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Re: KTM 990 Adventure Автор: Overload Дата: 19 Июля 2012, 18:02:42
после замены топливного шланга и ковыряний в мотоцикле появился сигнал об ошибке — индикатор Fl мигает 8 раз, первый раз длинное мигание и 7 коротких. что бы это значило??? где можно почитать об индикации ошибок?
Ваша ошибка на 179-й странице мануала (должен быть выдан вместе с документами,сертификатами и папкой для них).
Неисправность лямда-зонда первого цилиндра.Могли прищемить кабель к раме,когда после снятия бензобака ставили защитную дугу (задняя клешня с левой стороны).
П.С. Мот создан для путешествий по зажопинским местам. Как можно ездить без кодов ошибок? Советую распечатать их в столбик,заламинировать и положить в бардачок между баками.
Re: KTM 990 Adventure Автор: santaspy007 Дата: 19 Июля 2012, 18:40:57
Твоя ошибка на 179-й странице мануала (должен быть выдан вместе с документами,сертификатами и папкой для них).
Неисправность лямда-зонда первого цилиндра.Могли прищемить кабель к раме,когда после снятия бензобака ставили защитную дугу (задняя клешня с левой стороны).
П.С. Мот создан для путешествий по зажопинским местам. Как можно ездить без кодов ошибок? Советую распечатать их в столбик,заламинировать и положить в бардачок между баками.
спасибо. в моем мануале на стр.180 написано- defect in fuel injection system. read out the fault memory using KTM diagnostics tool. похоже, те, кто купил в этом году, подразумевается, намного тупее тех, кто покупал ранее, и им только на сервис путь заказан) никакого самообслуживания)
Re: KTM 990 Adventure Автор: Overload Дата: 19 Июля 2012, 19:45:41
М-да.У меня такой ошибки в списке нет (11-й год). А какой номер ошибки (цифра перед Warning Lamp FI (MIL) )? Что снимали — насос? Кабель не подломали,пока крутили? И мот как работает?
Re: KTM 990 Adventure Автор: Den77 Дата: 19 Июля 2012, 19:47:50
Overload, у меня такая всегда лежит) А так большинство даже не знает, что такое ремкомплект для шин, и проколов колесо стоят часами жуют сопли, а потом описывают, как они героически стояли на солнцепеке и жевали сопли итп…
Re: KTM 990 Adventure Автор: santaspy007 Дата: 19 Июля 2012, 20:49:21
М-да.У меня такой ошибки в списке нет (11-й год). А какой номер ошибки (цифра перед Warning Lamp FI (MIL) )? Что снимали — насос? Кабель не подломали,пока крутили? И мот как работает?
Мот работает четко. Вроде ничего не сломали. Снимали баки, эл.разъемы. В модели 12 года, видимо, другая приборов??? Код ошибки перед Fl не пишется.
Re: KTM 990 Adventure Автор: santaspy007 Дата: 19 Июля 2012, 20:57:51
Все. Нашли. Действительно кабель лямда-зонда закусили пока дугу ставили.. перетерся на второй день.
Re: KTM 990 Adventure Автор: Overload Дата: 19 Июля 2012, 21:30:38
Ну что за люди? Вы спросите их,откуда у них руки растут? Потом бы у Вас выскочила ошибка «Неисправность нагрева лямбда-зонда»,а потом короткое замыкание и остановка двигателя прямо на дороге,возможно во время обгона перед встречкой. Скажите им об этом.
Код ошибки перед Fl не пишется.
Значок просто моргает.И из морганий мы определяем номер кода.Я просто подзабыл об этом. Он не пишется нигде на панели. То есть,если моргает 4 длинных и 5 коротких,то в книжке обозначается как ошибка номер 45. И так далее. И там идёт расшифровка.
Re: KTM 990 Adventure Автор: kirillsh Дата: 30 Июля 2012, 23:20:09
Гдеб камеру 18ю в Мск прикупить? что то нет нигде… 
Re: KTM 990 Adventure Автор: mazepa crew Дата: 30 Июля 2012, 23:22:32
Для честности добавляю косячёк КТМ- у приятеля накрячился датчик подножки. Итог- эвакуатор, слава Богу датчик был в БАЙК ЛЭНДЕ 
Невиданный случай 
Вот по этому поводу имею вопрос- НАХЕРА в датчике подножки стоит электронная схема!!!!!!!!!!!!!!!!!!

Неужели нельзя просто ВКЛ-ВЫКЛ?
Ваше мнение?
Добавлено : 31 Июля 2012, 00:20:14
kirillsh, сегодня у приятеля на 990 рванула передняя камера- скорость за 100, что творилось с мотиком неописуемо((((
метров 300 неуправляемой езды между машин. Со слов Сашки мотоцикл как знал куда ехать между машин. Потерял тапочек, шел за ним метров 200. Вот, блин(( камер в Москве нет, подарил ему Мишелин ХАРД ЮЗ, толшина стенок 4 мм- пусть испытывает)))
Re: KTM 990 Adventure Автор: bluesman Дата: 30 Июля 2012, 23:32:21
Как раз обсуждали в ветке про тайгер что мол зачем сделали механический когда можно как КТМ.
У тайгера если накрывается выключатель тупо скручиваешь два провода и вперед.
А в Катоше неа…
Re: KTM 990 Adventure Автор: kirillsh Дата: 30 Июля 2012, 23:39:44
Жесть!!! Хорошо что без последствий!
А по поводу датчика… Может Ден77 подскажет как быть в пампасах в таком случае…
Re: KTM 990 Adventure Автор: kirillsh Дата: 30 Июля 2012, 23:54:23
А вот еще вопрос созрел!
Когда я купил свой 990й, а было это 8тысяч км назад, он отказывался ехать на ниже 5000 оборотов. Эластичности ноль, низов ноль. Далее моим другом был куплен и обкатан 990й и я обратил внимание что эластичности в нем сильно больше, но ездить ниже 5000 не комфортно.
Доливали мы в оба мотоцикла масло и тк 10w50 не нашлось, долили 10w60, долили от 600 — 900 мл в мотоцикл.
Оба мотоцикла стало просто не узнать! Крейсерка сместилась с 5000 на 4000, появились низы без рывков. Вот что это за бред? Ну не может же нас обоих глючить…
Апд.
Или все же +30 тому виной?
Re: KTM 990 Adventure Автор: bluesman Дата: 30 Июля 2012, 23:56:45
Насколько мне известно единственный способ обойти свитч- возить с собой байпасс кит производства того же КТМа для супердюка или афтермаркет
http://www.dualsportwarehouse.com/CJ-DESIGNS-KTM-SIDE-STAND-ELIMINATOR-KIT-CJD-SEK.htm
Это не касается 950го. Там все просто.
Re: KTM 990 Adventure Автор: kirillsh Дата: 31 Июля 2012, 00:03:56
Это же еще запчасть возить с собой!
Интересно, а программно это никак не глушится?
Re: KTM 990 Adventure Автор: bluesman Дата: 31 Июля 2012, 00:15:23
будешь возить с собой ноутбук, кабель с разьемом и спец софт с риском грохнуть фирмварь или поставишь дизэйбл кит — выбери 
Blink code of FI warning
lamp (MIL)
Error level condition
Blink code of FI warning
lamp (MIL)
Error level condition
Blink code of FI warning
lamp (MIL)
Error level condition
Blink code of FI warning
lamp (MIL)
Error level condition
Blink code of FI warning
lamp (MIL)
Error level condition
02 FI warning lamp (MIL) flashes 2x short
Circuit ignition pulse generator — circuit fault
06 FI warning lamp (MIL) flashes 6x short
Throttle valve sensor circuit A — input signal too low
Throttle valve sensor circuit A — input signal too high
07 FI warning lamp (MIL) flashes 7x short
Throttle position sensor circuit B — input signal too low
Throttle position sensor circuit B — input signal too high
09 FI warning lamp (MIL) flashes 9x short
Manifold absolute pressure sensor cylinder 1 — input signal too low
Manifold absolute pressure sensor cylinder 1 — input signal too high
11 FI warning lamp (MIL) flashes 1x long, 1x short
Manifold absolute pressure sensor cylinder 2 — input signal too low
Manifold absolute pressure sensor cylinder 2 — input signal too high
184

TROUBLE SHOOTING
»
87
The blink code indicates which component is affected by an error.
This allows the error to be identified if no diagnosis tool is available.
BLINK CODE
SIGNAL / COMPONENT
ERROR DESCRIPTION
ENGINE
12
Coolant temperature sensor
Output signal too low /high
Continues to run
13
Air temperature sensor
Output signal too low /high
Continues to run
14
Ambient air pressure sensor
Output signal too low /high
Continues to run
15
Tilt angle sensor
Output signal too low /high
Continues to run
17
Lambda probe for rear cylinder
Malfunction
Continues to run
18
Lambda probe for front cylinder
Malfunction
Continues to run
24
Control unit voltage supply
Malfunction
Continues to run
25
Side stand switch
Short circuit to ground
Continues to run
33
Injection nozzle for rear cylinder
Malfunction
Stalls
34
Injection nozzle for front cylinder
Malfunction
Stalls
37
Ignition coil for rear cylinder
Malfunction
Stalls
38
Injection coil for front
Malfunction
Stalls
41
Fuel pump relay
Short circuit to ground / positive
Stalls
45
Lambda probe heater for rear cylinder
Short circuit to ground / positive
Continues to run
46
Lambda probe heater for front cylinder
Short circuit to ground / positive
Continues to run
49
Idle control motor
Malfunction
Continues to run
53
Purge valve for carbon canister
Short circuit to ground / positive
Continues to run
54
Secondary air valve
Short circuit to ground / positive or interruption Continues to run
65
EEPROM error
Malfunction
Continues to run
68
Vacuum hose for front cylinder is defective
Malfunction
Continues to run
69
Vacuum hose for rear cylinder is defective
Malfunction
Continues to run
72
Stepper motor for 2nd throttle valve
Malfunction
Continues to run

KTM MOTORCYCLE ERROR CODES DTC
DTC (Code) — Blink code — Signal / Component — Description of error Engine
P0201 33 Injection valve, rear cylinder Malfunction Stalls
P0202 34 Injection valve, front cylinder Malfunction Stalls
P0351 37 Ignition coil, rear cylinder Malfunction Stalls
Р0З52 38 Ignition coil, front cylinder Malfunction Stalls
Р0З35 02 Pick up Malfunction Stalls
P0032 45 Lambda probe heater Short circuit to positive Continues to run
P0031 45 Lambda probe heater Kurzschluß nach Masse Continues to run
P0130 17 Lambda probe, rear cylinder Malfunction Continues to run
P0052 46 Lambda probe heater, front cylinder Short circuit to positive Continues to run
P0051 46 Lambda probe heater, front cylinder Short circuit to ground Continues to run
P0150 18 Lambda probe heater, front cylinder Malfunction Continues to run
P0122 06 Throttle position sensor Output signal too low (interruption) Continues to run
P0123 06 Throttle position sensor Output signal too high (short circuit) Continues to run
P0107 09 Manifold air pressure sensor, rear cylinder Output signal too low (interruption) Continues to run
P0108 09 Manifold air pressure sensor, rear cylinder Output signal too high (short circuit) Continues to run
P1106 68 Manifold air pressure sensor, rear cylinder Hose pulled off/defective, no vacuum Continues to run
P1687 11 Manifold air pressure sensor, front cylinder Output signal too low (interruption) Continues to run
1688 11 Manifold air pressure sensor, front cylinder Output signal too high (short circuit) Continues to run
P1105 69 Manifold air pressure sensor, front cylinder Hose pulled off/defective, no vacuum Continues to run
P1107 14 Ambient air pressure sensor Output signal too low (interruption) Continues to run
P1108 14 Ambient air pressure sensor Output signal too high (short circuit) Continues to run
P0112 13 Air temperature sensor Output signal too low (interruption) Continues to run
P0113 13 Air temperature sensor Output signal too high (short circuit) Continues to run
P0117 12 Coolant temperature sensor Output signal too low (interruption) Continues to run
P0118 12 Coolant temperature sensor Output signal too high (short circuit) Continues to run
P1232 41 Fuel pump relay Short circuit to positive Stalls
P1231 41 Fuel pump relay Short circuit to ground Stalls
P0413 54 Secondary air valve Short circuit to positive Continues to run
P0414 54 Secondary air valve Short circuit to ground or interruption Continues to run
P0222 07 Sensor for 2nd throttle valve Output signal too low (interruption) Continues to run
P0223 07 Sensor for 2nd throttle valve Output signal too high (short circuit) Continues to run
P0638 72 Stepper motor for 2nd throttle valve Malfunction Continues to run
P0505 49 Idle speed control motor Malfunction Continues to run
P1631 15 Roll angle sensor Output signal too low (interruption) Continues to run
P1632 15 Roll angle sensor Output signal too high (short circuit) Continues to run
P0560 24 Control unit voltage supply Malfunction Continues to run
P1590 25 Side stand switch Output signal too low (short circuit to ground) Continues to run
P0603 65 EEPROM error Malfunction Continues to run
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- 990 ADVENTURE
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REPAIRMANUAL2003-2008
950/990 ADVENTURE
990 SUPER DUKE/R
950/990 SUPERMOTO/R
950 SUPER ENDURO
REPARATURANLEITUNG
MANUALE DI RIPARAZIONE
MANUEL DE RÉPARATION
MANUAL DE REPARACIÓN
Related Manuals for KTM 990 Adventure
Summary of Contents for KTM 990 Adventure
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Page 1
REPAIRMANUAL2003-2008 950/990 ADVENTURE 990 SUPER DUKE/R 950/990 SUPERMOTO/R 950 SUPER ENDURO REPARATURANLEITUNG MANUALE DI RIPARAZIONE MANUEL DE RÉPARATION MANUAL DE REPARACIÓN… -
Page 3
KTM Group Partner… -
Page 5
1 SERVICE-INFORMATIONS 2 GENERAL INFORMATION 3 REMOVING AND REFITTING ENGINE 4 DISASSEMBLING ENGINE 5 SERVICING INDIVIDUAL COMPONENTS 6 ASSEMBLING ENGINE 7 ELECTRICAL / INJECTION 8 FUEL SYSTEM 9 TROUBLE SHOOTING 10 CHASSIS 11 TECHNICAL SPECIFICATIONS 12 PERIODIC MAINTENANCE SCHEDULE 13 WIRING DIAGRAMS… -
Page 7
12-10 to 12-28 13-2 to 13-141 13-2 to 13-159 KTM REPAIR MANUAL IN LOOSE-LEAF FORM STORING THE REPAIR MANUAL IN THE BINDER – Put the index into the binder. – Put the front page of the repair manual (210×297 mm) into the transparent pocket provided for this purpose on the outside of the binder. -
Page 9
X P L A N A T I O N P D A T I N G 3.206.009-E Repair Manual Basicversion Modelyear 2003 4/2003 3.206.016-E Updating of Rep.Manual 3.206.009-E Modelyear 2004 (Engine number with first digit “4“) 11/2003 3.206.025-E Updating of Rep.Manual 3.206.009-E Modelyear 2005 (Engine number with first digit “5“) 01/2005… -
Page 11
„NOTE” POINTS OUT USEFUL TIPS. Use only ORIGINAL KTM SPARE PARTS when replacing parts. The KTM high performance engine is only able to meet user expectations if the maintenance work is performed regularly and professionally. In accordance with the international quality management ISO 9001 standard, KTM uses quality assurance processes that lead to the highest possible product quality. -
Page 13
REPLY FAX FOR REPAIR MANUALS We have made every effort to make our repair manuals as accurate as possible but it is always possible for a mistake or two to creep in. To keep improving the quality of our repair manuals, we request mechanics and shop foremen to assist us as follows: If you find any errors or inaccuracies in one of our repair manual –… -
Page 15
GENERAL INFORMATION INDEX OIL SYSTEM ……….2-2 AIR INTAKE SYSTEM . -
Page 17: Oil System
Oil system Pressure pump draws engine oil from oil tank through oil filter and the oil return valve and pumps it past the pressure relief valve through the oil filter into the annular groove The main bearing , the conrod bearings and the spraying nozzle (front timing chain) are supplied with oil through holes in the…
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Page 18
Intake system Fresh air is drawn into the filter box through the intake snorkel , past the carburetors and through the air filter The cleaned air is conducted to the combustion chamber through the carburetors and intake ports. The diagram for the injection engine is similar; the air flows to the intake ports through the throttle body instead of through the carburetor. -
Page 19
Secondary air system The secondary air system supplies fresh air to the emissions in the exhaust port, resulting in the afterburning (oxidation) of the emissions. A line leads from the filter box to the control valve which opens as soon as the throttle valves are opened. -
Page 20: Cooling System
Cooling system Closed thermostat The thermostat is closed if the temperature of the cooling liquid drops below 75° C. The water pump pumps the cooling liquid through the cylinder and cylinder heads and the thermostat Open thermostat The thermostat opens at 75° C. The water pump pumps the cooling liquid through the cylinder and cylinder heads , the aluminum cooler…
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Page 21
ABS is switched off. To switch the ABS on again, stop and switch off the ignition. The ABS will be active again when you switch on the ignition. See the KTM ABS training documents for a detailed description of the ABS system. -
Page 22
SPECIAL TOOLS – ENGINE PART NO DESCRIPTION 309098 Seal Three-Bond 0113 080802 Crankshaft locking bolt 151.12.017.000 Gear puller 451.29.075.000 Tachometer 503.29.050.000 Bleeding syringe for hydraulic clutch 560.12.001.000 Universal-engine work stand 584.29.059.000 Loctite 648 green 20 ml 585.29.005.000 Protection sleeve for shaft seal ring of water pump 590.29.019.000 Valve spring mounter 590.29.021.044… -
Page 23
br bs bt cs ct dk dl dm dn ds dt ek el… -
Page 24
SPECIALTOOLS – CHASSIS PART NO DESCRIPTION 151.12.017.000 Gear puller 584.29.086.000 Pressing tool for swing arm bearing 584.29.089.000 Chassis tool holder 584.29.091.000 Press-in tool for bearing seat / rear wheel bearing 584.29.092.000 Knock-out tool for bearing seat 600.03.022.000 Center stand 600.10.013.000 Sleeve for pressing tool for swim arm bearing 600.29.018.000 Internal gear puller 28 mm… -
Page 25
2-10 Checking the oil level of the hydraulic clutch — 950/990 Adventure, 950 Supermoto/R To check the oil level in the master cylinder of the clutch remove the cover. For this purpose, remove bolts and cover together with the rubber boot . -
Page 26
The engine may have a poor idle behavior if the control unit is not reset. – Connect the KTM diagnostics tool, turn the ignition switch on and start the program. – Select «Extend»… -
Page 27
KTM diagnostics tool. If this step is omitted, the throttle cable clearance cannot be correctly adjusted. – Connect the KTM diagnostics tool, turn the ignition switch on and start the program. – Select «Extend» – Select «Device operation»… -
Page 28
The software can be downloaded from KTM’s dealer.net site; the software is transferred to the control unit via the KTM diagnostics tool (FAN). – Some exhaust systems require new «mapping». If these exhaust systems are replaced by the production system again, the «mapping»… -
Page 29
DMT program. NOTE: – If the DMT is not installed yet, install with the KTM diagnostics tool – If the program is already installed but the DMT icon does not appear on your screen, start the program under «Start» (in the task bar at the bottom of the screen) by clicking «Programs». -
Page 30
2-15 – The mapping file will be transferred to the ECU. CAUTION O NOT SWITCH OFF THE IGNITION OR DISCONNECT THE DIAGNOSTICS CABLE WHILE (» «). T ECU. THE FILE IS BEING TRANSFERRED FLASHING HIS CAN DAMAGE THE NOTE: – All of the indicator lamps in the digital speedometer will light up while the file is being transferred. -
Page 31: Table Of Contents
REFITTING THE ENGINE ……… .3-7 990 ADVENTURE REMOVING THE ENGINE .
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Page 33: Removing The Engine
Removing the engine — 950 Adventure – Screw the center stand 600.03.022.000 onto the frame and jack up the motorcycle on a firm, even surface. – Remove the left bump rubber and lock the center stand with the lock 600.29.055.000 NOTE: if available, use the center stand already on the bike.
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Page 34
– Unscrew the bolts and remove the intake snorkel together with the frame from the air filter box. – Disconnect the vent hose and the EPC hose and remove the upper half of the air filter box. – Turn the intake trumpet in a clockwise direction and remove. -
Page 35
– Disconnect the electric connections from the fan motor and the temperature switch – Drain the cooling liquid from the radiator and engine: see Chapter 12. – Detach the water hoses from the radiator (special pliers 600.29.057.100) and unscrew the radiator NOTE: fan and radiator shield do not need to be dismounted from the radiator. -
Page 36
– Unscrew the nut on the wheel spindle, pull out the rear wheel spindle, take the chain off of the rear sprocket and place over the side of the bracket . Remove the chain from the engine sprocket. – Detach the connector –… -
Page 37
– Use the trolley jack to position the attachment 600.29.055.100 on the engine, insert the bolt through the front of the engine bracket and fasten with the nut. Screw one of the bolts on the rear of the side stand fixture and slightly lift the engine. –… -
Page 38: Refitting The Engine
Refitting the engine — 950 Adventure – Before mounting the engine, attach the water, SLS and vacuum hoses (Öttiger clamps — special pliers 600.29.057.000 or spring- loaded band-type clamps — special pliers 600.29.057.100) – Position the swing arm and fix with the swing arm pivot on the right and a suitable pipe on the left.
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Page 39
– Mount the front oil line inserting new O-rings. Tighten the bolts. NOTE: up to engine number 2-600-1186 a washer must be used to preload the O-rings on the oil terminal. – Align the side supports and battery case against the engine, insert the bolt and mount the nut. -
Page 40
– Place the chain over the pinion and rear sprocket, lift the rear wheel and slide the wheel spindle through. – Press the rear wheel towards the front to apply the chain tensioner and tighten the nut on the wheel spindle to 90 Nm. –… -
Page 41
3-10 – Screw on the radiator together with the fan and the radiator shield , tighten the bolts to 10 Nm. – Connect water hoses radiator (special pliers 600.29.057.100) – Attach the electric connections for the fan motor and the temperature switch –… -
Page 42
3-11 – Fit the upper battery cover and place a battery with battery cover into the battery compartment. – Fit the front battery compartment lid and connect both battery cables together to the connections on the front lid (start with the positive cable). -
Page 43
3-12 Removing the engine — 990 Adventure – Screw the center stand 600.03.022.000 onto the frame and jack up the motorcycle on a firm, even surface. – Remove the left bump rubber and lock the center stand with the lock 600.29.055.000 NOTE: if available, use the center stand already on the bike. -
Page 44
3-13 – Unscrew the bolts and remove the intake snorkel together with the frame from the air filter box. – Disconnect the vent hose and the EPC hose and remove the upper half of the air filter box. – Turn the intake trumpet in a clockwise direction and remove. -
Page 45
3-14 – Expose the electric lines of the lambda probes at the front and rear and disconnect plug-in connections – Unscrew both nuts on the front exhaust manifold flange on the cylinder head, loosen the exhaust clamp on the front exhaust manifold, pull the front exhaust manifold out of the rear exhaust pipe and remove. -
Page 46
3-15 – Disconnect the side stand switch and take the cable out of the cable clips. – Loosen the two bolts and the nut and remove the side stand. – Unscrew the clutch slave cylinder and the chainguard – Remove the adapter for the clutch slave cylinder and the chain securing guide –… -
Page 47
3-16 – Take off the positive starter cable cover . Unscrew the positive starter engine cable and draw out the wiring harness. – Detach connector on the starter relay. – Unscrew the ground connection – Pull off the cover from the positive terminal, unscrew the nut beneath it and remove the lines from the stud. -
Page 48
3-17 – Unscrew the ground wire connection – Detach the connector from the pulse generator – Detach the connector from the oil pressure switch , the temperature sensor and from the front and rear ignition coil. Remove any cable clips necessary. –… -
Page 49
3-18 Refitting the engine — 990 Adventure – Before mounting the engine, attach the water, SLS and vacuum hoses (Öttiger clamps — special pliers 600.29.057.000 or spring- loaded band-type clamps — special pliers 600.29.057.100) – Position the swing arm and fix with the swing arm pivot on the right and a suitable pipe on the left. -
Page 50
3-19 – Align the side supports and battery case against the engine, insert the bolt and mount the nut. – Mount the bolts (M10x23), lifting the engine slightly if necessary. Tighten the nut and bolts to 45 Nm. – Tighten the nut on the swing arm pivot to 130 Nm. –… -
Page 51
3-20 – Insert the locking pin in the pushrod. – Mount the adapter for the hydraulic clutch – Mount the chain securing guide and the adapter for the clutch slave cylinder – Screw on the clutch slave cylinder and the chainguard –… -
Page 52
3-21 – Screw on the radiator together with the fan and the radiator shield , tighten the bolts to 10 Nm. – Connect water hoses radiator (special pliers 600.29.057.100) – Attach the electric connections for the fan motor and the temperature switch –… -
Page 53
3-22 – Place the lower section of the air filter box onto the intake flange. CAUTION EMOVE THE CLOTH USED TO COVER THE INTAKE PORTS – Place the throttle body into the lower section of the air filter box. NOTE: The lower section of the air filter box must be raised slightly to make room for the plug-in connection of the throttle body –… -
Page 54
3-23 – Fill cooling liquid into the radiator, compensating tank and engine: see Chapter 12. – Fill engine oil: see Chapter 12. – Attach both tanks and fix them with the screws (M8x40). – Connect the tank line. – Mount the lower tank compartment and screw on the fuse box Mount the fuse box cover. -
Page 55
3-24 Dismounting the engine — 990 Super Duke NOTE: the procedure for dismounting the engine is the same as the procedure used for the 950 Adventure; the only deviations are in the preparatory work: – Remove the spoiler and tank side covers. –… -
Page 56
3-25 Mounting the engine — 990 Super Duke – Connect the water, SLS and vacuum hoses to the engine before mounting (Öttiger clamps — special pliers 600.29.057.000 or spring-loaded band-type clamps — special pliers 600.29.057.100). – Position the exhaust system under the motorcycle according to the installation position. -
Page 57
3-26 – Mount the exhaust pipe clamp between the manifold and the main silencer and slightly tighten. – Slightly tighten the exhaust pipe clamp on the rear manifold. NOTE: – Do not tighten the screw connections until the exhaust system is completely installed and mounted stress-free. -
Page 58
3-27 – Place the battery in the battery case and attach the battery case cover. – Connect the positive starter relay cable to the positive pole on the battery. – Connect the two ground connections to the negative pole on the battery (2 green cables from the controller and 1 black cable from the starter engine). -
Page 59
3-28 – Fasten the wiring harnesses and connector on the pulse generator with cable clips. – Run the chain over the pinion and rear sprocket, raise the rear wheel and push the wheel spindle through. – Push the rear wheel forward until the chain tensioner rests against the stop screw and tighten the wheel spindle nut to 90 Nm. -
Page 60
3-29 – Screw on the radiator, the fan and the radiator shield , tighten the screws to 10 Nm. – Mount water hoses radiator (special pliers 600.29.057.100) – Connect the electric connectors for the temperature switch fan motor – Connect the hose on the front vacuum sensor and the connector on the front lambda probe ;… -
Page 61
3-30 – Mount the throttle cable duct – Screw on the left side cover of the lower air filter box together with the bracket for the vacuum hose to the rear vacuum sensor. – Connect the hose on the rear vacuum sensor. CAUTION –… -
Page 62
3-31 – Run the tank vent hose down parallel to the overflow hose on the compensating tank, tilt the tank forward and screw on. Connect the tank vent hose and fuel connector. – Mount both tank side covers and the spoiler and tighten the screws. –… -
Page 63
3-32 Dismounting the engine — 990 Super Duke R NOTE: the procedure for dismounting and mounting the engine is the same as the procedure used for the 950 Adventure; the only deviations are in the preparatory work: – Remove the spoiler and tank side covers. –… -
Page 64
3-33 – Expose the lines of the ignition coil connectors for the cylinder at the front and rear, take the plug-in connections off of the holder and disconnect the plug-in connections for the cylinder at the front and rear. – Unscrew the holder of the front exhaust manifold from the engine. -
Page 65
3-34 Dis-/Mounting the engine — 950 Supermoto/R NOTE: the procedure for dismounting the engine is the same as the procedure used for the 950 Adventure; the only difference is in the preparatory work: Jack up the motorcycle with the assembly stand 625.29.055.000: –… -
Page 66
3-35 Removing the engine — 990 Supermoto – Jack up the motorcycle on the link fork using assembly stand 625.29.055.000. – Open the seat lock with the ignition key and take off the seat. – Unscrew the screws on the left and right of the side cover and take off the side cover. -
Page 67
3-36 – Loosen the nuts of the front exhaust manifold and take off the front exhaust manifold. – Loosen the nuts of the rear exhaust manifold and take off the rear exhaust manifold. – Remove the retaining pin by remove the lock on the retaining pin. –… -
Page 68
3-37 – Unscrew the screws and take the intake snorkel with the frame off of the air filter box. – Pull off the vent and EPC hoses and remove the top section of the air filter box. – Turn the intake trumpet clockwise and take it off;… -
Page 69
3-38 – Detach the oil line between the oil tank and the valve cover from the front of the oil tank (special pliers 600.29.57.100). – Unscrew the oil lines from the oil terminal and pull them out; remove the O-rings. –… -
Page 70
3-39 – Loosen the chain adjuster. – Loosen the nut of the wheel spindle. – Push the wheel into the frontmost position. – Remove the chain from the rear sprocket and place it over the link fork. – Take the chain off of the engine sprocket. NOTE: To avoid damaging the link fork, place a cloth between the link fork and the chain –… -
Page 71
3-40 Refitting the engine — 990 Supermoto – Before mounting the engine, attach the water, SLS and vacuum hoses (Öttiger clamps — special pliers 600.29.057.000 or spring- loaded band-type clamps — special pliers 600.29.057.100) – Position the swing arm and fix with the swing arm pivot on the right and a suitable pipe on the left.. -
Page 72
3-41 – Insert the locking pin in the pushrod. – Mount the adapter for the hydraulic clutch – Mount the chain securing guide and the adapter for the clutch slave cylinder – Screw on the clutch slave cylinder and the chainguard –… -
Page 73
3-42 – Screw on the radiator together with the fan and the radiator shield , tighten the bolts to 10 Nm. – Connect water hoses radiator (special pliers 600.29.057.100) – Create the electrical plug-in connection of the horn, fan motor and temperature switch –… -
Page 74
3-43 – Take down the motorcycle with the help of a second person and take the assembly stand out of the footrest holder. – Jack up the motorcycle on the link fork. – Mount the footrests on both sides. – Position the foot brake pedal and tighten the screw with 25 Nm (+ Loctite 243). -
Page 75
3-44 – Position the side stand. – Tighten the screw and the nut with 45 Nm (+ Loctite 243). – Create the plug-in connection of the side stand switch and secure the cable with cable binders. – Mount both side covers –… -
Page 77
DISASSEMBLING THE ENGINE INDEX VALVE COVERS ……….4-2 SPARK PLUG SHAFT INSERTS . -
Page 79
Clean the engine thoroughly on the outside prior to disassembling. – Clamp the engine in the work stand using the special tool 600.29.002.000. Valve covers – 990 Super Duke R only: remove screw – Pull out the spark plug connectors.. –… -
Page 80
Setting cylinder rear to TDC – Unscrew the plug from the generator cover to be able to turn the crankshaft. – Turn the crankshaft in a counterclockwise direction until the rear cylinder is in the TDC position. The marks (points as of model year 2007) must coincide with the flat outer surface of the cylinder head at the camshaft gears. -
Page 81
Chain tensioner cylinder rear – Remove the bolt from the chain tensioner NOTE: measure the preload on the chain tensioner element before dismounting: – Apply the chain tensioner bolt to the chain tensioner element without compressing the spring. – Measure the distance between the sealing washer and the cylinder head. -
Page 82
Double timing gear – Lift the double timing gear out of the cylinder head, letting the chain fall into the slot. Cylinder head rear with cylinder – Remove the outer nut – Loosen cylinder-head nuts crosswise. Special 600.29.083.000 is required for the inside nuts –… -
Page 83
Camshafts cylinder front – Check and note down the valve clearance before you dismount the camshafts. Valve clearance (at 20ºC): intake 0.10 — 0.15 mm exhaust 0.25 — 0.30 mm – Loosen the bolts on the camshaft bearing bridge from the front cylinder and carefully remove the camshaft bearing bridge. -
Page 84
Timing chain cylinder front NOTE: Valid up to and including model year 2006 – Loosen the bearing bolt on the double timing gear and pull out of the cylinder head together with the needle bearing. The double timing gear will slide down slightly, relieving the timing chain. NOTE: Valid as of model year 2007 –… -
Page 85
Water pump – Remove the water pump cover , discard the O-ring gasket. NOTE: also remove the 2 dowel pins used to keep the water pump cover in a central position. – Hold the water pump wheel with special tool 600.29.082.000, remove the bolt and pull the water pump wheel off of the… -
Page 86
Clutch – Remove the bolts on the clutch springs crosswise and lift off the pressure cap. – Pull out the clutch push rod. – Insert a wire hook in the recess in the clutch disks and pull all of the clutch disks out of the clutch hub. NOTE: leave the spring washer and supporting ring in the clutch. -
Page 87
4-10 Primary pinion and clutch If you are completely dismounting the engine, the primary pinion must be detached before you remove the clutch. – Mount the special tool 0113 080802 (engine locking bolt) and hold the crankshaft in the rear or front cylinder’s TDC position. –… -
Page 88
4-11 – Insert the pressure tool 600.29.031.000 in the crankshaft bore, turn the balance weight up and pull the primary pinion off the crankshaft with the puller 600.29.033.000. – Remove the balance weight from the balancer shaft; carefully pry the woodruff key out of the shaft groove with a screwdriver. –… -
Page 89
4-12 Freewheel – Remove the freewheel lock and lift the freewheel of the crankshaft. – Pull the lower starter idler gear from the balancer shaft. Balancer shaft – Gently tap the balancer shaft off on the clutch side with a rubber hammer. -
Page 90
4-13 Engine case half – Remove the gear shift sensor with the pin and spring. Unscrew the oil filter cover , discarding the gasket on the oil filter cover and the oil filter. – Unscrew all HH bolts accessible from the generator side. –… -
Page 91
4-14 Transmission – Remove the oil rail for the transmission lubrication. It is secured at the bottom to keep it from twisting. NOTE: the oil rail is sealed with 2 O-rings from the 2005 model which should be replaced. – Pull out the shift rails together with the upper shift rail springs. -
Page 92
4-15 Oil pumps – Remove the lock ring from the oil pump shaft; remove the spacing washer and oil pump gear – Pull the needle roller out of the pump gear and remove the washer underneath. – Loosen the bolts on the outer oil pump (pressure pump) and remove the oil pump housing. -
Page 93
SERVICING INDIVIDUAL COMPONENTS INDEX ROLLER BEARING ……….5-2 MAIN BEARINGS — GENERAL INFORMATION . -
Page 95
– the output-end antifriction bearing on the countershaft mounted by KTM does not have a sealing from the 2005 model. An antifriction bearing with a one-sided sealing is provided for repair; to keep it from blocking the lubrication, the open side must point towards the inside (towards the center of the housing). -
Page 96
Replacing the main bearings-general information NOTE: – The bearing shells for the friction bearings are pressed in and out in a cold state. – Mark the position of the bearing end gap on the engine case with a felt-tip pin to facilitate reassembly. NOTE: the main bearing shells have retaining brackets to hold them in position from the 2005 model;… -
Page 97
Replacing bearing shells, output end – Center the new bearing shells (both smooth) with the assembling sleeve 600.29.044.050 . The assembling sleeve is beveled on one side so the bearing shells can be pushed in easily. The bearing shells should protrude 1-2 mm on the other side of the assembling sleeve to make it easier to position them in the engine case. -
Page 98
Replacing the conrod bearings – Clamp each conrod in a vise using protective jaws. – Loosen the bolts on the conrod bearing covers with the special wrench socket 600.29.075.000 and remove the bearing covers. NOTE: mark the conrod caps to ensure that each cap is mounted to the same conrod when it is measured and assembled. -
Page 99
Replacing the supporting bearings in the clutch cover – Pull the bearing shells out of the clutch cover using the puller 151.12.017.000 and the internal extractor 600.29.018.000 – Measure the diameter of the bearing pin at 3 points that are 120° apart using a micrometer gauge. -
Page 100
Overhauling the water pump – Remove the washer from the water pump shaft and pry the shaft sealing ring out of the case. NOTE: if the water pump wheel cannot be removed because it is being held by residual thread adhesive, the water pump shaft and the water pump wheel can be pressed out from the inside after the lock ring removed. -
Page 101
Checking the suction pump for wear – Insert both suction pump rotors in the housing. – Use a feeler gauge to check the clearance between the inner and outer rotor: Setpoint value: 0.1 mm Wear limit: 0.2 mm – Use a feeler gauge to check the clearance between the outer rotor and the housing: Setpoint value: 0.2 mm… -
Page 102
Disassembling the cylinder head and checking parts for wear NOTE: the illustration shows the font cylinder. The procedure for the rear cylinder is identical. – Pull all of the bucket tappets out of the cylinder head. NOTE: – Note down the mounting position to ensure that the same bucket tappet is inserted in the same bore during installation. -
Page 103
5-10 Checking the pistons – Mark the position of the piston arrow in the cylinder to facilitate reassembly and to ensure that the same piston is mounted in the same cylinder again. – Press the piston up out of the cylinder. –… -
Page 104
5-11 Piston and cylinder identification The cylinder size is impressed in the bottom of the cylinder near the chain tunnel; 1 is size I, 2 is size II. The piston size is impressed in the top of the piston; 1 is size I, 2 is size II. -
Page 105
5-12 – Place the lubricated piston on the cylinder and clamp the piston rings together with the piston ring clamping band 600.29.015.000 – Use a plastic hammer to tap lightly on the top of the piston ring clamping band until it is flush with the cylinder. –… -
Page 106
5-13 Generator cover – Loosen the three bolts on the stator. – Tilt the cable retaining bracket away from the cable with long nose pliers (see small arrow) and pull out of the housing. Take the cable duct out of the generator cover and remove the stator. –… -
Page 107
5-14 Preassembling the spreader drive NOTE: – The tension spring bolts must be attached as illustrated. – The other holes are used to block the spreader drive. – Attach the tension spring bolts in the drive wheel and press the tension spring into the recess of the drive wheel. –… -
Page 108
5-15 Clutch – checking parts for wear Check the thrust bearing for wear. Check the front end of the pushrod for wear and blow compressed air through the holes. NOTE: the pushrod is made of nitride steel from the 2005 model. If you are repairing an engine older than the 2004 model, replace the old pushrod with the newer version. -
Page 109
5-16 Shift mechanism – checking parts for wear Shift forks Check the leaf for wear. Check the driving bolt for the shift drum for wear. Shift rolls Check the shift rolls for hair cracks and pressure marks. It should be easy to turn the shift rolls on the driving bolts of the shift forks. -
Page 110
5-17 General information on servicing the transmission – Clamp the main shaft in the vise (use protective jaws) and remove the gears. – Clean and check all parts. Use new lock rings whenever you repair the transmission. Check the tooth profile on the transmission shafts and sliding gears for wear. -
Page 111
5-18 General information on servicing the transmission – Clamp the main shaft or countershaft in the vise (use protective jaws) and remove the gears. Pull off the bearing ring. – Clean and check all parts. Use new lock rings whenever you repair the transmission. Check the tooth profile on the transmission shafts and sliding gears for wear. -
Page 112
5-19 Checking the freewheel – Insert the freewheel gear in the freewheel. – You should be able to turn the freewheel gear in a counterclockwise direction. – The freewheel gear should block without backlash in a clockwise direction. – Check the reduction gear and the needle bearings for wear, replace if necessary. -
Page 113
ASSEMBLING THE ENGINE INDEX OIL PUMPS ………..6-2 AXIAL CLEARANCE OF THE MAIN SHAFT . -
Page 115
Clean all parts thoroughly before reassembling. – Clamp the output-end engine case on the engine work stand and move into a vertical position (installation position). Oil pumps NOTE: lubricate the oil pump rotors and the oil pump shaft prior to installation. -
Page 116
– Apply Loctite 243 to the three remaining oil pump bolts (M6x40) and screw in. Tighten bolts to 10 Nm. – Slide on the disk, insert the needle roller and mount the oil pump gear with the collar facing the rear. –… -
Page 117
Transmission – Simultaneously push both transmission shafts into the bearing seats. NOTE: pay attention to the spacing washer on the countershaft. – Slide the washer on the counter shaft and mount the lock ring – Move the engine into a horizontal position. –… -
Page 118
– Insert the crankshaft in the friction bearing. NOTE: – The crankshaft end with the thread for the primary pinion bolt connection must point down. – The conrod for the rear cylinder must face up. Both conrods should be in the position shown in the illustration. –… -
Page 119
Shift mechanism – Mount the locking lever with the spring. Apply Loctite 243 to the M5x20 bolt and tighten to 6 Nm. – Press the locking lever down and mount the shift locating drum NOTE: the flat parts of the shift locating drum are off center. –… -
Page 120
– Screw on the generator-end timing chain tensioning rail . Apply Loctite 243 to the bolt and tighten to 20 Nm. CAUTION AKE SURE NO LOCTITE THREAD ADHESIVE IS ON THE PIVOT AREA OF THE BOLT THIS COULD CAUSE THE TIMING CHAIN TENSIONING RAIL TO BLOCK AND BREAK Balancer shaft –… -
Page 121
Generator cover – Mount dowel pins on the engine case and put a new gasket in place. M6x30 Position the generator cover and tighten the generator cover bolts to M6x30 (A) 10 Nm (see illustration for bolt lengths). NOTE: the bolts marked with an A must be mounted with new copper M6x30 (A) sealing washers (6x10x1);… -
Page 122
Primary pinion – Mount the woodruff key for the primary pinion in the shaft groove (if dismounted). – Mount the primary pinion with the longer collar towards the rear. The bore for the pickup ring must face towards the outside. –… -
Page 123
6-10 – Slide the 25 x 48 x 6.5 mm disk and inner clutch hub together with the clutch pressure booster onto the main shaft teeth. NOTE: the two clutch pressure booster parts are marked with coinciding circles. – Attach the holder for the inner clutch hub 600.29.003.000. -
Page 124: Clutch Cover
6-11 Clutch cover – A vibration damper is mounted in the outer clutch cover from the 2005 model, screw may not be loosened. CAUTION F THE SCREW ON THE VIBRATION DAMPER IS LOOSENED A NEW OUTER CLUTCH OVER WITH A VIBRATION DAMPER OR THE OLD CLUTCH OVER WITHOUT THE VIBRATION DAMPER MUST BE USED SINCE THE SELF CUTTING SCREW CANNOT BE…
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Page 125
6-12 Oil screen – Insert the oil screen in the opening in the case. NOTE: the oil screen has a TOP marking which must point up. – Mount the oil screen cover; tighten the two M6x35/M6x40 bolts to 10 Nm. Water pump –… -
Page 126
6-13 Cylinder head rear with timing chain – Remove the M10x161 stud bolts, strength class 10.9, and replace with stud bolts in class 12.9. NOTE: you can tell the two strength classes apart by their thread length. Stud bolts in class 12.9 have a thread length of 26 mm; stud bolts in any other length must be replaced. -
Page 127
6-14 – Push the double timing gear down into the chain tunnel draw the timing chain along the side on the inside. – Use the wire hook to lift the side of the chain on the inside over the gear teeth onto the chain teeth of the double timing gear. -
Page 128
6-15 Chain tensioner cylinder rear – Insert the chain tensioner element in the cylinder head bore. NOTE: the housing and tensioning piston of the chain tensioner are compression molded. If the two parts cannot be separated, the chain tensioner must be replaced. –… -
Page 129
6-16 Camshafts cylinder rear – Insert the two camshafts marked «in re» (rear intake camshaft) and «ex re» (rear exhaust camshaft) into the bearings without tilting. The marks on the camshaft gears must coincide with the flat outer surface of the cylinder head (see illustrations). NOTE: –… -
Page 130
6-17 Setting cylinder front to TDC – Loosen crankshaft locking bolt turn engine counterclockwise 1 rotation and then 75° towards the front cylinder’s TDC position, keeping the timing chain on the cylinder rear slightly tensioned and holding the conrod in the center of the opening in the case. -
Page 131
6-18 – Push the cylinder head and cylinder down. Oil the cylinder head nuts and mount with the washer — see Technical Information. The cylinder head nuts are tightened in 2 stages. 1st stage: – Tighten the cylinder head nuts crosswise. Use the special nut 600.29.083.000 for the internal nuts and the special wrench 600.29.081.000 for the outer nut… -
Page 132
6-19 Chain tensioner cylinder front – Insert the chain tensioning element in the cylinder head bore. NOTE: the housing and tensioning piston of the chain tensioner are compression molded. If the two parts cannot be separated, the chain tensioner must be replaced. –… -
Page 133
6-20 Camshafts cylinder front – Insert the two camshafts marked «in fr» (front intake camshaft) and «ex fr» (front exhaust camshaft) into the bearings without tilting. The marks on the camshaft gears must coincide with the cylinder head surface (see illustrations). NOTE: –… -
Page 134
6-21 NOTE: – Check the position of the camshafts on cylinder front in the TDC position of cylinder rear. The cams on the exhaust camshaft point towards the inside and push open the exhaust valves, the cams on the intake camshaft also point towards the inside, the bucket tappets are not actuated. -
Page 135
6-22 Spark plug shaft inserts – Mount new O-rings on the spark plug shafts and grease. Push the spark plug shaft inserts all the way in. – Mount the valve cover gaskets and spark plug shaft gaskets Valve cover – Mount the valve cover. Insert bolts with the sealing washers and tighten to 10 Nm. -
Page 137
ELECTRIC STARTER SYSTEM 950 SUPERMOTO/950 SUPER ENDURO ..7-6 ELECTRIC STARTER SYSTEM 990 ADVENTURE -2007 ….7-7 ELECTRIC STARTER SYSTEM 990 ADVENTURE 2007- . -
Page 139: Abs-System
WIRING DIAGRAM 990 SUPER DUKE R ……7-31 WIRING DIAGRAM 990 ADVENTURE -2007 ……7-32 WIRING DIAGRAM 990 ADVENTURE 2007- .
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Page 141
Checking for loss of current Check for loss of current before you check the rectifier regulator. – Switch off the ignition and disconnect the ground wire from the battery. – Connect an ammeter between the ground wire and the negative pole on the battery. -
Page 142
start/stop switch start-relay orange 1 fuse C_BB/9 10 A C_AB/9 C_AE/4 black-orange 0.5 start auxillary relay yellow 0.5 battery C_AI/2 C_AI1/2 red 4 red 0.5 diode diode C_AL starter motor C_AR/2 C_AT2/2 C_AM3/3 page 7/9 page 4/9 clutch switch sidestand switch Electric starter system 950 Adventure NOTE: the starter system is equipped with a safety feature. -
Page 143
s / t a r o r — r i f i t t i n a l l l e r t u l Electric starter system 990 Super Duke/R NOTE: The starting system is equipped with security features. The motorcycle can only be started under the following conditions: –… -
Page 144
s / t o i t i f i t a l l k n i 5 . 0 a p — 8 / 3 l l e 5 . 0 e r g — n e a l b 5 . -
Page 145
— 9 / 3 Electric starter system 990 Adventure -2007 NOTE: The electric starter system is equipped with a safety feature. You will only be able to start under the following conditions: – If the ignition switch is in the ON position –… -
Page 146
C-page 5/9 F-page7/9 D-page 5/9 E-page3/9 Starting system 990 Adventure 2007- NOTE: The starting system is equipped with security features. The motorcycle can only be started under the following conditions: – Ignition lock in the ON position – Emergency-off switch in the ON position –… -
Page 147
antenna immobilizer ignition switch start/stop switch diode Immobilizer C_DN/8 starter start relay battery splice C_DO/8 motor C_AI/2 C_BC/6 C_EL/2 C_BK/4 C_AC/6 C_DV/2 C_BR/4 -X12 splice regulator-rectifier C_AF/4 re-wh re-wh 175,143 -X12-P1 /3.B2 -A1-X5 /2.C1 generator splice /3.B2 5,13,20,38,76,197,159 GND-X14 /2.C1 fuel-A2 /2.E5 lig-X19… -
Page 148
NOTE: the 12 V battery must be connected to the two terminals to which the orange and yellow cable colors (950 Adventure/950 Supermoto) or red/black and yellow/white (990 Adventure/Super Duke) are connected when the plug is connected. – Use an ohmmeter to measure the continuity between terminals Ω… -
Page 149
990 Super Duke/R) – Pull the auxiliary start relay out of the holder. – Connect the voltmeter to the red/blue (990 Adventure) or red/white (990 Super Duke/R) cable of the auxiliary start relay and measure the voltage to chassis. – Perform the tests in the specified order. The auxiliary start relay… -
Page 150
– the diode has no continuity. – the diode has continuity in both directions. Various malfunctions can occur, depending on the type of defect. Each diode (950/990 Adventure), (990 Super Duke/R) and (950 Supermoto/R, 990 Supermoto) is plugged into a bipolar connector (connector AI) Functional check: –… -
Page 151
(nonrecurring «click»). NOTE: the 12 V battery must be connected to the terminals to which the connectors with following cable colors 950 Adventure: white/red and brown 990 Adventure: red/blue and brown 990 Super Duke: white red and brown 950 Supermoto: red/blue and brown –… -
Page 152
– Disconnect the clutch switch connector from the cable tree. – Connect an ohmmeter to the bipolar connector AT2 (950 Adventure) or AT1 (990 Adventure) or AT1 (990 Super Duke/R) or AT3 (950 Supermoto/R, 990 Supermoto) of the clutch switch and slowly pull the clutch lever. -
Page 153
7-15 Checking the tip switch and emergency OFF switch – Disconnect the four-terminal connector BB (950/990 Adventure), (990 Super Duke/R) or (950 Supermoto/R, 990 Supermoto) on the tip switch / emergency OFF switch from the cable tree. – Check both switches with an ohmmeter. -
Page 154
7-16 orange 1 start/stop switch pick up throttle position sensor orange 1 fuse fuse 10 A C_BB/9 C_AB/9 C_AR1/2 C_AT/2 C_AL1/2 orange 0.5 C_AM/3 black-orange 0.5 orange 0.5 fuel pump relay yellow-blue 0.5 page 2/9 yellow-white 0.5 blue 0.5 yellow 0.5 black 0.5 blue-grey 0.5 page 7/9… -
Page 155
7-17 s / t a p — 8 / 2 c t i a p — 8 / 2 e l t o i t d e r 5 . 0 l l e n a r 5 . 0 l l e e u l 5 . -
Page 156
7-18 a p — 8 / 2 a p — 8 / 5 n a r — e g a l b 5 . 0 a p — 8 / 2 t i s c t i d e r 5 . -
Page 157
7-19 ECU 950 Adventure/Supermoto/Super Enduro Check the cables and socket connectors on the ECU (950 Adventure) and (950 Supermoto/Super Enduro). A functional check of the ECU can only be performed on an ignition test stand. – Check the ignition coil control: remove the ignition coil connector and apply the measuring tips of the peak voltage adapter to the pins of the connector AS (see checking the ignition coils). -
Page 158
7-20 Checking the fuel pump relay 950 Adventure/950 Supermoto – Dismount the fuel pump relay (950 Adventure) and (950 Supermoto). NOTE: black/blue, blue/gray, yellow/black and brown cable colors – Connect the fuel pump relay to a 12 V battery as shown, making sure you hear the relay switch (nonrecurring «click»). -
Page 159
7-21 Troubleshooting in the ignition system 950 Adventure/950 Supermoto Before checking the ignition, make sure: – the ignition lock is in the ON position – the emergency OFF switch is in the ON position (does not apply to the 950 Super Enduro) –… -
Page 160
7-22 orange 1 start/stop switch pick up throttle position sensor orange 1 fuse fuse 10 A C_BB/9 C_AB/9 C_AR1/2 C_AT/2 orange 0.5 C_AL1/2 C_AM/3 black-orange 0.5 orange 0.5 fuel pump relay yellow-blue 0.5 page 2/9 yellow-white 0.5 blue 0.5 yellow 0.5 black 0.5 blue-grey 0.5 page 7/9… -
Page 161
7-23 s / t a p — 8 / 2 c t i a p — 8 / 2 e l t o i t d e r 5 . 0 l l e n a r 5 . 0 l l e e u l 5 . -
Page 162
7-24 a p — 8 / 2 a p — 8 / 5 n a r — e g a l b 5 . 0 a p — 8 / 2 t i s c t i d e r 5 . -
Page 163
7-25 Checking the solenoid valve for the EPC 950 Adventure, 950 Supermoto/R, 950 Super Enduro – To check, disconnect connector AW from the solenoid valve. – Connect a 12-V battery with the two terminals on the solenoid valve. – You should hear a click in the solenoid valve (the diaphragm opening) when the circuit is closed. -
Page 164
7-26 g i l c t i — e r — e r r g — l b — a l l — e r e r — r o — l e r — u b — c t i — l b l b — l b -… -
Page 165
7-27 INJECTION/IGNITION SYSTEM Establishing the injection period (injection volume) Generally, the injection volume, i.e. the quantity of injected fuel, is dependent on the fuel pressure and the time the injection valve is open. Since the fuel pressure regulator keeps the fuel pressure constant, the quantity of fuel injected is controlled by the time the injection valve is open. -
Page 166
7-28 SYSTEM DIAGRAM CLUTCH: Clutch switch MR: Main relay CRK: Pulse generator NLSW: Neutral switch ECU: Control unit PA: Ambient air pressure sensor EXAI: Secondary air valve PM: Manifold air pressure sensors FLPR: Fuel pump relay PRESSURE REGULATOR: Pressure FUEL PUMP: Fuel pump regulator GP2: 2nd gear switch PVC: Carbon canister purge valve (USA) -
Page 167
The error lamp will stay on during operation if an error is detected; if the vehicle is standing (gear in neutral) the error lamp will start to blink according to the respective error code. The registered error codes can be read out through the diagnostics connector using the KTM diagnostics tool and deleted after the error has been eliminated. -
Page 168
7-30 WIRING DIAGRAM 990 SUPER DUKE… -
Page 169
7-31 SCHALTPLAN 990 SUPER DUKE R… -
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7-32 WIRING DIAGRAM 990 SUPERMOTO… -
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7-33 WIRING DIAGRAM 990 ADVENTURE -2007… -
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7-34 WIRING DIAGRAM 990 ADVENTURE 2007-… -
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7-35 BLOCK DIAGRAM Ignition Switch Kill Switch Battery Power Relay Start button Starter Regulator / Relay1 Generator. RECTA Starter Relay2 Sidestand Switch SSTAND(A/D) Fuel Injector INJ#1 #1(REAR) Starter MAP Sensor PM#2 Motor #2(FRONT) Fuel Injector HEGO Sensor #1(REAR) INJ#2 #2(FRONT) HG#1 HGHT#1 HEGO Sensor #2(FRONT) -
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7-36 DESCRIPTION OF THE ELECTRIC SYSTEM Fuel pump relay: A positive charge travels to the start/stop switch via the ignition switch and a fuse (10 amperes), then via the diode to the relay coil (positive side). The ground for the relay coil is switched for several seconds by the control unit with the ignition on during the starting process. -
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7-37 DESCRIPTION OF THE COMPONENTS Fuel pump The vane-type pump mounted in the fuel tank is driven by an electric motor whose rotor is rinsed and simultaneously cooled and lubricated with fuel. A back-pressure valve is installed in the outlet opening which closes when the ignition is switched off, stopping the pump in order to maintain the residual fuel pressure;… -
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Reducing jets with a 1 mm air hole are connected to the intake port. NOTE: If the vacuum hoses are damaged, they must be replaced with new, original KTM hoses. CAUTION – A LWAYS REPLACE THE VACUUM HOSES ON THE INTAKE MANIFOLD IF THEY WERE PULLED OFF –… -
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7-39 Pulse generator (crankshaft) The pulse generator is located under the clutch cover on the right side of the engine. It is an inductive sensor, i.e. the control unit calculates the speed and the crankshaft position based on the output signal. -
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7-40 Catalytic converter The catalytic converter is installed in the main silencer and transforms most of the main toxic constituents into non-toxic compounds. It is designed as a three-way catalytic converter and consists of a coiled metal support whose surface is coated with precious metals such as platinum and rhodium;… -
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Fresh air is drawn into the exhaust resulting in afterburning. Octane selector connections (990 Adventure only) If fuel having at least 95 octane (ROZ) is not available, you can easily activate the corresponding ignition curve by reducing the ignition timing. -
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Installation: behind the headlight mask. Diagnostics connector The diagnostics connector is located under the seat. The diagnostics connector connects the KTM diagnostics tool and the control unit to read error codes or perform function tests. Side stand switch The side stand switch… -
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7-43 SAFETY AGAINST FAILURE/EMERGENCY OPERATION Defective component Defect/Effect Backup value/ Possible to Possible to Spare sensor start engine? run vehicle? Fuel pump Total failure: will not start Lack of pressure: power loss limited Pressure regulator same as fuel pump see above see above Injection valve Electric error… -
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Checking the fuel presure Switch on the ignition, the pump will run for 2 seconds or switch on the pump with the KTM diagnostics tool. If not, perform the following tests: – Scan the fault memory with the KTM diagnostics tool. -
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The signal from the coolant temperature sensor can be scanned with the KTM diagnostics tool (see table for voltage figures). If the displayed value does not correspond to the actual temperature or if an error code is displayed, perform the following tests: –… -
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If an intake pressure sensor breaks down, exchange the two and scan the values again with the KTM diagnostics tool — if the error is in the other position, replace the affected intake pressure sensor. If the… -
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(input) The signal from the 2nd throttle valve sensor can be scanned with the KTM diagnostics tool. In case of an error, perform the following tests: – Apply the ground (black cable) and the 5-volt supply (blue cable) to the AM connector with the ignition switched on. -
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(control unit disconnected). Lambda probe heater (output) The lambda probe heater can be tested and controlled with the KTM diagnostics tool. In case of an error, perform the following tests: – Check the positive supply (with the ignition on, orange cable) at sensor connector CA or CA1. -
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The effectiveness of the catalytic converter can only be tested with an emissions tester. Before replacing a catalytic converter suspected to be defective, take a test ride and use the KTM diagnostics tool to check the injection system for proper functioning. Idle speed control motor… -
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Both ignition coils must be dismounted but stay connected. If an ignition coil breaks down, exchange the two and control again with the KTM diagnostics tool — if the error is in the other position, replace the affected ignition coil. If not, perform the following tests: –… -
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If no error is detected, replace the main relay. NOTE: The fuel pump relay is located on the instrument mount under the headlight mask in the 990 Adventure model. If the main relay switches and no error is found during the above tests, perform the following tests: –… -
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7-52 Roll angle sensor (input) The signal from the roll angle sensor can be scanned with the KTM diagnostics tool. Output signal «No crash detected»: 0.4 — 1.4 volts Output signal «Crash detected»: 3.7 — 4.1 volts In case of an error, perform the following tests: –… -
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Error lamp (output) The error lamp (FI) can be tested with the KTM diagnostics tool. NOTE: the error lamp must light up for 2 seconds and then go out after the ignition is switched on if no ignition error is detected by the ECU. -
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NOTE: the coolant temperature display will rise very slowly when controlled and will drop very slowly afterwards. Diagnostics line If there is not connection between the KTM diagnostics tool and the vehicle ECU, perform the following test: – Ground supply (brown cable) at connector AP1 Pin 6. -
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7-55 ERROR CODES DTC (Code) Blink code Signal/Component Description of error Engine P0201 Injection valve, rear cylinder Malfunction Stalls P0202 Injection valve, front cylinder Malfunction Stalls P0351 Ignition coil, rear cylinder Malfunction Stalls P0352 Ignition coil, front cylinder Malfunction Stalls P0335 Pick up Malfunction… -
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7-56 ABBREVIATIONS, LIMIT VALUES 990 SUPER DUKE/R Abbreviation Description Min. limit value Max. limit value Unit Remarks THAD Throttle valve sensor voltage volts Completely closed 0.56-0.64 V Throttle valve sensor signal 75-85 degrees PM1AD Manifold air pressure, rear voltage volts PM1M Manifold air pressure, rear 13.3… -
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7-57 ABBREVIATIONS, LIMIT VALUES 990 ADVENTURE / 990 SUPERMOTO Abbreviation Description Min. limit value Max. limit value Unit Remarks THAD Throttle valve sensor voltage volts Completely closed 0.56-0.64 V Throttle valve sensor signal 75-85 degrees PM1AD Manifold air pressure, rear voltage… -
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Alarm system for 990 Super Duke/R (optional) General information: a Power Parts alarm system is available for the KTM 990 Super Duke which should be retrofitted by your dealer (under the seat). The vehicle wiring harness is already equipped to accommodate the alarm system (see mounting instructions). -
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7-59 Order for additional hand-held transmitters New hand-held transmitters for the alarm system will be delivered by KTM pre-programmed. Indicate the bar code from the code card and the next available programming space when ordering. Adapting the hand-held transmitter NOTE: –… -
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7-60 Starting with the emergency code NOTE: – Use the following procedure if no functioning hand-held transmitter is available to deactivate the alarm system. – This procedure must be repeated each time the engine is started since the engine lock is automatically activated 50 seconds after the ignition is switched off –… -
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– Remove the protection covers and check fuse . Always replace a blown fuse with an equivalent fuse. Checking the ABS fault memory using the KTM diagnostics tool – Connect the diagnostics plug, switch on the ignition and select «ABS-ECU»… -
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FUEL SYSTEM INDEX KEIHIN CARBURETOR CVRD 43 DESCRIPTION OF THE ACV (AIR CUT VALVE) SYSTEM ….8-3 DISASSEMBLING THE CARBURETOR ……. . .8-4 ASSEMBLING THE CARBURETOR . -
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CARBURATOR — KEIHIN CVRD 43… -
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Description of the ACV (air cut valve) system ACV stands for Air Cut Valve. The ACV system enriches the mixture by reducing the idle-air quantity to prevent the exhaust from backfiring in an overrun condition or upon sudden closure of the throttle valve. Normally the required idle-air reaches the mixture through two air jets, the idle air jet (jet diameter 50) and the ACV jet… -
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Disassembling the carburetor – Loosen the throttle linkage arm and remove together with the shims. – Unscrew the throttle sensor and cable for the idle setting. – Loosen the screws and remove both connecting rods NOTE: – The screws on the connecting rods are glued in. Place the carburetor on an aluminum plate and tap the screws carefully with a hammer to loosen. -
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– Remove the float chamber and discard the gasket. – Loosen the fixing screw on the float hinge pin and remove the float together with the hinge pin and the needle valve. – Check the needle valve for wear at the conical seat. –… -
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– Unscrew the main air jet , the ACV jet and the idle-air jet with a suitable screwdriver. – Unscrew the idle-air jet , the main jet with the main jet holder and starter jet – Before removing the idle-air mixture control screw , screw in to the limit. -
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Assembling the carburetor – Push the throttle shaft into the carburetor housing, fit the spring and mount the lock ring – Mount the throttle valve , tighten and caulk the screws. CAUTION OLD A SUITABLE MANDREL AGAINST THE THROTTLE SHAFT TO KEEP IT FROM BENDING –… -
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– Place the O-ring in the recess around the air jet. – Mount the ACV diaphragm so that the pin presses on the ACV valve plate – Place the spring on the diaphragm and mount the ACV cover – Position the float together with the needle valve and float hinge in the carburetor housing. -
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– Mount the lock ring in the respective position on the jet needle (2nd notch from the top – see technical specifications). – Insert the spring in the jet needle holder and position in the throttle slide together with the jet needle. Clip the jet needle holder into place. -
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8-10 – Position both connecting rods , coat the thread of the screws with Loctite 243 and mount. NOTE: bend the fuel connections according to the recesses in the connecting rods before mounting the connecting rods. – Mount the throttle linkage arm with shims as shown in the drawing and secure with the pins. -
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8-11 Checking the throttle sensor NOTE: the adjustment must be made in a mounted condition with the cable connected and the ignition switched on. – Use a digital multimeter to measure the voltage between the black and yellow cables at the connector AM (under the fuse box). -
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8-12 Carburetor heater – Pull the wiring harness connectors from the carburetor heater elements. – Unscrew the carburetor heater elements – Check the carburetor heater elements for damage at the connectors, check the electrical resistance (see Chapter 7). – Tightening torque for the carburetor heater elements: 4 Nm… -
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8-13 INJECTION SYSTEM Dismounting/mounting the throttle body (see Chapter 3) NOTE: never carry out any work on the throttle body; no adjustments are necessary. Dismounting/mounting the fuel pump with pressure regulator and fuel level sensor – Disconnect the fuel line. To disconnect, press down lightly on the metal shim and pull the connector off. -
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8-14 Checking the fuel pressure – Disconnect the fuel connection (see page 8-13). – Connect the EFI pressure gauge 610.29.094.000 and run the hose on the pressure manometer to the handlebar if taking a trial run. Hold in place with cable clips if necessary. CAUTION O NOT BEND THE HOSES –… -
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TROUBLE SHOOTING INDEX TROUBLE SHOOTING ……….9-2… -
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Remove the covering and the fuel tank, clean the plug and socket connector and treat with contact spray wiring harness is oxidizing Error injection system Error diagnosis with the KTM diagnostics tool, eliminate error (Super Duke) Engine does have Fuel supply partly interrupted… -
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600.31.003.044) FI lamp is blinking/lights up Error in the injection system (Super Duke) Error diagnosis with the KTM diagnostics tool, eliminate error Poor idling after replacing Control unit was not adapted to Delete preset values using the KTM diagnostics tool (see… -
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10-1 CHASSIS INDEX DISMOUNTING/MOUNTING THE FRONT WHEEL ……10-2 DISMOUNTING/MOUNTING THE REAR WHEEL ……10-3 REPLACING THE FRONT WHEEL BEARING . -
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), slightly turn one brake caliper towards the outside and slide the tire between the brake calipers. Insert the brake disks in the brake calipers (950/990 Adventure) and mount the wheel spindle. Mount the brake calipers, apply Loctite 243 to the screws and tighten to 25 Nm (M8) or 45 Nm (M10x1,25). -
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10-3 Dismounting/mounting the rear wheel 950/990 Adventure: – Place the motorcycle on the center stand to lift the rear wheel off the ground. 950 Supermoto/R, 990 Supermoto, 990 Super Duke/R: – Jack up the motorcycle with the assembly stand 625.29.055.000, see Chapter 3. -
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10-4 Replacing the front wheel bearing – To dismount the front wheel, see page 10-2. – Pull out both distance bushings , pry both shaft seal rings of the hub and take the lock ring out of the hub with suitable pliers. -
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10-5 Replacing the rear wheel bearing – Dismount the rear wheel (see page 10-3). – Remove the rear sprocket carrier from the rear hub and pull out the damper rubber. – Remove the distance bushing and pry the shaft seal ring out of the hub, then take the lock ring out of the hub with suitable… -
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10-6 Replacing the front brake pads (950/990 Adventure) – Press the brake caliper against the brake disk to move the brake pistons into the basic position. Remove the retainers , pull out the bolts and take the brake pads out of the brake caliper. -
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10-7 Replacing the rear brake pads (950/990 Adventure, 950 Supermoto/R, 990 Supermoto) – Press the brake caliper towards the rear sprocket to move the brake piston into the basic position. Remove the retainers , pull out the bolt and remove the brake pads. Thoroughly clean the brake caliper with compressed air and check the guide bolt bellows for damage. -
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Tighten the clamp bolts on the top triple clamp to 12 Nm (990 Super Duke) or 20 Nm (950 Supermoto and 950/990 Adventure) and on the the bottom triple clamp to 15 Nm. Secure the bolts on the brake calipers with Loctite 243 and tighten to 25 Nm (M8) or 45 Nm (M10x1,25). -
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10-9 Replacing the shock absorber (950/990 Adventure) – Jack up the motorcycle on the center stand 600.03.022.000, unscrew the left bump rubber and lock the center stand with the locking device 600.29.055.000. – Unscrew the left side cover and the seat lock. -
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10-10 Replacing the shock absorber (950 Supermoto/R, 990 Supermoto, 990 Super Duke/R) – Jack up the motorcycle and dismount the rear wheel (see page 10-3). – Remove the seat and the splash protector , loosen the tank and lift slightly in the rear (950 Supermoto only). –… -
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Replacing the steering head bearing – Dismount the fork legs (see page 10-8). – Unscrew the brake hose guide from the lower and upper triple clamp (950/990 Adventure) or unscrew the mask support (990 Super Duke/R). – Remove the handlebar clamps and lay the handlebar back. -
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– Remove the foot brake cylinder (950/990 Adventure only), pull the brake caliper back and out of the guide and fasten the foot brake cylinder again; do not tighten the bolts. -
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– Slip on a new pinion with a lock washer and screw on the nut. – Dismount the rear wheel (see page 10-3) and pull the rear sprocket carrier out of the rear wheel hub. 950/990 Adventure: – Loosen the rear sprocket nuts and remove the rear sprocket from the sprocket carrier. -
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10-14 Opening the chain with a separating/rivet tool NOTE: an X-ring chain, type 525 HV (5/8 x 5/16“), is used for the models with LC8-engine. will need special tool 600.29.020.000 to separate or rivet the chain according to the manufacturer’s specifications. This special tool consists of a bracket with 2 marks (A and B), a pressing tool with spindle and a locking screw, pressing pin… -
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10-15 Replacing the ABS unit – Gently actuate the hand brake lever and foot brake lever until you start to feel resistance; this closes the supply bore to the brake cylinder pistons and prevents the brake fluid from leaking out; fix in this position. -
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CHASSIS ……….. 11-9 990 ADVENTURE ENGINE . -
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11-2 TECHNICAL SPECIFICATIONS – ENGINE 950 ADVENTURE Engine Design Liquid-cooled, 2-cylinder 4-stroke engine with 75° V arrangement with balancer shaft and electric starter Displacement 942 cm3 Bore / Stroke 100/60 mm Compression ratio 11.5:1 Fuel unleaded premium fuel with at least RON 95 (ROZ 80 — 94 for other ignition curve) Valve timing 4 valves controlled over bucket tappet and 2 camshafts, camshaft drive with gears/chain Valve diameter… -
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11-3 TECHNICAL SPECIFICATIONS – CHASSIS 950 ADVENTURE/ADVENTURE S 950 ADVENTURE / 950 ADVENTURE S Frame Tubular chrome-molybdenum-steel space frame, powder-coated Fork White Power – Up Side Down 4860 MXMA (Multiadjuster) Spring travel front model year 2003/2004: ADVENTURE = 230 mm, ADVENTURE S = 265 mm model year 2005/2006: ADVENTURE = 210 mm, ADVENTURE S = 245 mm Rear suspension WP Progressive Damping System shock absorber with hydraulic preload adjuster,… -
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11-4 STANDARD ADJUSTMENT – FORK 950 LC8 ADVENTURE WP USD 4860 MXMA Spring 4,8 N/mm Air chamber length 100 mm Fork oil SAE 5 (WP 4860.0211) STANDARD ADJUSTMENT – SHOCK ABSORBER 950 ADVENTURE / ADVENTURE S WP PDS 5018 PA Spring 140/255 140/265… -
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11-5 TECHNICAL SPECIFICATIONS – ENGINE 990 SUPER DUKE / SUPER DUKE R Engine Design Liquid-cooled, 2-cylinder 4-stroke engine with 75° V arrangement with balancer shaft and electric starter Displacement 999.9 cm3 Bore / Stroke 101/62.4 mm Compression ratio 11.8:1 Fuel unleaded premium fuel with at least RON 95 Valve timing 4 valves controlled over bucket tappet and 2 camshafts, camshaft drive with gears/chain… -
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Super Duke R: 150 mm (5.9 in) Dry weight 186 kg (410.6 lbs) Max. axle load front 180 kg (397.3 lbs) Max. axle load rear 250 kg (551.8 lbs) Max. total load 387 kg (854.2 lbs) * tire releases are available on the Internet at www.ktm.com… -
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11-7 Super Duke Super Duke R BASIC SETTING FORK WP 4860 ROMA Compression adjuster (clicks) 20 15 10 10 18 18 14 18 Rebound adjuster (clicks) 20 15 10 10 16 16 12 16 Spring preload (turns) 5 5 5 5 5 5 5 5 Spring 9.5 N/mm 9.5 N/mm… -
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11-8 TECHNICAL SPECIFICATIONS – ENGINE 950 SUPERMOTO / SUPERMOTO R Engine Design Liquid-cooled, 2-cylinder 4-stroke engine with 75° V arrangement with balancer shaft and electric starter Displacement 942 cm3 Bore / Stroke 100/60 mm Compression ratio 11.5:1 Fuel unleaded premium fuel with at least RON 95 Valve timing 4 valves controlled over bucket tappet and 2 camshafts, camshaft drive with gears/chain Valve diameter… -
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11-9 TECHNICAL SPECIFICATIONS – CHASSIS 950 SUPERMOTO / SUPERMOTO R 950 SUPERMOTO / R Frame Tubular chrome-molybdenum-steel space frame, powder-coated Fork White Power – Up Side Down 4860 ROMA Spring travel front 200 mm Rear suspension WP 4618 BAVP Spring travel rear 210 mm Front brake Disk brake, 2 perforated brake disks Ø… -
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11-10 STANDARD ADJUSTMENT – FORK 950 SUPERMOTO WP 4860 ROMA Spring 5.6-450 Air chamber length 110 mm Fork oil SAE 5 (WP 4860.0401) STANDARD ADJUSTMENT – FORK 950 SUPERMOTO R WP 4860 ROMA Spring 5.8-450 Air chamber length 110 mm Fork oil SAE 5 (WP 4860.0401) STANDARD ADJUSTMENT –… -
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11-11 TECHNICAL SPECIFICATIONS – ENGINE 990 ADVENTURE Engine Design Liquid-cooled, 2-cylinder 4-stroke engine with 75° V arrangement with balancer shaft and electric starter Displacement 999.9 cm3 Bore / Stroke 101/62.4 mm Compression ratio 11.8:1 Fuel unleaded premium fuel with at least RON 95 (ROZ 80 — 94 for other ignition curve) -
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11-12 TECHNICAL SPECIFICATIONS – CHASSIS 990 ADVENTURE/ADVENTURE S 990 ADVENTURE / 990 ADVENTURE S Frame Tubular chrome-molybdenum-steel space frame, powder-coated Fork White Power – Up Side Down 4860 MXMA (Multiadjuster) Spring travel front ADVENTURE = 210 mm, ADVENTURE S = 265 mm… -
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Spring 4,8 N/mm Air chamber length 100 mm Fork oil SAE 5 (WP 4860.0211) STANDARD ADJUSTMENT – SHOCK ABSORBER 990 ADVENTURE / ADVENTURE S WP PDS 5018 PA Spring 140/255 140/265 STANDARD ADJUSTMENT – FORK AND SHOCK ABSORBER 990 ADVENTURE… -
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11-14 TECHNICAL SPECIFICATIONS – ENGINE 990 SUPERMOTO Engine Design Liquid-cooled, 2-cylinder 4-stroke engine with 75° V arrangement with balancer shaft and electric starter Displacement 999.9 cm3 Bore / Stroke 101/62.4 mm Compression ratio 11.8:1 Fuel unleaded premium fuel with at least RON 95 (ROZ 80 — 94 for other ignition curve) Valve timing 4 valves controlled over bucket tappet and 2 camshafts, camshaft drive with gears/chain Valve diameter… -
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191 kg (421.6 lbs) Max. axle load, front 190 kg (419.4 lbs) Max. axle load, rear 250 kg (552 lbs) Payload 195 kg (430.5 lbs) Max. total weight 400 kg (883 lbs) * further tire releases are available on the Internet at www.ktm.com… -
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11-16 FORK 990 SUPERMOTO 2008 Type 14187D20 WP Suspension Spring 6.2-450 Spring preload 5 mm (0.2 in) Air chamber lenght 110 mm (4.3 in) Fork oil SAE 5 (WP 4860.0401) SHOCK ABSORBER 990 SUPERMOTO 2008 Type 15187D15 WP Suspension Spring 130-215 Spring preload 11 mm (0.43 in) -
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11-17 TECHNICAL SPECIFICATIONS – ENGINE 950 SUPER ENDURO Engine Design Liquid-cooled, 2-cylinder 4-stroke engine with 75° V arrangement with balancer shaft and electric starter Displacement 942 cm3 Bore / Stroke 100/60 mm Compression ratio 11.5:1 Fuel unleaded premium fuel with at least RON 95 Valve timing 4 valves controlled over bucket tappet and 2 camshafts, camshaft drive with gears/chain Valve diameter… -
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11-18 TECHNICAL SPECIFICATIONS – CHASSIS 950 SUPER ENDURO 950 SUPER ENDURO Frame Tubular chrome-molybdenum-steel space frame, powder-coated Fork WP Up Side Down 4860 MXMA PA (Multi/Preloadadjuster) Spring travel front 250 mm Rear suspension WP 4618 BAVP, aluminum rear wheel swinging fork supported by needle bearings Spring travel rear 255 mm Front brake… -
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11-19 STANDARD ADJUSTMENT – FORK 950 SUPER ENDURO WP 4860 MXMA PA Spring 5.9-450 Air chamber length 100 mm Fork oil SAE 5 (WP 4860.0401) STANDARD ADJUSTMENT – SHOCK ABSORBER 950 SUPER ENDURO WP 4618 BAVP Spring (59) 140-215 STANDARD ADJUSTMENT – FORK AND SHOCK ABSORBER 950 SUPER ENDURO FORK SHOCK ABSORBER… -
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Cam height, intake ……36.96 mm – 37.04 mm 990 Adventure/SM Cam height, exhaust ….. . .36.96 mm – 37.04 mm Camshaft bearing bore . -
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11-21 TOLERANCES AND FITTING CLEARANCE COMPONENT MEASUREMENT/TEST ….. .SETPOINT VALUE . .TOLERANCE LIMIT Crankshaft/conrod Diameter of crankshaft journal …49.965 mm – 49.975 mm (yellow) Diameter of crankshaft journal . -
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11-22 TIGHTENING TORQUES – ENGINE Hexagon nut on primary gear M33x1.5 left Loctite 243 + 130 Nm Multipoint head bolt on conrod caps M10x1 25 Nm/30Nm/60° Hexagon nut on balancer shaft M20x1.5 Loctite 243 + 150 Nm Hexagon nut on balancer shaft preloaded (spreader) M20x1.5 Loctite 243 + 120 Nm Hexagon nut on cylinder head… -
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11-23 TIGHTENING TORQUES – CHASSIS Collar bolt on front wheel spindle (except 950 Super Enduro) M24x1.5 60 Nm Collar bolt on front wheel spindle (950 Super Enduro only) M24x1.5 40 Nm Collar nut wheel spindle rear M25x1.5 90 Nm AH bolt shock absorber top/bottom M14x1.5 80 Nm Collar nut for swing arm bolt… -
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990 ADVENTURE …….. -
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12-2 PERIODIC MAINTENANCE SCHEDULE 950 ADVENTURE Change engine oil and oil filter Clean oil screens of engine and oil tank Clean magnetic drain plugs of engine and oil tank Check oil lines for damage and kink-less arrangement Replace the oil line connection from the front valve cover to the oil tank Renew spark plugs Check the spark plug connector for a tight fit to the spark plug Check and adjust valve clearance… -
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12-3 PERIODIC MAINTENANCE SCHEDULE MPORTANT AINTENANCE ROCEDURES ERFORMED ASED EPARATE UPPLEMENT RDER at least every 2 years or every 4 years or once a year 15000 km 30000 km Perform complete fork maintenance Perform complete shock absorber maintenance Clean and lubricate steering-head bearing and sealing elements Clean and adjust the carburetors Treat the electrical contacts and switches with contact spray Treat battery connections with contact grease… -
Page 263
Clean the oil jet for the clutch lubrication Check rubber boot for cracks or leaks Check fault memory with the KTM diagnosis tool Perform a status check of neutral, clutch, 2nd/3rd gear and side stand switch using the KTM diagnosis tool… -
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12-5 PERIODIC MAINTENANCE SCHEDULE MPORTANT AINTENANCE ROCEDURES ERFORMED ASED EPARATE UPPLEMENT RDER at least every 2 years or once a year 15000 km Perform complete fork maintenance Perform complete shock absorber maintenance Clean and lubricate steering-head bearing and sealing elements Treat the electrical contacts and switches with contact spray Treat battery connections with contact grease Change coolant fluid… -
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12-6 PERIODIC MAINTENANCE SCHEDULE 1. Service 7500 km or 15000 km or 950 SUPERMOTO/R after once every 1000 km a year 2 years Change engine oil and oil filter Clean oil screens of engine and oil tank Clean magnetic drain plugs of engine and oil tank Check oil lines for damage and kink-less arrangement Renew spark plugs Check and adjust valve clearance… -
Page 266
12-7 PERIODIC MAINTENANCE SCHEDULE MPORTANT AINTENANCE ROCEDURES ERFORMED ASED EPARATE UPPLEMENT RDER at least every 2 years or once a year 15000 km Perform complete fork maintenance Perform complete shock absorber maintenance Clean and lubricate steering-head bearing and sealing elements Clean and adjust the carburetors Treat the electrical contacts and switches with contact spray Treat battery connections with contact grease… -
Page 267
Check brake lines for damage and leaks Check/adjust smooth operation, free travel of handbrake/footbrake levers Check bolts of brake system for tight fit Check ABS fault memory with the KTM diagnosis tool Check shock absorber and fork for leaks and proper operation Clean fork dust sleeves… -
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12-9 PERIODIC MAINTENANCE SCHEDULE MPORTANT AINTENANCE ROCEDURES ERFORMED ASED EPARATE UPPLEMENT RDER at least every 2 years or once a year 15000 km Perform complete fork maintenance Perform complete shock absorber maintenance Clean and lubricate steering-head bearing and sealing elements Treat the electrical contacts and switches with contact spray Treat battery connections with contact grease Change coolant fluid… -
Page 269
Clean the oil jet for the clutch lubrication Check rubber boot for cracks or leaks Check fault memory with the KTM diagnosis tool Perform a status check of neutral, clutch, 2nd/3rd gear and side stand switch using the KTM diagnosis tool… -
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12-11 PERIODIC MAINTENANCE SCHEDULE MPORTANT AINTENANCE ROCEDURES ERFORMED ASED EPARATE UPPLEMENT RDER at least every 2 years or once a year 15000 km Perform complete fork maintenance Perform complete shock absorber maintenance Clean and lubricate steering-head bearing and sealing elements Treat the electrical contacts and switches with contact spray Treat battery connections with contact grease Change coolant fluid… -
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12-12 PERIODIC MAINTENANCE SCHEDULE 1. Service 7500 km or 15000 km or 950 SUPER ENDURO after once every 1000 km a year 2 years Change engine oil and oil filter Clean oil screens of engine and oil tank Clean magnetic drain plugs of engine and oil tank Check oil lines for damage and kink-less arrangement Renew spark plugs Check and adjust valve clearance… -
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12-13 PERIODIC MAINTENANCE SCHEDULE MPORTANT AINTENANCE ROCEDURES ERFORMED ASED EPARATE UPPLEMENT RDER at least every 2 years or once a year 15000 km Perform complete fork maintenance Perform complete shock absorber maintenance Clean and lubricate steering-head bearing and sealing elements Clean and adjust the carburetors Treat the electrical contacts and switches with contact spray Treat battery connections with contact grease… -
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NOTE: before you start with the lubricating and maintenance work described below, remove the engine guard, seat and both tanks (950/990 Adventure), the seat, both tank covers and the front spoiler for the 990 Super Duke model or the seat, tank and the spoiler for the 950 Supermoto;… -
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Only use fully synthetic engine oils that meet the JASO MA quality requirements (see information on the can). KTM recommends Motorex Power Synt 4T in the 10W/50 viscosity (for JASO T903 MA temperatures over 0°C) or 5W/40 (for temperatures under 0°C). -
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12-16 Checking the engine oil level Check the engine oil level when the engine is warm (at least 4 bars on the temperature indicator will light up). Place the motorcycle on a level surface (not on the side stand). Turn off the engine, unscrew the oil dipstick and wipe off with a cloth. -
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12-17 Checking and adjusting the valve clearance NOTE: to make it easier to work on the front cylinder, remove the 4 radiator retaining bolts and pull the radiator forward. – Pull the EPC valve on the front cylinder from the bracket. –… -
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12-18… -
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12-19… -
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12-20 Checking the clutch lining – Remove the lock clip on the foot brake lever bolt and pull out the bolt. – Loosen the bearing bolt on the foot brake lever and remove the foot brake lever. – Dismount the clutch lining (see Chapter 4). –… -
Page 280
12-21 LUBRICATION AND MAINTENANCE WORK – CARBURETOR Check the carburetor synchronization with an vacuum gauge and adjust if necessary – Disconnect the vacuum hoses from the air filter box and from the secondary air system valve and run up on the side between the frame and the air filter box. -
Page 281
Check the fault memory with the KTM diagnostics tool See KTM diagnostics tool operating instructions Scan the status of the neutral, clutch, 2nd/3rd gear and side stand switch using the KTM diagnostics tool See KTM diagnostics tool operating instructions Replacing the O-ring on the fuel hose connector… -
Page 282
– Tighten the bleeder screw again. 950/990 Adventure: – Move the hand brake cylinder into a horizontal position and add DOT 5.1 brake fluid (Motorex Brake Fluid DOT 5.1) up to 5 mm under the top edge of the reservoir. -
Page 283
(if it can easily be screwed in further), remove the bolt, clean, secure with Loctite 243 and tighten to the correct torque (see technical data). Check ABS fault memory with the KTM diagnosis tool see chapter 7… -
Page 284
12-25 LUBRICATION AND MAINTENANCE WORK — CHASSIS Cleaning the dust boots – See Owner’s Manual Bleeding the fork legs – See Owner’s Manual Checking the swing arm support – Try to move the rear wheel to each side in an unloaded condition. You should not feel any clearance NOTE: –… -
Page 285
12-26 LUBRICATION AND MAINTENANCE WORK — WHEELS Checking the spoke tension and rim run-out – Spoke nipple: 5 Nm – maximum radial/lateral run-out of the rim (without tires): 1.2 mm – maximum radial/lateral run-out of the rim (with tires): front 2.3 mm, rear 2.5 mm Checking the chain and chain guides for wear, force fit and tension. -
Page 286
12-27 LUBRICATION AND MAINTENANCE WORK – ADDITIONAL WORK Completely servicing the fork – Dismounting the fork legs: see Chapter 10 – Maintenance: see WP-documentation Completely servicing the shock absorber – Dismounting the shock absorber: see Chapter 10 – Maintenance: see WP-documentation Cleaning and greasing the steering head bearing and sealing elements –… -
Page 287
12-28 LUBRICATION AND MAINTENANCE WORK – ADDITIONAL WORK Cleaning and adjusting the carburetor – See Chapter 8 Changing the cooling liquid NOTE: change the cooling liquid after you have finished the general lubrication and maintenance work. CAUTION O AVOID BURNING YOURSELF ALWAYS DRAIN THE COOLING LIQUID WHEN THE ENGINE IS COLD –… -
Page 288
13-1 WIRING DIAGRAMS INDEX 950 ADVENTURE WIRING DIAGRAM 2003-2004 ……..12-6 EXPLANATION OF CONNECTORS, CABLE COLORS . -
Page 289
13-2 WIRING DIAGRAMS INDEX 990 SUPER DUKE / SUPER DUKE R WIRING DIAGRAM ((990 SUPER DUKE 2005/2006) ….12-36 EXPLANATION OF CONNECTORS, CABLE COLORS ….. .13-37 START/CHARGING SYSTEM (990 SUPER DUKE 2005/2006) . -
Page 290
13-3 WIRING DIAGRAMS INDEX 950 SUPERMOTO / SUPERMOTO R WIRING DIAGRAM (UP TO THE 2007 MODEL) ……12-64 WIRING DIAGRAM (STARTING WITH THE 2007 MODEL) . -
Page 291
POSITIVE CONNECTION (2007-) ……. . .13-118 CONNECTOR LIST 990 ADVENTURE CONNECTOR AA — AE . -
Page 292
13-5 WIRING DIAGRAMS INDEX 950 SUPER ENDURO WIRING DIAGRAM (UP TO THE 2007 MODEL) ….. . .12-117 WIRING DIAGRAM (STARTING WITH THE 2007 MODEL) ….12-118 EXPLANATION OF CONNECTORS, CABLE COLORS . -
Page 293
13-6… -
Page 294
13-7 WIRING DIAGRAMS INDEX 990 SUPERMOTO START/CHARGING SYSTEM ……..13-156 EFI . -
Page 295
13-8… -
Page 296
13-9 Aditional instruments (roadbook;…) Externe Instrumente Battery Batterie Clutch switch Kupplungsschalter Cooling fan Lüftermotor Diode Diode Flasher relay Blinkerrelais Flasher switch Blinkerschalter Front brake switch vorderer Bremslichtschalter Fuel level sensor Benzinstandgeber Fuel pump Kraftstoffpumpe Fuel pump relay Kraftstoffpumpenrelais Fuse box Sicherungskasten Gear sensor Gangerkennung… -
Page 297
13-10… -
Page 298
13-11 Aditional instruments (roadbook;…) Externe Instrumente Battery Batterie Clutch switch Kupplungsschalter Cooling fan Lüftermotor Diode Diode Flasher relay Blinkerrelais Flasher switch Blinkerschalter Front brake switch vorderer Bremslichtschalter Fuel level sensor Benzinstandgeber Fuel pump Kraftstoffpumpe Fuel pump relay Kraftstoffpumpenrelais Fuse box Sicherungskasten Gear sensor Gangerkennung… -
Page 299
13-12… -
Page 300
13-13 start switch ignition switch cable harness cable switch START unpushed LOCKED kill switch sidestand switch cable cable harness harness cable cable switch switch folded up STOP folded down clutch switch switch position pulled unpulled… -
Page 301
13-14… -
Page 302
13-15 ignition switch LOCKED… -
Page 303
13-16… -
Page 304
13-17 ignition switch LOCKED start switch cable harness cable switch START unpushed kill switch cable harness cable switch STOP… -
Page 305
13-18… -
Page 306
13-19 ignition switch LOCKED flasher switch cable harness cable bu- bu- switch TURN L TURN R horn switch cable harness cable switch HORN… -
Page 307
13-20… -
Page 308
13-21 ignition switch LOCKED light switch high/low beam switch cable cable harness harness cable cable wh wh switch switch LIGHT OFF P. LIGHT LIGHT passing light brake switch cable cable harness harness cable cable switch switch pushed P. HORN unpushed… -
Page 309
13-22… -
Page 310
13-23 ignition switch LOCKED light switch high/low beam switch cable cable harness harness cable cable wh wh switch switch LIGHT OFF P. LIGHT LIGHT passing light brake switch cable cable harness harness cable cable switch switch pushed P. HORN unpushed… -
Page 311
13-24… -
Page 312
13-25 ignition switch LOCKED… -
Page 313
13-26… -
Page 314
13-27… -
Page 315
13-28 Connector AA 20-pole 11 1 Multifunctional digital speedometer Behind multi- functional digital speedometer 20 10 Connector AB 9-pole Start/stop/light switch connector support under multifunctional digital speedometer Connector AC 6-pole Front light connector support under multifunctional digital speedometer Connector AD 12-pole Light/turn signal/horn switch… -
Page 316
13-29 Connector AG 3-pole Tachometer connector support under multifunctional digital speedometer Connector AH 2-pole Turn signal relay connector support under multifunctional digital speedometer Connector AH1 2-pole Rear brake light switch Under the right rear side cover Connector AH2 2-pole Left front turn signal Under the right front side cover Connector AH3… -
Page 317
13-30 Connector AI 2-pole Diode neutral switch connector support under multifunctional digital speedometer Connector AI1 2-pole Diode side stand switch connector support under the multi- functional digital speedometer Connector AJ 3-pole Rear lighting Under the right rear side cover Connector AK 2-pole Rear brake light switch Under the right rear side… -
Page 318
13-31 Connector AL 2-pole Clutch switch Behind headlight under connector support Connector AL1 2-pole Pick up Between the water pipe and the front cylinder head Connector AL2 2-pole Fuel sender Between the left tank and the frame Connector AM 3-pole Carburetor potentiometer Under the fuse box… -
Page 319
13-32 Connector AN 4-pole Tripmaster switch Near connector support under multifunctional digital speedometer Connector AO 26-pole ECU (control unit) Under fuse behind steering head Connector AP 6-pole Ignition lock Under the fuse box Connector AQ 1-pole Connector for auxiliary devices: Kl 15 (ignition) Kl 30 (battery) Kl 31 (ground) -
Page 320
13-33 Connector AR 3-pole Speed sensor Behind headlight under connector support Connector AS 2-pole Rear ignition coil Behind the air filter box Connector AS1 2-pole Front ignition coil Behind the radiator Connector AT 2-pole Pick up Between the water pipe and the front cylinder head Connector AT1… -
Page 321
13-34 Connector AU 2-pole Radiator fan motor On the right behind the radiator next to the fan Connector AU1 2-pole Regulator On the right side of the battery case under the starter relay Connector AV 2-pole Temperature switch for the radiator fan On the right behind the radiator next… -
Page 322
13-35 Connector AX 2-pole Temperature sensor for the multifunctional digital speedometer On the left side of the engine between cylinders Connector AY 1-pole Oil pressure switch On the left side of the frame under filter box Connector AZ 4-pole Rear turn signal Under the right rear side cover Connector BA… -
Page 323
13-36 Connector BB 9-pole Start/stop/light switch connector support under multifunctional digital speedometer Connector BC 6-pole Front light connector support under multifunctional digital speedometer Connector BD 12-pole Light/turn signal/horn switch connector support under multifunctional digital speedometer Connector BE 3-pole Tachometer connector support under multifunctional… -
Page 324
13-37 Connector BH 6-pole Ignition lock Under the fuse box Connector BI 2-pole Radiator fan motor On the right behind the radiator next to the fan Connector BI1 2-pole Regulator On the right side of the battery case under the starter relay Connector BJ 1-pole… -
Page 325
13-38… -
Page 326
13-39 Aditional instruments (roadbook;…) Externe Instrumente Battery Batterie Clutch switch Kupplungsschalter Cooling fan Lüftermotor Diode Diode Flasher relay Blinkerrelais Flasher switch Blinkerschalter Front brake switch vorderer Bremslichtschalter Fuel level sensor Benzinstandgeber Fuel pump Kraftstoffpumpe Fuel pump relay Kraftstoffpumpenrelais Fuse box Sicherungskasten Gear sensor Gangerkennung… -
Page 327
13-40… -
Page 328
13-41… -
Page 329
13-42… -
Page 330
13-43… -
Page 331
13-44… -
Page 332
13-45… -
Page 333
13-46… -
Page 334
13-47… -
Page 335
13-48… -
Page 336: Ignition Switch
13-49 ignition switch flasher switch cable harness cable bu- bu- switch TURN L TURN R LOCKED start switch cable horn switch harness cable harness cable switch cable switch START HORN unpushed c t i clutch switch switch position pulled unpulled…
-
Page 337
13-50… -
Page 338
13-51 light switch ignition switch cable harness cable wh wh switch LIGHT OFF P. LIGHT LOCKED LIGHT high/low beam switch brake switch cable cable harness harness cable cable switch switch pushed unpushed passing light cable harness cable switch P. HORN… -
Page 339
13-52… -
Page 340
13-53… -
Page 341
13-54… -
Page 342
13-55… -
Page 343
13-56… -
Page 344
13-57… -
Page 345
13-58 Connector AA 20-pole 11 1 Multifunctional digital speedometer Behind multi- functional digital speedometer 20 10 Connector AB 9-pole Start/stop/light switch Behind headlight mask Connector AC 6-pole Front lighting Behind headlight mask Connector AD 12-pole Turn signal, horn, high beam switch Behind headlight mask… -
Page 346
13-59 Connector AF 4-pole Main relay Under the seat Connector AF1 4-pole Fuel pump relay Under the seat Connector AF2 4-pole Auxiliary starter relay Under the seat Connector AG 3-pole Speedometer Behind headlight mask Connector AH 2-pole Front brake light switch Behind headlight mask… -
Page 347
13-60 Connector AI, AI1, AI2 2-pole Diodes Under the seat Connector AI3 2-pole Diode Behind headlight mask Connector AJ 3-pole Rear lighting Under the seat Connector AK 2-pole Front brake light switch Behind headlight mask Connector AK1 2-pole Rear brake light switch In front of the fuse box Connector AL 2-pole… -
Page 348
13-61 Connector AM 3-pole Throttle sensor for the 2nd throttle On the throttle body Connector AM1 3-pole Throttle sensor On the throttle body Connector AM2 3-pole Gear sensor On the left next to the battery case Connector AM3 3-pole Side stand On the left next to the battery case Connector AM4… -
Page 349
13-62 Connector AO 26-pole Behind steering head Connector AP 6-pole Ignition switch Behind steering head Connector AP1 6-pole Diagnosis connector Behind the fuse box Connector AP2 6-pole Rollover sensor Behind headlight mask Connector AR 3-pole Throttle sensor for the 2nd throttle On the throttle body Connector AR1 3-pole… -
Page 350
13-63 Connector AR2 3-pole Gear sensor On the left next to the battery case Connector AR3 3-pole Side stand On the left next to the battery case Connector AR4 3-pole Fuel pump In front of the fuse box Connector AR5 3-pole Speed sensor Behind… -
Page 351
13-64 Connector AT 2-pole Pick up In front of the 2nd cylinder over the battery case Connector AT1 2-pole Clutch switch Behind headlight mask Connector AU 2-pole Regulator output On the left next to the battery case Connector AU1 2-pole Fan motor Behind the radiator Connector AV… -
Page 352
13-65 Connector AY 1-pole Oil pressure switch On the outer left side of the frame Connector AZ 4-pole Rear blinker Under the seat Connector BB 9-pole Start/stop/light switch Behind headlight mask Connector BC 6-pole Front lighting Behind headlight mask Connector BD 12-pole Turn signal, horn, high beam switch… -
Page 353
13-66 Connector BE 3-pole Speedometer Behind headlight mask Connector BG 3-pole Rear lighting Under the seat Connector BH 6-pole Ignition switch Behind steering head Connector BH1 6-pole Diagnosis connector Behind the fuse box Connector BI 2-pole Regulator output On the left next to the battery case Connector BI1 2-pole… -
Page 354
13-67 Connector BJ 1-pole Oil pressure switch On the outer left side of the frame Connector BK 4-pole Rear turn signal Under the seat Connector BS 2-pole Alarm LED Instrument panel (only for alarm systems) Connector BS1 Seat switch Under the seat (only for alarm systems) Connector BV 2-pole… -
Page 355
13-68 Connector BZ 3-pole Pressure sensor for rear cylinder On the left side of the frame Connector BZ1 3-pole Manifold air pressure sensor for front cylinder On the right side of the frame Connector BZ2 3-pole Ambiant air pressure sensor Behind headlight mask… -
Page 356
13-69 Connector CC 12-pole Front wiring harness Behind headlight mask Connector CE 4-pole Rear lambda probe On the left next to the battery case Connector CE1 4-pole Front lambda probe On the right side of the frame Connector CE2 4-pole Control motor for 2nd throttle On the throttle body… -
Page 357
13-70 Connector CL 2-pole Rear injection valve On the throttle body Connector CL1 2-pole Front injection valve On the throttle body Connector CM 2-pole Air temperature sensor On the top of the air filter box Connector CO 34-pole Behind the steering head Connector CP 16-pole Wiring harness EFI… -
Page 358
13-71 Connector CR 1-pole Connector for attachments: Kl 15 (ignition) Kl 31 (ground) Under the seat next to the fuse box Connector DJ 20-pole Connector for the alarm system control unit Under the seat Connector DK 20-pole Connector (without alarm system) Under the seat… -
Page 359
13-72… -
Page 360
13-73… -
Page 361
13-74 Aditional instruments (roadbook;…) Externe Instrumente Battery Batterie Carb heater (Carburator heater element) Vergaserheizelement Clutch switch Kupplungsschalter Cooling fan Lüftermotor Diode Diode Flasher relay Blinkerrelais Flasher switch Blinkerschalter Front brake switch vorderer Bremslichtschalter Fuel level sensor Benzinstandgeber Fuel pump Kraftstoffpumpe Fuel pump relay Kraftstoffpumpenrelais Fuse box… -
Page 362
13-75… -
Page 363
13-76… -
Page 364
13-77… -
Page 365
13-78… -
Page 366
13-79 c t i Stop switch c t i c t i c t i c t i c t i o i t e l l e l l c t i c t i c t i c t i… -
Page 367
13-80… -
Page 368
13-81 g i l c t i c t i c t i c t i c t i c t i… -
Page 369
13-82… -
Page 370
13-83… -
Page 371
13-84… -
Page 372
13-85… -
Page 373
13-86 Connector AA 20-pole 11 1 Multifunctional digital speedometer Behind multi functional digital speedometer 20 10 Connector AB 9-pole Start/stop/light switch Behind multi functional digital speedometer Connector AC 6-pole Ignition switch Behind multi functional digital speedometer Connector AD 12-pole Light/turn signal/horn switch Behind multi… -
Page 374
13-87 Connector AF2 4-pole Lighting relay Under the seat Connector AF3 2-pole Start relay Under the seat Connector AH 2-pole Rear brake light switch On the right side of the frame Connector AH1 2-pole Front brake light switch Behind the headlight Connector AH2 2-pole Temperature switch for… -
Page 375
13-88 Connector AI 2-pole Neutral switch diode Under the seat, next to the battery Connector AI1 2-pole Diode for side stand switch Under the seat, next to the battery Connector AI2 2-pole Diode for side stand switch Under the seat, next to the battery Connector AI3 2-pole… -
Page 376
13-89 Connector AK 2-pole Rear brake light switch On the right side of the frame Connector AK1 2-pole Front brake light switch Behind the headlight Connector AK2 2-pole Temperature switch for carburetor heater Behind the headlight Connector AL 2-pole Pick up On the left between the tank generator cover… -
Page 377
13-90 Connector AL3 2-pole Clutch switch Behind the headlight Connector AL4 2-pole Carburetor heater Behind steering head and the ECU Connector AM 3-pole Throttle sensor Behind steering head and the ECU Connector AM1 3-pole Gear sensor On the left between the tank generator cover Connector AM2… -
Page 378
13-91 Connector AO 26-pole Behind steering head Connector AR 3-pole Throttle sensor Behind steering head and the ECU Connector AR1 3-pole Gear sensor On the left between the tank generator cover Connector AR2 3-pole Side stand switch On the left between the tank generator cover Connector AR3… -
Page 379
13-92 Connector AS 2-pole Rear ignition coil Behind the air filter box Connector AS1 2-pole Front ignition coil Behind the radiator Connector AT 2-pole Pick up On the left between the tank generator cover Connector AT1 2-pole Fuel sender On the front left next to the radiator Connector AT2 2-pole… -
Page 380
13-93 Connector AT4 2-pole Carburetor heater Behind steering head and the ECU Connector AU 2-pole Controller outlet Under the seat next to the battery case Connector AV 2-pole Temperature switch On the left side of the radiator Connector AW 2-pole Front EPC On the right side of the frame… -
Page 381
13-94 Connector AY 1-pole Oil pressure switch On the left side of the frame under filter box Connector AZ 4-pole Rear turn signal Under the seat in the back storage compartment Connector BB 9-pole Start/stop/light switch connector support under multifunctional digital speedometer Connector BC… -
Page 382
13-95 Connector BI 2-pole Controller outlet Under the seat next to the battery case Connector BJ 1-pole Oil pressure switch On the left side of the frame under filter box Connector BK 4-pole Rear turn signal Under the seat in the back storage compartment… -
Page 383
13-96 Connector BV 2-pole Alarm LED Instrument panel (for alarm system only) Connector BV1 2-pole Seat switch Under seat (for alarm system only) Connector BW 3-pole Headlight Behind the headlight Connector CD/CD1 2-pole Radiator fan Behind the left radiator Connector CR/CR1/CR2/CR3 1-pole Connector for… -
Page 384
13-97 Connector DI 2-pole Parking light On the headlight Connector DJ 18-pole Connector for the alarm Under the seat Connector DK 18-pole Dummy plug (without alarm system) Under the seat… -
Page 385
13-98… -
Page 386
13-99… -
Page 387
13-100… -
Page 388
13-101 2nd throttle position sensor 2. Drosselklappenpositionssensor 2nd throttle stepper motor 2. Drosselklappenstellmotor ABS connector to ABS harness ABS-Steckverbindung zum ABS-Kabelstrang Aditional current connection Stromversorgung für Zusatzgeräte Air temperature sensor Lufttemperatursensor Atmospheric pressure sensor Außenluftdrucksensor Battery Batterie Clutch switch Kupplungsschalter Cooling fan Lüftermotor Diagnostic connector… -
Page 389
13-102… -
Page 390
13-103… -
Page 391
13-104… -
Page 392
13-105… -
Page 393
13-106… -
Page 394
13-107… -
Page 395
13-108… -
Page 396
13-109 c t i c t i c t i o i t e l l e l l c t i l i k c t i c t i c t i c t i c t i c t i c t i… -
Page 397
13-110… -
Page 398
13-111 g i l c t i c t i c t i c t i c t i c t i… -
Page 399
13-112… -
Page 400
13-113… -
Page 401
13-114… -
Page 402
13-115… -
Page 403
13-116… -
Page 404
13-117… -
Page 405
13-118… -
Page 406
13-119 Connector AA 20-pole 11 1 Multifunctional digital speedometer Behind multi functional digital speedometer 20 10 Connector AB 9-pole Start/stop/light switch connector support under multifunctional digital speedometer Connector AC 6-pole Front light connector support under multifunctional digital speedometer Connector AD 12-pole Light/turn signal/horn switch… -
Page 407
13-120 Connector AF 4-pole Main relay Connector AF1 4-pole Fuel pump relay Connector AF2 4-pole Auxiliary starter relay Connector AF3 4-pole Lighting relay connector support under multifunctional digital speedometer Connector AG 3-pole Tachometer connector support under multifunctional digital speedometer Connector AH 2-pole Rear brake light switch Under the right rear side… -
Page 408
13-121 Connector AJ 3-pole Rear lighting system Under the right rear side cover Connector AK 2-pole Rear brake light switch Under the right rear side cover Connector AL 2-pole Pick up Between the water pipe and the front cylinder head Connector AL1 2-pole Clutch switch… -
Page 409
13-122 Connector AM 3-pole Throttle sensor for the 2nd throttle Connector AM1 3-pole Throttle sensor On the throttle body Connector AM2 3-pole Gear sensor Connector AM3 3-pole Side stand switch On the left side of the engine in front of the generator cover Connector AM4 3-pole Fuel pump… -
Page 410
13-123 Connector AP 6-pole Ignition switch Under the fuse box Connector AP1 6-pole Diagnosis connector Under the seat next to the ABS unit Connector AP2 6-pole Rollover sensor Behind headlight mask Connector AR 3-pole Throttle sensor 2nd throttle Connector AR1 3-pole Throttle sensor On the throttle body… -
Page 411
13-124 Connector AR5 3-pole Speed sensor Behind headlight under connector support Connector AS 2-pole Rear ignition coil Behind the air filter box Connector AS1 2-pole Front ignition coil Behind the radiator Connector AT 2-pole Pick up Between the water pipe and the front cylinder head Connector AT1… -
Page 412
13-125 Connector AT3 2-pole ABS connection Under the seat next to the ABS unit Connector AU 2-pole Controller On the right side of the battery case under the starter relay Connector AU1 2-pole Fan motor Behind the radiator on the right side of the fan Connector AV 2-pole Temperature switch for… -
Page 413
13-126 Connector AZ 4-pole Rear turn signal Under the right rear side cover Connector BA 1-pole Octane selector Behind the air filter box Connector BB 9-pole Start/stop/light switch connector support under multifunctional digital speedometer Connector BC 6-pole Front light connector support under multifunctional… -
Page 414
13-127 Connector BF 1-pole Octane selector Behind the air filter box Connector BH 6-pole Ignition switch Under the fuse box Connector BH1 6-pole Diagnosis connector Under the seat next to the ABS unit Connector BI 2-pole Controller On the right side of the battery case under the starter relay Connector BI1… -
Page 415
13-128 Connector CA 4-pole Rear lambda probe On the left side of the air filter box Connector CA1 4-pole Front lambda probe On the right side of the frame Connector CA2 4-pole Control motor for the 2nd throttle On the throttle body Connector CE 4-pole Rear lambda probe… -
Page 416
13-129 Connector CL 2-pole Rear injection valve On the throttle body Connector CL1 2-pole Front injection valve On the throttle body Connector CM 2-pole Air temperature sensor On the top of the air filter box Connector CO 34-pole ECU (Control unit) Under the headlight Connector CP 16-pole… -
Page 417
13-130 Connector CR 1-pole Connector for attachments: Kl 15 (positive ignition) Kl 30 (continuous positive polarity) Kl 31 (ground) Behind the headlight under the connector support Connector CW 2-pole Left front turn signal Connector CX 2-pole Right front turn signal Under the front left side cover Connector CW1… -
Page 418
13-131 Connector DN 8-pole ABS control lamp Behind the headlight Connector DO 8-pole ABS control lamp Behind the headlight Connector DP 3-pole Manifold air pressure sensor for the rear cylinder On the left side of the frame Connector DP1 3-pole Manifold air pressure sensor for the front cylinder… -
Page 420
13-132… -
Page 422
13-133… -
Page 423
13-134 Aditional current connection Stromversorgung für Zusatzgeräte Battery Batterie Carb heater (Carburator heater element) Vergaserheizelement Clutch switch Kupplungsschalter Cooling fan Lüftermotor Diode Diode Steuergerät Engine stop relay Motor-Stoprelais Flasher relay Blinkerrelais Flasher switch Blinkerschalter Front brake switch vorderer Bremslichtschalter Fuel level sensor Benzinstandgeber Fuel pump Kraftstoffpumpe… -
Page 424
13-135… -
Page 425
13-136… -
Page 426
13-137… -
Page 427
13-138… -
Page 428
13-129 c t i c t i c t i o i t e l l e l l c t i c t i… -
Page 429
13-140… -
Page 430
13-141 g i l c t i c t i c t i c t i… -
Page 431
13-142… -
Page 432
13-143… -
Page 433
13-144… -
Page 434
13-145 Connector AA 20-pole 11 1 Multifunctional digital speedometer Behind multi functional digital speedo meter 20 10 Connector AC 6-pole Ignition switch Behind headlight mask Connector AC1 6-pole Light/horn/stop switch Behind headlight mask Connector AF 4-pole Auxiliary starter relay Under the seat Connector AF1 4-pole Fuel pump relay… -
Page 435
13-146 Connector AH 2-pole Rear brake light switch On the right side of the frame Connector AH1 2-pole Front brake light switch Behind headlight mask Connector AH2 2-pole Temperature switch for the carburetor heater Behind headlight mask Connector AH3 2-pole Flasher relay Behind headlight… -
Page 436
13-147 Connector AJ 3-pole Rear lighting Under the seat in the back storage compartment Connector AJ1 3-pole Flasher switch Behind headlight mask Connector AK 2-pole Rear brake light switch On the right side of the frame Connector AK1 2-pole Front brake light switch Behind headlight mask… -
Page 437
13-148 Connector AL 2-pole Pulse generator On the left between the tank generator cover Connector AL1 2-pole Fuel sender On the front left next to the radiator Connector AL2 2-pole Fuel pump On the front left next to the radiator Connector AL3 2-pole Clutch switch… -
Page 438
13-149 Connector AM 3-pole Throttle sensor Between steering head and the ECU Connector AM1 3-pole Gear sensor On the left between the tank generator cover Connector AM2 3-pole Side stand switch On the left between the tank generator cover Connector AM3 3-pole Speed sensor Behind the headlight… -
Page 439
13-150 Connector AR 3-pole Throttle sensor Between steering head and the ECU Connector AR1 3-pole Gear sensor On the left between the tank generator cover Connector AR2 3-pole Side stand switch On the left between the tank generator cover Connector AR3 3-pole Speed sensor Behind the headlight… -
Page 440
13-151 Connector AT 2-pole Pulse generator On the left between the tank generator cover Connector AT1 2-pole Fuel sender On the front left next to the radiator Connector AT2 2-pole Fuel pump On the front left next to the radiator Connector AT3 2-pole Clutch switch… -
Page 441
13-152 Connector AV 2-pole Temperature switch On the left side of the radiator Connector AW 2-pole Front EPC cylinder On the right side of the frame Connector AW1 2-pole Rear EPC cylinder Behind the air filter box Connector AX 2-pole Coolant temperature sensor On the left between the… -
Page 442
13-153 Connector BA 1-pole Emergency off switch Behind headlight mask Connector BC 6-pole Ignition switch Behind headlight mask Connector BC1 6-pole Light/horn/stop switch Behind headlight mask Connector BF 1-pole Emergency off switch Behind headlight mask Connector BG 3-pole Rear lighting Under the seat in the back storage… -
Page 443
13-154 Connector BJ 1-pole Oil pressure switch On the left side of the frame under filter box Connector BK 4-pole Rear flasher Under the seat in the back storage compartment Connector BK1 4-pole Tip switch Behind headlight mask Connector BL/BL1 2-pole Radiator fan On the left under the… -
Page 444
13-155 Connector BW 3-pole Headlight Behind headlight mask Connector CD/CD1 2-pole Radiator fan On the left under the radiator hose Connector CR/CR1/CR2/CR3 1-pole Connector for attachments: Ground, continuous positive polarity, positive ignition Behind headlight mask Connector DI 2-pole Parking light On the headlight… -
Page 445
13-156… -
Page 446
13-157… -
Page 447
13-158…
KTM MOTORCYCLE ERROR CODES DTC
DTC (Code) — Blink code — Signal / Component — Description of error Engine
P0201 33 Injection valve, rear cylinder Malfunction Stalls
P0202 34 Injection valve, front cylinder Malfunction Stalls
P0351 37 Ignition coil, rear cylinder Malfunction Stalls
Р0З52 38 Ignition coil, front cylinder Malfunction Stalls
Р0З35 02 Pick up Malfunction Stalls
P0032 45 Lambda probe heater Short circuit to positive Continues to run
P0031 45 Lambda probe heater Kurzschluß nach Masse Continues to run
P0130 17 Lambda probe, rear cylinder Malfunction Continues to run
P0052 46 Lambda probe heater, front cylinder Short circuit to positive Continues to run
P0051 46 Lambda probe heater, front cylinder Short circuit to ground Continues to run
P0150 18 Lambda probe heater, front cylinder Malfunction Continues to run
P0122 06 Throttle position sensor Output signal too low (interruption) Continues to run
P0123 06 Throttle position sensor Output signal too high (short circuit) Continues to run
P0107 09 Manifold air pressure sensor, rear cylinder Output signal too low (interruption) Continues to run
P0108 09 Manifold air pressure sensor, rear cylinder Output signal too high (short circuit) Continues to run
P1106 68 Manifold air pressure sensor, rear cylinder Hose pulled off/defective, no vacuum Continues to run
P1687 11 Manifold air pressure sensor, front cylinder Output signal too low (interruption) Continues to run
1688 11 Manifold air pressure sensor, front cylinder Output signal too high (short circuit) Continues to run
P1105 69 Manifold air pressure sensor, front cylinder Hose pulled off/defective, no vacuum Continues to run
P1107 14 Ambient air pressure sensor Output signal too low (interruption) Continues to run
P1108 14 Ambient air pressure sensor Output signal too high (short circuit) Continues to run
P0112 13 Air temperature sensor Output signal too low (interruption) Continues to run
P0113 13 Air temperature sensor Output signal too high (short circuit) Continues to run
P0117 12 Coolant temperature sensor Output signal too low (interruption) Continues to run
P0118 12 Coolant temperature sensor Output signal too high (short circuit) Continues to run
P1232 41 Fuel pump relay Short circuit to positive Stalls
P1231 41 Fuel pump relay Short circuit to ground Stalls
P0413 54 Secondary air valve Short circuit to positive Continues to run
P0414 54 Secondary air valve Short circuit to ground or interruption Continues to run
P0222 07 Sensor for 2nd throttle valve Output signal too low (interruption) Continues to run
P0223 07 Sensor for 2nd throttle valve Output signal too high (short circuit) Continues to run
P0638 72 Stepper motor for 2nd throttle valve Malfunction Continues to run
P0505 49 Idle speed control motor Malfunction Continues to run
P1631 15 Roll angle sensor Output signal too low (interruption) Continues to run
P1632 15 Roll angle sensor Output signal too high (short circuit) Continues to run
P0560 24 Control unit voltage supply Malfunction Continues to run
P1590 25 Side stand switch Output signal too low (short circuit to ground) Continues to run
P0603 65 EEPROM error Malfunction Continues to run

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OWNER’S MANUAL
2020
390 Adventure
Art. no. 3214126en
Related Manuals for KTM 390 Adventure 2020
Summary of Contents for KTM 390 Adventure 2020
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Page 1
OWNER’S MANUAL 2020 390 Adventure Art. no. 3214126en… -
Page 3
KTM accepts no liability for delivery options, deviations from fig- ures and descriptions, misprints, and other errors. The models portrayed partly contain special equipment that does not belong to the regular scope of supply. -
Page 4
Reproduction, even in part, as well as copying of all kinds, is permitted only with the express written permission of the copyright owner. ISO 9001(12 100 6061) KTM applies quality assurance processes that lead to the highest possible product quality as defined in the ISO 9001 international quality management standard. Issued by: TÜV Management Service KTM Sportmotorcycle GmbH Stallhofnerstraße 3… -
Page 5: Table Of Contents
TABLE OF CONTENTS Fuel, auxiliary substances ….25 TABLE OF CONTENTS MEANS OF REPRESENTATION …… 9 Spare parts, accessories ….25 Symbols used ……..9 Service ……….. 26 Formats used……..10 Figures ……….. 26 SAFETY ADVICE………. 11 Customer service……26 Defined use……..
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Page 6
Quick Selector 2 display ….66 6.11 Closing the fuel tank filler cap… 44 7.17 Menu……….66 6.12 Seat lock……… 45 7.17.1 KTM MY RIDE (optional) ….67 6.13 Tool set……….. 45 7.17.2 Trips/Data ……..68 6.14 Grab handles ……..46 7.17.3 Motorcycle …….. -
Page 7
TABLE OF CONTENTS 7.17.15 Quick Shift+ (optional) ….82 PREPARING FOR USE……. 105 7.17.16 Favourites ……..82 Advice on preparing for first use ..105 7.17.17 Quick Selector 1 ……83 Running in the engine ….107 7.17.18 Quick Selector 2 ……83 Loading the vehicle …… -
Page 8
TABLE OF CONTENTS 12.2 Adjusting the compression 13.11 Cleaning the chain ……148 damping of the fork……133 13.12 Checking the chain tension ….. 150 12.3 Adjusting the rebound damping of 13.13 Adjusting the chain tension….. 151 the fork……… 135 13.14 Checking the chain, rear sprocket, 12.4 Adjusting the spring preload of the… -
Page 9
TABLE OF CONTENTS 14.7 Checking the free travel of foot 16.6 Changing the fuses of individual brake lever ……..173 power consumers ……210 14.8 Adjusting the free travel of the foot 16.7 Changing the turn signal bulb ..213 brake lever ……… -
Page 10
TABLE OF CONTENTS 19.2 Changing the engine oil and oil 23.8 Shock absorber ……262 filter, cleaning the oil screens ..235 23.9 Chassis tightening torques ….264 19.3 Adding engine oil ……239 24 DECLARATIONS OF CONFORMITY ….. 267 20 CLEANING, CARE …….. -
Page 11: Means Of Representation 1
All work marked with this symbol requires specialist knowledge and technical understanding. In the interest of your own safety, have these jobs performed by an authorized KTM workshop! Your motorcycle will be optimally cared for there by specially trained experts using the auxiliary tools required.
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Page 12: Formats Used
1 MEANS OF REPRESENTATION Indicates a voltage measurement. Indicates a current measurement. Indicates the end of an activity, including potential rework. Formats used The typographical formats used in this document are explained below. Proprietary name Indicates a proprietary name. Name ®…
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Page 13: Safety Advice 2
SAFETY ADVICE 2 Defined use The vehicle is designed and constructed to withstand the usual demands of regular traffic and use on gentle ter- rain (unpaved roads). This vehicle is not suitable for use on race tracks. Info The motorcycle is only authorized for operation on public highways in the homologated version. Misuse The vehicle must only be used as intended.
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Page 14: Degrees Of Risk And Symbols
2 SAFETY ADVICE Info Various information and warning labels are attached in prominent locations on the product described. Do not remove any information or warning labels. If they are missing, you or others may not recognize dangers and may therefore be injured. Degrees of risk and symbols Danger Identifies a danger that will immediately and invariably lead to fatal or serious permanent injury if the…
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Page 15
SAFETY ADVICE 2… -
Page 16: Overview Of Labels
2 SAFETY ADVICE Overview of labels S04192-10…
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Page 17
SAFETY ADVICE 2 Type label for Canada Information on noise emissions Information on emissions control Information on preparations for use Type label for USA S04195-01 Type label for Canada… -
Page 18
2 SAFETY ADVICE S04197-01 Information on noise emissions Information on emissions control S04196-01… -
Page 19
SAFETY ADVICE 2 Information on preparations for use F00491-01 S04198-01 Type label for USA… -
Page 20: Consumer Rights
Manufacturer warranty for the exhaust monitoring system KTM North America, Inc. guarantees that, at the time of sale, the exhaust monitoring system complies with all the standards of the US Environmental Protection Agency (EPA) and the California Air Resources Board (CARB).
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Page 21: Noise Emission Warranty
As the owner of the motorcycle, you are responsible for the required maintenance specified in the Owner’s Man- ual. Please note that KTM is entitled to reject warranty claims if your motorcycle or a part fails due to misuse, neg- ligence, an accident, participation in racing or similar events, improper maintenance or unauthorized modifica- tions.
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Page 22: Reporting Safety Defects
However, NHTSA cannot become involved in individual problems between you, your dealer, or KTM North America, Inc. To contact NHTSA, you may either call the Auto Safety Hotline toll-free at 1–888–327–4236 or visit the website www.nhtsa.dot.gov, or write to: NHTSA Headquarters, 1200 New Jersey Avenue, SE, West Building, Washington,…
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Page 23: Safe Operation
SAFETY ADVICE 2 1 Removal or puncturing of the main silencers, baffles, header pipes or any other components which conduct exhaust gases. 2 Removal or puncturing of parts of the intake system. 3 Lack of proper maintenance. 4 Replacing moving parts of the vehicle, or parts of the exhaust system or intake system, with parts other than those specified by the manufacturer.
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Page 24: Protective Clothing
Wear appropriate protective clothing such as helmet, boots, gloves as well as trousers and a jacket with protectors on all rides. – Always wear protective clothing that is in good condition and meets the legal regulations. In the interest of your own safety, KTM recommends that you only operate the vehicle while wearing protective clothing.
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Page 25: Work Rules
Because motorcycles are not subject to the EU regulations governing the disposal of used vehicles, there are no legal regulations that pertain to the disposal of an end-of-life motorcycle. Your authorized KTM dealer will be glad to advise you.
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Page 26: Owner’s Manual
The Owner’s Manual is an important component of the vehicle and must be handed over to the new owner if the vehicle is sold. The Owner’s Manual is also available for download from your authorized KTM dealer and on the KTM website. International KTM Website: http://www.ktm.com…
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Page 27: Important Notes 3
Manufacturer and implied warranty The work prescribed in the service schedule must only be carried out in an authorized KTM workshop and con- firmed in the KTM Dealer.net, as otherwise all warranty claims will be void. Damage or secondary damage caused by tampering with and/or conversions on the vehicle are not covered by the manufacturer warranty.
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Page 28: Service
Customer service Your authorized KTM dealer will be happy to answer any questions you may have on your vehicle and KTM. A list of authorized KTM dealers can be found on the KTM website. International KTM Website: http://www.ktm.com…
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Page 29
IMPORTANT NOTES 3… -
Page 30: View Of Vehicle
4 VIEW OF VEHICLE View of vehicle, front left (example) S04190-10…
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Page 31
VIEW OF VEHICLE 4 Combination instrument Clutch lever ( p. 34) Front rider’s seat Passenger seat Grab handles ( p. 46) Seat lock ( p. 45) Shift lever ( p. 47) Side stand ( p. 48) Engine number ( p. 33) -
Page 32: View Of Vehicle, Rear Right (Example)
4 VIEW OF VEHICLE View of vehicle, rear right (example) S04191-10…
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Page 33
VIEW OF VEHICLE 4 Tool set ( p. 45) Light switch ( p. 36) Menu buttons ( p. 37) Turn signal switch ( p. 37) Horn button ( p. 38) Ignition and steering lock ( p. 39) Emergency OFF switch ( p. -
Page 34: Serial Numbers
5 SERIAL NUMBERS Vehicle identification number The vehicle identification number is stamped on the right side of the steering head. 402408-10 Type label The type label is on the right of the frame behind the steering head. 402174-10…
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Page 35: Engine Number
SERIAL NUMBERS 5 Engine number The engine number is stamped on the left side of the engine under the engine sprocket. 402486-10 Key number The key number can be found on the KEYCODECARD. Info You need the key number to order a spare key. Keep the KEYCODECARD in a safe place.
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Page 36: Controls
6 CONTROLS Clutch lever The clutch lever is fitted on the left side of the handlebar. S04142-10 Hand brake lever The hand brake lever is fitted on the right side of the handle- bar. The front brake is engaged using the hand brake lever. S04143-10…
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Page 37: Throttle Grip
CONTROLS 6 Throttle grip The throttle grip is fitted on the right side of the handlebar. S04143-11 Switches on the left side of the handlebar 6.4.1 Combination switch The combination switch is fitted on the left side of the handlebar.
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Page 38: Light Switch
6 CONTROLS Overview of the left combination switch Light switch ( p. 36) Menu buttons ( p. 37) Turn signal switch ( p. 37) Horn button ( p. 38) S04151-01 6.4.2 Light switch Light switch is fitted on the left side of the handlebar. Possible states Low beam on –…
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Page 39: Menu Buttons
CONTROLS 6 6.4.3 Menu buttons The menu buttons are fitted in the middle of the left combination switch. The menu buttons are used to control the display on the combina- tion instrument. Button is the UP button. Button is the DOWN button. Button is the SET button.
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Page 40: Horn Button
6 CONTROLS 6.4.5 Horn button Horn button is fitted on the left side of the handlebar. Possible states • The horn button is in the basic position is pressed – The horn is operated in this • The horn button position.
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Page 41: Start Button
CONTROLS 6 6.5.2 Start button Start button is fitted on the right side of the handlebar. Possible states • The start button is in the basic position is pressed – In this position, the starter • The start button motor is actuated. S04125-11 Ignition and steering lock The ignition and steering lock is located in front of the upper triple…
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Page 42: Locking The Steering
6 CONTROLS Steering locked LOCK – In this position, the ignition circuit is interrupted and the steering locked. The ignition key can be removed. Locking the steering Note Danger of damage The parked vehicle can roll away or fall over. – Park the vehicle on a firm and level surface.
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Page 43: Unlocking The Steering
CONTROLS 6 Unlocking the steering – Insert the ignition key into the ignition and steering lock, press in, and turn to the right. Remove the ignition key. The handlebar can now be moved again. 400731-01 Socket for electrical accessories Socket for electrical accessories is fitted in front of the upper triple clamp.
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Page 44: Opening Fuel Tank Filler Cap
6 CONTROLS 6.10 Opening fuel tank filler cap Danger Fire hazard Fuel is highly flammable. The fuel in the fuel tank expands when warm and can escape if overfilled. – Do not fuel the vehicle in the vicinity of open flames or lit cigarettes. –…
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Page 45
CONTROLS 6 Note Environmental hazard Improper handling of fuel is a danger to the environment. – Do not allow fuel to enter the groundwater, the soil, or the sewage system. – Lift cover of the fuel tank filler cap and insert the ignition key into the lock. -
Page 46: Closing The Fuel Tank Filler Cap
6 CONTROLS 6.11 Closing the fuel tank filler cap Warning Fire hazard Fuel is highly flammable, toxic and a health hazard. – Check that the fuel tank filler cap is locked cor- rectly after closing. – Change your clothing if fuel spills on them. –…
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Page 47: Seat Lock
CONTROLS 6 6.12 Seat lock The seat lock is located to the left of the seat. The seat lock can be unlocked using the ignition key. S04137-10 6.13 Tool set The tool set is located under the passenger seat. S04140-10…
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Page 48: Grab Handles
6 CONTROLS 6.14 Grab handles The grab handles are used for moving the motorcycle around. If you carry a passenger, the passenger can hold onto the grab handles during the trip. S04141-10 6.15 Passenger foot pegs The passenger foot pegs can be folded up and down. Possible states Passenger foot pegs folded up –…
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Page 49: Shift Lever
CONTROLS 6 6.16 Shift lever Shift lever is mounted on the left side of the engine. 401950-10 The gear positions can be seen in the photograph. The neutral or idle position is between the first and second gears. 401950-11…
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Page 50: Foot Brake Lever
6 CONTROLS 6.17 Foot brake lever Foot brake lever is located in front of the right footrest. The foot brake lever is used to activate the rear brake. 402177-10 6.18 Side stand The side stand is located on the left of the vehicle. The side stand is used for parking the motorcycle.
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Page 51
CONTROLS 6 Side stand folded in – This position is mandatory when riding • the motorcycle. The safety starting system is inactive. -
Page 52: Combination Instrument
7 COMBINATION INSTRUMENT Combination instrument The combination instrument is attached in front of the handlebar. The combination instrument is divided into two function areas. indicator lamps ( p. 54) Display S04176-10 Activation and test Activation The combination instrument is activated when the ignition is switched on.
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Page 53: Day-Night Mode
COMBINATION INSTRUMENT 7 Day-Night mode Day mode is shown in a bright color. M01578-01 Night mode is shown in a dark color. Info The ambient light sensor in the combination instrument detects the brightness of the environment. Depending on the amount of light detected by the ambient light sensor, the display is brightened or dimmed, or switched to the other mode depending on the setting.
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Page 54: Warnings
7 COMBINATION INSTRUMENT Warnings Warnings appear on the top and/or bottom edge of the display; these are marked yellow or red depending on their relevance. Yellow warnings indicate malfunctions or information which require prompt intervention or an adjustment to the riding style. Red warnings indicate malfunctions or information which require immediate intervention.
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Page 55
COMBINATION INSTRUMENT 7… -
Page 56: Indicator Lamps
7 COMBINATION INSTRUMENT Indicator lamps S04178-01…
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Page 57
TC indicator lamp lights up yellow – MTC is not enabled or is currently intervening. The TC indicator lamp also lights up if a malfunction is detected. Contact an authorized KTM work- shop. The TC indicator lamp flashes if MTC makes an active intervention. -
Page 58
7 COMBINATION INSTRUMENT The idle indicator lamp lights up green – The transmission is in neutral. The oil pressure warning lamp lights up red – The oil pressure is too low. Stop immediately, taking care not to endanger yourself or other road users in the process, and switch off the engine. -
Page 59
COMBINATION INSTRUMENT 7… -
Page 60: Display
7 COMBINATION INSTRUMENT Display S04179-01…
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Page 61
COMBINATION INSTRUMENT 7 Speed ( p. 60) Shift warning light ( p. 60) The shift warning light is integrated in the tachometer display. Gear display Unit for the speed display Speed ( p. 61) Unit for the speedometer ODO display ( p. -
Page 62: Speed
7 COMBINATION INSTRUMENT Speed The speed is measured in revolutions per minute. M01581-10 Shift warning light The shift warning light is integrated in the tachometer display. In the Shift Light menu, the engine speed for the shift warning light can be set. The shift warning light is always active during the running-in phase (up to 1,000 km / 621 mi).
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Page 63: Speed
COMBINATION INSTRUMENT 7 ≤ 35 °C (≤ 95 °F) Coolant temperature < 1,000 km (< 620 mi) The shift warning 6,500 rpm light always flashes Coolant temperature > 35 °C (> 95 °F) > 1,000 km (> 620 mi) RPM1 shift warning flashes light RPM2 shift warning…
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Page 64: Odo Display
7 COMBINATION INSTRUMENT 7.10 ODO display The total distance covered ODO is shown in area of the display. Info This value is retained, even if the 12-V battery is discon- nected from the vehicle or the fuse blows. M01581-12 7.11 Coolant temperature indicator The coolant temperature indicator consists of bars.
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Page 65: Fuel Level Display
COMBINATION INSTRUMENT 7 Info When all the bars light up, the warning ENGINE TEMP HIGH also appears. If the cooling system overheats, the maximum engine speed is limited. Possible states The engine is cold – Up to three bars light up. •…
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Page 66: Time
7 COMBINATION INSTRUMENT Info If the fuel level is getting low, the last segment flashes red and the following warning also appears LOW FUEL. The fuel level is displayed with a slight delay to prevent the indicator from constantly moving while riding. The fuel level display is not updated while the side stand is folded out or the emergency off switch is switched off.
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Page 67: Favourites Display
COMBINATION INSTRUMENT 7 7.14 Favourites display Up to eight items of information are shown in the Favourites dis- play. The Favourites display can be freely configured in the Favourites menu. Info One to four items of information selected are displayed on two lines.
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Page 68: Quick Selector 2 Display
7 COMBINATION INSTRUMENT 7.16 Quick Selector 2 display When the menu is closed, the Quick Selector 2 menu is opened by pressing the DOWN button. Press the BACK button to close Quick Selector 2. Info The Quick Selector 2 can be configured in the Quick Selec- tor 2 menu.
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Page 69: Ktm My Ride (Optional)
Press the SET button when the menu is closed. – Press the UP or DOWN button until KTM MY RIDE is marked. Press the SET button to open the menu. A suitable cellphone or headset can be paired with the combina- tion instrument via Bluetooth ®…
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Page 70: Trips/Data
7 COMBINATION INSTRUMENT 7.17.2 Trips/Data – Press the SET button when the menu is closed. – Press the UP or DOWN button until Trips/Data is marked. Press the SET button to open the menu. General information can be accessed in Trips/Data. S04180-01 7.17.3 Motorcycle…
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Page 71: Settings
– Press the SET button when the menu is closed. – Press the UP or DOWN button until KTM MY RIDE is marked. Press the SET button to open the menu. – Press the UP or DOWN button until Pairing is marked. Press the SET button to open the menu.
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Page 72: Phone (Optional)
– Press the SET button when the menu is closed. – Press the UP or DOWN button until KTM MY RIDE is marked. Press the SET button to open the menu. F01959-01 – Press the UP or DOWN button until Pairing is marked. Press the SET button to open the menu.
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Page 73
COMBINATION INSTRUMENT 7 Info A suitable cellphone can be paired with the combina- tion instrument in the Phone menu. Two cellphones can never be paired simultaneously with the combination instrument. – Press the UP or DOWN button until Pairing is marked. Press the SET button to open the menu. -
Page 74
7 COMBINATION INSTRUMENT Info Once the pairing is completed, the registered trademark of the paired cellphone is displayed in the Phone menu. Press the UP or DOWN button until the paired device is marked. The paired device can be deleted by pressing the SET button. -
Page 75: Headset (Optional)
– Press the SET button when the menu is closed. – Press the UP or DOWN button until KTM MY RIDE is marked. Press the SET button to open the menu. F01960-01 – Press the UP or DOWN button until Pairing is marked. Press the SET button to open the menu.
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Page 76
7 COMBINATION INSTRUMENT Info The headset must be in pairing mode for the headset to be found by the combination instrument. Follow the instructions in the Owner’s Manual of the headset. Once the pairing is completed, the name of the paired headset is displayed in the Headset menu. -
Page 77: Audio (Optional)
– Press the SET button when the menu is closed. – Press the UP or DOWN button until KTM MY RIDE is marked. Press the SET button to open the menu. V01165-01 Warning Danger of accidents Headphone volume which is too high distracts attention from traffic activity.
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Page 78
7 COMBINATION INSTRUMENT Info The audio function can be added to Quick Selector 1 or Quick Selector 2 for easier operation. -
Page 79: Telephony (Optional)
COMBINATION INSTRUMENT 7 7.17.9 Telephony (optional) Condition • Function KTM MY RIDE activated (optional). • Function Bluetooth ® activated. • The Bluetooth ® function should also be activated in the device to be paired. • Headset linked with appropriate cellphone.
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Page 80: General Info
7 COMBINATION INSTRUMENT 7.17.10 General Info – Press the SET button when the menu is closed. – Press the UP or DOWN button until Trips/Data is marked. Press the SET button to open the menu. – Press the UP or DOWN button until General Info is marked. Press the SET button to open the menu.
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Page 81: Trip 2
COMBINATION INSTRUMENT 7 Fuel Range indicates the possible distance you can cover with the fuel reserve. Press and All the entries in the Trip 1 menu are reset. hold the SET button for at least 3 sec- onds. 7.17.12 Trip 2 –…
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Page 82: Warning
7 COMBINATION INSTRUMENT Press and All the entries in the Trip 2 menu are reset. hold the SET button for at least 3 sec- onds. 7.17.13 Warning Condition • Message or warning is present. – Press the SET button when the menu is closed. –…
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Page 83: Abs
COMBINATION INSTRUMENT 7 7.17.14 ABS Condition • The motorcycle is stationary. – Press the SET button when the menu is closed. – Press the UP or DOWN button until Motorcycle is marked. Press the SET button to open the menu. –…
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Page 84: Quick Shift+ (Optional)
7 COMBINATION INSTRUMENT 7.17.15 Quick Shift+ (optional) – Press the SET button when the menu is closed. – Press the UP or DOWN button until Motorcycle is marked. Press the SET button to open the menu. – Press the UP or DOWN button until Quick Shift+ is marked. Press the SET button to open the submenu.
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Page 85: Quick Selector 1
COMBINATION INSTRUMENT 7 7.17.17 Quick Selector 1 Condition • The motorcycle is stationary. – Press the SET button when the menu is closed. – Press the UP or DOWN button until Settings is marked. Press the SET button to open the menu. –…
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Page 86: Bluetooth (Optional)
V01171-01 off. Info The Bluetooth ® function can only be used in conjunction with KTM MY RIDE (optional). When the Bluetooth ® function is switched on and the device is connected, the Bluetooth ® symbol appears in the display…
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Page 87: Display Theme
COMBINATION INSTRUMENT 7 7.17.20 Display Theme Condition • The motorcycle is stationary. – Press the SET button when the menu is closed. – Press the UP or DOWN button until Settings is marked. Press the SET button to open the menu. –…
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Page 88: Shift Light
7 COMBINATION INSTRUMENT 7.17.21 Shift Light Condition • The motorcycle is stationary. • ODO > 1,000 km (621 mi). – Press the SET button when the menu is closed. – Press the UP or DOWN button until Settings is marked. Press the SET button to open the menu.
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Page 89
COMBINATION INSTRUMENT 7 – Press the SET button when the menu is closed. – Press the UP or DOWN button until Preferences appears. Press the SET button to open the menu. – Press the UP or DOWN button until Clock/Date is marked. Press the SET button to open the menu. -
Page 90
7 COMBINATION INSTRUMENT Setting the date – Press the UP or DOWN button until the date is marked. – Press the SET button. The day flashes and is underlined. – Press the UP or DOWN button until the current day is set. –… -
Page 91: Distance
COMBINATION INSTRUMENT 7 7.17.23 Distance Condition • The motorcycle is stationary. – Press the SET button when the menu is closed. – Press the UP or DOWN button until Settings is marked. Press the SET button to open the menu. –…
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Page 92: Fuel Cons
7 COMBINATION INSTRUMENT – Activate menu item using the UP or DOWN button. – Press SET button to confirm the desired unit. 7.17.25 Fuel Cons Condition • The motorcycle is stationary. – Press the SET button when the menu is closed. –…
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Page 93: Language
COMBINATION INSTRUMENT 7 7.17.26 Language Condition • The motorcycle is stationary. – Press the SET button when the menu is closed. – Press the UP or DOWN button until Settings is marked. Press the SET button to open the menu. –…
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Page 94: Extra Functions
Use the UP or DOWN button to navigate through the extra func- S04183-01 tions. The optional extra functions are listed in Extra Functions. Info The current KTM PowerParts and the available software for your vehicle can be found on the KTM website.
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Page 95: Ergonomics 8
ERGONOMICS 8 Adjusting the handlebar position Warning Danger of accidents A repaired handlebar poses a safety risk. If the handlebar is bent or straightened, the material becomes fatigued. The handlebar may break as a result. – Change the handlebar if the handlebar is damaged or bent.
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Page 96
8 ERGONOMICS – Remove screws – Take off the handlebar clamps . Take off the handlebar, place to one side and secure. Info Cover the components to protect them against damage. Do not kink the cables and lines. – Remove screws . -
Page 97
ERGONOMICS 8 – Position the handlebar. Info Make sure the cables and wiring are positioned cor- rectly. – Position handlebar clamps – Mount screws , but do not tighten yet. The markings on the handlebar are aligned centrally to S04168-10 the handlebar support and handlebar clamp. -
Page 98: Adjusting The Windshield
8 ERGONOMICS Adjusting the windshield Condition Low position – Remove screw and windshield – Position windshield in lower recess – Mount and tighten screw Guideline Remaining screws, 5 Nm (3.7 lbf ft) chassis S04129-10…
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Page 99
ERGONOMICS 8 Condition High position – Remove screw and windshield – Position windshield in upper recess – Mount and tighten screw Guideline Remaining screws, 5 Nm (3.7 lbf ft) chassis S04129-11… -
Page 100: Adjusting The Basic Position Of The Hand Brake Lever
8 ERGONOMICS Adjusting the basic position of the hand brake lever – Adjust the basic position of the hand brake lever to your hand size by turning adjusting wheel Info Push the hand brake lever forward and turn the adjust- ing wheel.
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Page 101: Adjusting Foot Brake Lever Stub
ERGONOMICS 8 Adjusting foot brake lever stub – Remove screws with the foot brake lever stub. – Move the foot brake lever stub into desired position . Mount and tighten screws Guideline Remaining screws, 5 Nm (3.7 lbf ft) chassis S04152-10…
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Page 102: Adjusting The Basic Position Of The Foot Brake Lever
8 ERGONOMICS Adjusting the basic position of the foot brake lever Warning Danger of accidents The brake system fails in the event of overheating. If there is no free travel on the foot brake lever, pressure builds up in the brake system on the rear brake.
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Page 103
ERGONOMICS 8 – Detach spring – Loosen nut Press the foot brake lever downwards to make this eas- ier. – Turn the push rod to set the basic position of the foot brake lever. Info The range of adjustment is limited. The screw must be screwed in by at least five full turns. -
Page 104: Adjusting The Shift Lever
8 ERGONOMICS Guideline Nut, foot brake lever 10 Nm (7.4 lbf ft) adjustment – Tighten nut Guideline Nut, foot brake lever 10 Nm (7.4 lbf ft) adjustment Press the foot brake lever downwards to make this eas- ier. – Attach spring Adjusting the shift lever Info The adjustment range of the shift lever is limited.
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Page 105
ERGONOMICS 8 – Loosen nuts – Adjust the shift lever by turning shift rod Guideline Shift rod adjustment 83 … 85 mm (3.27 … range 3.35 in) Make equal adjustments on both sides. – Tighten nuts Guideline Nut, shift rod 6 Nm (4.4 lbf ft) Info After the nuts have been tightened, the bearings of… -
Page 106
8 ERGONOMICS – Loosen screw – Mount bell crank shift lever on the shift shaft in the required position and engage the gearing. Info The basic position of the marking on the shift shaft and the shift bell crank is offset by two teeth. –… -
Page 107: Preparing For Use 9
Make sure that only tires with a similar tire tread pattern are fitted to the front and rear wheel. Warning Danger of accidents Non-approved or non-recommended tires and wheels impact the handling character- istic. – Only use tires/wheels approved by KTM with the corresponding speed index.
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Page 108
Info When using the vehicle, remember that others may feel disturbed by excessive noise. – Ensure that the pre-sales inspection work has been carried out by an authorized KTM workshop. The delivery certificate is transferred upon vehicle handover. – Read the entire Owner’s Manual before riding for the first time. -
Page 109: Running In The Engine
PREPARING FOR USE 9 Running in the engine – During the running-in phase, do not exceed the specified engine speed. Guideline Maximum engine speed During the first: 1,000 km (620 mi) 7,500 rpm Info During the running-in phase, the shift warning light is set to a specified value and cannot be changed. –…
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Page 110
9 PREPARING FOR USE Warning Danger of accidents Improper mounting of cases or the tank rucksack impairs the handling characteris- tic. – Mount and secure cases and tank rucksack according to the manufacturer’s instructions. Warning Danger of accidents The luggage system will be damaged if it is overloaded. –… -
Page 111
PREPARING FOR USE 9 – If luggage is carried, ensure it is fixed firmly as close as possible to the center of the vehicle and ensure even weight distribution between the front and rear wheels. – Do not exceed maximum permissible weight and maximum permissible axle loads. Guideline Maximum permissible overall weight 375 kg (827 lb.) -
Page 112: Riding Instructions
10 RIDING INSTRUCTIONS 10.1 Checks and maintenance measures when preparing for use Info Before every trip, check the condition of the vehicle and ensure that it is roadworthy. The vehicle must be in perfect technical condition when it is being operated. –…
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Page 113: Starting
RIDING INSTRUCTIONS 10 10.2 Starting Danger Danger of poisoning Exhaust gases are toxic and inhaling them may result in unconsciousness and death. – Always make sure there is sufficient ventilation when running the engine. – Use effective exhaust extraction when starting or running the engine in an enclosed space. Caution Danger of accidents Electronic components and safety devices will be damaged if the 12-V battery is dis- charged or missing.
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Page 114
10 RIDING INSTRUCTIONS – Unlock the steering. ( p. 41) – Sit on the vehicle, take the weight off of the side stand, and move it all the way up with your foot. – Turn the emergency OFF switch to the position –… -
Page 115: Starting Off
RIDING INSTRUCTIONS 10 Info Do not press the start button until the combination instrument function check has finished. Do not open the throttle to start. Press the starter for a maximum of 5 seconds. Wait for a least 5 seconds before trying again. This motorcycle is equipped with a safety starting sys- tem.
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Page 116: Quickshifter + (Optional)
10 RIDING INSTRUCTIONS 10.4 Quickshifter + (optional) If the quickshifter + is activated, you can shift up and down with- out actuating the clutch. Because there is no need to close the throttle grip, uninterrupted gear shifts are possible. The quickshifter + uses the shifter shaft position to check whether or not a shift should be initiated, and sends a corresponding signal to the engine control.
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Page 117: Shifting, Riding
RIDING INSTRUCTIONS 10 10.5 Shifting, riding Warning Danger of accidents Abrupt load alterations can cause the vehicle to get out of control. – Avoid abrupt load alterations and sudden braking actions. – Adapt your speed to the road conditions. Warning Danger of accidents If you change down at high engine speed, the rear wheel blocks and the engine races.
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Page 118
10 RIDING INSTRUCTIONS Warning Risk of injury The passenger may fall from the motorcycle if they conduct themselves incorrectly. – Ensure that the passenger sits correctly on the passenger seat, places his or her feet on the passenger foot pegs and holds on to the rider or the grab handles. –… -
Page 119
Only use the quickshifter+ in the permitted speed range shown. Info If unusual noises occur while riding, stop immediately (taking care not to endanger yourself or other road users in the process), switch off the engine and contact an authorized KTM workshop. -
Page 120
10 RIDING INSTRUCTIONS – Shift into a higher gear when conditions allow (incline, road situation, etc.). – Release the throttle while simultaneously pulling the clutch lever, shift into the next gear, release the clutch lever, and open the throttle. Info The gear positions can be seen in the figure. -
Page 121
Contact an authorized KTM workshop. – If the malfunction indicator lamp lights up during a trip, please contact an authorized KTM workshop as soon as possi- ble. – If the general warning lamp lights up during a trip, an oper- ating safety (warning) message was detected. -
Page 122
10 RIDING INSTRUCTIONS – If the quickshifter + (optional) is enabled in the combination instrument, you can shift up in the speed range shown without pulling the clutch lever. Info The minimum engine speed before shifting up in revo- lutions per minute is shown in the figure. Pull the shift lever quickly back to the stop without changing the throttle twist grip position. -
Page 123: Applying The Brakes
Danger of accidents A spongy pressure point on the front or rear brake reduces braking efficiency. – Check the brake system and do not continue riding until the problem is eliminated. (Your authorized KTM workshop will be glad to help.) Warning Danger of accidents The brake system fails in the event of overheating.
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Page 124
10 RIDING INSTRUCTIONS Warning Danger of accidents ABS may increase the stopping distance in certain situations. – Adjust application of the brakes to the respective riding situation and riding surface conditions. – When braking, release the throttle and apply the front and rear brakes at the same time. Info When the ABS is enabled, maximum braking power can be achieved even with low road grip surfaces such as sandy, wet, or slippery terrain without locking the wheels. -
Page 125: Stopping, Parking
RIDING INSTRUCTIONS 10 10.7 Stopping, parking Warning Risk of injury People who act without authorization endanger themselves and others. – Do not leave the vehicle unattended if the engine is running. – Protect the vehicle against access by unauthorized persons. – Lock the steering and remove the ignition key if you leave the vehicle unattended.
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Page 126: Transport
10 RIDING INSTRUCTIONS Note Fire hazard Hot vehicle components pose a fire hazard and explosion risk. – Do not park the vehicle near to materials which are highly flammable or explosive. – Allow the vehicle to cool down before covering it. –…
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Page 127
RIDING INSTRUCTIONS 10 Note Fire hazard Hot vehicle components pose a fire hazard and explosion risk. – Do not park the vehicle near to materials which are highly flammable or explosive. – Allow the vehicle to cool down before covering it. –… -
Page 128: Refueling
10 RIDING INSTRUCTIONS 10.9 Refueling Danger Fire hazard Fuel is highly flammable. The fuel in the fuel tank expands when warm and can escape if overfilled. – Do not fuel the vehicle in the vicinity of open flames or lit cigarettes. –…
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Page 129
In some countries and regions, the available fuel quality and cleanliness may not be sufficient. This will result in problems with the fuel system. – Refuel only with clean fuel that meets the specified standards. (Your authorized KTM workshop will be glad to help.) Note Environmental hazard Improper handling of fuel is a danger to the environment. -
Page 130
10 RIDING INSTRUCTIONS – Switch off the engine. – Open fuel tank filler cap. ( p. 42) – Fill the fuel tank with fuel up to the lower edge of the fuel filler. Total fuel tank 14.5 l Super unleaded capacity, approx. -
Page 131: Service Schedule 11
Different service intervals may apply in your country, depending on the local operating conditions. Individual service intervals and scopes may change in the course of technical developments. The most up-to-date service schedule can always be found on KTM Dealer.net. Your authorized KTM dealer will be happy to advise you.
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Page 132
11 SERVICE SCHEDULE every 24 months every 12 months every 15,000 km (9,300 mi) every 7,500 km (4,650 mi) after 1,000 km (620 mi) ○ ● ● ● Check the front brake fluid level. ( p. 168) ○ ● ● ●… -
Page 133: Recommended Work
Final check: Final check: Check the vehicle for safe operation and take a test ride. ○ ● ● ● ● Read out the error memory after the test ride using the KTM diagnostics tool. ○ ● ● ● ● Make a service entry in KTM Dealer.net.
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Page 134
11 SERVICE SCHEDULE every 48 months every 12 months every 30,000 km (18,600 mi) every 7,500 km (4,650 mi) after 1,000 km (620 mi) ● Check the link fork. ● ● Check the fork bearing for play. ● ● Check the wheel bearing for play. ○… -
Page 135: Tuning The Chassis 12
TUNING THE CHASSIS 12 12.1 Fork/shock absorber The fork and the shock absorber offer many options for adapting the chassis to the riding style and the payload. Info The recommendations for the suspension setting are shown in table . The table is located on the fuel tank and is covered by the seat when the motorcycle is ready to ride.
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Page 136
12 TUNING THE CHASSIS – Turn adjuster clockwise all the way. Info Adjuster is located at the upper end of the left fork leg. The compression damping is located in left fork leg COMP (white adjuster). The rebound damping is located in right fork leg REB (red adjuster). -
Page 137: Adjusting The Rebound Damping Of The Fork
TUNING THE CHASSIS 12 12.3 Adjusting the rebound damping of the fork Info The hydraulic rebound damping determines the fork suspension behavior. – Turn adjuster clockwise all the way. Info Adjuster is located at the upper end of the right fork leg.
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Page 138: Adjusting The Spring Preload Of The Shock Absorber
12 TUNING THE CHASSIS Info Turn clockwise to increase the damping; turn counter- clockwise to reduce damping when the shock absorber rebounds. 12.4 Adjusting the spring preload of the shock absorber Warning Danger of accidents Modifications to the suspension setting may seriously alter the handling characteris- tic.
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Page 139: Adjusting The Rebound Damping Of The Shock Absorber
Risk of injury Parts of the shock absorber will move around if the shock absorber is detached incorrectly. The shock absorber is filled with highly compressed nitrogen. – Please follow the description provided. (Your authorized KTM workshop will be glad to help.)
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Page 140
12 TUNING THE CHASSIS – Turn adjusting screw clockwise up to the last perceptible click. – Turn counterclockwise by the number of clicks corresponding to the shock absorber type. Guideline Rebound damping Comfort 15 clicks Standard 10 clicks S04154-10 Sport 5 clicks Full payload 10 clicks… -
Page 141: Service Work On The Chassis 13
SERVICE WORK ON THE CHASSIS 13 13.1 Raising the motorcycle with rear lifting gear Note Danger of damage The parked vehicle can roll away or fall over. – Park the vehicle on a firm and level surface. – Mount the supports of the lifting gear. –…
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Page 142: Lifting The Motorcycle With The Front Lifting Gear
13 SERVICE WORK ON THE CHASSIS – Secure the motorcycle against falling over. – Remove the rear lifting gear and lean the vehicle on side stand – Remove bushings kit. 402029-10 13.3 Lifting the motorcycle with the front lifting gear Note Danger of damage The parked vehicle can roll away or fall over.
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Page 143
SERVICE WORK ON THE CHASSIS 13 Condition – Remove protection cap S04136-10 – Move the handlebar to the straight-ahead position. Position the lifting gear. Mounting pin (69329965030) Front wheel work stand, large (69329965100) Info Always raise the motorcycle at the rear first. –… -
Page 144: Taking The Motorcycle Off The Front Lifting Gear
13 SERVICE WORK ON THE CHASSIS 13.4 Taking the motorcycle off the front lifting gear Note Danger of damage The parked vehicle can roll away or fall over. – Park the vehicle on a firm and level surface. Main work – Secure the motorcycle against falling over.
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Page 145: Cleaning The Dust Boots Of The Fork Legs
SERVICE WORK ON THE CHASSIS 13 – Mount protection cap S04136-10 Finishing work – Remove the rear of the motorcycle from the lifting gear. p. 139) 13.5 Cleaning the dust boots of the fork legs Preparatory work – Raise the motorcycle with the rear lifting gear. ( p.
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Page 146
13 SERVICE WORK ON THE CHASSIS Main work – Push dust boots of both fork legs downward. Info The dust boots remove dust and coarse dirt particles from the inside fork tubes. Over time, dirt can accumu- late behind the dust boots. If this dirt is not removed, the oil seals behind can start to leak. -
Page 147: Removing The Passenger Seat
SERVICE WORK ON THE CHASSIS 13 – Remove the rear of the motorcycle from the lifting gear. p. 139) 13.6 Removing the passenger seat – Insert the ignition key in seat lock and turn it clockwise. – Raise the rear of the seat, push it towards the rear, and lift it off.
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Page 148: Mounting The Passenger Seat
13 SERVICE WORK ON THE CHASSIS 13.7 Mounting the passenger seat – Attach hooks on the passenger seat to seat mounting on the subframe, and lower it at the rear while pushing for- ward. – Press passenger seat downward until it clicks into place. Warning Danger of accidents The seat can come loose from the anchoring if it is not mounted correctly.
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Page 149: Mounting The Front Rider’s Seat
SERVICE WORK ON THE CHASSIS 13 Main work – Raise the rear of the front rider’s seat, pull it towards the rear, and remove it upwards. H01993-01 13.9 Mounting the front rider’s seat Main work – Attach the front rider’s seat in area and lower at the rear.
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Page 150: Checking For Chain Dirt Accumulation
13 SERVICE WORK ON THE CHASSIS 13.10 Checking for chain dirt accumulation – Check the chain for coarse dirt accumulation. » If the chain is very dirty: – Clean the chain. ( p. 148) 400678-01 13.11 Cleaning the chain Warning Danger of accidents Lubricants on the tires reduces the road grip.
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Page 151
SERVICE WORK ON THE CHASSIS 13 Note Environmental hazard Hazardous substances cause environmental damage. – Dispose of oils, grease, filters, fuel, cleaning agents, brake fluid, etc., correctly and in compliance with the applicable regulations. Info The service life of the chain depends largely on its maintenance. Preparatory work –… -
Page 152: Checking The Chain Tension
13 SERVICE WORK ON THE CHASSIS 13.12 Checking the chain tension Warning Danger of accidents Incorrect chain tension damages components and results in accidents. If the chain is tensioned too much, the chain, engine sprocket, rear sprocket, transmission and rear wheel bearings wear more quickly. Some components may break if overloaded. If the chain is too loose, the chain may fall off the engine sprocket or the rear sprocket.
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Page 153: Adjusting The Chain Tension
SERVICE WORK ON THE CHASSIS 13 » If the chain tension does not meet the specification: – Adjust the chain tension. ( p. 151) – Remove the rear of the motorcycle from the lifting gear. p. 139) 13.13 Adjusting the chain tension Warning Danger of accidents Incorrect chain tension damages components and results in accidents.
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Page 154
13 SERVICE WORK ON THE CHASSIS Main work – Loosen nut – Loosen nuts – Adjust the chain tension by turning adjusting screws left and right. Guideline Chain tension 5 … 7 mm (0.2 … 0.28 in) Turn the adjusting screws on the left and right so that the markings on the left and right chain adjusters are in… -
Page 155: Checking The Chain, Rear Sprocket, And Engine Sprocket
SERVICE WORK ON THE CHASSIS 13 Finishing work – Remove the rear of the motorcycle from the lifting gear. p. 139) 13.14 Checking the chain, rear sprocket, and engine sprocket Preparatory work – Raise the motorcycle with the rear lifting gear. ( p.
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Page 156
13 SERVICE WORK ON THE CHASSIS – Shift the transmission into neutral. – Pull on the lower chain section with the specified weight Guideline Weight, chain wear measure- 15 kg (33 lb.) ment – Measure distance of 20 chain rollers in the lower chain section. -
Page 157
SERVICE WORK ON THE CHASSIS 13 – Check the chain sliding guard for wear. » If screw becomes visible in area of the chain slid- ing guard when viewed from above: – Change the chain sliding guard. – Check that the chain sliding guard is firmly seated. »… -
Page 158: Adjusting The Basic Position Of The Clutch Lever
13 SERVICE WORK ON THE CHASSIS 13.15 Adjusting the basic position of the clutch lever – Adjust the basic position of the clutch lever to your hand size by turning adjusting wheel Info Push the clutch lever forward and turn the adjusting wheel.
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Page 159: Removing Motor Guard
SERVICE WORK ON THE CHASSIS 13 13.16 Removing motor guard – Remove screws – Take off the engine guard. A00706-10…
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Page 160: Installing The Motor Guard
13 SERVICE WORK ON THE CHASSIS 13.17 Installing the motor guard – Position the engine guard, mount and tighten screws Guideline Screw, engine 9 Nm (6.6 lbf ft) Loctite ® 243™ guard A00706-10…
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Page 161: Removing The Engine Guard Retaining Bracket
SERVICE WORK ON THE CHASSIS 13 13.18 Removing the engine guard retaining bracket Preparatory work – Remove motor guard. ( p. 157) Main work – Remove screws – Remove the engine guard retaining bracket. A00691-10…
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Page 162: Installing The Engine Guard Retaining Bracket
13 SERVICE WORK ON THE CHASSIS 13.19 Installing the engine guard retaining bracket Main work – Position the engine guard retaining bracket, mount and tighten screws Guideline Screw, engine 9 Nm (6.6 lbf ft) Loctite ® 243™ guard retaining bracket A00691-10 Finishing work –…
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Page 163: Removing Front Fender
SERVICE WORK ON THE CHASSIS 13 13.20 Removing front fender – Remove screws . Take off the front fender. A00704-10…
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Page 164: Installing The Front Fender
13 SERVICE WORK ON THE CHASSIS 13.21 Installing the front fender – Position the front fender. Mount and tighten screws Guideline Remaining screws, 9 Nm (6.6 lbf ft) chassis A00704-10…
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Page 165: Brake System 14
Do not make any changes to the suspension travel. – Only use spare parts on the brake system which have been approved and recommended by KTM. – Only use tires/wheels approved by KTM with the corre- sponding speed index. – Maintain specified tire pressure. –…
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Page 166
14 BRAKE SYSTEM The ABS is a safety system that prevents locking of the wheels when driving straight ahead or when cornering (within the limits of physics). Warning Danger of accidents Driving aids can only prevent a rollover within the physical limitations. It is not always possible to compensate for extreme riding situations, for example with luggage loaded with a high center of gravity, varying road surfaces, steep descents or… -
Page 167
BRAKE SYSTEM 14 The ABS operates with two independent brake circuits (front and rear brakes). During normal operation, the brake system operates like a conventional brake system without ABS. When the ABS con- trol unit detects a locking tendency in a wheel, ABS begins reg- ulating the brake pressure. -
Page 168: Adjusting The Basic Position Of The Hand Brake Lever
Do not make any adjustments while riding. S04143-12 14.3 Checking the brake discs Warning Danger of accidents Worn-out brake discs reduce the braking effect. – Make sure that worn-out brake discs are replaced immediately. (Your authorized KTM workshop will be glad to help.)
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Page 169
BRAKE SYSTEM 14 – Check the front and rear brake disc thickness at multiple points for the dimension Info Wear will reduce the thickness of the brake disc at con- tact surface of the brake linings. Brake discs — wear limit front 4.5 mm (0.177 in) 400480-10… -
Page 170: Checking The Front Brake Fluid Level
– Make sure that brake fluid for the front and rear brake is changed in accordance with the service schedule. (Your authorized KTM workshop will be glad to help.) – Move the brake reservoir mounted on the handlebar into a hori- zontal position.
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Page 171: Adding The Front Brake Fluid
If the brake fluid level drops below the MIN marking, the brake system is leaking or the brake linings are worn down. – Check the brake system and do not continue riding until the problem is eliminated. (Your authorized KTM workshop will be glad to help.) Warning Skin irritation Brake fluid causes skin irritation. –…
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Page 172
Danger of accidents Old brake fluid reduces the braking effect. – Make sure that brake fluid for the front and rear brake is changed in accordance with the service schedule. (Your authorized KTM workshop will be glad to help.) Note Environmental hazard Hazardous substances cause environmental damage. -
Page 173
BRAKE SYSTEM 14 Main work – Move the brake fluid reservoir mounted on the handlebar to a horizontal position. – Remove screws – Take off cover with membrane – Add brake fluid to level Guideline 5 mm (0.2 in) Dimension S04145-10 Brake fluid DOT 4 / DOT 5.1 ( p. -
Page 174: Checking The Front Brake Linings
Checking the front brake linings Warning Danger of accidents Worn-out brake linings reduce the braking effect. – Ensure that worn-out brake linings are replaced immediately. (Your authorized KTM workshop will be glad to help.) Warning Danger of accidents Damaged brake discs reduce the braking effect.
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Page 175: Checking The Free Travel Of Foot Brake Lever
BRAKE SYSTEM 14 14.7 Checking the free travel of foot brake lever Warning Danger of accidents The brake system fails in the event of overheating. If there is no free travel on the foot brake lever, pressure builds up in the brake system on the rear brake.
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Page 176
14 BRAKE SYSTEM – Disconnect spring – Move the foot brake lever back and forth between the end stop and the contact to the foot brake cylinder piston and check free travel Guideline Free travel at foot brake lever 3 … 5 mm (0.12 … 0.2 in) »… -
Page 177: Adjusting The Free Travel Of The Foot Brake Lever
BRAKE SYSTEM 14 14.8 Adjusting the free travel of the foot brake lever Warning Danger of accidents The brake system fails in the event of overheating. If there is no free travel on the foot brake lever, pressure builds up in the brake system on the rear brake.
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Page 178
14 BRAKE SYSTEM – Detach spring – Release nut and use screw to adjust the specified free travel Guideline Free travel at foot brake lever 3 … 5 mm (0.12 … 0.2 in) Info The range of adjustment is limited. –… -
Page 179: Checking The Rear Brake Fluid Level
Danger of accidents Old brake fluid reduces the braking effect. – Make sure that brake fluid for the front and rear brake is changed in accordance with the service schedule. (Your authorized KTM workshop will be glad to help.) – Stand the vehicle upright.
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Page 180: Adding Rear Brake Fluid
If the brake fluid level drops below the MIN marking, the brake system is leaking or the brake linings are worn down. – Check the brake system and do not continue riding until the problem is eliminated. (Your authorized KTM workshop will be glad to help.) Warning Skin irritation Brake fluid causes skin irritation. –…
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Page 181
Danger of accidents Old brake fluid reduces the braking effect. – Make sure that brake fluid for the front and rear brake is changed in accordance with the service schedule. (Your authorized KTM workshop will be glad to help.) Note Environmental hazard Hazardous substances cause environmental damage. -
Page 182
14 BRAKE SYSTEM Main work Condition The screw cap is locked. – Remove screw and take off the screw cap lock. H01142-10 – Position the vehicle upright. – Remove screw cap with membrane – Add brake fluid up to the marking Brake fluid DOT 4 / DOT 5.1 ( p. -
Page 183: Checking The Rear Brake Linings
Checking the rear brake linings Warning Danger of accidents Worn-out brake linings reduce the braking effect. – Ensure that worn-out brake linings are replaced immediately. (Your authorized KTM workshop will be glad to help.) Warning Danger of accidents Damaged brake discs reduce the braking effect.
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Page 184
14 BRAKE SYSTEM – Check the brake linings for minimum thickness ≥ 1 mm (≥ 0.04 in) Minimum thickness » If the minimum thickness is less than specified: – Change the rear brake linings. – Check the brake linings for damage and cracking. »… -
Page 185: Wheels, Tires 15
WHEELS, TIRES 15 15.1 Removing the front wheel Preparatory work – Raise the motorcycle with the rear lifting gear. ( p. 139) – Lift the motorcycle with the front lifting gear. ( p. 140) – Remove front fender. ( p. 161)
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Page 186
15 WHEELS, TIRES Main work – Remove screw and pull wheel speed sensor out of the hole. – Loosen screw by several rotations. – Loosen screws – Press on screw to push the wheel spindle out of the axle clamp. –… -
Page 187: Installing The Front Wheel
WHEELS, TIRES 15 15.2 Installing the front wheel Warning Danger of accidents Oil or grease on the brake discs reduces the braking effect. – Always keep the brake discs free of oil and grease. – Clean the brake discs with brake cleaner when necessary. –…
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Page 188
15 WHEELS, TIRES – Clean the thread of the wheel spindle and screw – Clean and grease the wheel spindle. Long-life grease ( p. 271) – Position the front wheel and insert the wheel spindle. The brake linings are correctly positioned. –… -
Page 189: Removing The Rear Wheel
WHEELS, TIRES 15 The fork legs straighten. – Tighten screws Guideline Screw, fork stub 15 Nm (11.1 lbf ft) 15.3 Removing the rear wheel Preparatory work – Raise the motorcycle with the rear lifting gear. ( p. 139) Main work –…
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Page 190
15 WHEELS, TIRES – Remove screw and pull wheel speed sensor out of the hole. – Remove nut and washer. – Take off chain adjuster – Holding the rear wheel, withdraw wheel spindle with the washer and chain adjuster – Push the rear wheel forward as far as possible and take the chain off the rear sprocket. -
Page 191: Installing The Rear Wheel
WHEELS, TIRES 15 15.4 Installing the rear wheel Warning Danger of accidents Oil or grease on the brake discs reduces the braking effect. – Always keep the brake discs free of oil and grease. – Clean the brake discs with brake cleaner when necessary. Warning Danger of accidents There is no braking effect to start with at the rear brake after installing the rear wheel.
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Page 192
15 WHEELS, TIRES Long-life grease ( p. 271) – Clean the contact areas on the brake caliper bracket and link fork. – Mount the damping rubber and rear sprocket carrier on the rear wheel. – Insert the spacers. – Position the rear wheel. The brake linings are correctly positioned. -
Page 193
WHEELS, TIRES 15 – Pull the rear wheel back and mount wheel spindle with the washer and chain adjuster Guideline Mount left and right chain adjusters in the same posi- tion. – Mount nut and the washer. – Push the rear wheel forward so that the chain adjusters are in contact with the screws, and tighten nut Guideline In order for the rear wheel to be correctly aligned, the mark-… -
Page 194: Checking The Rear Hub Damping 17.4 Rubber Pieces
15 WHEELS, TIRES – Mount and tighten screw Guideline Screw, chain guard EJOT PT ® 3 Nm (2.2 lbf ft) K60x30 S04164-11 Finishing work – Remove the rear of the motorcycle from the lifting gear. p. 139) – Check the chain tension. ( p.
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Page 195
WHEELS, TIRES 15 Main work – Check bearing » If the bearing is damaged or worn: – Change the bearing. – Check the damping rubber pieces of the rear hub for dam- age and wear. » If the damping rubber pieces of the rear hub are damaged or worn: S04160-10 –… -
Page 196: Checking The Tire Condition
Warning Danger of accidents If a tire bursts while riding, the vehicle becomes uncontrollable. – Ensure that damaged or worn tires are replaced immediately. (Your authorized KTM workshop will be glad to help.) Warning Danger of crashing Different tire tread patterns on the front and rear wheel impair the handling charac- teristic.
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Page 197
WHEELS, TIRES 15 Info The type, condition, and pressure of the tires all have a major impact on the handling characteristic of the motorcycle. Worn tires have a negative effect on handling characteristics, especially on wet surfaces. – Check the front and rear tires for cuts, run-in objects, and other damage. -
Page 198: Checking Tire Pressure
DOT number. The first two digits indicate the week of manufacture and the last two digits the year of manu- facture. KTM recommends that the tires be changed after 5 H01144-10 years at the latest, regardless of the actual state of wear.
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Page 199
WHEELS, TIRES 15 – Remove the protection cap. – Check the tire pressure when the tires are cold. Tire pressure when solo front 2.0 bar (29 psi) rear 2.0 bar (29 psi) Tire pressure with passenger / full payload front 2.0 bar (29 psi) 400695-01 rear… -
Page 200: Electrical System
16 ELECTRICAL SYSTEM 16.1 Removing the 12-V battery Warning Risk of injury Battery acid and battery gases cause serious chemical burns. – Keep 12 V batteries out of the reach of children. – Wear suitable protective clothing and safety glasses. – Avoid contact with battery acid and battery gases.
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Page 201
ELECTRICAL SYSTEM 16 Main work – Remove screws and take off the holding bracket. – Disconnect negative cable from the 12-V battery. S04165-10 – Pull back positive terminal cover – Disconnect positive cable from the 12-V battery. – Unhook rubber strap and open rubber strap –… -
Page 202: Installing The 12-V Battery
16 ELECTRICAL SYSTEM 16.2 Installing the 12-V battery Main work – Position the 12-V battery in the battery compartment. 12-V battery (ETZ‑9‑BS) ( p. 260) – Close rubber strap and attach rubber strap – Position positive cable and mount and tighten the screw. –…
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Page 203: Charging The 12-V Battery
ELECTRICAL SYSTEM 16 – Set the time and date. ( p. 86) 16.3 Charging the 12-V battery Warning Risk of injury Battery acid and battery gases cause serious chemical burns. – Keep 12 V batteries out of the reach of children. –…
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Page 204
16 ELECTRICAL SYSTEM Info Even when there is no load on the 12-V battery, it discharges steadily each day. The charging level and the method of charging are very important for the service life of the 12-V battery. Rapid recharging with a high charging current shortens the service life of the battery. If the charging current, charging voltage, or charging time is exceeded, electrolyte escapes through the safety valves. -
Page 205
ELECTRICAL SYSTEM 16 Main work – Connect a battery charger to the 12-V battery. Switch on the battery charger. Battery charger (58429074000) In addition, this battery charger can be used to test the open- circuit voltage, the starting ability of the 12-V battery, and the alternator. -
Page 206: Changing The Main Fuse
16 ELECTRICAL SYSTEM Finishing work – Mount the front rider’s seat. ( p. 147) – Mount the passenger seat. ( p. 146) – Set the time and date. ( p. 86) 16.4 Changing the main fuse Warning Fire hazard Incorrect fuses overload the electrical system. –…
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Page 207
ELECTRICAL SYSTEM 16 Main work – Remove cover A00696-10 – Remove protection cap A00697-10… -
Page 208
16 ELECTRICAL SYSTEM – Remove faulty main fuse Info A faulty fuse has a burned-out fuse wire A spare fuse is located in the fuse box. – Insert a new main fuse. Fuse (75011088030) ( p. 261) A00698-10 Put a spare fuse in the fuse box so that it is available if needed. -
Page 209: Changing The Abs Fuses
ELECTRICAL SYSTEM 16 – Set the time and date. ( p. 86) 16.5 Changing the ABS fuses Warning Fire hazard Incorrect fuses overload the electrical system. – Only use fuses with the required ampere value. – Do not bypass or repair fuses. Info Two fuses for the ABS are located under the passenger seat.
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Page 210
16 ELECTRICAL SYSTEM To change the fuse of the ABS hydraulic unit: – Take off the protection cap and remove fuse Info A faulty fuse has a burned-out fuse wire Warning Fire hazard Incorrect fuses overload the electrical A00700-10 system. – Only use fuses with the required ampere value. -
Page 211
ELECTRICAL SYSTEM 16 To change the fuse of the ABS return pump: – Take off the protection cap and remove fuse Info A faulty fuse has a burned-out fuse wire Warning Fire hazard Incorrect fuses overload the electrical A00700-11 system. – Only use fuses with the required ampere value. -
Page 212: Changing The Fuses Of Individual Power Consumers
16 ELECTRICAL SYSTEM 16.6 Changing the fuses of individual power consumers Info The fuse box containing the fuses for the individual power consumers is located under the passenger seat. Preparatory work – Remove the passenger seat. ( p. 145)
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Page 213
ELECTRICAL SYSTEM 16 Main work – Open fuse box cover – Remove the faulty fuse. Guideline Fuse 1 — not assigned Fuse 2 — 10 A — combination instrument, fuel pump Fuse 3 — 10 A — power relay Fuse 4 — 15 A — ignition coil, start auxiliary relay Fuse 5 — 15 A — radiator fan Fuse 6 — 15 A — brake light, turn signal, high beam, low beam, position light, tail light, license plate lamp… -
Page 214
16 ELECTRICAL SYSTEM Warning Fire hazard Incorrect fuses overload the electrical sys- tem. – Only use fuses with the required ampere value. – Do not bypass or repair fuses. – Insert the spare fuse with the correct rating. Fuse (75011088010) ( p. -
Page 215: Changing The Turn Signal Bulb
ELECTRICAL SYSTEM 16 16.7 Changing the turn signal bulb Note Damage to reflector Grease on the reflector reduces the light intensity. Grease on the bulb will evaporate due to the heat and be deposited on the reflector. – Clean and degrease the bulbs before mounting. –…
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Page 216: Checking The Headlight Setting
16 ELECTRICAL SYSTEM Guideline Insert holding lug into cut-out – Insert the screw and first turn counterclockwise until it engages in the thread with a small jerk. Tighten the screw lightly. 16.8 Checking the headlight setting – Park the vehicle on a horizontal surface in front of a light- colored wall and make a mark at the height of the center of the low beam headlight.
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Page 217: Adjusting The Headlight Range
ELECTRICAL SYSTEM 16 The light-dark boundary must be exactly on the lower mark- ing when the motorcycle is ready to be operated with the rider mounted along with any luggage and a passenger if applicable. » If the boundary between light and dark does not meet specifications: –…
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Page 218: Diagnostics Connector
16 ELECTRICAL SYSTEM – Set the headlight to marking Guideline The light-dark boundary must lie exactly on lower mark- when the motorcycle is ready to operate with the rider mounted along with any luggage and a passenger if applicable. 400726-11 16.10 Diagnostics connector Diagnostics connector…
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Page 219: Front Acc1 And Acc2
ELECTRICAL SYSTEM 16 16.11 Front ACC1 and ACC2 Installation location – The front power supplies ACC1 and ACC2 are located behind the headlight. Info The front power supplies ACC1 and ACC2 can be accessed under the cable cover of the headlight mask. S04169-10 16.12 ACC1 and ACC2 rear…
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Page 220: Cooling System
17 COOLING SYSTEM 17.1 Cooling system Water pump in the engine ensures forced circulation of the coolant. The pressure resulting from the warming of the cooling system is regulated by a valve in radiator cap . Heat expansion causes excess coolant to flow into compensating tank .
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Page 221: Checking The Antifreeze And Coolant Level
COOLING SYSTEM 17 17.2 Checking the antifreeze and coolant level Warning Danger of scalding During motorcycle operation, the coolant gets very hot and is under pressure. – Do not open the radiator, the radiator hoses or other cooling system components if the engine or the cooling system are at operating temperature.
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Page 222
17 COOLING SYSTEM – Stand the motorcycle upright on a horizontal surface. – Remove cap of the compensating tank. – Check the antifreeze in the coolant. −25 … −45 °C (−13 … −49 °F) » If the antifreeze in the coolant does not match the speci- fied value: –… -
Page 223
COOLING SYSTEM 17 – Remove screws and take off the cover. – Remove radiator cap – Check the antifreeze in the coolant. −25 … −45 °C (−13 … −49 °F) » If the antifreeze in the coolant does not match the speci- fied value: –… -
Page 224: Checking The Coolant Level
17 COOLING SYSTEM 17.3 Checking the coolant level Warning Danger of scalding During motorcycle operation, the coolant gets very hot and is under pressure. – Do not open the radiator, the radiator hoses or other cooling system components if the engine or the cooling system are at operating temperature.
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Page 225
COOLING SYSTEM 17 – Stand the motorcycle upright on a horizontal surface. – Check the coolant level in compensating tank The coolant level must be between the two markings. » If the coolant level does not match the specified value: –… -
Page 226: Draining The Coolant
17 COOLING SYSTEM Guideline Remaining screws, 5 Nm (3.7 lbf ft) chassis 17.4 Draining the coolant Warning Danger of scalding During motorcycle operation, the coolant gets very hot and is under pressure. – Do not open the radiator, the radiator hoses or other cooling system components if the engine or the cooling system are at operating temperature.
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Page 227
COOLING SYSTEM 17 Condition The engine is cold. Preparatory work – Remove motor guard. ( p. 157) Main work – Position the motorcycle upright. – Position an appropriate container under the engine. – Remove screw with the seal ring. – Remove the radiator cap. -
Page 228: Filling/Bleeding The Cooling System
17 COOLING SYSTEM 17.5 Filling/bleeding the cooling system Warning Danger of poisoning Coolant is toxic and a health hazard. – Keep coolant out of the reach of children. – Do not allow coolant to come into contact with the skin, the eyes and clothing. –…
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Page 229
COOLING SYSTEM 17 – Remove screws and take off the cover. – Loosen bleeder screw Guideline 3 turns – Tilt the vehicle slightly to the right. – Pour in the coolant until it emerges without bubbles at the bleeder screw, and then mount and tighten the bleeder screw immediately. -
Page 230: Changing The Coolant
17 COOLING SYSTEM – Stop the engine and allow it to cool down. – When the engine is cool, check the coolant level in the radiator and, if necessary, add coolant. – Remove cap of the compensating tank and top up the coolant level to the upper marking.
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Page 231
COOLING SYSTEM 17 Warning Danger of poisoning Coolant is toxic and a health hazard. – Keep coolant out of the reach of children. – Do not allow coolant to come into contact with the skin, the eyes and clothing. – Consult a doctor immediately if coolant is swallowed. –… -
Page 232
17 COOLING SYSTEM – Remove screws and take off the cover. – Remove radiator cap – Completely drain the coolant. – Mount and tighten screw with a new seal ring. Guideline Screw plug, water 10 Nm (7.4 lbf ft) pump drain hole S04173-10 –… -
Page 233
COOLING SYSTEM 17 Danger Danger of poisoning Exhaust gases are toxic and inhal- ing them may result in unconsciousness and death. – Always make sure there is sufficient ventilation when running the engine. – Use effective exhaust extraction when starting or running the engine in an enclosed space. -
Page 234: Tuning The Engine
18 TUNING THE ENGINE 18.1 Checking the clutch lever play Note Clutch damage If there is no free travel by the clutch lever, the clutch will begin to slip. – Check the free travel of the clutch lever each time before using the motorcycle. –…
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Page 235: Adjusting Play In The Clutch Lever
TUNING THE ENGINE 18 18.2 Adjusting play in the clutch lever – Move the handlebar to the straight-ahead position. – Push back sleeve – Loosen lock nut – Adjust the play in the clutch level by turning adjusting screw Guideline 1 ……
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Page 236: Service Work On The Engine
19 SERVICE WORK ON THE ENGINE 19.1 Checking the engine oil level Condition The engine is at operating temperature. Preparatory work – Stand the motorcycle upright on a horizontal surface. Main work – Check the engine oil level. Info After switching off the engine, wait one minute before checking the level.
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Page 237: Changing The Engine Oil And Oil Filter, Cleaning The Oil Screens
SERVICE WORK ON THE ENGINE 19 19.2 Changing the engine oil and oil filter, cleaning the oil screens Warning Danger of scalding Engine and gear oil get very hot when the motorcycle is ridden. – Wear suitable protective clothing and safety gloves. –…
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Page 238
19 SERVICE WORK ON THE ENGINE Main work – Place an appropriate container under the engine. – Remove oil drain plug with the O-ring. – Remove oil screen with the O-ring. – Remove screw plug with oil screen – Allow the engine oil to drain completely. –… -
Page 239
SERVICE WORK ON THE ENGINE 19 – Remove screws . Take off oil filter cover with the O- ring. – Pull oil filter out of the oil filter housing. – Allow the engine oil to drain completely. – Thoroughly clean the parts and the sealing surface. A00694-10 –… -
Page 240
19 SERVICE WORK ON THE ENGINE – Remove filler plug with the O-ring, and fill up with engine oil. Engine oil 1.7 l (1.8 qt.) Engine oil (SAE 15W/50) p. 269) – Mount and tighten the filler plug together with the O-ring. Danger 401955-12 Danger of poisoning Exhaust gases are toxic and inhal-… -
Page 241: Adding Engine Oil
SERVICE WORK ON THE ENGINE 19 19.3 Adding engine oil Info Too little engine oil or poor-quality engine oil will result in premature wear of the engine. Main work – Remove filler plug with the O-ring, and fill up with engine oil.
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Page 242
19 SERVICE WORK ON THE ENGINE Danger Danger of poisoning Exhaust gases are toxic and inhal- ing them may result in unconsciousness and death. – Always make sure there is sufficient ventilation when running the engine. – Use effective exhaust extraction when starting or running the engine in an enclosed space. -
Page 243: Cleaning, Care 20
CLEANING, CARE 20 20.1 Cleaning the motorcycle Note Material damage Components become damaged or destroyed if a pressure cleaner is used incorrectly. The high pressure forces water into the electrical components, connectors, throttle cables, and bearings, etc. Pressure which is too high causes malfunctions and destroys components. –…
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Page 244
20 CLEANING, CARE – Close off the exhaust system to keep water from entering. – Remove loose dirt first with a soft jet of water. – Spray heavily soiled parts with a normal commercial motorcy- cle cleaner and then brush off with a soft brush. Motorcycle cleaner ( p. -
Page 245
CLEANING, CARE 20 – After cleaning, ride the vehicle a short distance until the engine warms up. Info The heat produced causes water at inaccessible loca- tions in the engine and on the brake system to evapo- rate. – Push back the sleeves of the handlebar controls to allow any water that has penetrated to evaporate. -
Page 246: Checks And Maintenance Steps For Winter Operation
20 CLEANING, CARE – Treat all plastic parts and powder-coated parts with a mild cleaning and care product. Special cleaner for glossy and matte paint finishes, metal and plastic surfaces ( p. 272) – Lubricate the ignition and steering lock. Universal oil spray ( p.
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Page 247
CLEANING, CARE 20 – Clean the motorcycle. ( p. 241) – Clean the brakes. Info After EVERY trip on salted roads, thoroughly clean the motorcycle and, in particular, the brake calipers and brake linings, after they have cooled down and without removing them, with cold water and dry carefully. -
Page 248: Storage
21 STORAGE 21.1 Storage Info If you plan to garage the motorcycle for a longer period, perform the following steps or have them per- formed. Before storing the motorcycle, check all parts for function and wear. If service, repairs, or replacements are necessary, you should do this during the storage period (less workshop overload).
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Page 249
– Store vehicle in a dry location that is not subject to large fluc- tuations in temperature. Info KTM recommends jacking up the motorcycle. – Raise the motorcycle with the rear lifting gear. ( p. 139) – Lift the motorcycle with the front lifting gear. ( p. -
Page 250: Preparing For Use After Storage
21 STORAGE 21.2 Preparing for use after storage – Take the motorcycle off the front lifting gear. ( p. 142) – Remove the rear of the motorcycle from the lifting gear. p. 139) – Install the 12-V battery. p. 200) –…
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Page 251: Troubleshooting 22
Carry out start procedure. ( p. 111) – Malfunction in the electronic Read out the fault memory using the fuel injection KTM diagnostics tool. – Engine has too little power Air filter is very dirty Change the air filter. –…
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Page 252
Check the radiator fan system. – Malfunction indicator lamp Malfunction in the electronic Read out the fault memory using the lights up yellow fuel injection KTM diagnostics tool. – Engine dies during the trip Lack of fuel Refuel. ( p. 126) –… -
Page 253
TROUBLESHOOTING 22 Faults Possible cause Action – High oil consumption Engine oil too thin (low viscos- Change the engine oil and the oil filter, ity) clean the oil screens. p. 235) – Headlight and position light are Fuse 6 blown Change the fuses of individual power not functioning consumers. -
Page 254: Technical Data
23 TECHNICAL DATA 23.1 Engine Design 1-cylinder 4-stroke engine, water-cooled Displacement 373 cm³ (22.76 cu in) Stroke 60 mm (2.36 in) Bore 89 mm (3.5 in) Compression ratio 12.6:1 Control DOHC, 4 valves controlled via cam lever, chain drive Intake valve diameter 36 mm (1.42 in) Exhaust valve diameter 29 mm (1.14 in)
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Page 255: Engine Tightening Torques
TECHNICAL DATA 23 Transmission ratio 1st gear 12:32 2nd gear 14:26 3rd gear 19:27 4th gear 21:24 5th gear 23:22 6th gear 25:21 Mixture preparation Electronic fuel injection Ignition Contactless controlled fully electronic ignition with digital ignition adjustment Alternator 12 V, 230 W Spark plug BOSCHVR6NEU Spark plug electrode gap…
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Page 256
23 TECHNICAL DATA Screw, crankshaft speed sensor 6 Nm (4.4 lbf ft) Loctite ® 243™ Screw, gear sensor 6 Nm (4.4 lbf ft) Loctite ® 243™ Screw, retaining bracket 6 Nm (4.4 lbf ft) Loctite ® 243™ Screw, retaining bracket, stator 8 Nm (5.9 lbf ft) Loctite ®… -
Page 257
TECHNICAL DATA 23 Screw, chain securing guide 10 Nm (7.4 lbf ft) Loctite ® 243™ Screw, clutch cable retaining 6 Nm (4.4 lbf ft) Loctite ® 243™ bracket Screw, clutch cover 12 Nm (8.9 lbf ft) Screw, clutch spring 10 Nm (7.4 lbf ft) Screw, engine case M6x35 12 Nm (8.9 lbf ft) -
Page 258
23 TECHNICAL DATA Screw, retaining bracket, radial 12 Nm (8.9 lbf ft) Loctite ® 243™ shaft seal ring, clutch cover Screw, shift drum locating 12 Nm (8.9 lbf ft) Loctite ® 243™ Screw, starter motor 12 Nm (8.9 lbf ft) Screw, timing chain tensioner 12 Nm (8.9 lbf ft) Screw, timing chain tensioning rail… -
Page 259
TECHNICAL DATA 23 Screw, camshaft gear wheel 36 Nm (26.6 lbf ft) Loctite ® 243™ Screw, cylinder head 1st stage 30 Nm (22.1 lbf ft) 2nd stage 60 Nm (44.3 lbf ft) Thread is oiled, head flat is greased Screw, rotor 105 Nm (77.4 lbf ft) Loctite ®… -
Page 260: Capacities
23 TECHNICAL DATA 23.3 Capacities 23.3.1 Engine oil Engine oil 1.7 l (1.8 qt.) Engine oil (SAE 15W/50) p. 269) 23.3.2 Coolant Coolant 1.2 l (1.3 qt.) Coolant ( p. 268) 23.3.3 Fuel Please observe the labels on EU fuel pumps. A00420-10 Total fuel tank capacity, approx.
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Page 261: Chassis
TECHNICAL DATA 23 Fuel reserve, approx. 3.5 l (3.7 qt.) 23.4 Chassis Frame Lattice frame of steel tubes, powder-coated Fork WP APEX 3343 Shock absorber WP APEX 3446 Brake system front Disc brake with 4-piston brake caliper rear Disc brake with single-pot brake caliper, floating Suspension travel front 170 mm (6.69 in)
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Page 262: Electrical System
23 TECHNICAL DATA Tire pressure with passenger / full payload front 2.0 bar (29 psi) rear 2.2 bar (32 psi) Secondary ratio 15:45 Chain 5/8 x 1/4” (520) X‑ring Steering head angle 63.5° Wheelbase 1,430 ± 15.5 mm (56.3 ± 0.61 in) Seat height, unloaded 855 mm (33.66 in) Ground clearance, unloaded…
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Page 263: Tires
130/80 — 17 M/C 65T M+S TL Continental TKC 70 Continental TKC 70 The tires specified represent one of the possible series production tires. Additional information is available in the Service section under: http://www.ktm.com 23.7 Fork Fork article number 05.58.8T.31…
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Page 264: Shock Absorber
23 TECHNICAL DATA Fork length 797 mm (31.38 in) Compression damping Comfort 17 clicks Standard 15 clicks Sport 10 clicks Full payload 15 clicks Rebound damping Comfort 20 clicks Standard 15 clicks Sport 10 clicks Full payload 15 clicks Spring rate Medium (standard) 5.7 N/mm (32.5 lb/in) Spring length with preload spacer(s)
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Page 265
TECHNICAL DATA 23 Comfort 3 clicks Standard 3 clicks Sport 3 clicks Full payload 10 clicks Rebound damping Comfort 15 clicks Standard 10 clicks Sport 5 clicks Full payload 10 clicks Static sag 12 mm (0.47 in) Riding sag 34 mm (1.34 in) Spring rate Medium (standard) 150 N/mm (857 lb/in) -
Page 266: Chassis Tightening Torques
23 TECHNICAL DATA 23.9 Chassis tightening torques EJOT PT Screw, chain guard ® K60x30 3 Nm (2.2 lbf ft) Screw, tail light 2 Nm (1.5 lbf ft) Remaining screws, chassis 5 Nm (3.7 lbf ft) Screw, chain guard 7 Nm (5.2 lbf ft) Loctite ®…
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Page 267
TECHNICAL DATA 23 Nut, rear sprocket 38 Nm (28 lbf ft) Remaining nuts, chassis 30 Nm (22.1 lbf ft) Screw, fork stub 15 Nm (11.1 lbf ft) Screw, front brake caliper 32 Nm (23.6 lbf ft) Loctite ® 204™ Screw, front brake disc 29 Nm (21.4 lbf ft) Loctite 243™… -
Page 268
23 TECHNICAL DATA Screw, steering head, top M16x1.5 53 Nm (39.1 lbf ft) -
Page 269: Declarations Of Conformity 24
COBO SpA hereby declares that the BT‑ROUTER wireless system conforms with the relevant guidelines. The full text of the Declaration of Conformity is available at the following Internet address. Certification website: http://www.ktm.com/btrouter JNS Instruments Ltd. hereby declares that the 210M1100 wireless system conforms with the relevant guidelines.
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Page 270: Substances
25 SUBSTANCES Brake fluid DOT 4 / DOT 5.1 Standard/classification – Guideline – Use only brake fluid that complies with the specified standard (see specifications on the container) and that exhibits the corresponding properties. Recommended supplier Castrol – REACT PERFORMANCE DOT 4 MOTOREX ®…
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Page 271
SUBSTANCES 25 The mixture ratio must be adjusted to the necessary antifreeze protection. Use distilled water if the coolant needs to be diluted. The use of premixed coolant is recommended. Observe the coolant manufacturer specifications for antifreeze protection, dilution and miscibility (compatibility) with other coolants. -
Page 272
25 SUBSTANCES Fork oil (SAE 4) (48601166S1) Standard/classification – SAE ( p. 273) (SAE 4) Guideline – Use only oils that comply with the specified standards (see specifications on the container) and that exhibit the corresponding properties. Shock absorber fluid (SAE 2.5) (50180751S1) Standard/classification –… -
Page 273: Auxiliary Substances 26
AUXILIARY SUBSTANCES 26 Chain cleaner Recommended supplier MOTOREX ® – Chain Clean Fuel additive Recommended supplier MOTOREX ® – Fuel Stabilizer Long-life grease Recommended supplier MOTOREX ® – Bike Grease 2000 Motorcycle cleaner Recommended supplier MOTOREX ® – Moto Clean Perfect finish and high gloss polish for paints Recommended supplier MOTOREX…
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Page 274
26 AUXILIARY SUBSTANCES Preserving materials for paints, metal and rubber Recommended supplier MOTOREX ® – Moto Protect Special cleaner for glossy and matte paint finishes, metal and plastic surfaces Recommended supplier MOTOREX ® – Quick Cleaner Street chain spray Guideline Recommended supplier MOTOREX ®… -
Page 275: Standards 27
STANDARDS 27 JASO T903 MA2 Different technical development directions required a separate specification for motorcycles – the JASO T903 MA2 standard. Earlier, engine oils from the automobile industry were used for motorcycles because there was no separate motor- cycle specification. Whereas long service intervals are demanded for automobile engines, the focus for motorcycle engines is on high performance at high engine speeds.
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Page 276: Index Of Special Terms
Anti-lock braking system Safety system that prevents locking of the wheels when driving straight ahead without the influence of lateral forces KTM MY RIDE System for wireless communication with appropriate cellphones and headsets for telephony and audio On-board diagnosis Vehicle system, which monitors the specified parame-…
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Page 277: List Of Abbreviations 29
LIST OF ABBREVIATIONS 29 Art. no. Article number circa compare e.g. for example etc. et cetera i.a. inter alia number poss. possibly…
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Page 278: List Of Symbols
TC indicator lamp lights up yellow – MTC is not enabled or is currently intervening. The TC indicator lamp also lights up if a malfunction is detected. Contact an authorized KTM work- shop. The TC indicator lamp flashes if MTC makes an active intervention.
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Page 279: Green And Blue Symbols
LIST OF SYMBOLS 30 30.3 Green and blue symbols Green and blue symbols reflect information. The turn signal indicator lamp flashes green simultaneously with the turn signal – The turn signal is switched on. The idle indicator lamp lights up green – The transmission is in neutral. The high beam indicator lamp lights up blue –…
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Page 280: Index
INDEX INDEX Brake discs 12-V battery checking ……166 charging ……201 Brake fluid installing .
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Page 281
Chain tension KTM MY RIDE ….. . . 67 adjusting ……151 Language . -
Page 282
INDEX Combination switch ….. . 35 removing ……159 overview . -
Page 283
INDEX Fork legs dust boots, cleaning ….143 Hand brake lever ….. . . 34 Front fender basic position, adjusting . -
Page 284
INDEX removing ……145 Play in the clutch lever Main fuse adjusting ……233 changing . -
Page 285
INDEX Switch on the left side of the handlebar ..35 Safe operation ……21 on the right side of the handlebar . -
Page 286
INDEX Troubleshooting ….249-251 Turn signal bulb changing ……213 Turn signal switch . -
Page 287
*3214126en* 3214126en 03/2020 KTM Sportmotorcycle GmbH Photo: 5230 Mattighofen/Austria Mitterbauer/KISKA/KTM http://www.ktm.com…
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Тема: Коды и расшифровка ошибок КТМ (Прочитано 11453 раз)
0 Пользователей и 4 Гостей просматривают эту тему.
Люди добрые, ай нид хелп!! Сегодня замутил эндуро покатуху на 6 часов почти нон стоп. На пути возвращения домой увидел что горит лампа ФИ. Точнее так: на холостых моргала циклом по 9 миганий, чуть трогаю ручку газа-горит постоянно. Проехав еще с час, лампочка стала гореть постоянно. При резком откручивании газули хотя бы на четверть мот глохнет с хлопком. До выезда такого точно не было, в смысле не глох. Лампочку не видел, так как она подушкой закрыта. Чтож это? Рыжий очень понравился, но честно говоря немного расстроился, что в первую же норм покатуху он зубы показал. КЛАПАНА в допусках, инжектор чистый.

Записан
Ах да, коль о бензонасосе заговорил, то подскажите как без спешл тулов давку померить?

Записан
ошибка мап сенсора. кто ни будь сталкивался?

Записан
а там есть мап сенсор ? может IAP ? это датчик разрежения тока моргать должно 1-7 а не 9 подряд
ваще чекэнджини моргает комбинацию из двух цыфирей навсех нормальных машинах и мотоциклах ,хз мож ктм на своей волне?

Записан
это прафесия такая : Routing Information Typical Traffic ну а сокращенно ritt
manifold absolut pressure sensor 9 раз моргать должен. в юзверь мануале нашел

Записан
вупуфу!!!))))))))) дело было не в бабине)) клема отстегнулась.

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Страницы: [1] Вверх
- вопросы и ответы
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Почему загорается индикатор двигателя на KTM Duke 390?
Почему загорается индикатор двигателя на KTM Duke 390?
Годы
ответ
Банально, эта сигнальная лампа может включаться не только при реальной неисправности двигателя, но и при кратковременном падении напряжения. Если это произойдет, вы должны отключить и снова подключить аккумулятор или подождать несколько часов, прежде чем перезапустить двигатель, чтобы он мог сбросить настройки и удалить себя из памяти.
Опубликовано: 24 Апрель 2022 by ScegliAuto
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Почему загорается лампочка Check Engine?
(Различные бренды) различный
С помощью этого видеоурока мы можем понять, почему загорается сигнальная лампа двигателя. Когда загорается желтый свет, это указывает на менее серьез
