GENERAL INFORMATION 0A-5
7. Measurement criteria are defined by the terms "standard" and "limit".
A measurement falling within the "standard" range indicates that the applicable part or parts are serviceable.
"Limit" is an absolute value.
A measurement falling outside the "limit" indicates that the applicable part or parts must be repaired or replaced.
8. Components and parts are listed in the singular form throughout the W orkshop Manual.
9. The following directional criteria are used throughout the W orkshop Manual:
Front:
The cooling fan side of the engine.
Right:
The right-hand side of the engine viewed from the flywheel.
Left:
The left-hand side of the engine viewed from the flywheel.
Rear:
The flywheel side of the engine.
Cylinder numbers are counted from the front of the engine towards the rear.
The engine's rotation is clockwise viewed from the front of the engine.
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MAINTENANCE AND LUBRICATION 0B-9
SEVERE CONDITIONS MAINTENANCE SCHEDULE (For GENERAL EXPORT)
Severe driving conditions
A : Repeated short trips
C24SE : C24SE Gasoline engine
B : Driving on rough roads
HFV6 : HFV6 Gasoline engine
C : Driving on dusty roads
G : Gasoline engine
D : Driving in extremely cold weather and/or on salted roads
4JA1-T : 4JA1-T Diesel engine
E : Towing trailer or climbing mountain frequently
4JH1-TC : 4JH1-TC Diesel engine
F : Operation in high ambient temperature conditions
4JJ1 (Standard Output):
4JJ1 Standard Output Diesel engine
4JJ1 (High Output): 4JJ1 High Output Diesel engine
D : Diesel engine
MT : Manual transmission
AT : Automatic transmission
4W D : Four wheel drive
Condition
A B C D E F A+D
Engine oil G : Change every 5,000 km (3,000 miles) or 3 month
4JA1-T : Change every 2,500 km (1,500 miles) 4JH1-TC 4JJ1 (Standard Output) 4JJ1 (High Output):
Change every 5,000 km (3,000 miles)
Engine oil filter G : Replace every 5,000 km (3,000 miles) or 3 monthD : Replace every 5,000 km (3,000 miles)
Exhaust pipes and mounting Inspect every 5,000 km (3,000 miles)
Air cleaner element
Replace every 20,000 km (12,000 miles) D : Inspect every 2,500 km (1,500 miles)
Steering system for looseness
or damage Inspect every 5,000 km (3,000 miles)
Universal joints and sleeves Inspect for wear and lubricate every 5,000 km (3,000 miles)
Transmission or transmission
with transfer case oil MTC24SE D Change every 20,000 km (12,000 miles)
after changing at initial 10,000 km (6,000 miles) MT HFV6 Change every 40,000 km (24,000 miles)
AT Transmission:
Change every 20,000 km (12,000 miles)
4W D Transfer:
Change every 20,000 km (12,000 miles)
Differential oil
Change every 20,000 km (12,000 miles)
after changing at initial 10,000 km (6,000 miles)
Front brake pads and di
scs
wear Inspect every 5,000 km (3,000 miles)
Rear brake lining and drum
wear Inspect every 5,000 km (3,000 miles)
Interval
Item
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ISUZU KB P190 2007
0B-10 MAINTENANCE AND LUBRICATION
SEVERE CONDITIONS MAINTENANCE SCHEDULE (For EUROPE)
Severe driving conditions
MT : Manual transmission
A: Repeated short trips
AT : Automatic transmission
B: Driving on rough roads
4W D : Four wheel drive
C: Driving on dusty roads
D: Driving in extremely cold weather and/or on salted roads
E: Towing trailer or climbing mountein frequently
Condition
Item Interval A B C D E A+D
Engine oil Change every 5,000 km (3,000 miles)
Engine oil filter Replace every 5,000 km (3,000 miles)
Exhaust pipes and mounting Inspect every 10,000 km (6,000 miles)
Air cleaner element
Replace every 20,000 km (12,000 miles)
Steering system for looseness or
damage Inspect every 5,000 km (3,000 miles)
Universal joints and sleeves Inspect for wear and lubricate every 10,000 km (6,000 miles)
Transmission or transmission
with transfer case oil MT Change every 30,000 km (18,000 miles)
after changing at initial 10,000 km (6,000 miles)
AT
Transmission:
Inspection every 20,000 km (12,000 miles)
4W D Transfer:
Change every 30,000 km (18,000 miles)
After changing at initial 10,000 km (6,000 miles)
Differential oil
Change every 20,000 km (12,000 miles)
after changing at initial 10,000 km (6,000 miles)
Front brake pads and di
scs wear Inspect every 5, 000 km (3,000 miles)
Rear brake lining and drum wear Inspect every 5,000 km (3,000 miles)
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SHEET METAL 2B-11
ENGINE HOOD LOCK (A TYPE)
REMOVAL AND INSTALLATION
RTW 72BMF000201
Removal Steps
Installation Steps
1. Radiator grille 4. Control cable
2. Engine hood lock assembly 3. Hood lock control lever
3. Hood lock control lever
2. Engine hood lock assembly
4. Control cable 1. Radiator grille
Important Operations - Removal
1. Radiator Grille
Refer to the Radiator Grille in this section.
2. Engine Hood Lock Assembly
Apply setting marks (1) to the hood lock assembly and the
body prior to removal.
4. Control Cable
Pull out the control cable toward the passenger compartment.
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SHEET METAL 2B-13
ENGINE HOOD LOCK (B TYPE)
REMOVAL AND INSTALLATION
RTW 52BMF000101
Removal Steps Installation Steps
1. Front combi lamp assembly
2. Radiator grille
3. Engine hood lock assembly
4. Hood lock control lever
5. Control cable
5. Control cable
4. Hood lock control lever
3. Engine hood lock assembly
2. Radiator grille
1. Front combi lamp assembly
Important Operations - Removal
1. Front combi lamp assembly
2. Radiator Grille
Refer to the Radiator Grille in this section.
RUW 52BSH002801
3. Engine Hood Lock Assembly
Apply setting marks (1) to the hood lock assembly and the
body prior to removal.
5. Control Cable
Pull out the control cable toward the passenger compartment.
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3A-2 FRONT ALIGNMENT
Front End Alignment Inspection and
Adjustment
General Description
“Front End Alignment” refers to the angular relationship
between the front wheels, the front suspension attaching parts
and the ground.
Proper front end alignment must be maintained in order to
insure efficient steering, good directional stability and to
prevent abnormal tire wear.
The most important factors of front end alignment are wheel
toe-in, wheel camber and axle caster.
Camber:
This illustration shows a view from the front of the vehicle.
Camber is the vertical tilting inward or outward of the front
wheels. W hen the wheels tilt outward at the top, the camber is
positive (+). W hen the wheels tilt inward at the top, the camber
is negative (-). The amount of tilt measured in degrees from
the vertical is called the camber angle (1). If camber is extreme
or unequal between the wheels, improper steering and
excessive tire wear will result. Negative camber causes wear
on the inside of the tire, while positive camber causes wear to
the outside.
Caster:
This illustration shows a view from the side of the vehicle.
Caster (1) is the vertical tilting of the wheel axis either
forward or backward (when viewed from the side of the
vehicle). A backward tilt is positive (+) and a forward tilt is
negative (-). On the short and long arm type suspension
you cannot see a caster angle without a special instrument, but
if you look straight down from the top of the upper control arm
to the ground, the ball joints do not line up (fore and aft) when
a caster angle other than 0 degrees is present. W ith a positive
angle, the lower ball joint would be slightly ahead (toward the
front of the vehicle) of the upper ball joint center line.
Toe-in:
This illustration shows a view from the top of the vehicle.
Toe-in is the measured amount the front wheels are turned in.
The actual amount of toe-in is normally a fraction of a degree.
Toe-in is measured from the center of the tire treads or from
the inside of the tires. The purpose of toe-in is to insure parallel
rolling of the front wheels and to offset any small deflections of
the wheel support system which occurs when the vehicle is
rolling forward. Incorrect toe-in results in excessive toe-in and
unstable steering. Toe-in is the last alignment to be set in
the front end alignment procedure.
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3A-4 FRONT ALIGNMENT
Alignment for 4×
××
×
2 (except High Ride Suspension)
Caster and camber adjustment
The lower links of the 4 X2 vehicle front suspension have an adjusting cam at either end (front and rear). This
permits simultaneous adjustment of camber and caster angle.
Front
Front
RTW 340LF000301
Legend
1. Lower link ASM RH
2. Adjusting cam RR
3. Adjusting cam FRT
4. -direction The lower link ASM moves toward the inside
5. +direction The lower link ASM moves toward the outside
6. Lower link ASM LH
7. Adjusting cam RR
8. Adjusting cam FRT
9. -direction The lower link ASM moves toward the inside
10. +direction The lower link ASM moves toward the outside
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FRONT ALIGNMENT 3A-11
Adjustment Method
addition / subtraction of shim front side rear side move direction
of upper b/j caster angle
alteration camber angle alteration
addition subtraction a decrease decrease (toward
negative direction)
subtraction addition b increase increase (toward positive
direction)
no change subtraction c decrease no alteration
caster
adjustment
no change addition d increase no alteration
addition e no alteration decrease (toward
negative direction) camber
adjustment subtraction f no alteration increase (toward positive
direction)
Notes:
1. Adjusting cam is at initial position (the hole & projection are upward as shown in a illustration) before a shim
adjustment.
2. Difference of caster shim front/rear thickness should be 3.6mm(0.142in) or less.
Overall thickness of caster shim and camber shim
should be 10.8mm(0.426in) or less.
3. Make a combination in a such a way that the number of shims is at a minimum.
Fulcrum Pin Bolt Torque N⋅m (kgf ⋅m/lb ⋅ft)
152.0 ±15 (15.5 ±1.5 / 112.1 ±10.8)
CASTER
3 °10’ ±45’
Note:
Left and right side to be equal within 30’.
CAMBER
0 °± 30’
Note:
Left and right side to be equal within 30’.
KING PIN INCLINATION
12 °30’ ±30’
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ISUZU KB P190 2007