2000 SAAB 9-3 spark plugs

6Engine bay: turboWarning labels ___________ 7
V.I.N. number __________ 229
Engine number _________ 229
Gearbox number ________ 229
Color coding ___________ 229Ignition system _________ 225
Drive belt ______________ 179
Alternator _____________ 179
Spark plugs ____________ 225
Catalytic converter ______ 137
Simple fault tracing
(A/C, ACC) ____________ 207Turbo-compressor ________ 60
Pressure gauge __________ 60
Important considerations
for driving _____________ 136
Technical data: engine ___ 223Manual transmission __________ 173
Automatic transmission ________ 173
Transmission oil ______________ 173
Gearbox: technical data ________ 226
Battery _____________________ 177
Battery charge _______________ 177
Jump starting ________________ 162IB733
Engine: description ____________ 168
Engine oil, level control
and topping up _______________ 172
Engine oil: changing ___________ 172
Oil grade, viscosity ____________ 223
Washer fluid ___________ 180
Topping up with fluid _____ 180
Washer jets ___________ 180
Wiper/washer control stalk _ 74
Steering servo _______________ 177
Fluid checking
and topping up ______________ 177
Coolant, checking
and topping up ________ 174
Coolant, changing ______ 175
Temperature gauge ______ 60
Driving in hot weather ____ 156
Driving in cold weather ___ 154Fuse panels ___________ 187
Changing a fuse ________ 187
Table of fuses __________ 189
Relays _______________ 191
Brake system ________________ 227
Brake fluid __________________ 176
Brake pads __________________ 176
ABS brakes _________________ 149
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136 Starting and drivingUseful tips on cold climate startingIf the engine has failed to start after several
attempts in very cold weather, press and
hold the accelerator down to the floor and
run the starter for 5–10 seconds. This will
prevent the engine being flooded (exces-
sively rich fuel-air mixture).
Now start the engine in the normal way – do
not touch the accelerator.
If the engine stalls immediately after starting
(e.g. if the clutch was released too quickly),
do not touch the accelerator when restarting
the engine.
Every time the engine is switched off the
spark plugs are automatically cleaned. If
your attempt to start nevertheless fails, let
go of the ignition key and allow it to spring
back. This initiates more vigorous cleaning
of the sparking plugs which goes on for
about 5 seconds. Then start in the ordinary
way. Do not touch the accelerator; if the
accelerator is pressed to the floor the fuel
supply is shut off.
Important
considerations for
drivingThe engine-management system in the
Saab 9-3 is called Saab Trionic T7. The
system manages the ignition, fuel injection
and turbo boost pressure.
The Trionic T7 system developed by Saab
is an intelligent engine-management
system designed to achieve optimum drive-
ability under differing driving conditions.
The system makes adjustments automati-
cally, for instance, if the car is being driven
at altitude (oxygen-deficient air), for differ-
ent grades of fuel (AON 87–93) and for dif-
ferent load conditions.
1 Starting and driving
 Refrain from using full throttle before
the engine has warmed up (before
needle is in the mid-range on tempera-
ture gauge) to avoid unnecessary
wear. If the needle of the pressure
gauge repeatedly enters the red zone
the engine may suddenly lose power,
owing to the intervention of a monitor-
ing system which curtails the charging
pressure. Get in touch with an autho-
rized Saab dealer at once.
 A safety function prevents the engine
from revving faster than 6,200 rpm by
temporarily shutting of the fuel injec-
tors.2 Stopping the engine
 Do not rev the engine immediately
before switching it off - stop the engine
when it is idling.
3 Regulating the charging pressure
 The system is optimized for fuel with an
octane rating of AON 90. For cars with
205 hp engines and the Viggen, the
system is optimized for AON 93. One of
the advantages of the system is that it
enables the engine to be run safely on
lower-grade fuel, although not lower
than AON 87. However, engine perfor-
mance will fall off slightly, and heavy
loading should be avoided. For best
performance you should use the rec-
ommended grade of fuel, AON 90
(205 hp engine and Viggen AON 93).
 The maximum boost pressure is
adjusted automatically to the knocking
or pinging tendency of the engine.
Occasional, short-lived knocking when
the engine is under a heavy load is per-
fectly normal; the extent will depend on
the grade of fuel in the tank.
 Isolated instances of knocking are
more likely to occur with low-octane
fuel. This controlled form of knocking,
followed by a reduction in the boost
pressure, is a sign that the wastegate is
functioning and is perfectly safe for the
engine.
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215 Maintenance and owner assistance
Saab Original Service Program M2000 USA, Canada, (9-3 Models)* These are the minimum required Emission Control System maintenance steps. Saab urges that all recommended maintenance procedures be performed
according to this program.
(a.) Engine oil and filter should be changed at least once a year. Intermediate oil and filter changes (halfway between indicated intervals) suggested for
cars primarily used for driving in dense city traffic or for repeated short trip operation without sufficient warm up.
** Service intervals:
Refer to the Warranties & Service Record Book for service intervals beyond 100,000 miles (160,000 km).Service Intervals **
Miles = U.S. Cars
Kilometers = Canadian Cars
1,000
(1,600 km)
10,000
(16,000 km)
20,000
(32,000 km)
30,000
(48,000 km)
40,000
(64,000 km)
50,000
(80,000 km)
60,000
(96,000 km)
70,000
(112,000 km)
80,000
(128,000 km)
90,000
(144,000 km)
100,000
(160,000 km)
Service #
1234567891011
Engine and engine compartment
E Engine oil and filter (a.)!!!!!!!!!!!
R Engine coolant freezing point and level""" "" "" "
R Engine coolant flush and replace (max. 3-year intervals)!!!
R Engine cooling system, hoses and cap""""""""""
R Drive belt; condition""""" ! """"
E Spark plugs!
*
!*
!*
E Crankcase ventilation and vacuum lines""
Application/type of service (col. 1) Service Procedure
E = emission service"= Check - top up, adjust or replace if necessary
R = regular maintenance!= Replace
#= Lubricate
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225 Technical data
Engine variants Electrical system
Drive belts

2.0 Turbo 185 hp, manual transmissionRating, EEC at 5500 rpm ____________ 185 hp (136 kW)
Max. torque (man.), EEC at 2100 rpm __ 194.0 ft.lb (263 Nm)
Compression ratio _________________ 9.2:1 2.0 Turbo 185 hp, automatic transmissionRating, EEC at 5750 rpm ____________ 185 hp (136 kW)
Max. torque EEC at 1900 rpm ________ 184.4 ft.lb. (250 Nm)
Compression ratio _________________ 9.2:1 2.0 Turbo 205 hp, manual transmissionRating, EEC, at 5500 rpm____________ 205 hp (151 kW)
Max. torque EEC at 2200 rpm ________ 209 ft.lb (283 Nm)
Compression ratio _________________ 9.2:12.0 Turbo 205 hp, automatic transmissionRating, EEC, at 5750 rpm____________ 205 hp (151 kW)
Max. torque EEC at 1900 rpm ________ 184.4 ft.lb (250 Nm)
Compression ratio _________________ 9.2:12.3 Turbo 230 hp, manual transmissionRating, EEC, at 5500 rpm ____________ 230 hp (169 kW)
Max. torque EEC at 2500 rpm ________ 258.1 ft.lb (350 Nm)
Compression ratio _________________ 9.3:1Voltage ___________________________ 12 V
Battery capacity ____________________ 60 Ah
Starter motor ______________________ 1.4 kW
Alternator rating ____________________ 130 A/14 V
Firing order ________________________ 1-3-4-2
Spark plugs:
2.0 Turbo 185 bhp _________________ NGK PFR 7H-10
2.0 Turbo 205 bhp _________________ NGK PFR 7H-10
Viggen __________________________ NGK PFR 7H-10
Electrode gap ______________________ 1.0 mm
Outside length
2.0 Turbo and Viggen ________________ 2345 mm Drive belt
IB929
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