1979 DATSUN 210 set clock

RANGE
REVERSE

Po

r
flow

With
the
selector

lever
in
R

range
the
front
clutch

is

applied
to

transmit

clockwise

engine
torque

through
the

connecting
shell
to
the

sull
gear
The
clockwise
otation

of
the

sun

gear
causes
the

planet
gears
to

rotate
counterclockwise
With
the
low

and

reverse
brake

holding
the

rear

planet
carrier
the
rear
internal

gear

splined
to
the

output
shaft
turm

counterclockwise
in

a
reduction
ratio

ofapproximately2
18
to
1

Fluid
flow

Manual
Valve
4
Automatic

Tninsmission

Front

gear
set

Rear

gear
ell

Output

Input
throush
front
clutch

Held

by
low
A
reverse
brake

AT329

lW
w

Y

Front
clutch

Rear
clutch

Low
and
reverse
brake

Brake
band
servo

On
way
clutch

5
Throttle
Back

up
Valve
Low
A
reverse
brake
ON

Downshift
Valve

1st

2nd
Shift
Valve
12

6

L
Pressure

Regulator
Valve

2nd
3rd
Shift
Valve

10

AT

8
AT085

ON

OFF

ON

OFF
Preuwe
release

o

ernmnin

F
AT
9
M
hanical

Operation
during
R

Range

13
2nd
3rd
Shift
Valve

L

1st
2nd
Shift
Valve

I
Throttle
Back

up
Valve

y
Low
Reve
Brake

Band
Servo
Release
Side

11
Front

Clut
h

I

DI
RANGE
LOW

GEAR

Po
r
flow

With
the
shift
selector
in
0
low

gear
engine
torque
is

traJWnitted

through
the

applied
rear

clu
tch
to
the

internal

gear
of
the
front

gear
set
The

c1o
kwise
rotation

o
f
the

front
inter

naI

gear
causes
the
front

planet
gears

to
rotate
clockwise

driving
the

com

pound
sun

gear
counterclockwise
The

front

planetary
carrier
is

splined
to
the

output
shaft
This
cau
the

planet

gears
to
drive
the
sun

gear
instead
of

walking
around
the
sun

gear
This

counterclockwise
rotation
of

the
sun

gear
causes
the
rear

planet
gears
to

rotate
clockwise
With
the
one

way

clutch

holding
the
rear

planet
carrier

the
rear

planetary
gears
turn
the
rear

internal

gear
and

output
shaft
clock

wise
in
a
reduction
ratio

of

approxi

mately
2
46
to
L

Fluid
flow

Manual
Valve

2

3
Automatic
Transmission

Fiont

gear
set
Rear
gear
set

Input
t1uOllsh

rear
clutch

Output
shaft

Held

by
on
way
clutch

Input
from
front

gear
set

Output
to
real

gear
set

AT330

1

J

ld

AT081

Front
clutch

Reu
clutch

Low
and
revcrx
brake

Brake
band
servo

Onto

way
clutch
OFF

ON

OFF

OFF

HOLDING

Fig
AT
12

MochanicaIOp

rationduri

DJ
Ra

Governor
Valve

Pressure
Modifier
Valve
15

2nd
3rd
Shift
Valve

lst
2nd
Shift
Valve

2nd
3rd

Timing
Valve

1st

2nd
Shift
Valve

j
Rear

Clutch

I

Second
Lock
Valve

Second
Lock

Valve

LOrifice

Check

Valve
2nd
3rd

Shift
Valve

AT12

D2

RA
NGE
2ND
GEAR

Power
flow

In

02
range
the

brake
band
is

applied
to

hold
the

connecting
shell

and
sun

gear
stationary
Engine

torque
through
the

applied
rear
clutch

is
delivered

to
t
he
int

D
1l

1
gear
of
the

front

gear
set
in
a

clockwise
rotation

Clockwise
rotation
of
the
internal

gear

causes
the

planet
gears
to
walk

around
the

stationary
sun

gear
in

a

clockwise
direction
This
causes
the

output
shaft
which
is

splined
to
the

front

planet
carrier

to
turn
ina
clock

wise

direction
with

a
reduction
ratio

of
about
I
46
to
I

Fluid
flow

As
car

speed
and

governor
pressure

increase
the

governor

pressure
acting

on
the
end
of
the
1

2
shift

valve

Manual
Valve
I
Automatic
Tra

l
mission

Front

Bear
set
Rear

gear
set

Input
throuah
rear
clutch

AT331

1f

j
cW
oo
w

I

ATD79

Front
Clutch

Rearc1utch

Low
and
reverse
brake

Broke
band

One
way
clutch
OFF

ON

OFF

ON

OFF

AT447

F
S
AT
14
MechanicalOperation
during

DJ
Range

overcomes
the
force
of
the
1
2

shift

valve

spring
and
line

pressure
This

allows
the

1
2
shift

valve
to
move
to
the

upshift
position
which
directs
line

pressure

through
the

2nd
lock
valve

and

on
to
the
brake
band

Governor
Valve

15
Pressure
Modifier
Valve

2nd
3rd

Timing
Valve

2nd
3rd
Shift
Valve

1st
2nd
Shift
Valve

econd
Lock
Valve
9

Band
Servo

I
Apply
Side
1st
2nd
Shift
Valve
8

l
Rear

CIutclt

I

Second

Lock
Valve
2

3
Second
Lock
Valve

L

Orifice
Check
Valve
2nd
3rd
Shift
Valve

AT
14

Automatic
Transmission

D3
RANGE
3RD

GEAR

Front

gear
set
Rei
r

gear
set

Input
through
flODt

and
rear
clutches
Power
flow

In

D3
range
engine

troque
is

transmitted

through
both
clutches

The

front
clutch
turns
the
internal

gear
of
the
forward

gear
set
clockwise

The

rear
clutch

turns
the

sun

gears
in
a

clockwise
direction
also

With
both
the

internal

gear
and
the
sun

gear
of
the

forward

gear
set

turning
in
the

same

direction
at
the
same

speed
the

planet

gears
are
locked
in

position
and
turn

as
a
unit
The

output
shaft

spIined
to

the
forward

planet
carrier

turns
at
a

ratio
of
L
Output

shaft

AT332

Front
clutch

ON

Ij
1f

Front
clutch

Rear
e1utd

Low
reverse

brake

Brake
band

On

way
clutch
ON

ON

OFF

OFF
Pressure
rdeaJe

OFF
A

T083

Fill
AT
I6
Mechanical

Operation
hiring
D

Ronge

Fluid
flow

Governor

pre
ure
increases
to
the

poinl
that
it

can
overcome
the
com

bined
forces

of

spring
and
throttle

pressure
and
move
the
2nd
3rd
shift
valve
When
the
2nd
3rd
shift
valve

opens

pressure
passes
through
the

valve
lands
to
the
2
3

timing
valve
and

on
to

apply
the
front
clutch
and
release
the
brake
band
The
car
is
now

in

D3
or
direct
drive
the
rear
clutch

was

already

applied

Manual
Valve
I
Governor
Valve
IS
Pressure
Modifier
Valve

2nd
3rd

Timin8
Valve

2nd
3rd
Shift
Valve

ht
2nd
Shift
Valve

1st
2nd
Shift
Valve
8
Second
Lock
Valve

9
Band
Servo

Apply
Side

2
i

I

I

Band
Servo
is
released

t

Second
Lock
Valve

L

Orifice
Check
Valve
2nd
3rd
Shift
Valve
10

r
Band
Servo
Rele

Side

I

L
2nd
3rd

Timing
Valve
I
I

I
Front
Clutch

I
J

Second
Lock
Valve
I
Rear
Clutch

I

3

AT

16

Engine
Control

fuel
Exhaust

Systems

Non
California
models

except
FU

model

Automatic
transmission

equipped
models

@

REMOVAL

CALIFORNIA

MODELS

AND
FU

MODEL

I

Remove

catalytic
converter
shel

ter
and
rear
exhaust
tube
shelter

2

Temporarily
loosen
bolts

securing

exhaust

mounting
insulator
to

body

and

remove
bolts

securing
muffler

lower

clamp
imd
muffler
to
muffler

upper
clamp

Note
Take
care
Dot
to

drop
muffler

heat
insulator

3

Remove
rear
exhaust
tube
from

catalytic
converter
and
remove
it

from

car
as
follows

I
Remove
bolts

securing
exhaust

mounting
insulator
to

body
and

put

rear
exhaust

tube
on
rear
axle
case

as

shown
in

Fig
FE
9
1

Front
tube

assembly

2

Pre
muff1er

3

Exhaust
tube

clip

4
Momer

wembly

5
Muffler

clamp
ring
rubber

6
Rear

tube

7
Exhaust

mounting
insulator

8
Exha
st
tail

mounting
bracket

9
Exhaust

mounting

1
ttacket
8@

@

4

wp

8

@

Tightening
torque

kg
m
ft
lb

@
2
0
to
2

6

14
to
t9

@
0
8

to
1
2

5
8
to
8
7

@
3
2
to

4
3
23
to
31

FE629

Fig
FE
B
E
haust

System
Non

California
mode
e

cept
FU
modet

FE639

Fig
FE

9

Putting
Rear
E
halUt

Tube

2

Pull
rear
exhaust
tube

assembly

forward

to

place
as
shown
in

Fig

FE
IO
Then

pull
it

further
while

swaying
rear

exhaust
tube

assembly

clockwise

and
counterclockwise

FE

B
II

F

E640

Fig
FE
IO

Removing
Rear

E
xhault

Tube

Assembly

4

Remove
catalytic
converter
from

front

exhaust
tube

5

Temporarily
loosen
nuts

securing

f

root
exhaust
tube

to
exhaust
mani

fold

6
Remove
front
exhaust
tube
from

exhaust

mounting
bracket

7

Remove
bolt

securing
V
bolt

housing

clamp
to

gusset

t

Fig
BE
45

Speaker

Antenna

Remove
screws
fastening

upper

and
lower
antenna

supports
to

front

pillar

2

Install
antenna
in

the
reverse

order
of
removal

Feeder
cable

I

Disconnect

battery
ground
cable

2
Remove
antenna

3
Remove
front

pillar
molding

4
Remove
cluster

lid
A

5

Disconnect
feeder
cable
from

radio
receiver

6

Pull
out
feeder
cable

through
hole

in

front

pillar

7

Install
feeder
cable
in

the
reverse

order
of
removal

r

BE251C

Fig
BE
46
Antenna
and
Feeder

Cable

ADJUSTING
ANTENNA

TRIMMER

When
a
new
radio
receiver

antenna

or
feeder
cable
is
installed
antenna

trimmer
shoul
be

adjusted
Body
Electrical

System

Extend

antenna

completely

2
Tune
in
to

frequency
of
the

weakest
station

between
12
and

16

I
200
to
1

600
kHz
on

dial

Noise

may
be

generated
but
dis

regard
it

3
Turn
anteiln3
trimmer
to
left
and

right
slowly
and

set
it
at
a

position

where

receiving
sensitivity
is

highest

BE29SD

Fig
BE
47

Trimmer
Adjusting
Screw

CLOCK

REMOVAL
AND

INSTALLATION

I

Disconnect

battery
ground
cable

2
Remove

combination
meter

3
Disconnect

harness
connector

4
Remove
clock

by
loosening
re

taining
screws

5
Install
clock
in
the
reverse
order

of
removal

r
Jf

rr
i1

b

Ii

f

7
8

eE758C

Fig
BE
48

Clock

BE
21
REAR
WINDOW

DEFOGGER

REMOVAL
AND

INSTALLATION

Def

ogg
r
switch

I

Disconfi
ect

battery

ground
cable

2
Remove

defogger
switch

by

prying
it
off
with
a
screwdriver
and

pull
it
out

3

Disconnect
harness
connector

4

Install

defogger
switch
in
the
reo

verse
order
of
removal

Rear
window
filaments

The
fIlaments
are

printed
inside
the

rear

window

glass
Therefore
the
ele

ment
cannot
be
removed

INSPECTION

Defogger
switch

Test

continuity
of
switch
with

a

test

lamp
or

ohmmeter

1
d

2

1

3

L

BE254C

Fig
BE
49
Rear
Window

Defogger

Switch

Rear
window
filaments

Rear
window

defogger
tfilaments

can
be

inspected
for
circuit
breaks

by

one

of
three
methods

Method
1

Start

engine
and
turn
on
window

defroster

system
If
area
around
a

specified
filament
is

not
defogged
that

line
is
broken