Baja Pulsar DTS-I 2006 Owner's manual

Contents

All information contained in this Note is based on the latest

product information at the time of publication. Bajaj Auto

Limited accepts no liability for any inaccuracies or omissions

in this publication, although every possible care has been

taken to make it as complete and accurate as possible. All

procedures and specifications subject to change without

Identification

Salient Features

Technical Specifications

FAQ’s

PDI Checklist

PDI SOP

Periodic Maintenance and Lubrication Chart

Periodic Service SOP

Service Wise Part Kit

Scheduled Maintenance

Standard Checking Procedure

Special Tools

Carburettor and Fuel System

Digital Twin Spark Ignition System

prior notice. The right is reserved to make such changes at

any time without prior notice.

DOC. NO.: 71 1103 21 REV. 00, Sept. 06

Important Points to Remember

Removal of Engine from Frame

Dismantling Engine

Dismantling Engine Sub Assembly

Parts Inspection Parameters

Service Data - Engine/Frame

Parts Identification

Tightening Torque - Engine/Chassis

Assembling Engine

Dismantling Front Fork

Front Disc Brake

Maintenance Electricals

Main Electrical Diagram & Individual Circuit Diagrams

102

105

121

124

129

138

Dealer Development Center

DTS-i Trouble Shooting

145

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Identification Data

Salient Features

Location of Parts

The Engine and Frame serial numbers are used to register the vehicles. They are the only means of identifying your particular vehicle from the other of the same model and type. These serial numbers may be needed by your dealer when ordering the parts. In the event of theft, the investigating authorities will require both these numbers in addition to the model, type and any special features of your vehicle that can help identifications.

Performance :

 Refined engine power delivery by optimization of Exhaus TEC

location and revised ignition timing with intelligent CDI

 New clutch & revamped gear shifting mechanism that gives

smooth, positive, virtually friction-free gear shift feel

 New Bigger twin foam filter with an optimized intake system to

provide better torque

 Optimized valve timing and Roller rocker with NR bearing for

friction reduction that improves drivability.

 LED tail lamp that consumes negligible power & require zero

maintenance

 Stainless steel silencer that overcomes rusting problem  All sensor type electrical switches that enables switches to

function for the life of the bike. Absolutely no maintenance in absence of mechanical contacts.

Style :

 Stylish fairing and head lamp assembly with owleye  A new black mask that separates headlamp from parking lights

adds to aesthetics.

 Clear lens indicator with amber bulbs.  New age, sharp and attractive 2 Row Tail lamp with LED lights  New seat cowl to match stylish LED tail lamp.  Louver type LH & RH covers with wire mesh gives sturdy look.

 Ergonomically designed self-letting switches

1. Control Switch RH

2. LCD Speedo Console

3. Control Switch LH

4. Body Control Unit

(Placed inside Head Light fairing)

5. Hall Sensor for Indicator

6. Vehicle Speed Sensor

7. ExhausTEC

8. Tail Light LED display

Convenience and Comfort

 LCD Speedo Console with digital fuel gauge (12 level indicator)  Digital speed display, odometer and two trip meter with resetting

provision.

 Self-canceling indicators After completion of turn, the indicator

will be switched off automatically.

 Engine oil level window for easy to monitor level.  Maintenance free battery once a year electrolyte top up.  In addition to Fuel gauge, Reserve indicator bulb is provided that

glows continuously till the petrol filled to main level.

 Self check provision for Tachometer for its functioning

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Salient Features

Technical Specifications

Safety :

 Day night mode of Speedo console  The turn Indicator, neutral, high beam, and side stand Indicator bulb

glow brightly in the day for clarity, and Intensity reduces during night to reduce irritance to the rider's eye

 High RPM warning lamp when engine reaches to 9000 RPM

automatically Red LED bulb starts blinking. This enables the rider to control the speed to avoid damages if any that may take place to engine components.

 Engine cut-off at 10000 RPM Spark gets cut-off at 10000 RPM

to bring down the engines RPM for safety.

 LED illumination for tell-tale icons on electrical switches that glows in

the night for positive access of individual functions.

Engine and Transmission

Type : Four stroke DTS-i, Natural air cooled.

No. of cylinders : One

Bore : 63.50 mm.

Stroke : 56.40 mm.

Engine displacement : 178.60 cc.

Compression ratio : 9.5 + 0.5:1

Idling Speed : 1400 + 100 rpm.

Max. net power : 12.15 kW (16.51 Ps) at 8000 rpm.

Max. net torque : 15.22 Nm at 6000 rpm.

Ignition System : Microprocessor controlled digital C.D.I.

Ignition Timing : 10 BTDC at 1500 rpm.

Fuel : Unleaded petrol

Carburettor : UCAl-MIKUNI BS29, Side Drought, CV Type.

Spark Plug : 2 Nos. Champion RG4HC, Bosch UR3DC (Resistive)

Spark Plug Gap : 0.7 to 0.8 mm.

Lubrication : Wet sump, Forced.

: 28 BTDC at 3500 rpm.

Starting : Kick start / Electric start.

Clutch : Wet, Multidisc type.

Transmission : 5 speed constant mesh.

Primary Reduction : 3.47 : 1 (66/19)

Gear Ratios: 1st gear : 26.93 : 1 (36/13)

2nd gear : 18.31 : 1 (32/17)

3rd gear : 13.43 : 1 (29/21) 4th gear : 10.54 : 1 (26/24) 5th gear : 8.98 : 1 (24/26)

Final drive ratio : 2.80 : 1 (43/15)

CHASSIS & BODY

Frame Type : Double cradle.

Suspension Front : Telescopic front fork with DU bush (Stroke 135mm)

Rear : Trailing arm with coaxial hydraulic cum gas filled

adjustable shock absorbers, and triple rate coil springs.

Brakes Front : Mechanically expanding shoe and drum type.

Hydraulically operated disc type.

Rear : Mechanically expanding shoe and drum type.

Tyres Front : 2.75 x 17, 41 P

Rear : 100/90 x 17, 55 P

Tyre Pressure Front : 1.75 kg/cm (24.5 Psi)

Rear Solo : 2.00 kg/cm (28.0 Psi)

Rear Pillion : 2.25 kg/cm (32.0 Psi)

Rims (Alloy Wheels) Front : 1.60 x 17

Rear : 2.15 x 17

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Technical Specifications

Frequently Asked Questions (FAQ’s)

Fuel Tank Capacity : 15 liters Full

: 3.2 liters Reserve

: 2.0 liters Usable reserve

CONTROLS

Steering : Handle Bar

Accelerator : Twist grip type on RH side of handle bar

Gears : Left foot pedal operated

Clutch : Lever operated on LH side of handle bar

Brakes Front : Lever operated on RH side of handle bar

Rear : Pedal operated by right foot

ELECTRICALS

System : 12 V (AC+DC) Battery : 12V 9Ah Head Lamp : 35/35 W-HS1 Pilot Lamp : 5W - 2 Nos. Tail/Stop lamp : LED Turn signal lamp : 10 W (2 Nos.) Turn signal pilot lamp : LED Side stand indicator lamp : LED Hi beam indicator lamp : LED Neutral indicator lamp : LED Speedometer lamp : LED display Rear number plate lamp : 5 W Horn : 12V DC

Ï What are the special features of 'PULSAR DTS-i 180 UG III '? OR

Ï What is so special in this 'PULSAR DTS-i 180 UG III '?

B Pulsar UGIII is next version of Pulsar breed. It is loaded with lots of unique &

contemporary features and that distinguishes the Pulsar not only in the category of Power, Performance & Style but also for Comfort, Convenience & Safety from the competition.

B Apart from refining the power delivery, it is loaded with the features that are meant for

cars. So, here is the Comfort, Convenience & Safety of the 4 wheels (cars) available on 2 wheels.

B The major changes / features are

 Enhanced Performance

• Refined engine power delivery by optimization of ExhausTEC location, bigger & twin Air Filter element, optimized valve timing, reduced engine friction etc.

• Stainless steel silencer that lasts long & overcomes rusting.

• All sensor type electrical switches that function for the life of the bike. Absolutely no maintenance in absence of mechanical contacts.

 Enhanced Style

• Stylish fairing & Headlamp assembly with owl eye, new black mask to separate headlamp from parking lights

• New age, sharp & attractive 2 Row Tail lamp with LED lights

• Louver type LH & RH covers with wire mesh gives sturdy look.

• Ergonomically designed self-letting switches

• Absolutely no maintenance in absence of mechanical contacts.

DIMENSIONS

Length : 1990 mm. Width : 750 mm. Height : 1090 mm. Wheel base : 1320 mm. Turning circle radius : 2180 mm. (Minimum) Ground clearance : 165 mm. (Minimum)

WEIGHTS

Vehicle kerb weight : 143 kg. Gross vehicle weight : 273 Kg.

PERFORMANCE

Maximum speed : 125 km/h with single rider (68kg) Climbing ability : 28% (16 Maximum)

Notes:

• Values given babove are nominal and for guidance only, 15% variations is allowed to cater for

production and measurement variation.

• All dimensions are under UNLADEN condition.

• Definitions of terminologies wherever applicable are as per relevant IS/ISO standards.

• Specifications are subject to change without notice.

 Enhanced Comfort & Convenience

• Loaded with Digital Technology like LCD Speed/Odo display, digital fuel meter, Digital trip meter that enables to count two trips.

• Car like self canceling indicator switches that keeps rider free from switching off the indicators after turn.

• Apart from digital fuel meter, warning light for low fuel level is provided.

• Self check provision for tachometer to ensure proper functioning.

• Oil level inspection window that indicates oils level at a glance.

 Enhanced Safety

• Engine cut-off at 10000 RPM Spark gets cut-off at 10000 RPM

• High RPM warning lamp when engine reaches to 9000 RPM automatically Red LED bulb starts blinking.

• Day night mode of Speedo console, LED illumination for tell-tale icons on electrical switches that glows in the night for positive access.

Ï How does the digital Speedo work?

B Front wheel of the bike has a sensor & magnet unit. The sensor counts no. of pulses w.r.t.

wheel rotation & logically calculates number of wheel rotation & gives input to the display unit in the speedo console and the LCD display indicates accurate speed, odo reading & trip meter readings.

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Frequently Asked Questions (FAQ’s)Frequently Asked Questions (FAQ’s)

Ï What are the advantages / Benefits of the digital speedometer apart from giving

accurate reading?

B This system is totally contact less & no mechanical transmission of drive from wheel to

speedometer is available. Thus this system is totally maintenance free & lasts for the life of the bike.

Ï How the digital fuel indicator meter works? OR How one can understand the available

fuel level in the fuel tank? OR How to read the graphical bar of the fuel meter?

B Graphic bar with 12-segment display is provided in the speedo console for indicating fuel

level in the tank. If the all the 12 segments of a bar graph are 'ON', that indicates that the fuel tank is full.

B As the float gauge in the tank starts lowering down due fuel level coming down, the

segments of the bar graph starts diminishing with corresponding drop in fuel level.

B When the petrol level comes down to below four liters, all the segments of the bar will

vanish.

B Apart from LCD graph bar, a red warning light also has been provided in the console that

glows continuously when the petrol level falls down to reserve. And it will be 'ON' till petrol is filled above reserve level.

Ï When the digital fuel meter is available, why the red warning light is provided?

B While the LCD graphical bar segments indicates the petrol level in the fuel tank, the red

warning light continuously reminds the rider to fill the petrol.

Ï What does non-contact Handlebar switches mean?

B The control switches on both sides of the handlebar are conventional to look at, in terms

of switch operations & knob position etc. But the key & distinguishing difference is the principle of functioning that means these switches do not function on the basis of physical contact for ON & OFF. These are on non-contact sensor based.

B This feature will have any wear and tear & hence its life would be more than the life of the

bike. These are absolutely maintenance free as far as wear & tear is concerned.

B The other feature, in these switches is the Illumination of the tell-tale icons that is lit up

with LEDs inside the switch body. This gives the icons a pleasant bluish white glow that can be seen in the night clearly & coolly.

Ï The tail lamp assembly seems to be too special. What is so in that?

B Yes. The tail lamp is unique on this vehicle and no other competitor's vehicle has this

feature. It consists of 16 (8) nos. of LED bulbs with bi-filaments.

B The specialties of LED bulbs are

- Consume very low current

- Glow brightly

- Last far long

- Totally maintenance free

B So, the LED tail lamp apart from delivering fantastic performance, it adds to aesthetics.

Ï Why two trip meter reading option is given? How is it useful?

B It is just to enable the rider to count reading for two different trips unlike only single trip in

case of conventional type.

B It is like this - on selecting 'Trip1' its will indicate the distance covered in first trip that is

set for. In continuation, on selecting 'Trip2', it will indicate the distance covered in the second trip. Then if one wants to know the cumulative distance covered in first & second trip, it can be found in 'Trip1' mode. For this one has to just press/select 'Trip1' mode.

B This is an added advantage taken from digital technology!

Ï What do Self-canceling Indicators switches means?

B In conventional type of switches, the rider has to manually depress or turn knob of

indicator switch for putting 'OFF' the indicator bulbs. In case of this Self-canceling' switches the indicator goes off automatically after the rider takes a turn & brings the handle bar straight. This feature is similar to cars. That means, rider do not have to press or turn the switch to cancel the indicators.

Ï What if one switches ON the indicator and do not physically take a turn? Will it work

in such situation?

B Yes. Of course. When the rider selects a right or left turn indicator, but changes his mind

and physically do not take a turn, the indicators turn 'OFF' automatically after pre-set time. For this a timer function is incorporated in the system. And the timing for this timer is set around 80 seconds.

Ï What is this bi-filament bulb?

B Bi-filament bulb means these LED bulbs have two filaments in each bulb. One filament of

lower wattage for parking lights & another for brake lighting, which is of little higher wattage.

Ï If so much so electrical /electronic appliances are loaded, it may affect on Battery?

B Absolutely not. In fact, all the bulbs & backlit bulbs in the Speedo console (except Head

Lamp bulb & pilot bulbs) are of LED type. Few of them works on AC & few are on DC i.e. battery. So there is hardly any drain on the battery as compared to conventional type of bulbs.

B Moreover, the Battery of this new Pulsar 180 is special & maintenance free.

Ï What is this maintenance free Battery?

B The battery is new development in DC system on two wheelers (in fact, such batteries are

introduced in cars earlier than bikes) it is different than the conventional one in the material composition it is made up of. The main features of this new battery are

- Electrolyte level checking is required at every one year instead of every fortnight

- The unique vent mechanism that do not allow loss of electrolyte

- No drainpipe unlike in conventional type battery. So no chances of spillage of electrolyte.

B So, in all it is almost maintenance free battery. Moreover, the LED bulbs, & disable

function of cranking after 3 successive self starts attempts, will further only enhance the life of the battery.

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Frequently Asked Questions (FAQ’s)

Pre Delivery Inspection Checklist

Ï What is that disabling of cranking after 3 successive attempts?

B A protective device has been incorporated in the system that allows rider to attempt self-

start option (pressing of self-start button) for starting only three times at times. After third attempt the battery power supply gets cut-off to the self-starter motor, thus avoid rider from further cranking of engine by self-start.

B This is mainly to protect the battery from over draining by excess attempts of pressing of

self-start button to start the engine.

B However, one can again use the self-start option after 15 seconds after third attempt.

Ï How come so many features are managed accurately & what is the guarantee of no

malfunctioning of these features?

B It is needless to say that the digital technology that works with sensors & chips works

accurately. To control all the functions of these electronics features, an intelligent device has been installed in the electrical system. This is called BCU (Body Control Unit)

Ï What exactly is BCU (Body Control Unit)? How it controls all these functioning?

B BCU (Body Control Unit) is a device that integrates & controls major of all electrical /

electronic functions on the vehicle. It is an intelligent device that works on microchip base.

B In the eventuality of electrical overloads or short circuits, the built in intelligent protection

circuit takes the control of the situation & prevent future damages on other electronic parts. For example:- During night, suppose one of the Head light filament blows OFF then there is a possibility of an accident due to sudden darkness.. To rescue, here the BSU plays an important role. It switches over the Headlight to the other beam automatically without manual shifting of any switches.

B It also checks & inspects the fused circuit religiously for any corrections and thus riders'

safety is ensured.

Ï Are these type of product features available in Pulsar150cc also?

Sl. Check

Check Points for PDI

LOCK OPERATION

STEERING LOCK NOT WORKING/JAM

SIDE COVER LOCK NOT WORKING

PAINT FINISH -

FUEL TANK DEFECTS

LEAKAGE

BLISTERS

RUSTY

OTHERS

FUEL COCK OPERATION - HARD / LEAKAGE

FRONT / REAR WHEEL OFFSET

WHEEL

FR. WHEEL TYRE -Free rotation.

FRONT WHEEL RUNOUT (SPECIFY)

REAR WHEEL RUN OUT (SPECIFY)

SILENCER - BAFFLE NOISE

SWITCHES

RH switch operations

LH Switch operations

IGNITION SWITCH SHORT

LIGHTS:-

Side indicator blinking.

HEAD LIGHT

OVER FLOW (Samples / photographs)

(Specify)

PDI done by BAL/

Service Engg.

PDI Done by

Dealer

B Presently not. But as in all sphere of life, technology also proliferates. When that happens

you may find similar features in Pulsar 150cc also.

Ï Can one alter the current Pulsar model & incorporate these features?

B` No. It is not possible. Physically lot of changes are there that are not easily

accommodated in the existing Pulsar.

TAIL/BRAKE LED

HORN :-

Speedo :

SPEEDO NOT SENSING.

SPEEDO Needle flickering.

Tripmeter - 1/2 working -Resetting

Odometer working

Auto - Calibration of RPM meter

Fuel level indication

Reserve indication (by red lamp)

Red lamp blinking after crossing Engine RPM 9000

Auto-switch off of Ind lamps(H bar straight for > 2 sec)

Head light / tail light illumination after 3 seconds

LED functioning - Speedounit - Both side indication, Side stand, Neutral, Hi beam, RES ind lamp

DISTORTED/WEAK SOUND(DO NOT SET)

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Pre Delivery Inspection Checklist

PDI SOP

Sl. Check

Check Points for PDI

FLAT SPOT (GIVE CO %)

DRIVE CHAIN slack (mention amont of play)

BRAKE OPERATION - FRONT/REAR

FRONT BRAKE

REAR BRAKE EFFECTIVENESS

BRAKE LIGHT REMAINING ON CONTINUOUSLY.

GAP AT THE REED SWITCH AND MAGNETO.

CHECK POINTS FOR PDI

LOOSE PARTS

KICK BOSS BOLT

ENGINE MOUNTING BOLT

ENGINE NOISE

TAPPET NOISE

CHAIN TENSIONER / TIMING CHAIN

ENGINE OIL LEAKAGE

DRAIN BOLT

MAGNETO COVER

CRANKCASE JOINT

OIL FILLING PLUG

OHC COVER

TAPPET COVER

BENJO BOLT

CHAIN TENSIONER 'O' RING

OIL LEVEL INDICATOR WINDOW

OIL FILTER COVER

CLUTCH OPERATION

HARD

CLUTCH JUDDERING

PLATING DEFECTS

HANDLE BAR

ENGINE OPENING DURING PDI (If any)

(Give engine no & reason for engine opening)

FRAME OPENING DURING PDI (If any)

(Give chassis no & reason for chassis opening)

OTHER DEFECTS :

MINOR ADJUSTMENTS

TRANSIT DAMAGES (Send photographs)

Marked if the ok observed

PDI done by BAL/

Service Engg.

PDI Done by

Dealer

Sr.

Description

No.

Identify & Park Vehicle on

Work Bay

Remove the Thermocol and

additional packing if any. Study PDI card and Work content.

Open Petrol tank cap

& pour petrol

Check for smooth operation of

fuel cock lever

Check & top up engine oil level,

if required.

Check clutch cable operation &

Adjust if required.

Check front brakes for efficient

working & Adjust if required.

Check and correct tyre inflation

pressure - Front Wheel

Check Battery voltage, fill / top-up electrolyte, apply

petroleum jelly, connect terminals properly.

Inspect Rear Shock Absorber

setting & correct if necessary.

Check Rear brakes for efficient

working & adjust if required.

Check and Correct tyre inflation

pressure - Rear Wheel.

Lubricate chain and Check /

Adjust chain slackness if required.

Check Choke lever operation

Check Accelerator cable free play

Check & Adjust TPS

Check gear shifter lever operation

Check & Adjust steering and

Handle bar for free movement.

Check front mudguard alignment

wrt Front Wheel

Position

Front / RH

Front

RH/LH

Rear

RH /

Front

SMM GP Tools

0.80

0.50

0.10

0.30

0.10

0.20

0.60

0.10

0.20

0.40

0.05

0.10

0.05

0.20

0.05

Measuring Jar,

Funnel

12-13 OE

Spanner

12-13 Ring

Spanner

Pencil Type

Pressure Gauge

Screw Driver,

Distilled water

Filler, 10mm

‘T’ Spanner

14-15 No.

O.E. Spanner

Pencil Type

Pressure Gauge

20-22, 24-27 Ring Spanner, 10-11 No. OE

Spanner,

Torque Wrench,

Socket Set,

Oil Can

10-11 No.

OE Spanner

8 & 10 No.

OE Spanner

10-11 No.

OE Spanner

8 No.

‘T’ Spanner

12-13, 16-17

Ring Spanner

Special

Tools

PNR & its

Attachment

Consumables

Petrol, Waste

Cloth

Cloth, Fine

Polish Paper,

Petroleum

Jelly,

Distilled Water

Cloth,

SAE 90 Oil

M & T / Service

Shop Equipments

Lifter Bay

Air Gun

Analogous/Digital

type Pressure

gauge, Air filling

Valve

Hydrometer,

Battery Charger,

Battery Tester

Cloth,

Graphite Grease,

Fine Polish Paper

Analogous/Digital

Type Pressure

Gauge, Air Filling

Valve

Air gun

Fork Spanner

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PDI SOP

Periodic Maintenance & Lubrication Chart

Sr.

No.

Description

Position

SMM

Check all important nut bolts for torque and tightness,

• Handle bar mounting bolt

• Stem lower & upper bracket bolts

• Stem of bolts

• Front axle nut

LH/RH

4.00

• Cylinder head nuts

• Engine foundation bolts

• Trailing arm bolts

• Silencer cover shield bolts

• Both LH/RH engine mtg. bolts

Check the following and lubricate if necessary

• Rear brake lever

• Rear brake pedal / cam

• Pillion foot rest

• Center stand

RH/LH

FRONT

REAR

1.00

• Side stand

• Kick lever boss

• Clutch lever

OE accessories fitment -

Mirrors RH & LH

OE accessories fitment -

Leg guard

LH/RH

1.15

3.25

Start vehicle, Check operation of electrical like- Head light, Tail light, Brake light, Side stand indicator,

Horn, Speedometer, Odometer,

LH/RH

0.35

Side indicators, Parking and Pass light working.

Check Idling and CO%.

Trip meter working

Check all locks for proper operation

LH/RH

0.60

0.10

0.50

Test drive the vehicle, check digital speedometer working. Study the

job card and verify work done.

1.30

Take vehicle out and park.

Clean/Wash the veh. before delivery

Repair for any other defects seen

or observed during test drive.

Total SMM

1.00

17.75

Expected Output in 480 Minutes / Man / 27 Vehicles

GP Tools

12-13, 14-15,

16-17, 20-22

Ring Spanner,

22 mm Box

Spanner with

Handle Ratchet

Oil Can

17mm

OE Spanner

10-12 No.

OE Spanner

and 12 No.

Box Spanner

Small

Screw driver

Special

Tools

PNR & its

Attachment

Pistol Grip

PNR

Pistol Grip

PNR

Consumables

SAE

20W40 Oil

M & T / Service

Shop Equipments

CO-HC Analyzer;

Tachometer,

Proper Exhaust

Sealing

Arrangement

of Silencer

RECOMMENDED FREQUENCY

Initial

750 2,500

5,000 7,500 Every 2,500km

Subsequent

Sr.

No.

Operation

Whichever

comes first

Kms.

195~210

Days

30~45

105~120

1. Servicing llll l

2. Idle speed / CO% C,A llll l

3. Valve tappet clearance A l Every 5000 kms

4. Engine oil (SAE 20W50 of API SG+JASO MA) R ll Every 5000 kms

5. Oil strainer / Centrifugal filter CL Every 10000 kms

6. Air cleaner element V CL llll l

7. Air cleaner element R Every 10000 kms

8. Carburettor CL,A llll l

9. Fuel system leakages C,R llll l

10. Fuel pipes R Every Year

11. Spark plug / gap CL,A llll l

12. Spark plugs (2 Nos.) R Every 10000 kms

13. Battery electrolyte level C,A llll Every Year

14. Brake light switch C,A llll l

15. Clutch play C,A llll l

16. Throttle play C,A llll l

17. Rear brake pedal play C,A llll l

18. Brake lining or pad wear C,R llll l

19. Brake fluid level / top up C 1 Month llll l

20. Brake fluid change R Every 10,000 kms.

21. Steering play C,A llll l

22. All fasteners tightness C,T llll l

23. Engine mounting silent blocks R Every 20,000 kms.

24. Tyre tread wear C,R lll l

25. General lubrication L llll l

26. Steering stem bearing L,R 1 year Every 10000kms

27. Wheel bearing C,L 1 year Every 10000kms

28. Master cylinder cup and Dust seal R Every 2 years

29. Caliper piston seal and Dust seal R Every 2 years

30. Swing arm pivot pin L l Every 5000kms.

31. Front fork C,L ll l

32. Front fork oil R Every 10000kms

33. Front brake hose C,R 2 years

34. Rr. Shock Absorber- Check gas pressure 7.0+0.5 Kg/cm Every 10000kms

35. Drive chain L Every 500 kms.

36. Drive chain slack A l Every 2500 kms.

37. Drive chain wear / Remove & Lubricate C,R l Every 5000kms.

38. Engine compression pressure C Every 10000kms

39. Cylinder head de-carbonising & valve lapping CL Every 30000kms

40. Valve oil seals R Every 30000kms

l : Indicates operation to be performed.

A - Adjust

285~300

Every 90 days

L - Lubricate

« : More frequent cleaning may be required when driving in dusty condition.

CL - Clean

T - Tighten

Note: Parts / Lubricants to be replaced as per Periodic Maintenance and

Lubrication Chart are mandatory and the same are chargeable to customer.

C - Check

R - Replace

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Periodic Service SOP

Sr.

Description

No.

Wash vehicle thoroughly.

Identify the Vehicle

Bring vehicle & position on bay

Raise the lift

Start veh. & Warm up. Remove RH/LH side covers, Seat,

Petrol Tank & keep properly.

Drain Engine Oil

Clean Air filter.

(Replace - if necessary)

Drain Carburetor.

(Overhaul - if required)

LH/RH

Side

Both

LH/RH

SMM GP Tools

To be done by

washing boy

0.30

0.50

0.30

12-13 No.

0.70

1.30

3.00

1.30

Ring Spanner,

12mm Socket

16mm Socket,

Extension,

Tommy

& Plastic Tray

8mm

‘T’ Spanner

Phillips Screw

Driver, Screw Driver, 10mm

Nylon Brush,

Plastic Tray,

10-11 & 14-15mm

OE Spanner

Special

Tools

Float

Gauge

PNR

Pistol Grip

PNR

Consumables

Cloth

Cloth,

20W40 Oil,

Diesel, Air

Filter Element

Cloth, Diesel

M & T / Service

Shop Equipments

Oil Draining

Equipment

Filter Cleaning

Stand, Air Gun

Air gun

Sr.

Description

No.

Check & Adjust

Rear tyre air pressure.

Check Battery, Top-up distilled water. Clean terminals & apply petroleum jelly. Route cables

properly and fit terminal caps properly. Recharge battery if required.

Clean oil strainer. (Replace - if required) After

1 Year or 10000 Km whichever is later.

Check clutch and Adjust.

Fill engine oil.

LH/RH

Side

Rear

SMM GP Tools

0.40

1.80

0.30

1.35

Pencil Type

Pressure Gauge

Screw Driver,

Distilled Water

Filler, 10mm

‘T’ Spanner

8 No. Box

Spanner, 12-13

OE Spanner,

12-13 Ring

Spanner, 8mm ‘T’

Spanner. Plastic

Tray, Phillips Screw Driver

12-13 OE

Spanner, Small

Screw Driver

6” Combination

Pliers, Measuring

Jar 1Liter, Funnel

Special

Tools

PNR

Pistol Grip

PNR

Consumables

Cloth, Fine

Polish Paper,

Petroleum Jelly

Distilled Water

Diesel, cloth, Clutch Cover

Gasket,

Oil Strainer

Cloth, Oil 20W50

of API SG +

JASO MA grade

M & T / Service

Shop Equipments

Analogous / Digital Type

Pressure Gauge,

Air Filling Valve

Hydrometer,

Battery Charger,

Battery Tester

Oil Dispenser

Check Accelerator and adjust

Clean, Check & Adjust

(Replace - if necessary)

Check & Adjust tappet clearance. (if required) During

4th Servicing or after 5000 Km whichever is later.

Check

• Side bolts of Front fork

• Engine foundation bolts

• Side stand

• RSA top and bottom nuts

Adjust chain slackness & Lubricate. Remove and Clean,

If required.

Check/ Adjust

LH/RH

LH /

Rear

0.40

2.40

Spanner, 24-27

Handle Ratchet,

Spanner, 12 mm

0.60

Box Spanner with

Handle Ratchet,

Spanner, 20-22,

3.90

20-22, 24-27 Ring

0.50

Spanner, 10-11,

14-15 OE Spanner

8-9, 10-11

OE spanner

Spark Plug

Spanner, Plug

Cleaner,

Wire Brush

8-9 No. Ring

OE Spanner,

14 mm Box

Spanner with

Spark Plug

Spanner

14-15, 16-17,

20-22 Ring

12-13 No.

OE Spanner

10mm ‘T’

24-27 Ring

Spanner, 10-11

OE Spanner

Filler

Gauge

0.01~1mm

Filler

Gauge

0.01~1mm Tappet Holder

Pistol Grip

PNR

Cloth, Fine

Polish Paper,

Spark Plug

Cloth

Cloth,

SAE 90 Oil

Cloth, Graphite

Grease, Fine Polish Paper

Spark Plug

Cleaner and

Tester, Air Gun

Air gun

Air Gun

Clean, Check & Adjust

RH spark plug.

Check and Top-up

brake fluid level.

Check/ Adjust

Check & Adjust front tyre

air pressure.

Check and Adjust steering.

Check

• Engine foundation bolts

• Front axle nut

• Side bolts of Front fork

• Handle bar bolts

• RSA top and bottom nuts

• Swing arm axle nut

• Silencer protective cover screws / bolts

• Rear view mirror

Front

2.40

1.00

0.50

0.40

0.80

1.30

Spark Plug

Spanner,

Plug Cleaner,

Wire Brush

Phillips

Screw Driver

12-13

Ring Spanner,

5 & 10 mm

Allen Key

Pencil Type

Pressure Gauge

16-17 No.

Ring Spanner

10-11, 12-13, 14-15, 16-17,

20-22 No.

Ring Spanner,

22 mm Box

Spanner with

Handle Ratchet

Filler

Gauge

0.01~1mm

Fork

Spanner

Pistol Grip

PNR

Cloth, Fine

Polish Paper,

Spark Plug

Cloth,

Oil Dot-4

Cloth, Fine

Polish Paper

Spark Plug

Cleaner and

Tester, Air Gun

Air Gun

Analogous / Digital Type

Pressure Gauge,

Air filling Valve

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Periodic Service SOP

Service Wise Part Kit

Sr.

Description

No.

Lubricate

• Clutch lever

• Rear Brake pedal

• Rear Brake Cam

• Pillion Foot Rest

• Center Stand

• Side Stand

• Kick lever boss pin

Refit RH, LH side covers,

Seat, Petrol tank

Check and Clean fuel line & Clean petrol tank.

(Replace fuel pipe - if required)

Check all Meters for proper

functioning & Correct, if reqd.

Start vehicle, Check & Adjust

the following.

Head light.

Tail light.

Brake light.

Horn

Speedo, Pass, Parking light

Side Indicators - Front & Rear

Tune Engine & Carburetor.

31 Study Job Card. Verify work. 1.00

Lower the Lift

Take vehicle out and park

Sub Total

Carry out any additional work as indicated by the Customer

or as required.

Total SMM

LH/RH

Side

LH/RH

Front

Rear

RH/Rear

Front

Both

SMM GP Tools

0.80

0.50

0.95

2.00

0.30

0.50

32.50

10.00

42.50

Expected Production / 480 minutes / Man / 11

Test Ride of the Vehicle

if required and park.

1.5

Oil Can

12-13 No.

Ring Spanner,

12mm Socket

Screw Driver

Phillips

Screw Driver

Small

Screw Driver

To be Carried

out by Expert

Special

Tools

PNR

Pistol Grip

PNR

Consumables

20W40 Oil,

Graphite

Grease, Cloth

M & T / Service

Shop Equipments

Grease Gun

Air Gun

CO-HC

Analyzer,

Tachometer,

Proper Exhaust

Sealing

Arrangement

of Silencer

Periodic Part Replacement Kit for Free Services

Type of Service

1st Free

2nd Free

3rd Free

1st Paid

2nd Paid

3rd Paid 12000~12500

4th Free

4th Paid

5th Paid

6th Paid 22000~22500

7th Paid

8th Paid

Days Kms. Limit

30~45

105~120

195~210

285~300

375~390

555~570

615~630

705~720 19500~20000

885~900

975~990

500~750

2000~2500

4500~5000

7000~7500

9500~10000

14500~15000

17000~17500

24500~25000

27000~27500

Part Name

Engine oil 1000 ml.

Clutch cover gasket

NIL NIL

Engine oil 1000 ml.

NIL

Engine oil

Clutch cover gasket

Air filter foam element

Spark plug

Fork oil 330 ml.

Drive chain lock & link set

Brake shoes (if worn out)

Starter clutch bush

Fork oil seal

Cylinder head gasket (If required)

Front disc pad inspect / replace (If worn out)

NIL

Engine oil

Drive chain lock & link set

Steering cone kit

NIL NIL

Engine oil 1000 ml.

Clutch cover gasket 1

Air filter foam element 1

Spark plug 2

Brake shoes (if worn out) 1

Front disc pad inspect / replace (If worn out)

Fork oil

Clutch plate

Rear brake damper

Drive chain lock & link set

NIL

Carburettor insulator

Chain sprocket kit

NIL NIL

Quantity

NIL

1000 ml.

NIL465~480

1000 ml.

330 ml.

NIL795~810

Clean the vehicle at the

time of delivery.

PNR = Pneumatic Nut Runner

Will be done

by Delivery boy

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Service Wise Part Kit

Schedule Maintenance

Periodic Part Replacement Kit for Free Services

Type of Service

9th Paid

Days Kms. Limit

1065~1080

29500~30000

Part Name

Engine oil 1000 ml.

Clutch cover gasket

Air filter foam element

Spark plug

Valve oil kit

Cylinder head gasket

Cylinder head stud copper washer

Brake shoes (If worn out)

Front disc pad inspect / replace (If worn out)

Steering cone kit

Fork oil 330 ml.

Drive chain lock & link set

Use always Genuine Bajaj Auto parts & recommended lubricants. (Engine oil: SAE 20W50 API ‘SG’ + JASO ‘MA’ grade)

Quantity

Cleaning

The vehicle must be cleaned periodically using pressurized water. Before cleaning the vehicle cover the important parts like Ignition switch, Silencer Tail end, CDI unit, H.T. coil with plastic bags. Don’t apply the jet of water directly on electrical parts such as Switches, Ignition unit, Coils etc. otherwise they may get damaged.

Brushing with kerosene and wiping dry with clean rag is advisable for external cleaning of the engine. All painted surfaces should be washed with water. Do not use kerosene or hard detergent soap on painted surfaces as it damages the paint and turns it dull.

After washing, dry the vehicle with compressed air and carry out the lubrication as recommended

Caution : Water may enter on the brake liners during washing & brake slippage may occur. Ensure that brake liners are dry before driving the vehicle.

Periodic Maintenance

Periodic maintenance (in accordance with the periodic maintenance chart) of a vehicle is most important to prolong vehicle life, trouble free running and ensure your safety while driving.

Notes :

Upper Level Mark

Lower Level Mark

Engine Oil Level Checking

• Park the vehicle on level surface on center stand to check the oil level.

• Inspect the oil level through oil inspection window

• It should be in between upper and lower mark

• Top up if required

Recommended Oil Grade and Qty

Grade SAE 20W50 of API ‘SG’ + JASO ‘MA’

Quantity Drain & Refill 1000 ml.

Engine Overhaul 1100 ml.

Note : It is most vital to adhere to recommended frequency of oil change for the purpose of long life of critical engine components for details refer Periodic Maintenance Chart.

Oil Strainer Cleaning

Remove :

• Drain engine oil.

• Clutch cover

• Oil pump mounting bolts (A) (3 Nos.)

• Pump with strainer.

• Clip (B) and take out ‘Oil Strainer’ from oil pump.

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Schedule MaintenanceSchedule Maintenance

Remove :

• Clean oil strainer with Kerosene / Diesel blow compressed air and then refit it.

• Replace oil strainer if found damaged.

Centrifugal Oil Filter Cleaning:

Remove :

• Centrifugal oil filter cover mounting screws (C) 3 Nos.

• The cover with gasket

• Replace gasket if damaged

• Clean centrifugal oil filter using Nylon brush/kerosene or Diesel

Air Filter

Air Cleaner Element Removal

Remove :

• RH side panel by unlocking it with key

Air Filter Cleaning

Clean Air filter element adhering to standard SOP

1st Stage:

Clean with Kerosene

Squeeze

2nd Stage:

3rd Stage:

Dip into Engine Oil (20W40)

Squeeze and Remove Excess Oil

Remove :

• 2 bolts (A).

• Air filter cover (B).

Remove :

• Air filter element assembly along with catrej

• Seperate foam filter from the catrej

Note :

• No need of removing flame arrestor

• White colour filter portion towards carburettor side

• Ensure beading placed properly when fitting cover

Clean with Kerosene Again

Blow Low Pressure Compressed Air

Air Filter Element Cleaning and Inspection

Note : In dusty areas, the element should be cleaned more frequently than the recommended interval.

After riding through rain or on muddy roads, the element should be cleaned immediately.

Since repeated cleaning opens the pores of the foam element replace it with a new one in accordance with the Periodic Maintenance Chart. Also if there is a brakage in the element material or any other damage to the element replace the element with a new one.

Warning : Clean the element in a well-ventilated area, and make sure that there are no sparks or flames anywhere near the working area.

Because of the danger of highly flammable liquid, do not use gasoline/petrol or a low-flash point solvent to clean the element.

Dry with Cotton Cloth

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Schedule MaintenanceSchedule Maintenance

Spark Plug

Recommended Spark Plug Champion RG4HC / Bosch UR3DC

Electrode Gap 0.7 ~ 0.8 mm

Replace Spark Plug After every 10000 Kms.

Battery - 12V - 9 Ah

• Battery is located inside LH cover

• Check the electrolyte level in each cell and ensure that the level is between the upper and lower level lines.

• Remove the battery filler caps and fill with distilled water until the electrolyte level in each cell reaches the upper level line if required.

Note : Add only distilled water to the battery. Tap water is not a

substitute for distilled water and will shorten the life of the battery.

• Apply petroleum jelly on to the terminals

Front Brake Fluid Level

• Front brake fluid master cylinder reservior is located near RH switch on handle bar.

• To check oil level, park the vehicle on Main / Center stand with handle bar in straight position.

• Always ensure that brake fluid level is above ‘MIN’ mark given on inspection window.

• Use only DOT-3 or DOT-4 brake fluid (from sealed container) to top up if required.

Position

Spring Action

If the Shock Absorber sleeves on both sides are not adjusted to the same position, an unsafe riding condition may result.

Note : Std setting is done in notch2nd

1 2 3 4 5

Stronger

Nitrox Air Filling

Procedure for gas checking and Refilling

• Remove the Phillips-headed small screw and ‘O’ ring.

• Clamp the cylindrical guide clamp on to the canister keeping the rubber plug in the center to support the syringe needle insertion and keeping in position.

• Hold the pump as shown and pierce the syringe needle into the center of rubber plug.

• The molded needle adaptor will rest into the clamped cylindrical guide

• Read the gas pressure on the dial gauge. If the gas pressure is below 6.5 Kg/cm2 refill the air by pumping, keeping the needle in as it is condition without removal. As the natural air consists of 71% of nitrogen it will serve the purpose.

• To fill the air into the canister, apply full stroke of pump as shown; otherwise air will not get inflated into the pump.

• Keep on pumping the air unless you get 7.5 kg/cm2 on the gauge

• Pull out the air pump along with needle carefully and take out the guide clamp

• Finally fix the phillips headed screw with ‘O’ ring.

Note : It is advisable that brake fluid should be replenished once

in a year.

Rear Shock Absorber

The rear shock absorbers can be adjusted to one of five positions to suit riding conditions. Using special tool adjust the required position you desire. They can be left soft for average road riding condition but should be adjusted harder for rough road condition.

Shock Absorbers adjusted either too soft or too hard adversely affect riding comfort and stability.

To adjust the Rear Shock Absorbers

Turn the adjusting sleeve on each shock absorber to the desired position. The higher the adjuster sleeve is positioned, the stronger the spring tension, and the harder the ride.

Check to see that both sleeves are turned to the same relative position.

Dealer Development Center

Drive Chain Slack / Lubrication

• Set the motorcycle upon its center stand.

• Rotate the rear wheel to find the position where the chain is tightest & measure the vertical movement midway between the sprockets.

• If the drive chain is too tight or too loose, adjust it so that the chain slack will be within the standard value.

• Check drive chain slackness at every 1000 kms.

Drive Chain Slackness : 25 ~ 30 mm

Service Limit 35 ~ 45 mm

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Schedule MaintenanceSchedule Maintenance

Drive Chain Cleaning / Lubrication

1st Stage:

Clean with Kerosene

2nd Stage:

Clean with Cleaner Kerosene again

Blow Compressed Air

3rd Stage:

Dip into SAE 90 Oil

Tyre Air Pressure

• Keep appropriate tyre pressure as mentioned below to increase life of this tyre and for better fuel consumption.

Front

Rear - with Solo

Rear - with Pillion

1.75 Kg/cm (25 PSI)

2.00 Kg/cm (28 PSI)

2.25 Kg/cm (32 PSI)

Important Adjustments and

Checking Procedures

Idling Speed Adjustment

Whenever the idling adjustment is disturbed follow the procedure given below for setting proper engine idling.

• Start engine & drive it for at least 5 kms. or warm the engine till the oil temp reaches 60 C.

• Remove the Bolt/Plug near Exhaus TEC

• Connect the probe of CO analyser. Set the CO between

1.75 ~ 2.25% by adjusting volume control screw.

• Then set the engine idling r.p.m. by rotating the idle adjustment screw clockwise or anticlockwise by hand.

• For the precise adjustment of idling speed, use of tachometer is recommended.

• Rotate the throttle a few times to make sure that the idling speed does not change. Readjust if necessary.

• Do not attempt to compensate for faults in other systems by adjusting the idle speed.

Soak into SAE 90 Oil

Final Stage:

Hook Chain for dripping of excess oil

Idling Sped : 1400 + 100 rpm

Tappet Clearance Setting

• Ensure that the engine is cold.

• Ensure the ‘T’ mark on the ‘Rotor’ match with the mark on the ‘Crankcase LH’. At this stage the ‘Piston’ is at TDC and both the ‘Tappets’ are free.

• Holding tappet screw firmly with special tool loosen the tappet

screw nut.

• Put the feeler gauge, measure and adjust the clearance.

• Lock the nut holding screw with special tool after getting desired clearance.

• Again check the tappet clearance with gauge. The gauge should slide with slight resistance between tappet and valve stem head feeler and tighten the check nut with a spanner.

• Inlet Valve : 0.05 mm • Exhaust Valve : 0.1 mm Special Tools : Feeler Gauge - 69 7502 51

: Valve Adjusting Screw Holder - 37 1031 53

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Schedule MaintenanceSchedule Maintenance

Ignition Timing Inspection

 Connect cable of stroboscope to one of the H. T. Coil carrying

current to spark plug.

 Start the engine.

 Aim the stroboscope light at Magneto cover glass window.

¡ At idling speed the ‘F’ marked line on the rotor coincide with

the line mark on magneto side c’case. (10 BTDC @ 1500 rpm).

¡ As the engine rpm is increased the ‘A’ marked on the rotor

coincide with the line mark on magneto side c’case. (28 BTDC @ 3500 rpm).

Gap

2.5mm max.

Reed Switch Setting and Checking

Check throttle lever movement by rotating it with hand. It should not be sticky in operation and should return back it self on releasing. bracket Multimeter should show continuity.

• Magnet should not touch with reed switch.

• Gap between Magnet & Reed Switch should not be more than 2.5mm.

• Movement of throttle lever with magnet assembly and Reed Switch fitted should be free.

Reed Switch : Setting

¡ This indicates the advance timing is functioning correctly.

¡ Remember the ‘T’ marked line is a reference line for TDC

position of the piston and is not for Ignition timing.

• Accelerator cable play: 2-3 mm by adjusting the Adjuster

• Protude stopper of the throttle lever bracket must on idling screw tip.

Clutch Lever Free Play Adjustment

• Slide the dust cover at lever yoke end.

• Check that the clutch cable outer end is fully seated in the adjuster.

• Turn the adjuster (A) until the proper amount of free play can be obtained.

• Tighten the lock nut (B) against the adjuster. If the clutch free play cannot be adjusted with the adjuster at the handle bar end, use the adjuster at the lower ends of the clutch cable situated on clutch cover.

• Loosen the 2 lock nuts (C) on clutch cable bracket and adjust threading in the adjuster provided on the clutch cover. Tighten both the lock nuts on clutch cable bracket by holding one nut and tightening the other, after the required free play.

Clutch Lever Free Play : 2 ~ 3 mm

Reed Switch : Checking

• Keep throttle at zero position.

• On connecting multimeter to Reed Switch coupler it should show continuity.

• When throttle is open and Reed Switch magnet crosses to straight

edge of fix bracket of Reed Switch multimeter should show discontinuity.

Accelerator Free Play Adjustment

• Turn the adjuster (A) until the proper amount of free play can be obtained.

• Tighten the lock nut (B) against the adjuster.

• If the accelerator free play can not be adjusted with the adjuster at the handle bar end, use the adjuster at the lower ends of the Accelerator cable situated on carburettor.

• Loosen the 2 lock nuts (C) on accelerator cable bracket end

adjust by adjuster (D) provided on the cable.

• Tighten both the lock nuts on bracket by holding one nut and

tightening the other, after ensuring the required free play.

Accelerator Grip Free Play : 2 ~ 3 mm

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• On De-acceleration, when of Reed Switch magnet re-coinsides with straight edge of fix bracket of Reed Switch Multimeter should show continuity.

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Schedule Maintenance

Standard Checking Procedure

Front Brake Free Play Adjustment

There is no need for free play adjustment, since the pistons in caliper assembly will move towards the pads and take new positions in order to automatically compensate for pad wear. The free play will be approximately 2 ~ 3 mm.

Front Brake Lever Play : 2 ~ 3 mm.

Rear Brake Pedal Adjustment

Check the rear brake pedal play as stated below. If it is more or less than the standard, adjust the rear brake.

• Depress the rear brake pedal lightly by hand. This is free play.

• If the rear brake pedal free play is incorrect, adjusting the rear brake shoe adjuster nut (A).

• Operate the pedal (B) for few times to see that it returns to its rest position immediately upon release.

• Rotate rear wheels to check for brake drag.

• Check braking effectiveness.

• If there is any doubt as to the conditions of the brake, check the brake parts for wear or damage.

• Turn the adjuster until the rear brake pedal have the correct amount of play.

Rear Brake Pedal Play : 25 ~ 30 mm.

Compression Pressure Testing

 For testing the compression pressure first warm up the engine.

 Remove the spark plug. LH side.

Caution : Disconnect H. T. lead cable from second spark plug i.e. RH side.

 Fit the compression gauge with adapter in the Spark plug hole.

 Open the throttle fully – then kick 5 times instantaneously.

 Note the reading in the compression gauge.

 Release the pressure by pressing the release valve on hose pipe.

 Take average of 3 such readings for noting actual compression

pressure.

 Confirm the compression pressure is between 6 to 10 Kg/cm

Wet Compression Test :

 If the compression pressure is found below lower limit than

specified, put few drops of engine oil through the spark plug hole and again check compression pressure.

 If you find considerable increase this time, then cause for the low

compression pressure lies in Cylinder / Piston assembly.

 If compression pressure remains the same, then the cause for low

compression pressure lies in Cylinder / Head assembly.

Caution : If wet compression is done, remove second spark plug and clean thoroughly to avoid oil fouling before fitment.

Rear Brake Pedal Position Adjustment

To suit rider foot comfort / operating style the angle of the rear brake pedal can be adjusted by loosening the lock nut (A) and adjusting the bolt (B).

Ensure free play by turning the adjuster clockwise or anticlockwise to achieve specified free play. Fix the rubber sleeve on the bolt.

Note : After pedal position adjustment, it is necessary to set the free play.

Rear Brake Light Switch Adjustment

When either the front or rear brake is applied, the brake light glows on. The front brake light switch requires no adjustment but the rear brake light

switch should be adjusted in accordance with the periodic maintenance chart.

Inspection :

• Turn on the ignition switch. The brake light should go on wheel the front

brake is applied.

• If it does not, then inspect the front brake light switch.

• Check the operation of the rear brake light switch by depressing the

brake pedal. The brake light should glow after about 15 mm of pedal travel.

• If it does not, adjust the rear brake light switch.

Adjustment :

• Adjust the rear brake light switch (A) by rotating the switch nut to create

adequate tension in spring to operate the switch.

Chain Slack Adjustment :

• Set the motorcycle upon its centre stand.

• Rotate the rear wheel to find the position where the chain is tightest and measure the vertical movement midway between the sprockets.

• If the drive chain is too tight or too loose, adjust it so that the chain slack will be within the standard value i.e. 25-30 mm.

• Loosen the rear torque link nut (A) & rear brake adjusting nut (F).

• Loosen the left and right chain adjuster lock nuts (B).

• Loosen the axle nut (C).

• Loosen the bearing carrier nut (D).

• If the chain is too tight, back out the left & right chain adjusting nuts evenly & kick the wheel forward until the chain is too loose.

• Turn both chain adjusting nuts evenly until the drive chain has the correct amount of slack. To keep the chain and wheel properly aligned, the notch (E) on the left chain adjuster should align with the same swing arm mark that the right chain adjuster notch (E) aligns with.

Warning : Misalignment of the wheel will result in abnormal wear, and may result in unsafe riding condition.

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Standard Checking ProcedureStandard Checking Procedure

• Tighten both chain adjuster lock

Air Bleeding of Disc Brake System :

nuts.

• Tighten the sleeve nuts securely.

 For air bleeding from front Hydraulic brake system first top up the

master cylinder with hydraulic oil.

 Operate the brake lever slowly in order to get filled the oil in the

Warning : Tighten the bearing

carrier nut before tightening the axle nut. If the nut tightening order is reversed, the rear axle will not be securely mounted on the swing arm. This may cause misalingment of the wheels and result in loss of control.

circuit.

 Connect transparent tube to the bleeder screw at caliper

 Operate the brake lever and keeping in pressed position loosens

the bleeder screw so that some oil escapes with the air bubbles.

 Keep on operating the brake lever till the air bubble escape out

completely through bleeder screw, and top up the master cylinder if required.

 Once the air escapes out from the hose pipe the brake lever meets

resistance, which indicates completion of air bleeding

 After completing the bleeding, top up the master cylinder up to the

maximum level mark.

• Center the brake panel assembly in the brake drum. This is done by

Nitrox Air Filling

tightening the axle nut lightly, spinning the wheel, and depressing the brake pedal forcefully. The partially tightened axle nut allows the brake panel assembly to center itself within the brake drum.

• Tighten the Axle Nut

• Tighten the torque link nut

• Fix the snap ring

• Adjust the correct brake play

• Remove the Phillips head screw & small ‘O’ ring fitted on air valve of Nitrox RSA.

• Fix the guide to canister of Nitrox shocker in such a way that guide hole is concentric with air filling valve.

• Insert the Nitrox air filling pumps needle end into the guide & carefully pierce the rubber pin fitted inside the air valve of Nitrox

Note : This procedure can prevent a soft or spongy feeling brake.

RSA.

• Note the pressure indicated by pressure gauge of Nitrox air pump.

Piston Ring Fitment :

• Piston rings must always be fitted with respect to exhaust mark on the piston.

• First place the bottom oil rail ring with end gap 28 towards left of the exhaustmark in the last groove.

• Place oil expander ring with butting end downward and end gap facing opposite to the exhaust mark.

• Now fit top oil rail ring on the expander ring with end gap 30 towards

Refill the pressure.

• Once the pressure reaches upto 7.5 Kg/cm , take out the needle

slowly from canister.

• Fit the Phillips head screw & small ‘O’ ring fitted on air valve of Nitrox RSA.

Power Up the Jig

The Jig should carry out a self test, where first all Red LED; glow sequentially and then all Green LED; flash twice.

right of the exhaust mark.

• Fit the second piston ring with ‘Top 2’ mark facing upward and end gap facing opposite to the exhaust mark.

Manual Testing

• Finally fit the first ring with ‘Top 1’ mark upward and end gap facing towards the exhaust mark.

• Remember fitment of 2nd ring upside down may lead to passing of oil above the piston and ultimately leading to smoky exhaust.

• Connect wiring harness to C1 connector.

• Through this harness the following testing can be carried out :

- Vehicle sensor speed.

- Hall sensor.

- Starter relay.

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Standard Checking Procedure

Special Tools

LCD Speedo Console Test

• Connect wiring harness number 2 to C2 connector.

• After connecting speedo console wait unitl console LCD goes blank.

• Now press speedo console test switch to start the test.

• Observe for working of speedo console till test ends.

Body Control Unit (BCU) Test

• Connect wiring harness number 3 to C3, C4 and C5 connectors respectively.

• Press the BCU test switch.

• At the end of complete test, Green colour glowing of ‘Result’ LED indicates BCU test passed.

• At the end of complete test, Red glowing of ‘Result’ LED indicates BCU test failed at respective Red indications.

Details of Exclusive Special Tool

For carrying out repairs / overhauls, 1 new special tools for Pulsar DTS-i UG III have been developed. Rest of the special tools required remains the same which were earlier required for Pulsar and Pulsar DTSi

Engine

Sprocket Catcher

Drawing No.: 37 10DH 36

Application :

For holding sprocket during removal / refitting of Cam sprocket allen bolt.

Camshaft Big Bearing Puller

Drawing No.: 37 10DH 32

Application :

To remove bearing (Decompression assembly side) of camshaft.

Camshaft Small Bearing Puller

Drawing No.: 37 10DH 31

Application :

To remove small bearing of camshaft.

Rocker Pin Remover

Drawing No.: 37 10DH 35

Application :

To remove rocker pin from cylinder head.

Silent Bush Puller

Drawing No.: 37 10DH 33

Application :

To remove silent bush from cylinder head cover.

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Special ToolsSpecial Tools

Rotor Puller with Butt Pin

Drawing No.: 37 10DJ 32

Application :

Used to pull out the rotor from crankshaft assembly.

Primary Gear Holder

Drawing No.: 37 10DJ 28

Application :

Use to hold primary gear while loosening / tightening the clutch nut.

Balancer Gear Holder

Drawing No.: 37 10DJ 63

Application :

Used to load the pre-tensioned scissor gears of Assly balancer Idler gear.

Bearing Extractor

Drawing No.: 37 10DJ 76

Application :

Used to extract the input shaft bearing from crankcase LH.

Bearing Puller

Drawing No.: 37 10DJ 77

Application :

Used to pull out the bearing for body balancer from crankcase LH.

Adaptor & Valve Spring compressor

Adaptor - Drawing No.: 37 10DJ 78 Valve Spring Compressor - Drawing No.: 37 1031 07 Application :

Used for assembling / dismantling inlet, exhaust valves by compressing spring in cylinder head.

Dia. = 25.9+0.1

Special Nut

Drawing No.: 37 10DJ 43

Application :

Used to remove / fit of centrifugal oil filter nut.

Note : Existing tool can be used by reducing diameter to 25.9 + 0.1 mm

Piston Ring Holder

Drawing No.: 37 10DJ 30

Application :

Used for compressing the piston rings when assembly piston in the cylinder block.

Bearing Race Extractor

Drawing No.: 37 00DJ 01

Application :

Used for removing the lower bearing race from ‘T’

Rotor Holder

Drawing No.: H6 0721 00

Application :

To hold rotor while loosening bolt.

Drift

Drawing No.: 74 9309 89

Application :

To remove piston pin.

Thrust plate aligner/holder

Drawing No.: T-1011168

Application :

To align the clutch hub concentricity w.r.to clutch wheel, clutch housing and thrust plate

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Special ToolsSpecial Tools

Crankshaft Bearing Extractor

Drawing No.: 37 1001 14

Application :

To remove bearing from crankshaft

Output Sprocket Holder

Drawing No.: 37 1030 53

Application :

To hold the output sprocket while removing sprocket bolt

Bearing Driver Set

Drawing No.: 37 1030 61

Application :

Common bearing driver set for fitting and removing bearings from crankcase.

Chassis

Fork oil seal fitment punch

Drawing No.: 37 0040 03

Application :

To fit fork oil seal on outer pipe

Rear Shock absorber adjuster

Drawing No.: 37 00DH 14

Application :

For adjusting the notch position of RSA to achieve hard or soft rear suspension

Fork Inner & Outer Tube Extractor

Drawing No.: 74 9310 15

Application :

Used for removing front fork inner tube from outer tube.

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Carburettor and Fuel System

Notes :

Carburettor

Specifications :

Item Pulsar 180cc

Make and Type Ucal-Mikuni BS29

Identification No. DJ - U3

Idling Speed 1400 +100

VC Screw setting 2.5 +2 turns out

Main Jet 117.5

Jet needle mark 4DHL42

Needle jet mark 922MP-1

Jet needle clip 2nd from top position

Pilot Jet 17.5

Starter jet Fixed type

Throttle valve Fixed type

Chock Lever 2 stage with push pull type mechanism

Fuel Tank

• Turn the fuel tap to the off position.

• Disconnect the fuel pipe connections from the petrol cock.

• Disconnect the fuel indicator wiring harness connection.

Remove :

• Side cover LH and RH by unlocking it with key.

Note : To remove the side covers LH and RH, unlock with the key then hold the front end of the cover and pull the front end out then pull the cover in forward direction to remove it from the lug.

Remove :

• Pull the cable from the cover LH to unlock the seat lock

• Seat assembly

Note : To remove the seat assembly hold the seat assembly and lift it from the rear end and pull it back.

Remove :

• 1 bolt (A).

• Fuel gauge wiring connection.

• Drain pipe connection.

• Fuel pipe connection.

• Fuel tank assembly

Note : To remove the fuel tank assembly from the chassis lift the fuel tank assembly by holding it at the rear end and pull it back.

Fuel Tank Inspection

Remove the hoses from the fuel tank, and open the tank cap. Check to see if the breather pipe and water drain pipe in the tank for clogging. If they are clogged, remove the tank and drain it, and then blow pipes free with compressed air.

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Fuel Tank Cleaning

Warning : Clean the tank in well ventilated area, and take care that there are no smokes or flame anywhere near the working area. Because of the danger of highly flammable liquids, do not use gasoline or lowflash point solvents to clean the tank.

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Carburettor and Fuel SystemCarburettor and Fuel System

• Remove the fuel tank and drain it.

• Pour some high-flash point solvent into the fuel tank and shake the tank to remove dirt and fuel deposits.

• Pour the solvent out of the tank.

• Dry the tank and the fuel tap with compresses air.

• Install the fuel tank.

Note : While installing the fuel tank on chassis make sure that the dampers (A) on petrol tank are mounted on the chassis.

Fuel Tank Cap Dismantling

To unlock the Fuel tank cap, insert the key in the key slot and turn it anticlockwise direction and lift open the tank cap.

Now remove the anti theft screw and then remove the allen bolts (A) and remove the fuel tank cap assembly from the fuel tank. Fitting is the reverse procedure of dismantling. But take care that the vent hole is free from any foreign particles that may clog the hole. To lock the fuel tank cap, just press the cap without key.

Notes :

• Bowl

• Strainer

• Gasket

• Selector Body

• 2 hole subber seal

Fuel Cock Removal

Remove :

• 2 bolts (A)

• Fuel cock assembly from the fuel tank.

Note :

• Always loosen the bowl of the fuel cock on vehicle itself

• Check the fuel cock strainer for any breaks or deterioration.

• If the fuel cock strainer have any breaks or are deteriorated, they may allow dirt to reach the carburettor, causing poor running. Replace the strainer.

• Clean the fuel cock strainer in a high-flash point solvent.

• Pour high flash point solvent through the cock in all lever positions.

• Dry the tank and the fuel cock with compressed air.

• Install the cock in the tank.

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Working of CarburettorWorking of Carburettor

Starter Circuit : Constant Velocity Carburettor

Air inlet

for choke

Towards

Engine

Cut Section View

of Mixing Chamber

Towards Engine

Pilot Circuit : Constant Velocity Carburettor

1. Pilot Jet

2. Pilot Outlet Hole

3. Butterfly Valve

4. Volume Control Screw

5. Idling Adjustment Screw

6. Fuel Inlet

1. Plunger Cap

2. Diaphragm Cap

3. Diaphragm Piston Valve

4. Piston Valve with Jet Needle

5. Float Chamber

1. Plunger

2. Mixing Chamber

3. Starter Jet

Function

The function of starter circuit is to provide rich air fuel mixture on starting / cold starting. At cold engine condition the air is dense also the engine parts are cold enough this does not allow the petrol to vaporize properly this leads to starting trouble.

Construction

The Starter Circuit consists of a starter jet and a plunger. The starter jet is used to meter the fuel and a plunger that opens an air passage from the inlet of the carburettor (underneath the diaphragm) which passes the mixture to the mainfold.

Working

On pulling the choke lever the plunger is lifted by a cable. This uncovers the fuel passage that leads to the starter jet, air inlet passage and the outlet passage towards the manifold. This creates enough suction to draw fuel up from the bowl into the mixing chamber (below the plunger). Here the fuel is mixed with the air and the mixture is drawn into the engine through the outlet passage.

Air Inlet

Towards

for pilot jet

Engine

Function

The pilot circuit provides the air fuel mixture at idling when not enough air is being drawn through the carburettor to cause the main circuit to operate.

Construction

The pilot circuit consists of pilot jet, pilot air jet and volume control screw. The pilot jet meters the fuel and the pilot air jet meters the air quantity. The volume control (VC) screw controls the amount of air fuel mixture flowing through the pilot outlet.

Working

As the air enters the pilot air inlet the fuel is metered by pilot jet and air quantity is metered by pilot air jet. The atomized / vaporized mixture is discharged through the pilot outlet. The pilot outlet is located on the manifold side of the carburettor. Since the throttle valve is almost at fully closed position, air fuel mixture is supplied mainly by pilot outlet only. Air fuel mixture volume is adjusted by volume control (VC) screw and mixture becomes lean when volume control (VC) screw turned clockwise and rich when it is turned Anticlockwise direction.

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Working of CarburettorWorking of Carburettor

Progression Circuit : Constant Velocity Carburettor

1. Pilot Jet

2. Pilot Outlet Hole

3. Bypass / Progression Holes

4. Butterfly Valve

5. Volume Control Screw

6. Throttle Lever

Main Circuit : Constant Velocity Carburettor

1. Piston Valve

2. Piston Valve Diaphragm

3. Jet Needle

4. Needle Jet

5. Jet Holder

6. Main Jet

Towards

for pilot jet

Engine

Function

Air Inlet

The progression circuit provides the air / fuel mixture at small throttle opening when pilot circuit is still working but unable to meet the engine demands on small throttle opening.

Construction

The progression circuit follows the path of pilot circuit and the construction is same as that of pilot circuit.

Working

As like pilot circuit the fuel is metered by pilot jet and air volume is metered by pilot air jet. This mixture in vaporized / atomized form is discharged through the bypass ports when the butterfly valve is opened from idling further.

Towards

Engine

Air Inlet

for main jet

Function

The Main Circuit provides air fuel mixture by lifting up the piston valve in direct proportion to the engine demand. This assures the correct venture size & air velocity throughout the mid range operation of the engine.

Construction

This circuit consists of jet needle, needle jet and main jet. To assist in atomization an air bleed circuit is incorporated in the main metering system and it aids fuel vaporization by introducing the air into the fuel before it enters the main air stream.

The piston valve movement is controlled by spring and carburettor venture vacuum which is generated below the piston valve diaphragm.

Working

When the butterfly valve is opened and air flow through the venturi increases, the air pressure in the venturi (and the upper chamber) decreases.

As the atmospheric pressure in the bottom chamber is greater than the venturi pressure above the diaphragm, the piston valve along with jet needle is pushed up and more air fuel mixture is drawn into the engine from main jet through needle jet into the main air stream.

When the butterfly valve is closed, air flow through the venturi decreases; air pressure in the venturi increases and approaches atmospheric pressure, & the spring pushes the piston valve along with jet needle down.

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Working of Carburettor

Digital Twin Spark Plug Ignition (DTS-i)

Do’s

Handling

Cleaning

Maintenance

• Use appropriate screw drivers.

• For cleaning always use carburettor cleaner like

- Acetone

- Carbon Tetra chloride

- Aerosol

- CVC spray

Ensure

• Jets

- Holes are clean.

- Holes are not worn out.

- Size as per specification.

• Float is in good condition.

• Float Pin

- Tip having no wear mark.

- Spring loaded pin is free

in movement.

Don’ts

• Never use oversize screw drivers.

• Do not over tighten the jets and screws.

• These will damage the jets and their seats.

• Never clean the carburettor

with water.

• Jets & air passages will get

clogged due to sediments if cleaned by water.

Replace

• Jets

- Worn out jet.

- Incorrect size jet.

- Punctured, Squeezed and

distorted float.

- Worn out tip.

- If spring loaded pin is

sticky.

Pulsar DTSi is the first bike in the world (In small cc engine) to have twin spark ignition system.

1. The most obvious feature is the Twin Spark Plug configuration o f the Engine. The cylinder head has 2 spark plugs one on either side. The spark plugs are of the smae Heat range (Champion RG4HC/Bosh UR3DC (Resistive) and have similar electrode gaps. These also spark simultaneuosly, This has been done to improve the combustion process by reducing the time of combustion. The end results are low emissions, good fuel economy and good driveability

2. To enable the sparking of the 2 spark plugs, a intelligent CDI capable of handling this was developed. Further more, the ignition timing has been optimised to give the best output from engine (10 BTDC @ 1500 rpm, 28 BTDC @ 3500 rpm). To enable optimum igntion timing for part throttle loads and full throttle loads, there are separate igntion maps stored in the memory of the CDI. These are activated depending on the throttle opening and engine speed. The Digital CDI has a bit Microprocessor which handles all these inputs and gives out the required and correct spark advance. The intelligent CDI can be easily indentified by 2 green dots marked on CDI case.

3. To enable switching the required igntion maps, a magnetically operated need switch is incorporated on the carburettor throttle shaft and carburettor body. This is known as TRICS. Throttle Responsive Igntion Control System.

4. These engines are capable of of reviving very high, quite easily. To keep them mechanically safe, a engine rpm limiter has been incorporated in the Digital CDI. This curtails the sparks to the spark plugs thereby limiting the engine rpm Max upto 9000 and thus keeps the engine mechanically safe. There are 2 spark plugs. LH spark plug fires at 350 rpm and then continues to give spark till at 9000 rpm of engine. The spark is cut off from LH plug 9000 rpm to protect engine from excessively high speed. RH spark plug gives spark at 750 rpm and then continues to give till 6000 rpm of engine. If engine rpm exceeds 6000 rpm then RH plug is cut off. This is done to reduce combustion noise created in engine.

5. This engine has been extensively tuned for more Power and Torque.

• Needle Jet

- No wear at taper portion.

- Circlip position is in

specified groove.

• Piston valve

- No wear mark.

- Diaphragm condition.

- Needle worn out at taper

portion.

- Piston valve worn out. Scoring marks.

- Diaphragm punctured.

Overhaul carburettor at every 10,000 kms. and insepct the parts.

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6. The DTSi technology has enabled the Pulsar to meet 2006 norms without any Secondary air injection devices.

Troubleshooting :

• Malfunctioning of the Reed switch assly will not harm the engine, neither it will give any physical indicators like starting trouble or misfiring.

However checking of proper functioning of Reed Switch Assly at PDI and at every service is essential.

• Following symptoms may indicate as malfunctioning of Reed Switch Assly as one of the cause.

Symptom

Sudden drop in mileage & power lack in mid range rpm

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Cause

Replacement of Reed Switch AsslyThe igntion systems is working only in 2nd map due to reed switch is stuck in open circuit

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Remedy

Digital Twin Spark Plug Ignition (DTS-i)

Important Points to Remember

Customer Eductaion Tips :

• While starting the engine in any case throttle should not be rotated more. Even if this happens, engine will start, but the engine rpm will shoot uo too much (due to too high throttle opening)

• Whenever there is a sudden subtantial drop in mileage, customer should report to Bajaj Auto’s Authorised Service Centres.

CO % Checking and Tune Up (To ensure betten mileage) :

Check following before CO % checking / Tune up -

• Air filter connections, intake manifold, insulator fitment, connecting tube fitment.

• Spark Plug gap (0.7 to 0.8 mm)

• All pipes and connections of fuel system for any cracks, leakage, plucking, pinching and loose connections.

• Ensure Tappet Clearance : Inlet : 0.05 mm Exhaust : 0.1 mm

• Ensure compression pressure inside the cylinder (6 to 10 Kg/cm )

• Check the ignition timing (10 BTDC at 1500 rpm and 28 BTDC at 3500 rpm)

CO % checking and carburettor VC screw setting

• Start and warm up the engine

• The oil temperature should be above 60 C. This can be achieved by running vehicle in top gear at the speed of minimum 40 Kmph for 5 ~ 6 Kms.

• Adjust the engine speed to 1400 + 100 rpm with idling adjustment screw of carburettor.

• Adjust the CO with the VC screw. It should be in between 1.75 to 2.25 %

• Confirm the engine speed whether it is within 1400 + 100 rpm or not. When setting Idle CO %, idle rpm and VCS have to be adjusted together to achieve 2 % CO and 1400 + 100 engine rpm.

• Remove the ‘Allen Head Grub Screw’ before removing the ‘Sleeve Spark Plug’.

• Before fitting the ‘Sleeve Spark Plug’ apply thin layer of molybdenum disulphite grease on the entry chamfers for the ‘O’ rings for smooth sliding inside.

• Do not apply liquid gasket at location (A) which may block the lubrication passage.

Valve timing

• Ensure the sprocket marks (A) are aligned horizontally with cylinder head top machined face and the piston is at TDC.

• Secure the ‘Cam Chain Sprocket’ in the special tool firmly and then tighten the sprocket allen bolt (A).

• Ensure that the ‘O’ mark on washer always faces outwards when tightening the allen bolt.

Item Pulsar 180cc

Make Ucal-Mikuni BS 26

Identification No DJ - U3

Type CV Type

Idling Speed 1400+100

VC Screw Setting 2.5+2 turns out

Main Jet 117.5

Jet needle mark 4DHL42

Needle jet mark 922MP-1

Jet needle clip position 2 from top

Pilot Jet 17.5

Starter Jet Fixed type

Throttle valve Fixed type

Chock lever 2 stage with push

pull type mechanism

• ‘Inlet Rocker Arm Shaft’ is longer in length.

• Rocker arm has 20 Rollers inside the outer cage.

• Doesn't have inner cage.

• Take utmost care while dismantling. Rollers should not fall inside engine.

• Apply grease for fixing needle rollers inside rocker arm.

• While removing / refitting of piston pin circlip, cover the crankcase chamber with clean cotton cloth to avoid falling of circlip inside the engine.

• Blow pressurised air to oil passages in reverse direction to that of oil flow.

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+ 59 hidden pages

Baja Pulsar DTS-I 2006 Owner's manual

Specifications and Main Features

Frequently Asked Questions

User Manual