height adjustment DATSUN 210 1979 Service Manual

9
Make
SUre
there
is

proper
end

play
at

crankshaft

Crankshaft

end

play

0
05toO
15mm

0
OO20
to
0

0059
in

laJlk
h
end

play

J

EM486

Fig
EM

63

Checking
Crank

luJft

End

Play

10

Install
rear

oil
seal

using
suitable

drift

Fig
EM

64
n

talling
Rear
Oil
Seal

II
Install
rear

plate

12
Install

flywh
el

secwely
and

tighten
bolts
to

specified
torque

dl
Tightening
torque

Flywheel
and
drive

plate

A
14

engine
fixing
bolts

8
0

to
9

0

kg
m

58
to

65
ft
Ib

Drive

plate
A
15

engine

fixing
bolts

8
5

to
9
5

kg
m

61
to
69
ft
b

Fig
EM
65
n

talling
Flywheel

13

Rotate

engine
quarter
turn

and

install

piston
rod

assembly
using
Pis
Engine
Mechanical

ton

Ring
Compressor
EM03470000

EM497

Fig
EM
66

tolling
Platon
Rod

Assem

bly

Note

a

Insert

pistons
in
L

r
nding
cyl

inders

b

Apply
engine
oil

to

sliding
parts

c

Arrange
pistons
so
number

stamped

on

piston
head
faces
to
front
of

engine

d
Before

installing
piston
piston
rings

should
be

positioned
as
shown
in

Fig
EM
67

Second

ring

Oil

ring
lower
rail

EM49B

Fig
EM
67

Positioning
Piston

Ring

Gap

14

Apply

engine
oil
to

bearing

surfaces

dl
Tighte
ning
torque

Connecting
rod

cap
nuts

3

2
to
3

8

kg
m

23
to
27
ft
b

EM499

Fig
EM

68

Tightening
Connecting

Rod

Cap

Note

Am11
connecting
rods
and

connecting
rod

caps
so

cylinder

numben
face
in
same
direction

EM
14
I

S
Make
sure
there

exists

proper

end

play
at

connecting
rod

big
end

See

Fig
EM41

Big
end

play

0
1
to
0
2

mm

0
004
to
0
008
in

16

Insert
crank

sprocket
keys
in

keyways
of
crankshaft

Install
cam

shaft
and

crankshaft

sprockets

tempo

rarily
for

adjustment
of
tooth

height

by
using
adjusting
washers

Height
dif

Less1
h
l11

0

5
mm
0

020
in

Adjusting
washer

thickness

0
5
mm

10
020

in

EM500

Fig
EM
69

Adju
ting
Sprocket

Tooth

Height

17
Install

tinting
chain
and
cam

shaft

sprocket
with
their

markings

properly
aligned
See

Fig
EM
70

Then
set
No
I

piston
at
T
D
C
on

compression
stroke
See

Fig
EM
71

Oil

sprocket
teeth
and
chain
with

engine
oil

Match
mark

Key
groove

EM501

Fig
EM
70

Aligning
Markinga

Note
Make
sure
camshaft

sprocket

dowel
hole
and
crankshaft

sprocket

key
are

in
line
and
both
dowel
hole

and

key
are
located
downward

Engine
Mechanical

INSPECTION
AND
ADJUSTMENT

CYLINDER
HEAD
AND
VALVE

Cylinder
head
Unit
mm
in

Standard
Limit

Head
surface
flatness
Less
than

0
05
0
0020
0
1
0

004

Valve
Unit
mm

in

j
I
Hot

Valve
clearance

I
Cold
Intake
valve
Exhaust
valve

0
35
0
014

0
25
0

010

Valve
lift
7

91
0
3114
8
22
0
3236

H
37
0
to
37

2

1
457

to
1

465
30
0
to

30
2

1
181
to
1
189
D
L
Valve
head

diameter

a

H
Valve

length

L
103
6
to
104

0

4
079
to
4

094

D
7

970
to
7
985

0
3138
to

0
3144
7
945
to
7
960

0

3128
to
0
3134
Valve
stem
diameter

EM769

Valve
seat

angle

a
45030

Valve

spring

Free

height
mm
in
46
5
1

831

Compressed
height

mm
kg
in
lb
30
2
22
2

to
25
6

valve

open
1
189

49
0
to
56
4

Assembled

height

mm

kg
in
lh
38
7
544
to
62
6

valve
closed
1
524
120
0

to
138
0

Out
of

square
S
mm
in
Less

than
1
6

0
063

EM

19

DATSUN
210
Model
8310
Series

SECTIONCL

CLUTCH

CONTENTS

ADJUSTMENT

CLUTCH
PEDAL
HEIGHT

CLUTCH
PEDAL
FREE

TRAVEL

BLEEDING
CLUTCH
SYSTEM

CLUTCH
CONTROL

CLUTCH
PEDAL

CLUTCH
MASTER
CYLINDER

OPERATING
CYLINDER

CLUTCH
LINE

CLUTCH
UNIT

CLUTCH
DISC
AND

COVER
CL
2

CL
2

CL
2

CL
2

CL
3

CL
3

CL
4

CL
5

CL
6

CL
7

CL
7
RELEASE

BEARING

PILOT
BUSHING

SERVICE
DATA
AND

SPECIFICATIONS

GENERAL
SPECIFICATIONS

INSPEctiON
AND
ADJUSTMENT

TIGHTENING
TORQUE

TROUBLE
DIAGNOSES
AND

I

ECTIONS

SPECIAL

SERVICE
TOOLS
CL
8

CL
9

CL
10

CL
10

CL10

CL
11

CL
12

CL
14

CLUTCH
PEDAL

HEIGHT

I

Adjust
clutch

pedal
height
H
to

the

specified
range
with

pedal
stopper

adjusting
nut
Then

tighten
lock
nut

CD

2

Adjust
clutch

pedal
free

play
A

to
the

specified
range
at

pedal

pad

with
clutch
master

cylinder
push
rod

Then

tighten
lock
nut

@

Note

a

Pedal
free

play

appeared
due
to

clearance

among
pedal
hole

push

rod
and

piston
should
be

measured

on

top
face
of

pedal
pad

b

Depress
and
release
clutch

pedal

over
its
entire
stroke
to
ensure
that

the
clutch

linkage

operates
smooth

ly
without

squeak
noise

inter

ference
and

binding

I

I

Lock
nut

2

Lock
nut

Cl325

Fig
CL
I

AdjlUting
Clutch

Pedal

Height

Pedal

height
H

143

to
149

mm
5

63
to
5
87
in

Pedal
free

play
An

1

to
5
mm

0
04

to
0

20
in
Clutch

ADJUSTMENT

tfl
Tightening
torque

Lock
nut

CD

0
8

to
1
2

kg
m

5
8
to
8
7

ft
Ib

Lock
nut

@

0
8
to
1

Icll
m

5
8
to
8
7
ft

lbl

CLUTCH
PEDAL

FREE
TRAVEL

Adjust
clutch

pedal
free
travel

whenever
clutch
does
not

disengage

properly
or
whenever
new

clutch

parts
are

i
lslalled

I
Loosen
lock

nut
and

push
nut

djust
length
of

push
rod

by
turning

p
lsh
rod
with

open
end
wrench

until

release

bearing
lightly
touches
clutch

dia

phragm

spring

2

Then
turn

push
rod
back

approxi

mately
I

4
turns
so
that
withdrawal

lever

play
B

clearance
between

withdrawal
lever

push
nut
and
with

drawal
lever

is
within
the

specified

range

V

@

1
B

I

Lock

nut

2
Push
nut

3

Withdrawallcver

CL327

Fig
CL

2

AdjlUting
Clutch

Pedal

Free

Trauel

3

Tighten
lock
nut

against
push

nut

being
careful
not
to
disturb
the

adjustment

4

Depress
and
release
clutch

pedal

several
times

then
recheck

with

drawal

lever

play
B

Readjust
if

necessary

5

Finally
measure

pedal
free
travel

C
at
center
of

pedal
pad

CL
2
Withdrawalle

er
play
nBn

clearance
between
withdrawal

I
er

push
nut
and
withdrawal

le
erl

1
0

to
2
0

mm

0

039
to

0
079
in

Clutch

pedal
free

tr
el
en

at
center
of

pedal
pad

16to33
mm

0
63
to
1
30
in

BLEEDING
CLUTCH

SYSTEM

The

hydraulic
clutch

system
must

be
bled
whenever

clutch
line
has
been

disconnected
or
air
has
entered
it

When

pedal
action
has
a

spongy

feeling
it
is
an
indication
that
air
has

entered
the

system

Bleeding
clutch

system
is

an
essen

tial

part
of

regular
clutch
service

I
Remove

cap
of
reservoir
and

top

up
with
recommended
brake
fluid

2

Thoroughly
clean
mud
and
dust

from
bleeder
screw
of

operating
cyl

inder

so
that
outlet
hole

is
free
from

any

foreign
material
Install
bleeder

hose

vinyl
hose
on
bleeder
screw

Place
the
other
end
of
it
in

a

container

filled
with
brake
fluid

3
Have

a
co
worker

depress
clutch

pedal
two
or

three
times

With
clutch

pedal
depressed
fully
loosen
bleeder

screw

to
bleed
air
out
of
clutch

sys

tem

4
Close
bleeder

screw
quickly
as

clutch

pedal
is
on
down
stroke

5
Allow
clutch

pedal
to
return

slowly
with
bleeder

screw
closed

6

Repeat
steps
3

through
5
until
no

air

bubble
shows
in

the

vinyl
hose

tfl

Tightening
torque

Bleeder
screw

0
7

to
0
9

kg
m

5
1

to
6
5
ft

lbl

7

Depress
and
release

clutch

pedal

several
times
then

check
for

external

hydraulic
leaks
at

connections

are

clean
and
free
from

foreign
matter

Cearance
between

cylinder

bore
and

piston

Leu
than
0
15

mm

0
0059
in

ASSEMBLY

Assemble
clutch
master

cylinder
in

the
reverse
order
of

disassembly
Ob

serve
the
following

I

Dip
piston
cup
in
brake

fluid

before

installing
Make
sure
that

it
is

correctly
faced
in

position

1
Return

spring

2

Supply
valve
rod

3
Piston

4

Secondary

cup
5

Spring
seat

6
Valve

spring

7

Primary
cup

8
Push
rod

CL283

Fig
CL
7
Piston

Asaembly

2

Apply
a

coating
of
brake
fluid
to

cylinder
and

piston
when

assembling

if
Tightening
torque

Reservoir
band

0
25
to
0
4

kg
m

11
8
to
2
9
ft
lb

Supply
valve

stopper

0
15
to
0
3

kg
m

1
1
to
2
2
ft
Ib

INSTALLATION

Install
clutch
master

cylinder
in
the

reverse
order
of
removal
Observe
the

following

I

Bleed
air

out
of

hydraulic
system

Refer
to

Bleeding
Clutch

System
for

bleeding

2

Adjust
pedal
height
and

pedal

free

travel
Refer
to

Clutch
Pedal

Height
and
Clutch
Pedal
Free

Travel

for

adjustment
Clutch

if
Tightening
torque

Master

cylinder
to
dash

panel

securing
nut

0
8
to
1
2

kg
m

5
8
to
8
7
ft

Ib

Clutch
tube
flare
nut

1
5
to
1
8

kg
m

11

to
13
ft
lb

CAUTION

When

connecting
clutch
tube

use

F

lere
Nut

Torque
Wrench

GG94310000

Note
When

tightening
flare
nut
hold

pipe
by
hand
to

r
it

from

twilling

OPERATING

CYLINDER

REMOVAL

I
Disconnect
clutch
tube
from

clutch
hose
at
the

bracket
on

side

member

CAUTION

When

disconnecting
clutch
tube

use

suitable
flare
nut
wrench

Never
use
an

open
end
wrench
or

adjustable
wrench

2
Remove
lock

spring
then
dis

engage
hose
from
bracket

3
Remove
clutch
hose
from

oper

ating
cylinder

4
Remove

operating
cylinder

DISASSEMBLY

Remove

push
rod
and
dust

cover

2

Remove

piston
and

piston
cup
as

an

assembly

Note

Discard

piston
cup
and
dust

cover

3
Remove
bleeder
screw

Cl
5
1

4

v

I
Bleeder
screw

2

Cylinder
body

3
Piston

cup

4
Piston
5
Dust
cover

6
Push
rod

7
Lock
nut

8

Push
nut

CL203

Fig
CL
B

Operating
Cylinder

INSPECTION

Visually

inspect
all
disassembled

parts
and

replace

parts
which
are
worn

or

damaged
too

badly

beyond
specifi

cations

CAUTION

To
clean
or
WISh
all

parts
of

operating

cylinder
dean
brake
fluid
must
be

Used

Never

use
mineral
oils
such
as

gasoline

and
kerosene
It
will
ruin
the
rubber

parts
of
the

hydraulic
system

I

Check

cylinder
bore
and

piston

for
score
or
rust
and
if
found

replace

2
Check

cylinder
bore
and

piston

for
wear
If
clearance

between

cylinder

bore
and

piston
i5
more

than
the

specified
value

replace
piston
or

oper

ating
cylinder
assembly

3

Check
condition
of

piston

cup

and
dust
cover

Always

replace
them

after

disassembly

4
Check
bleeder
hole
to

be
sure

that
it
is

clean

Clearance
between

cyliniler
bore

and

piston

less
than
0
15
mm
0
0059
in

ASSEMBLY

Assemble

operating
cylinder
in

the

reverse
order
of

disassembly
Observe

the

following

Clutch

SERVICE
DATA
AND

SPECIFICATIONS

ENERALSPECIFICATIONS

Clutch
control

system

Type
of
clutch
control

Clutch
master

cylinder

Diameter

Clutch

operating
cylinder

Type

Diameter

Clutch
disc

Type

Facing
size

Outer
dia

x
Inner
dia

x
Thickness

Thicmess
of
disc

assembly

Free

Installed

Number
of
torsion

springs

Clutch
cover

Type

FuU
load
Hydraulic

mill
in
15
88

mm
in
Adjustable

1746

180CBL

mrn
in
180
x
125
x
3
5

7
09
x
4

92
x
0
138

mm
in

mm
in
8
5
to
9
2
0
335
to
0
362

7

6
to
8
0
0
299
to
0
315

6

kg

Ob
CI80S

335
to
385
739
to
849

INSPECTION
AND
ADJUSTMENT

Clutch

pedal

Pedal

height
H

Pedal
free

play
A

Withdiawallever

play
B

Pedalfree
travel
C

Clutch
master

cylinder

Maximum
clearance
between

cylinder
bore
and

piston

Clutch

operating
cylinder

Maximum
clearance
belween

cylinder
bore
and

piston

Clutch
disc

Wear
liinit
of

facing

Depth
of
rivet

head
below

facing
surface

Runoullimit

Distance
of

runout

checking
point

from
the
hub

center

Maximum
backlash

of

spline

at
outer

edge
of

disc
mm
in

mm
in

mm
in

mm
in
143
to
149
5

63
to

5
87

1

to
5

0
04
to
0

20

1

0
to
2

0
0
039
to
0
079

16
to
33
0
63
to
1
30

mm
in

Less
than
0
15
0
0059

mm
in

Less
than
0
15
0
0059

mm
in

mm
in
0

3
0
012

0
5
0
020

mm
in
85

3
35

mm
in

0
4
0
016

CLIO

Condition

Clutch

slips

Clutch

drags
Clutch

TROUBLE

DIAGNOSES
AND

CORRECTIONS

Probable

cause
and

testing
Corrective
action

Slipping
of
clutch

may
be
noticeable

when

any
of
the

following
symptoms
is

encountered

during
operation

I
Car
will
not

respond
to

erigine
speed
during
acceleration

2
Insufficient

car

speed

3
Lack
of

power

during
uphill

driving

Some
of
the

above
conditions

may
also
be
attributable
to

engine
problem
First
determine

whether

engine
or
clutch
is

causing
the

problem

If

slipping
clutch
is

left
unheeded
wear

and
or

overheating
will
occur
on
clutch

facing
to
such

an
extent
that
it
is

no

longer
serviceable

TO

TEST
FOR
SLIPPING
CLurCH

proceed
as
follows

During
upgrade
havelling
run

engine
at

about
40
to
50

km
h
25
to
31
MPH

with

gear
shift

lever
in

3rd
speed
position
shift
into

highest

gear
and
t
the
same
time

rev

up
engine
If
clutch

is

slipping
car
willnot

readily
respond
to

depression
of
accelerator

pedal

Clutch

facing
warn

excessively

Oil
or

grease
on
clutch

facing

Warped
clutch

cover
or

pressure
plate
Replace

Replace

Repair
or

replace

Dragging
clu

tch
is

particularly
noticeable

when

shifting

gears
especially
into

low

gear

TO
TEST
FOR

DRAGGING
CLurCH

proceed
as
follows

I
Start

engine

Disengage
clutch
Shift
into

reverse

gear
and
then
into
Neutral

Gradually

increase

engine

speed
and

again
shift
into
reverse

gear
If
clutch
is

dragging
gear
grating

is
heard
when

shifting

gears
from
Neutral
into

Reverse

2

Stop
engine
and
shift

gears
Conduct
this
test
at
each

gear
position

3
In

step
2

gears
are
shifted

smoothly

except
1st

speed
position
at

idling

a
If

dragging
is

encountered

at
the
end
of

shifting
check
condition
of

synchro

mechanism
in

transmission

b
If

dragging
is
encountered
at
the

beginning
of

shifting
proceed
to

step
4

below

4

Push

change
lever
toward
Reverse
ide

depress
pedal
to
check
for
free

travel
of

pedal

a
If

pedal
can
be

depressed
further
check
clutch
for

condition

b
If

pedal
cannot
be

depressed
further

proceed
to

step
5

below

5
Check

clutch
control

pedal
height
pedal
free

play
free

travel
withdrawal
lever

play
etc

If

any
abnormal

condition
does
not
exist
and
if

pedal
cannot
be

depressed
further
check

clutch
for

condition

Clutch
disc

runout
or

warped

Wear
or
rust

on
hub

splines
in

clutch

disc

Diaphragm
spring
toe

height
out
of

adjustment
or
toe

tip
worn

Worn

or

improperly
installed

parts
Replace

Clean
and
lubricate

with

grease
or

replace

Adjust
or
replace

Repair
or

replace

CL12

DATSUN

2JO
Model
83
J

0
Series

SECTIONPD

PROPELLER
SHAFT

DIFFERENTIAL
CARRIER

CONTENTS

PROPELLER
SHAFT

INSPECTION

GENERAL
INSPECTION

PROPEllER
SHAFT
VIBRATION

REMOVAL
AND
INSTAllATION

REMOVAL

INSTAllATION

DIFFERENTIAL
CARRIER

REMOVAL

PRE
DISASSEMBl
Y
INSPECTION

DISASSEMBLY

FINAL
DRIVE
ASSEMBLY

DIFFERENTIAL
CASE

INSPECTION

ASSEMBl
Y
AND

ADJUSTMENT

PRECAUTIONS
IN
REASSEMBLY

ASSEMBLY
OF
DIFFERENTIAL
CASE

ADJUSTMENT
OF
DRIVE
PINION

HEIGHT

ADJUSTMENT
OF
DRIVE
PINION

PRELOAD
PD
2

PD
2

PD
2

PD
2

PD
2

PD
2

PD
2

PD
3

PD
3

PD
3

PD
4

PD
4

PD
4

PD
4

PD
5

PD
5

PD
5

PD
6

PD
6
AQJUSTMENT
OF
SIDE
BEARING

SHIMS

INSTAllATION

REPLACEMENT

OF
FRONT
Oil
SEAL

SERVICE
DATA
AND

SPECIFICATIONS

PROPEllER

SHAFT

GENERAL
SPECIFICATIONS

SERVICE
DATA

TIGHTENING
TORQUE

DIFFERENTIAL
CARRIER

GENERAL

SPECIFICATIONS

SERVICE

DATA

TIGHTENING
TORQUE

TROUBLE

DIAGNOSES
AND

CORRECTIONS

PROPEllER
SHAFT

DIFFERENTIAL
CARRIER

SPECIAL
SERVICE
TOOLS
PD

7

PD
9

PD
9

PD
lO

PD
lO

PD
lO

PD
lO

PD
lO

PD
l0

PD
lO

PD
ll

PD
ll

PD
12

PD
12

PD
13

PD
15

ADJUSTMENT
OF
DRIVE

PINION
HEIGHT

Adjust
the

pinion
height
with

wash

er

provided
between
rear

bearing
inner

race

and
the
back
of

piliion

gear

J

Press
fit

front
and
rear

bearing

outer
races
into

gear
carrier

using

Drive

Pinion
Outer
Race
Drift

STJ070
I
000

and
Bar
ST30611000

2

Fit
rear

bearing
on

gear
carrier

and
install

Dwnmy
Shaft
on
rear
bear

ing
and

place

Height
Gauge
on

gear

carrier

STJII21000

Height
gauge

KV38

103500

Height
gauge
spacer

ST3
II

22000

Dummy
shaft

KV3gl03600

Dummy
shaft

spacer

ST3112tOOO

PD461

Fig
PD
14

AqjUlting
Pinion

Height

3
Measure
the

clearance
N
be

tween
the

tip
end
of

height
gauge
and

the
end
surface
of

dummy
shaft

using

a
thickness

gauge

P0322

Fig
PD
15
Meo

uring
Clearance

4

The

proper
thickness
of

pinion

height

adjusting
washers
can

be
obtain

ed
from
the

following
formula
Propeller
Shaft

Differential
Carrier

T
W
N

HxO
01
OJ8

Where

T

Required
thickness
of

pinion

heightedjusting
w

shers

W

Thickness
of

temporarily
insert

ed
washer
mm

Be
sure
to
use
washer
of
2
74

0

1079
or
2
77
0

1091
or

2
80
0
1102
mm
in

thick

ness

N

Measured
clearance
between

height
gauge
and

dummy
shaft

face
mm

H

Figure
marked
on
the
drive

pinion
head

Note

e

Figure
H
is

e
dimensional
variation

in

units
of
1
100

mm

egainst
stand

ard
measurement

b
If
value

signifying
H
is

not

given

regard
it
as
zero
and

compute

Head

number

Hl

P0186
Set
number

Fig
PD
16
Variation
Number
on

Drive
Pinion

Examples
of

calculation

EX
I

W
2

74mmN
0
30mmH
1

T
W
N
H
x

0
01
0
18

2
74

0
30
I

x
0
01
OJ8

3

04
0

19

2
85

The
correct
washer
thickness
is

2

86

mm

EX
2

W
2
77

mm
N

0
21

mm
H
0

T
W
N
HxO
01
OJ8

2
77
0
21

OxO
0I

OJ8

2
98
0
18

2
80

The
correct
washer
thickness
is

2
g0
mm

PD
6
EX
3

W
2

80
mm

N
0
48
mm

H
2

T
W

N
HxO
OI
OJg

2
80
OA8
2
x
0

01
OJ8

3
28
0
20

3
08

The
correct
washer
thickness
is

3
07
mm

Pinion

height
adjusting
washer

Thickness
mm
in

2
74
OJ
079
3
01
0

1185

2
77
OJ09I

3
04
0
1197

2

80
OJ
102
3
07
0
1209

2

83
0
1114

3
10

0
1220

2
86
OJ
126
3J3
0
1232

2
89
0
1138

3
16
0
1244

2
92
OJ
150
3

19
0
1256

2
95
0
1161

3
22
OJ
268

2
98

0
1173
3
25
O
l2g0

5
Fit
detennined

pinion
height
ad

justing
washer
in

drive

pinion
and

press
fit
rear

bearing
inner

race
in
it

using
Drive
Pinion

Bearing
Drift

Bar
STJ0600000

Note
After

assembly
check
to

see

thet
tooth
contact
is
correct
If
Dot

readjust

ADJUSTMENT
OF

DRIVE

PINION

PRELOAD

Adjust
the

preload
of

drive

pinion

with

collapsible
spacer

This

procedure
has

nothing
to
do

with
thickness

of

pinion

height
ad

justing
washer

Note

Collapsible

spacer
oil

seal
and

pinion
nut

cannot
be

reused

I
After

adjusting
pinion

height

lubricate
front

bearing
with

gear
oil

and

place
it
in

gear
carrier

2

Install
a
new
oil
seal
in

gear

carrier

using
Oil
Seal

Fitting
Tool

ST33400001

Lubricate

cavity
between
seal

lips

with
recommended

multi

purpose

grease
when

installing

3
Place
a

new

collapsible
spacer
on

BRAKE
PEDAL

a

a

Fr

play

h
Free

height

d

Depressed
height

Tightening
torque
Icg
m
ft
tb

@

@
Push
rod
or

operating
rod
lock

nut

1

6
to
2
2

12
to

16

Brake

lainp
switch
lock
nut

1
2
to

I
5
9
to
11

BR121A

Fig
BR
1

Adjusting
Broke
Pedal

I

Adjust

pedal
height
h
to
the

specifications
by
moving
brake

lamp

switch
and

operating
rod
if

equipped

with
brake
booster

Pedal

height
h

143
to
149
mm

5

63
to
5
87

inl

Then
secure
brake

lamp
switch
and

operating
rod

C
l
Tightening
tOlque

Blake

lamp
witch
lock
nut

1
2
to
1

5

kg
m

9
to
11
ft

lb

Operating
lad
lock
nut

1

6
to
2

2
kg
m

12

to
16
ft
b
Brake

System

ADJUSTMENT

2
With
brake

booster

Adjustment
is
not

necessary
under

normal
conditions
Check
pedal
free

play
If
it
exceeds
the
above

specifica

tion

adjust
push
rod

length
refer
to

brake
booster
for

adjustment
by
re

moving
master

cylinder
rerer
to
Mas

ter

Cylinder
for
removal

3
After

adjustment
is

completed

depress
brake

pedal
several
times
to

ensure
that
it

travels
over
its
entire

stroke

smoothly
without

squeaking

noise

twisting
or
interference

Pedal

depr
d

Might
d

more
than
70
mm
2
76

in

FRONT
DISC
BRAKE

Front
disc
brake
does
not

require

adjustment
under
normal
conditions

since

pad
to
rotor
clearance
is

auto

malically
adjusted
by
elasticity
of

piston
seal

REAR
BRAKE

Auto

edJuster
type

Adjustment
is
not

necessary
under

normal
conditions
since
brake
drum

t
shoe
clearance
is

automatically

compensated
for

by
operating
hand

brake

Wlien
brake
drum
to
shoe

clearance

is

correct

operating
noise

of

adjuster

is

not
heard
even
if
hand
brake
is

operated

HAND
BRAKE

I

Adjust
rear
brake
shoe

to
drum

clearance
before

adjusting
hand
brake

2
Turn

turnbuckle
so
that
when

hand
brake
control
lever
is

pulled

by
specified
force

lever
stroke
or

number
of
notches
is
as

follows

Pulling
fOil
20

kg
44
Ib

lever
stroke

93
to
106

mm

3
66
to
4

17
in

Numbel
of
notches
7
to
8

BR

2
f

BAQ05A

Fig
BR
2
Adjusting
Hand
Brake

Then

tighten
lock
nut

securely

3

After

returning
hand
brake
con

trol

lever
to
its

original
position

ensure
that

e
All
rear
brake

toggle
levers

return

to
their

original
positions

Rear
cables
are
not
slack

HAND
BRAKE
WARNING

LAMP
SWITCH

Bend
hand
brake

warning
lamp

switch

plate
down
so
that
brake

warn

ing
light
comes
on
when
ratchet
at

hand
brake
lever
is

moved
back
one

notch
and

goes
out
when
returned
to

its

original
position

BLEEDING

HYDRAULIC
SYSTEM

Hydraulic
brake

system
must
be

bled
whenever

any
line
has
been
dis

connected
or
air
has
in
some

way

entered

system

Spongy

pedal
action
is
an
indica

tion
that
air
has
entered
brake

system

Bleeding
hydraulic
system
deserves

much
attention
as
it
is
an
essential

element
in

regular
brake

servicing

Clean
all

dirt
around
master
cyl

inder
reservoir
remove
reservoir

cap

and

top
up
reservoir
with
recommend

edbrake
fluid

Note
Do
not
mix

two
different
brand

oils

2

Thoroughly
clean
mud
or
dust

from
bleeder
valve

so
that
outlet
hole

is
free
from

foreign
particles
Install
a

bleeder
hose
on
bleeder
valve