Subaru SVX 1992 User manual

SPECIFICATIONS
SUBARU
SVX
1992
1-1
Page
S SPECIFICATIONS . . ....
.............
....
... . .... ....... . . . ... .... ...... . . ..... ... . . 2
A : 2-DOOR COUPE . ..... . . ....
. .
. . . . .... .... ....... . ..... ....
...... ..
..... . .
...
2

1-1 [SOA1]
SPECIFICATIONS
S SPECIFICATIONS
A : 2-DOOR
COUPE
MOD
FWD AWD
EL
LS"1 LS-L'2
ITEM 4AT
1 . DIMENSIONS
Overall
length
mm
(in) 4,625 (182 .1)
Overall width mm (in) 1,770 (69 .7)
Overall
height
mm (in)
1,300 (51 .2)
Front
mm (in) 1,105 (43
.5)
Leg
Max .
room
Rear
mm
(in) 715 (28 .1)
Min .
Com-
part-
Head
Front
mm (in)
965 (38 .0)
ment
room
Rear mm (in) 890 (35
.0)
Shoul-
Front mm (in) 1,420 (55 .9)
d er
room Rear
mm (in) 1,385 (54 .5)
Wheelbase
mm
(in) 2,610 (102 .8)
T d
Front
mm
(in) 1,500 (59
.1)
rea
Rear mm (in) 1,480 (58 .3)
Minimum
road
clearance
(at C .W .)
135 (5 .3)
mm (in)
2 . WEIGHT
Front kg
(lb)
944 (2,080) 955 (2,105) 965 (2,125)
Curb weight Rear
kg
(lb) 598
(1,320)
645 (1,420) 660 (1,455)
Total
kg
(lb)
1,542 (3,400) 1,600 (3,525) 1,625
(3,580)
Front
kg
(lb) 1,085
(2,395)
1,090 (2,405)
Gross vehicle
weight
Rear
kg
(lb)
885 (1,950)
930 (2,050)
Total
kg
(lb) 1,970 (4,345) 2,020 (4,455)
'1 : The weight of the air conditioning is included in
the
C .W .
'2 : The weight of the sunroof and air conditioning is included in the C .W .
2

SPECIFICATIONS [SOA5] 1-1
MODEL
FWD AWD
LS'1 LS-L'2
ITEM 4AT
3 . ENGINE
Engine type Horizontally
opposed,
liquid
cooled,
6-cylinder, 4-stroke gasoline engine
Valve arrangement Overhead camshaft type
Bore x
Stroke
mm (in) 96 .9 x 75 (3
.815
x 2 .95)
Displacement cm' (cu in) 3,318 (202 .46)
Compression ratio 10 .0
Firing order 1-6-3-2-5-4
Idling
speed
at N or P position rpm
610± 100(No load)
800±50 (Air conditioning ON)
Maximum
output
HP/rpm 230 at 5,400
Maximum
torque
N-m (kg-m, t l) m
fp
309 (31 .5, 228)
at
4,400
4 . ELECTRICAL
Ignition timing at
BTDC/rpm 20° at 610
idling speed
Spark NGK : PFR6G-11, PFR 6B-11
plug Type and manufacturer
NIPPONDENSO : PK20PR-11
Generator 12 V - 95 A
Type 8OD26R-MF
Battery
Reserve capacity min . 133
Cold cranking
amp . 582
amperes
5 . TRANSMISSION
Clutch type Torque converter clutch
Transmission type Electronically controlled fully-automatic,
4-forward and 1-reverse
1st
2 .785
2nd
1
.545
Gear ratio 3rd (Drive)
1 .000
4th
0 .694
Reverse
2 .272
'1 : The weight of the air conditioning is included in the C .W .
'2 : The weight of the sunroof and air conditioning is included
in the C .W .
3

1-1
[S0A61 SPECIFICATIONS
FWD
AWD
MODEL
LS* 1
LS-L'2
ITEM 4AT
Reduc-
1st
d
Type
of gear Helical
re uc-
tion
tion
Gear ratio 0.927 1 .000
gear
(Front Final
d
Type of gear Hypoid
drive)
re uc-
tion
Gear ratio 3 .700 3 .545
Transfer
Red uc-
tion
reduc-
lion
Type of gear - Helical
gear Gear ratio - 1 .000
(Rear
drive)
Final
d
Type of gear - Hypoid
re uc-
tion
Gear ratio - 3 .545
6 . STEERING
Type Rack and Pinion
Turns, lock to lock 3 .1
Minimum turning circle m (ft)
Wall to wall ... .. 11 .8 (38 .7)
Curb to curb ..... 10 .8 (35 .4)
7 . SUSPENSION
Front Macpherson strut type, Independent, Coil spring
Rear Dual link strut type, Independent, Coil spring
8 .
BRAKE
Service brake system
Dual circuit hydraulic with vacuum suspended power unit
Front Ventilated disc brake
Rear
Disc brake
Parking
brake
Mechanicalon rear brakes
9 . TIRE
Size
P
225/50R16
91V
Type Steel belted radial, Tubeless
'1 : The weight of the air conditioning is included in the C .W .
'2 : The weight of the sunroof and air conditioning is included in the C .W
4

SPECIFICATIONS [SOA101 1-1
MODEL
FWD AWD
LS'1 LS-L'2
ITEM 4AT -1
10 . CAPACITY
Fuel tank f (US gal, Imp gal) 70 (18 .5,15A)
Upper
C (US qt, Imp qt) 6 .0 (6 .3, 5 .3)
Engine
level
oil
Lower
(US qt, Imp qt) 5 .0 (5 .3, 4 .4)
level
Automatic trans- e
(US qt, Imp qt) 9 .5 - 9 .8 (10 .0 - 10 .4, 8 .4 - 8 .6)
mission fluid
AT differential
C (US qt, Imp qt) 1 .1 - 1 .3 (1 .2 - 1 .4, 1 .0 - 1 .1)
gear oil
_
4 WD rear differ-
C (US qt, Imp qt)
T
0 .8 (0 .9, 0 .7)
ential gear oil
Power steering e
(US qt, Imp qt) 1 .0 (1 .1, 0 .9)
fluid
Engine coolant Y (US qt, Imp qt) I 7 .5 (7 .9, 6 .6)
'1 : The weight of the air conditioning is included in the C .W .
'2 : The weight of the sunroof and air conditioning is included in the C .W .

GENERAL
INFORMATION
SUBARU
SVX
1992
+++
1-3
Page
1 . GENERAL PRECAUTIONS . . ................. . . ..... ... ....... ... ... . . . . .... 2
2 . PRECAUTION FOR SUPPLEMENTAL RESTRAINT
SYSTEM (AIRBAG) .... . . ..... . . . ............... .... ..... . ......... . . .... . . ...... 4
3 . VEHICLE IDENTIFICATION NUMBER (V .I .N .) ..... . . .... . . . . .... 5
4 . IDENTIFICATION NUMBER AND LABEL
LOCATIONS . ...... ... ...... . . ..... . ......... . . ...... . . ....... . ....... .... .... . . ..... . 6 1
5 . THEFT PREVENTION . ... .... . . . ............... .... ..... . ......... . . .... . . ...... 7
6 . RECOMMENDED FUEL, LUBRICANTS, SEALANTS
AND ADHESIVES . ...... .... ... . ......... . . ...... . . . . .... . . ....... .... .... . . ..... . 9
7 . TIGHTENING TORQUE
OF STANDARD
BOLTS AND NUTS . . . . ..... . . ........ .... .... ... ...... . ....... .... .... . . ...... 12
8 . LIFTING, TOWING AND
TIE-DOWN POINTS . . . . . .... . . ......
13
9 . FRONT HOOD STAY INSTALLATION POINTS ..... . . ..... . 16

1-3 [01A01 GENERAL
INFORMATION
1 . General Precautions
A : BEFORE STARTING SERVICE
1) Be sure to perform the jobs listed in
the Periodic
Maintenance Schedule .
2)
When a vehicle is brought in for maintenance, care-
fully listen to the owner's explanations of the symptoms
exhibited by the vehicle . List the problems in your
notebook, and refer to them when trying to diagnose
the trouble .
3) All jewelry should be removed . Suitable work
clothes should be worn .
4) Be sure to wear goggles .
5) Use fender, floor and seat covers to prevent the
vehicle
from being scratched
or
damaged
.
6) Never smoke while working .
7) Before removing underfloor bolts (including the rear
differential filler plug) coated with bituminous wax,
remove old wax . Re-coat with newwax after reinstalla-
tion .
8)
When
removing rear body or suspension
parts,
place balance weights, etc . in the trunk compartment,
taking into account the weight distribution on the front
and rear of the car ; then lift the vehicle up .
9) Before tightening suspension parts, lower the vehi-
cle to the ground and ensure that
the
car is curb weight
(with the spare tire, jack, and service tools set in position
and with a full fuel tank) .
WHILE WORKING
1) When jacking up the vehicle, be sure to use safety
stands .
2) When jacking up the front or rear end
of the car
body, be
sure
to
choke the
tires
remaining in contact
with the ground .
3) Keep the parking brake applied when working on the
vehicle . Set the shift lever to REVERSE, when the
parking brake
cannot be
applied,
such as when the
brakes are being worked on .
4) Keep the ignition key turned "OFF" if at all possible .
5) Be cautious while working when the ignition key is
"ON" ; if the engine is hot, the cooling fan may start to
operate .
6) While the engine is in operation, properly
ventilate
the workshop .
7) While the engine is in operation, be aware of any
moving parts, such as the cooling fan and the drive belt .
8)
Keep your hands off any metal parts such as the
radiator, exhaust
manifold, exhaust pipe, and muffler, to
prevent burning yourself .
9) When servicing the electrical system
or the fuel
system, disconnect the ground cable from
the battery .
10) When disassembling, arrange the parts
in the order
that they were disassembled .
11) When removing a wiring connector,
do not pull the
wire but pull the connector itself .
12) When removing
a hose or tube, remove the clip
first . Then, pull the hose or tube
while holding its end
fitting .
13) Replace gaskets,
O-rings, snap rings, lock washers,
etc . with new ones .
14) When
tightening a bolt or nut, tighten it to the
specified torque .
15) When performing work requiring special
tools, be
sure to use the designated ones .
16) After completing
work, make certain that the hoses,
tubes and wiring harnesses are securely
connected .
17)
After completing work, be sure to wash the vehicle .
F
C : FULLTIME AWD AT MODELS
1 . BEFORE CHECKING OR
SERVICING CARS
WITH THE FRONT WHEELS
RAISED ORON ROLL-
ERS (BRAKE TESTER, CHASSIS
DYNAMOMETER,
ETC .)
Always set the car in the FWD mode .
To set the car in the FWD mode . disconnect the AWD
circuit by inserting a fuse in the FWD connector inside
the engine compartment
. Also chock the rear wheels
firmly .
Ensure that the FWD pilot light is on . If the car is
left in
the AWD mode, it will surge abruptly when the wheels
turn, possibly
damaging the transfer clutch .
Fig . 1
2 . TOWING
1) Loading vehicle onto
dolly or flat-bed truck
a . Transport vehicle using a dolly or flat-bed
truck
whenever possible .
b . Place the selector lever in "P" position and apply
the parking brake .
2

GENERAL INFORMATION [01C21 1-3
pn~n ~S
i
o O
C1-002
Fig . 2
2) Towing with a rope
a . Tow vehicle with a rope only
when power train and
all wheels are operating properly .
b . Put a spare fuse inside the FWD connector and
neverexceed 30
km/h (19 MPH) . Also, do not tow for
more than 10 km (6 miles) .
c . Place the selector lever in "N" position .
d . The ignition switchshould
be in the "ACC" position
while the vehicle is being towed .
e . Never use the tie down tabs for towing .
f . Remember that brake booster and power steering
will not work
when the engine is "OFF" . You will have
to use greater effort for
the brake pedal and steering
wheel .
g . Before towing, check transmission oil and differen-
tial oil levels
and top up to the specified level if
necessary .
6
C1-003
Fig . 3
3) Towing with front or rear wheels raised
a . Do not tow vehicle with only front or rear wheels
placed on towing dolly or flat-bed truck . This may
degrade viscous coupling
performance or cause vehi-
cle to jump off dolly
or
truck
.
Fig .
4
b . Do not tow vehicle with rear wheels raised under
any
circumstances
since this will
damage bumper .
Fig . 5
c . Do not tow vehicle with front wheels
raised under
any circumstances since this will damage bumper .
Fig .
6
3

1-3 [0200] GENERAL INFORMATION
2 . Precaution for Supplemental Restraint System (Airbag)
The
Supplemental Restraint System (Airbag) has been
implemented in all Subaru SVX models . For proper and
safe maintenance of this system, please ensure that you
carefully read the precautionary
notes
given in "5-5
SUPPLEMENTAL RESTRAINT SYSTEM" in the Service
Manual before servicing .
It should also be noted that in the SM table of contents,
an AIRBAG mark is added
to each of the
items which
do not
directly concern the airbag system but need to
be considered in their relationship to it . So, during the
service work for such items, make sure you refer to "5-5
SUPPLEMENTAL RESTRAINT
SYSTEM" .
a . Take utmost
care to follow faithfully the service
procedures specified for the airbag, since otherwise it
might deploy unexpectedly .
b . With the airbag system,
failures such as faulty
connection of harness connectors or neglect of tight-
ening sensor mounting bolts can lead to failure of
deployment in an accident .
Recheck each check point after maintenance work and
use the on-board self-diagnosis to ensure there is
nothing wrong with the system .
c . All
wire harnesses of the airbag system are encased
in a yellow cover to make them distinct fromthose of
other systems .
The following are the parts involved in the airbag
installation :
1)
Steering wheel
2) Steering column
3) Toe-board (center, left Et right ends)
4) Front seat floor and side
seal
5) Inside left and right front fenders
6) Front pillar (left, lower)
7) Combination meter
Care should be taken
when servicing in areas where the
above parts are installed since it can affect the airbag
system .
Examples of service work involving the airbag sys-
tem :
1) Replacement of steering gear
2)
Steering
maintenance and repair
of the area adjoin-
ing toe-board
3) Removal and installation of combination meter
4) Installation of car stereo and other optional extras
5) Sheet metal repair paint workon the body front
4

1-3 [0 301
GENERAL INFORMATION
3 . Vehicle Identification
Number (V
.I .N .)
1 . APPLICABLE V .I .N . IN THIS MANUAL
4AT with
passive
AWD LS J F 1
CX 3
43 X P H 1
0 0
00 1
and after
2-Door
belt
& SRS airbag
Coupe
4AT
with passive
AWD LS-L J F
1
C X 3 5 3 X P H 1 0 0 0 0 1 and after
belt & SRS airbag
2 .
THE MEANING OF V .I .N .
Stop-Mark T
Maker identifier
Vehicle
attributes
Check digit
Vehicle identification
J F
1
C X 3
4
3 X P H
1
0 0 0 0
1 [
i
L
L
Stop-Mark
Sequential
number
100001 and after : 2-Door Coupe
Transmission type
H : Full time AWD 4AT
K : 4AT
Model year
P : 1993
R : 1994
Check digit
0 through 9 and X, varies
Weight class and restraint type
Passenger car
1 : Without passive restraint
2 : With passive restraint
3 : With SRS airbag and passive restraint
Model
4 : LS
5 : LS-L
Engine type
3 :
3 .3
liter engine
Body type
X : 2-Door Coupe
Line
C : SUBARU C series
Type of vehicle
JF1 : Passenger car
2

1-3 [0400) GENERAL INFORMATION
4 . Identification Number and Label Locations
Engine, transmission and
vehicle identification numbers
are used for factory communications such as Technical
information, Service bulletins and other information .
Vacuum hose piping label
Emission control label
Vehicle identification
number plate
\ / 1 1 ,r r r i
r~
, r
Bar cord label
(California only)
Certification
plate
Model number plate
Vehicle identification number
C1-007
Fig . 7
I
v
- o~ O
g
`r )
," I_7
_ _ Engine serial number
/ . _
C1-008
Fig . 8 Fig . 9
6

GENERAL INFORMATION [05021 1-3
5 . Th eft Prevention
The Theft Prevention
(T .P .) label is stuck or V .I .N . is stamped on the
main line installed parts shown below .
Additionally, the "R DOT" label
is stuck or " R DOT"
is stamped on the main spare parts shown below .
1 . T .P . label and "R DOT" label
(A) T .P
.
label
O
CAC~~A-x
=~A-AA-l nAlm =U
L7 -424
(B) "R DOT" label
OR DOT
Ll-425
For engine and transmission, "VIN ." is stamped .
For engine and transmission, "Q R DOT"
is stamped .
Fig . 10
2 . Location
Fig . 11
7

1-3 105021
GENERAL
INFORMATION
O Front hood
2~
Fender
0$ Door
® Rear quarter
O Trt
Fig . 12
(6~ Front
bumper
Rear bumper
(1)
Engine
C1-011
® Automatic
transmission

GENERAL
INFORMATION [0602] 1-3
6 . Recommended Fuel, Lubri-
cants, Sealants and Adhesives
1 .
FUEL
The SUBARU engine
is designed to use only unleaded
gasoline with
an
octane rating
of 91 AKI or higher
. [This
octane rating is the average of the Research Octane and
Motor Octane numbers and is commonly referred to as
the Anti-KnockIndex
(AKI) .] Use of fuels containing
proper detergents is recommended for good perfor-
mance and emission control . The neck of the fuel filler
pipe is designed to accept only an unleaded gasoline
filler nozzle . Under no circumstances should leaded
gasoline be used since it will damage
the
emission
control system and may impair driveability and fuel
economy .
2 . FUELS CONTAINING
ALCOHOL
Some gasoline blends sold at service stations contain
alcohol or other oxygenates even though that fact may
not be fully disclosed . If you are not sure whether there
is alcohol present in the fuel, ask your service station
operator . Do not use such fuels
unless the
gasoline/
alcohol blend is suitable for your vehicle as explained
below :
e The fuel should be
unleaded and have an octane
rating no lower than that recommended above .
Never use fuel containing more than 10% ethanol
(ethyl or grain alcohol) .
Methanol (methyl or wood alcohol) is sometimes
mixed with unleaded gasoline . Methanol can be used
in
your vehicle ONLY if it does not exceed 5% of the fuel
mixture AND it is accompanied by sufficient quantities
of
the proper cosolvents and corrosion inhibitors re-
quired to prevent fuel system damage .
Otherwise, fuel
containing methanol should not be used .
Unleaded fuel blends which contain no more than
15%
MTBE (methyl tertiary butyl ether) or other oxy-
genates and which are approved
by the Environmental
Protection Agency may be used .
You should avoid using fuels mixed with alcohol or
other oxygenates on an exclusive
basis . If driving prob-
lemssuch as engine stalling or hard
starting result when
such fuels are used, immediately discontinue their use
and switch back to unleaded gasoline that does not
contain alcohol or other oxygenates .
Take care not to spill fuel during refueling .
Fuels con-
taining alcohol may cause paint damage .
Lubricants
Specifications Remarks
Engine oil aAPI Classification : SF or SG
*For
SAE viscosity number, refer to the
following table .
Front differential gear
oil
a
API Classification : GL-5
o
For SAE viscosity number, refer to the
AWD rear differential gear oil following table .
Automatic transmission and power steer-
e
DEXRON II -
ing fluid
e Genuine SUBARU Coolant
Coolant
(Part No . 000016218) * For further
coolant specifications, refer to
(Anti-freeze, anti-corrosive ethylene glycol the following
table .
base)
" FMVSS NO . 116
" Avoid mixing brake fluid of different
Brake fluid DOT3 or DOT4
brands to prevent the fluid performance
from degrading .
" When brake fluid is added, be careful not
to allow any dust
into the reservoir .
9

1-3 [0602] GENERAL INFORMATION
Lubricants Recommended Application Equivalent
Spray lubricants SUBARU CRC (P/N 004301003) OZ sensor -
SUNLIGHT 2 (P/N 003602010) Steering shaft bearing -
Valiant grease M-2
Steering gearbox -
(P/N 003608001)
Niglube RX-2 Piston boot of rear disc brake
(P/N 003606000) and sliding pin
(P/N 725191040)
Piston boot of front disc
brake
and sliding pin
Contacting surfaces of drum
GreaseGrease
(P/N 003602000) brake shoes and shoe clearance -
adjuster
(P/N 623029980)
BJ
and DOJ joints of axle shafts
(for AT)
Control cables and carburetor
Slicolube G-30M linkages subject to cold weather, _
(P/N 004404002) water-pump impeller, door latch,
striker, battery
terminals et c .
API SAE viscosity
No . and Applicable
Temperature
Clas-
ITEM
sifica-
tion
o
( F)
-30 0 30 60 90
(' C) -34 -18 6 16 32
SF
10W-30, 10W-40
Engine oil
or
SG
5W-30
90
Front differential
I
85W
gear oil
" AWD rear differential
GL-5
80W
gear oil
75W-90, "80W-90
C1-012
Fig . 13
10

GENERAL INFORMATION
[0604) 1-3
a . Each oil manufacturer has its base oil and additives . Thus, do
notmix two or more brands (Except engine oil) .
b . When replenishing oil, it does not matter if
the
oil
to
be
added is a different brandfrom that in the engine,
however, use oil having
the API
classification and SAE viscosity No . designated by SUBARU .
c . SAE 5W-30 is not recommended for sustained high speed driving .
d . If vehicle is used in desert areas or areas with veryhigh temperatures or for
other heavy duty applications,
the following viscosity oils may be used :
30, 40, 10W-50, 20W-40, 20W-50
e . * For differential gear oil (AT)
Coolant
Specifications
Lowest antici-
SUBARU
coolant-to- Specification
gravity
pated atmo-
*
int F i
spheric temper-
ature
water ratio
(Volume)
at 10°C (50°F) at 20'C (68°F) at 30°C
(86°F) at 40°C (104°F) at 50°C (122°F)
reez ngpo
%
Above-30°C
50-50 1 .084 1 .079
1 .074 1 .068 1 .062 -36°C (-33°F)
(-22°F)
Above-15'C
30-70 1 .053 1 .049 1 .044 1 .039 1 .034
-36°C (-33°F)
(-5°F)
'' It is commended that distilled water
be used .
a . Avoid using any coolant or only water other than this designated type to prevent corrosion .
b . SUBARU's engine is aluminum alloy, and so special care is necessary .
3 . SEALANTS
Recommended Application Equivalent
Three Bond 1105 Rear differential oil
drain plug,
oil
Dow Corning's No . 7038
(P/N 004403010)
pressure switch, etc .
Matching surface of oil pump,
Three Bond 1215 crank case, transmission case,
Dow Corning's No . 7038
(P/N 004403007) etc . Engine service hole plug,
Sealant
coolant drain plug, etc .
Starcalking B-33A
Sealing against water and dust
(P/N 000018901)
entry through weatherstrips, Butyl Rubber Sealant
grommets, etc .
Three Bond 1207C
Matching surface of oil pan -
(P/N 004403012)
4 . ADHESIVES
Weatherstrips
and other rubber
Cemedine 5430L parts,
plastic and textiles except 3M's EC-1770EC-1368
soft vinyl parts .
Soft vinyl parts, and other parts
" Cemedine 540
subject to gasoline, grease or oil . 3M's EC-776 EC-847
EC-1022
e .g .
trim leather, gear shift boot,
(Spray Type)
Adhesive door
inner remote cover, etc .
Bonding
metals, glass, plastic
Cemedine 3000 and rubber
parts . Repairing Armstrong's Eastman 910
slightly torn weatherstrips, etc .
Essex Chemical Corp's
Urethane
Windshield to body
panel . Sunstar 580
E
11

1-3 10701) GENERAL INFORMATION
7 . Tightening Torque of Standard Bolts and Nuts
1 . ENGINE
AND TRANSMISSION
Unit : N " m (kg-m, ft-Ib)
Dia . x Pitch
5T 7T 9T 10T
(mm)
4x0 .75
1 .0-1 .5 1 .5-2 .0 2 .5-3 .0 3 .0-3 .5
(0 .105 - 0 .155, 0 .8 - 1 .1) (0 .155 - 0 .205, 1 .1 - 1 .5) (0 .255 - 0 .305, 1 .8 - 2 .2) (0 .305 - 0 .355, 2 .2 - 2 .6)
5 x 0 .9
2,5-3 .0 2 .9-3 .9 4 .9-5 .9 5 .4-6 .4
(0 .255 - 0 .305, 1 .8 - 2 .2) (0 .30 - 0 .40, 2 .2 - 2 .9) (0 .50 - 0 .60, 3 .6
- 4 .3) (0 .55 - 0 .65, 4 .0 - 4 .7)
6x1 04
.4-5
.4 5 .9-6
.9 9 .4-10 .8 10-12
.
(0 .45 - 0 .55, 3 .3 - 4
.0) (0
.60 -
0
.70, 4 .3 - 5 .1) (0 .955 - 1 .105, 6 .9 - 8 .0) (1 .0 - 1 .2, 7 - 9)
8x1 25
12-14 14 .2-17 .2 23-26 25-28
.
(1 .2 -1 .4,9- 10) (1 .45- 1 .75, 10 .5 -12 .7) (2 .3 -2 .7, 17- 20) (2 .5 -2 .9, 18- 21)
10 x 1 .25
25-28 30-36 46-54 49 .5-58 .4
(2 .5 -2 .9, 18- 21) (3 .1 -3 .7, 22- 27) (4 .7 -5 .5, 34- 40) (5 .05- 5 .95, 36 .5- 43 .0)
12 x 1 .5
41 -49 53-63 84-98 88-
106
(4 .2 - 5 .0, 30 - 36) (5 .4 - 6 .4, 39 - 46) (8 .6 - 10 .0, 62 - 72) (9 .0 -
10 .8, 65 - 78)
14 x 1 .6
71-84
88-106
139- 165 147- 175
(7 .2 - 8 .6, 52 - 62)
(9 .0
- 10 .8, 65 - 78) (14 .2 - 16 .8, 103 - 122) (15 .0 - 17 .8, 108 - 129)
2 . BODY
Unit : N "
m
(kg-m,
ft-Ib)
Dia . (mm) 4T 7T 9T
4 1 .7-2 .6 - -
(0.17 - 0 .27, 1 .2 - 2 .0)
t~-JtJ~J 5 2 .9-5 .9 - -
(0 .30 - 0 .60, 2 .2 - 4 .3)
r{ ~=~, 6 5 .4-9 .3 - -
(0 .55 - 0 .95, 4 .0 - 6 .9)
8 12 .7-22 .6 22 .6-42 .2 31 .4-51 .0
(1 .30 - 2 .30, 9 .4 - 16 .6) (2 .30
- 4
.30, 16 .6
-
31 .1) (3
.20 - 5 .20, 23 .1 - 37 .6)
«<--~~~~JJJI 10 27 .5-47 .1 51 .0-86 .3 62 .8
-
107 .9
(2 .80 - 4 .80, 20 .3 - 34 .7) (5 .20 - 8 .80, 37 .6 - 63 .7) (6 .40 - 11 .00, 46 .3 - 79 .6)
BI-026
12 52 .0-85 .3 88 .3-156 .9 117 .7
- 196
.1
(5 .30 - 8 .70, 38 .3 - 62 .9) (9.00 - 16 .00, 65 .1 - 115 .7) (12 .00 - 20 .00, 86 .8 - 144 .7)
4 1 .2-2 .2 - -
(0 .12 -0 .22,0 .9- 1 .6)
2 .5-4 .4
0 3=
5
(0 .25 - 0 .45, 1 .8 - 3 .3)
- -
 ,n
6f`~~C'
6
(0 .45
4 .4-7 .4
- 0 .75, 3 .3 - 5 .4)
- -
Including bolt or
nut with washer
8
9 .8-17 .7 17 .7-31 .4 23 .5-39 .2
or spring washer
(1
.00 - 1 .80, 7 .2 - 13 .0) (1 .80 - 3 .20, 13 .0 - 23 .1) (2 .40 - 4 .00, 17 .4 - 28 .9)
only t1
10 22
.6-36 .3 37 .3-66 .7 48 .1 -83 .4
(2,30 - 3 .70, 16 .6 - 26 .8) (3 .80 - 6 .80, 27 .5 - 49 .2) (4 .90 - 8 .50, 35 .4 - 61 .5)
B1-027
12 39
.2-64 .7 68 .6-117 .7 88 .3- 147 .1
(4 .00
- 6 .60, 28 .9 - 47
.7) (7
.00 - 12 .00, 50 .6 - 86 .8) (9.00 - 15 .00, 65 .1 - 108 .5)
The mark is embossed on the bolt head as follows :
4T-4 9T-9
5T-5 10T-10
7T-7
12

GENERAL INFORMATION [08011 1-3
8 .
Lifting, Towing and Tie-down Points
Be sureto lift, tow
and tie-down the vehicle at the designated
positions .
1 . GARAGE JACK
/-/g . 7 4
13
f19 . 7 5
a . Never get under the vehicle while it is supported by a jack .
b . When jacking up the vehicle, place chocks to hold wheels .
c . After jacking up
the vehicle with garage jack, be
sure
to
support the vehicle
with
safety stands .
d . Be sure to lift vehicle at the same four positions as those or screw jack .

1-3 [08021 GENERAL INFORMATION
2 . SCREW-JACK, LIFT AND SAFETY STAND
Support locations
Screv
" When
removing rear body or suspen-
sion parts,
place balance weights, etc .
in
the trunk compartment, taking
into
account the weight distribution
on the front and rear of the car ;
then lift the vehicle up .
Lift
11
l11
))
J
J d
Safety
stand
n<`
n~
c
~'
Cl-015
Fig . 16
a . Never get under the vehicle while
it
is supported only by the jack . Always use safety stands to support body
when you have to get under the car .
b . Block the wheels diagonally by wheel chocks .
c . Make sure the jack is set at the correct position on the
flange of side still .
d . Be careful not to set the jack at the air flap portion .
14

GENERAL INFORMATION [0804 1-3
3 . TOWING AND TIE-DOWN HOOKS
rig . I /
-O O~
C1-097]
Fig . 19
Fig . 18
a . Avoid towing another car with front towing hooks .
b . Do not tow a vehicle which is heavier than towing
vehicle .
c . Do not apply excessive lateral loadto towing hook .
d . Wrap the towing ropewith cloth to prevent dam-
aging bumper, etc .
e . Keep the vehicle level during towing .
f . Tie the front and rear tie-down hooks in the same
direction .
4 . TIE-DOWN SERVICE HOLES
Fuel tank/
93
Tie-down service hole /
Rear wheel
C1-084
Fig . 20
15