
Torque Lock 
If you are parking  on a hill  and you don’t shift your 
transaxle  into PARK 
(P) properly, the weight  of the 
vehicle may put  too much  force  on  the parking pawl  in 
the transaxle.  You may  find it difficult to pull the shift 
lever  out of  PARK  (P). This  is  called  “torque lock.”  To 
prevent torque  lock, set the parking brake  and then shift 
into  PARK  (P) properly before you leave  the driver’s 
seat.  To find  out  how, see “Shifting  Into PARK  (P)” in 
the Index. 
When  you are ready  to drive,  move the shift lever  out of 
PARK  (P) 
before you release  the parking brake. 
If  torque  lock does occur, you may need  to  have another 
vehicle push yours a little uphill to take  some of the 
pressure  from the parking pawl  in the  transaxle, 
so you 
can  pull the shift  lever  out of PARK  (P). 
Shifting  Out  of PARK (P) 
Your vehicle has Brake-Transaxle  Shift Interlock 
(BTSI).  You have to fully 
apply your regular brakes 
before you can shift  from PARK  (P), when the ignition 
is 
in RUN. 
As you  step  on the brake pedal, while  in PARK 
(P), you 
may hear a click  from the solenoid 
of the BTSI. This 
ensures that  the BTSI 
is operating  properly. See 
“Automatic Transaxle Operation”  in the  Index. 
If  you  cannot shift out  of  PARK (P), ease  pressure on 
the shift  lever 
-- push the shift lever all the  way into 
PARK 
(P) as you maintain brake application. Then 
move the shift lever  into the gear you want.  If  you ever 
hold the brake pedal down but  still can’t shift  out of 
PARK  (P), try this: 
1. 
2. 
3. 
4. 
5. 
Turn the ignition key  to OFF. 
Apply and hold the brake until the end of Step 4. 
Shift  to  NEUTRAL  (N). 
Start  the vehicle and then shift to the  drive gear 
you want. 
Have the vehicle fixed as soon as  you can. 
2-37 
ProCarManuals.com 

 OLDS ONLY 
10. Lower  the vehicle by attaching  the  folding  wheel 
wrench  to the  jack  and rotating  the wrench  to the 
left.  Lower  the jack  completely. 
I 11. Tighten  the  wheel 
A CAUTION: 
nuts  firmly  in 
a criss-cross 
sequence,  as shown. 
Incorrect  wheel nuts or improperly  tightened 
wheel  nuts can  cause  the wheel  to become  loose 
and  even  come 
off. This  could  lead to an accident. 
Be  sure  to use  the correct  wheel  nuts. 
If you  have 
to  replace  them,  be  sure to get  new 
GM original 
equipment  wheel  nuts. 
Stop  somewhere  as soon  as you  can  and have  the 
nuts  tightened  with  a torque  wrench  to 
100 lb-ft 
(140 Nom). 
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I 
NOTICE: 
Improperly tightened wheel nuts can lead  to 
brake  pulsation  and  rotor  damage. 
To avoid 
expensive  brake repairs,  evenly tighten the  wheel 
nuts  in the  proper  sequence  and 
to the proper 
torque  specification. 
Don’t try to  put a wheel  cover  on  the  compact  spare tire. It 
won’t  fit.  Store  the  wheel  cover  securely 
in the  rear of the 
vehicle 
until you  have  the  flat tire  repaired  or  replaced. 
I NOTICE: 
Wheel  covers  won’t  fit on  your  compact  spare. If 
you try  to  put  a  wheel  cover  on  your compact 
spare,  you  could  damage  the cover  or the spare. 
Storing a Flat  or  Spare  Tire and Tools 
Storing  a  jack,  a  tire or other  equipment in the 
passenger  compartment 
of the vehicle  could 
cause  injury. 
In a sudden stop  or collision,  loose 
equipment  could strike  someone.  Store all  these 
in the  proper  place. 
Lay the tire  near  the  rear of the vehicle with  the valve 
stem  down.  Slide  the  cable  retainer  through the  center 
of 
the wheel and  start  to  raise  the tire. When  the  tire  is 
almost  in  the  stored  position,  turn the tire 
so the valve is 
towards  the  rear 
of the vehicle.  This will help  when  you 
check  and maintain  tire  pressure  in the  spare. 
Keep  raising  the  wheel until you hear  the  hoist 
mechanism  click twice.  This means  the wheel is firmly 
stored  against  the underside 
of the vehicle. Push 
against  the  wheel to be  sure  it  does not  move and is 
stored securely. 
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Brake  Wear 
Your vehicle  has front  disc brakes  and rear  drum brakes. 
Disc  brake pads have built-in  wear  indicators that 
make  a high-pitched  warning sound  when the brake 
pads  are worn and  new pads  are  needed.  The  sound may 
come and  go  or  be heard all the  time  your vehicle is 
moving  (except when you are pushing 
on the brake 
pedal  firmly). 
I A CAUTION: 
The  brake  wear  warning  sound  means  that  soon 
your  brakes  won’t  work  well.  That  could  lead  to 
an accident.  When  you  hear  the  brake  wear 
warning  sound,  have  your  vehicle  serviced. 
NOTICE: 
Continuing  to  drive  with  worn-out  brake  pads 
could  result  in  costly  brake  repair. 
Some  driving  conditions  or  climates  may cause  a  brake 
squeal when the brakes  are  first applied 
or lightly 
applied.  This  does  not mean something  is wrong with 
your brakes. 
Properly torqued wheel nuts  are necessary  to  help 
prevent brake  pulsation. When tires  are rotated,  inspect 
brake pads  for wear and evenly torque wheel nuts  in 
the  proper  sequence 
to GM specifications. 
Your  rear drum brakes  don’t have wear indicators,  but 
if  you  ever hear 
a rear brake  rubbing  noise, have the 
rear brake linings inspected immediately. Also, the  rear 
brake drums should be removed and  inspected each time 
the tires  are removed  for rotation  or  changing.  When 
you  have the  front  brake  pads replaced, have  the rear 
brakes inspected, too. 
Brake linings should always be  replaced as complete 
axle  sets. 
See  “Brake System Inspection’’ in Section 
7 under 
Part 
C “Periodic Maintenance  Inspections.” 
Brake  Pedal  Travel 
See  your  retailer if the brake pedal  does not return  to 
normal height,  or if there  is a rapid  increase  in pedal 
travel.  This  could  be  a  sign of brake  trouble. 
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ProCarManuals.com 

Tire Inspection  and  Rotation 
Tires should be rotated every 6,000 to 8,000 miles 
(10 000 to  13 000 km). Any time  you notice  unusual 
wear, rotate your tires  as soon 
as possible  and check 
wheel  alignment.  Also crheck  for damaged tires  or 
wheels. 
See “When  It’s ‘Time  for New  Tires” 
and “Wheel Replacement”  later in this  section  for 
more  information. 
The  purpose  of regular  rotation  is to  achieve  more 
uniform wear  for all tires  on the  vehicle.  The  first 
rotation 
is the  most  important.  See “Scheduled 
Maintenance  Services” in the Index  for scheduled 
rotation  intervals. 
1 
When  rotating  your tires,  always use the  correct rotation 
pattern shown  here.  Don’t 
include  the compact  spare tire 
in your 
tire  rotation. 
After the tires have  been rotated,  adjust the front 
and rear inflation pressures as shown on the 
CertificatiodTire  label.  Make  certain that all wheel 
nuts  are properly  tightened.  See  “Wheel Nut Torque” 
in  the  Index. 
Rust  or  dirt  on 
a wheel,  or on  the  parts  to  which 
it  is  fastened,  can  make  wheel nuts  become  loose 
after 
a time.  The wheel  could  come  off and  cause 
an  accident.  When  you change 
a wheel,  remove 
any  rust  or  dirt  from  places  where  the  wheel 
attaches  to  the  vehicle. In  an  emergency,  you can 
use 
a cloth  or a paper  towel to  do  this;  but  be 
sure 
to use a scraper  or  wire  brush  later, if you 
need  to, 
to get  all  the  rust  or  dirt  off. (See 
“Changing 
a Flat  Tire”  in  the  Index.) 
6-41 
ProCarManuals.com 

Fuses Fuses 
RR  HVAC SWC  ACCY 
HAZARD 
RR  PWR  SCKT 
DRL 
LH  T/LP 
RR DEFOG 
FRT  PWR  SCKT 
SIR 
FRT  HVAC  LOW/MED  BLWR Rear 
Blower Motor, Rear 
Heater-A/C  Control, and 
Temperature  Door 
Actuator  (Rear) 
Steering  Wheel Radio  Control 
Switches 
Turn  Signal  Switch 
Rear  Electric  Accessory 
Plug Housing 
DRL  Control  Module 
Not Used 
Rear  Window  Defogger Relay 
Front  Electric  Accessory 
Plug Housing 
Inflatable  Restraint 
Control  Module 
Heater-A/C  Control  MALL/RADIO/DIC 
BCM, Driver  Information 
Display, Radio and Radio Rear  Speaker  Amplifier 
STOP  LAMP 
ABS  MOD  BATT 
CAN  VENT 
SOL 
ELC  CTSY  LAMP 
IGN 1 
Stoplamp Switch  to Stoplamps 
Electronic Brake  Control 
Module/Electronic  Brake 
Traction Control Module  (EBCM/EBTCM) 
Evaporative  Emissions (EVAP) 
Canister  Vent Solonoid  Valve 
Electronic  Level Control (ELC) 
Air Compressor  and ELC 
Relay, Trailer Harness 
BCM 
ALC Sensor, BCM, Electronic 
Brake  Control  Indicator Lamp 
Driver  Module, Instrument 
Panel Cluster,  Rear Window 
Wipermasher  and 
Multifunction  Switch (Fog 
Lamp SwitcWTraction Control 
Switch)  and Stoplamp/Torque 
Converter  Clutch (TCC) Switch 
6-59 
ProCarManuals.com 

Mini Fuse 
2 1 -1GN 1 -UH 
22-SPARE 
23-SPARE 
24-SPARE 
25-ELEK 
IGN 
26-SPARE 
27-B/U  LAMP 
28-NC  CLU 
29-RADIO  Evaporative  Emissions 
(EVAP) 
Canister  Purge  Valve, Heated 
Oxygen  Sensors 
1 and 2,  Mass 
Air  Flow  (MAF)  Sensor 
Not  Used 
Not  Used 
Not Used 
Ignition  Control  Module  (ICM) 
Not  Used 
Transaxle  Range  Switch  to 
Back-up  Lamps 
A/C  CLU  Relay  to  A/C 
Compressor  Clutch  Oil 
Driver  Information  Display, 
Heater  A/C Control,  Radio, 
Rear  Side  Door  Actuator 
Control  Motor,  Remote  Control 
Door  Lock  Receiver  (RCDLR), 
Security  Indicator  Lamp  and 
Theft  Deterrent  Shock  Sensor 
Mini Fuse 
30-ALT  SENSE 
3 
1 -TCC  Generator 
Automatic  Transaxle 
(Torque 
Converter  Clutch  Solenoids) 
Stoplamp  Switch  to  PCM 
32-FUEL  PUMP  Fuel Pump  Relay 
33-ECM  SENSE 
34 
35-FOG LP 
36-HORN 
37-PARK  LP 
38 
39 
40  Powertrain Control 
Module  (PCM) 
Not  Used 
Fog  Lamp  Relay 
Horn Relay 
Daytime  Running  Lamps  (DRL)  Control  Module, 
Headlamps  and 
I/P Dimmer 
Switch  Theft-Deterrent  Relay 
to  Headlamps 
Not  Used 
Not  Used 
Mini  Fuse Puller 
6-63 
ProCarManuals.com 

Replacement  Bulbs 
Exterior  Lamps  Bulb  Number 
Headlamps ......................... 9004-HBI 
Signal Lamps 
.......... .3 157 NA or 3 157 NAK 
Front  Sidemarker Lamps ................... 194 
Stop/Tail  (Top) 
.......................... 3057 
Signal  (2nd from top) 
..................... 3 156 
Tail (Bottom) ........................... 3057 
Front Parking/Turn 
Back-up  Lamps (3rd from top) 
............. 3156 
Capacities  and  Specifications 
The following approximate 
capacities  are given in 
English and metric  conversions. 
Please  refer to “Recommended Fluids  and Lubricants’’ 
in  the Index for more information. 
Automatic  Transaxle 
Pan Removal and Replacement ..... 8 quarts  (7.5 L) 
With  A/C 
................... 9.6  quarts  (9.1 L) 
Cooling  System 
With Rear Climate  Control 
or  Rear Heater 
............ 1 1.9 quarts (1 1.3  L) 
Engine  Crankcase - Oil  and 
Fuel  Capacity  Filter  Change 
............... 4.5 quarts (4.3 L) 
Standard/Regular .............. 20 gallons (76 L) 
OptionalExtended 
............ 25  gallons (95 L) 
Refrigerant, 
Air  Conditioning* 
.......... See  the Refrigerant 
Label under the hood. 
Tire  Pressures,  Sizes ........... See  Tire-Loading 
Information label 
on  driver’s door. 
Wheel  Nut  Torque .......... 100  lb-ft  (140 N-m) 
Windshield  Washer  Fluid ....... 1 gallon  (0.37 L) 
*See Air Conditioning  Refrigerants  later in this  section. 
NOTE: All capacities  are approximate.  When adding, 
be  sure  to fill to the appropriate level, as  recommended 
in this  manual. 
Engine  Specifications 
Engine VIN Code ........................... E 
Firing Order 
...................... 1-2-3-4-5-6 
EngineType 
.............................. V6 
Horsepower 
............................. 180 
Thermostat Temperature  Specification 
................... 195°F  (91°C) 
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