. A TT X A8 T0 K- 0 F T4-7 F8-4 T TH F8-7 F8-0.5 T TH T () F7- F 5A MA JT F X FH5- FH TAT LA FT TT F X T5 T9 T8 9-9, T T TAT MT TAM TL ML 40AL 56 F5- AV AT-THFT TM TAV F5- F5-4 F F5- F4- F4- F5-5 F5-6 F5-4 AV AT-THFT TM L TMT LT F5-8 F5-9 F4-4 F5-0..K. T TAT 0. F8 4-4 AT A; LTH A TAT AK QT, TL ML FALT; HA A AT T Fig. 0. Fig. 0. Fig. 0. Fig. 0.4 Fig. 0.5 Fig Fig. 0.7 nput utput + attery Voltage ower round + ensor/ignal upply V ensor/ignal round A etwork erial and ncoded ata VAAT: V A: AT F : V8 Vehicles All June 00

50 TL ML -T FMAT ngine ontrol Module in escription and haracteristic - H HAT TL /: M, L 8 m, VAAL T L - H HAT TL /: M, L 8 m, VAAL T L -4 : -5 : -6 AK: + -7 T : + -8 AK / FF TH: MALL / + H ATVAT -0 TA TH: MALL L / T H ATVAT - L : MAL 5 V - L : MAL 5 V -7 MALL AL : -8 MALL AL : -9 : -0 : + - ATT L: M TH L : M TH L : + -9 H HAT /: -0 H HAT /: - ATMAT AK / TAL AL: + H ATVAT MAAL, AK / TAL AL: + H T AK () MAAL, A LTH AL AFT TH (AK / TAL AL): + H ATVAT -6 AKHAFT AL: L AL, 70 L L -7 AKHAFT AL : -8 TAK MAFL T VALV L V / T: H ATVAT -9 TAK MAFL T VALV L V / TTM: H ATVAT -40 M TL LA V: T ATVAT, M TH T T -4 TAT LA V: T ATVAT, M TH T T -4 T A A AL HL: -44 MA A FL AL: MAL 0 5 V AT T -45 MA A FL : -46 MA A FL : -50 FL TMAT AL, MAL 0 5 V: T VLTA A A TMAT A -5 THTTL MT LA V: T ATVAT, M TH T T -5 AT TL: VAAL VLTA -54 THTTL MT : -55 H HAT TL /: M, L 8 m, VAAL T L -56 H HAT TL /: M, L 8 m, VAAL T L -65 AT FL T AL: VAAL VLTA AT AT T -66 VA AT VALV V: M, 0 Hz, TV T L A 7% 00% -67 VA AT L VALV V: T L, M TH T T -68 AK AMHAFT AL: L AL, 4 L L -69 AK AMHAFT : -70 LAT TMAT AL, MAL 0 5 V: T VLTA A A TMAT A -7 TAK A TMAT AL, MAL 0 5 V: T VLTA A A TMAT A -7 JT AL, MAL 0 5 V: TTMT VLTA A A A -75 THTTL T AL: L = 0.60 V; FLL THTTL = 4.0 V -76 THTTL T AL: L =.48 V; FLL THTTL = 4.40 V -78 L TMAT AL, MAL 0 5 V: T VLTA A A TMAT A -79 AT FALT; HA A -80 THTTL MT V: + T ATVAT MT -8 H HAT /: -8 H HAT /: -8 H / AL: VAAL T -84 H / AL: TAT T -9 H HAT /, / : -9 H HAT TL /: M, L 56 m, TV T L A 0 m = 0%, 77 m = 0%, 56 m = 00% -9 H HAT TL /: M, L 56 m, TV T L A 0 m = 0%, 77 m = 0%, 56 m = 00% -94 AK AMHAFT AL: L AL, 4 L L -95 AK AMHAFT : -98 AK KK AL: VAAL VLTA T VAT -99 AK KK AL: VAAL VLTA T VAT -00 HL: -0 ALAT AL T AL: FT FF = 0.75 V; FLL =.40 V (AT).0 (MA) -0 ALAT AL T AL: FT FF =.8 V; FLL =.05 V (AT).4 V (MA) -04 FL TAK AL, MAL 0 5 V: VLTA A A A -05 AL ATA LK: AL MMAT -06 THTTL MT V: + T ATVAT MT -07 H / AL: VAAL T -08 H / AL: TAT T -09 AK VVT L VALV: M, 00Hz, TV T L A 0% 00% -0 AK VVT L VALV: M, 00Hz, TV T L A 0% 00% - FL JT,, 5, 8 : -6 FL JT, 4, 6, 7 : - A - -4 A + -7 MA AL, MAL 0 5 V: VLTA A A MAFL ALT A -8 H / AL, MAL V : V -9 H / AL, MAL V : V -0 H HL: + -4 THTTL MT L: + H LA ATVAT Fig. 0. MT omponent onnector(s) onnector escription Location A A88 6-A / LAK T F ALAT AL AK / FF TH A7 -A / T F AK AL K (V6) 55 -A / LAK TM V, AKHAFT LL M (V6) 57 -A / LAK AK (H) AMHAFT V, FT M (V6) 56 -A / LAK AK (LH) AMHAFT V, FT T 5 -A / LAK V, LAT TLT AT FT (V6) L9 -A / LAK FL AL, FT TL ML 4-A / LAK FT LKHA, A T 4 -A / LAK AJAT T L FLT VA AT L VALV A70 -A / LAK AV A AXL (FL TAK MT) VA AT VALV FH -A / LAK MATMT, LH, AJAT T TT FT TT F X MATMT, H FT F -A / LAK FL TAK, LH ( A LAT) H TAM / 4-A / LAK H XHAT, T F ATALT H TAM / 4-A / LAK LH XHAT, T F ATALT H TAM / 0 4-A / LAK H XHAT, ATALT T H TAM / 4-A / LAK H XHAT, ATALT T MT L VALV 0 -A / LAK TAK MAFL, A MT L VALV -A / LAK TAK MAFL, A (V6) L -A / LAK FL AL, A KK (V6) 0 -A / LAK V, TA FT, AK (FT ) KK (V6) 9 -A / LAK LK, A, AK (A ) MAF 4 5-A / LAK A TAK, AJAT T A LA MA (V6) 9 4-A / LAK TAK MAFL, A THTTL MT (V6) 8 -A / LAK A TAK, FT THTTL MT LA FT TT F X 4 T 6 4-A / LAK THTTL, THTTL HAFT VVT L VALV 6 -A / LAK H L HA, FT VVT L VALV 7 -A / LAK LH L HA, FT HA -L T onnector onnector escription / Location Location F 4-A / / FAA HA T FT HA H TMT AL, A F6 6-A / L / A HA T FAA HA H TMT AL, V FH 0-A / LAK / A HA T FT HA H A T, L FH 6-A / L / A HA T FT HA LH A T F 8-A / LAK / A HA T FL M HA T F FL TAK, H L0 -A / LAK / HA T FL JT LK A F 4 4-A / LAK / HA T VHL HA MATMT, LKHA, A round 40 (LH) 40 (H) Location MATMT, H H HL AH L MATMT, H LH HL AH L F TL ML -T FMAT, FL A T LFT. T: efer to the Appendix at the rear of this book for etwork Messages. The following abbreviations are used to represent values for ontrol Module in-ut data nput ower round A etwork erial and ncoded ata utput ensor / ignal upply V etwork V Voltage () + attery Voltage ensor / ignal round etwork M ulse idth Modulated AT: The information on this data page is furnished to aid the user in understanding circuit oper ation. TH FMAT HL F F L. T: The values listed are approximately those that can be expected at the control module connector pins with all circuit connections made and all components connected and fitted. efer to the front of this book for detailed information and illustrations regarding the location and identification of harnesses, relays, fuses, grounds, control modules and control module pins. AT F : June 00