2009 SATURN VUE HYBRID engine

9. Now connect the black
negative (−) cable to the
negative (−) terminal of the good
battery. Use a remote negative (−)
terminal if the vehicle has one. Do
not let the other end touch
anything until the next step. The
other end of the negative (−)
cable does not go to the dead
battery. It goes to your vehicle’s
remote negative (−) terminal. The
electrical connection is just as
good there, and the chance of
sparks getting back to the battery
is much less.
10. Try to start the hybrid vehicle.
Notice:If the jumper cables are
connected or removed in the
wrong order, electrical shorting
may occur and damage the
vehicle. The repairs would not be
covered by the vehicle warranty.
Always connect and remove the
jumper cables in the correct order,
making sure that the cables do not
touch each other or other metal.A. Heavy, Unpainted Metal Engine
Part or Remote Negative (−)
Terminal
B. Good Battery or Remote
Positive (+) and Remote
Negative (−) Terminals
C. Dead Battery or Remote
Positive (+) TerminalTo disconnect the jumper cables
from both vehicles, do the following:
1. Disconnect the black negative (−)
cable from the vehicle that had
the dead battery.
2. Disconnect the black negative (−)
cable from the vehicle with the
good battery.
3. Disconnect the red positive (+)
cable from the vehicle with the
good battery.
4. Disconnect the red positive (+)
cable from the other vehicle.
5. Close the remote positive
junction box cover. Jumper Cable Removal
5-32 Service and Appearance Care
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The TIN is molded onto both
sides of the tire, although
only one side may have the date
of manufacture.
(E) Tire Ply Material
:The type
of cord and number of plies
in the sidewall and under
the tread.
(F) Uniform Tire Quality
Grading (UTQG)
:Tire
manufacturers are required to
grade tires based on three
performance factors: treadwear,
traction and temperature
resistance. For more information
seeUniform Tire Quality
Grading on page 5-54.
(G) Maximum Cold Ination
Load Limit
:Maximum load that
can be carried and the
maximum pressure needed to
support that load.Tire Size
The following illustration
shows an example of a typical
passenger (p-metric) vehicle
tire size.
(A) Passenger (P-Metric)
Tire
:The United States version
of a metric tire sizing system. The
letter P as the rst character in
the tire size means a passenger
vehicle tire engineered to
standards set by the U. S. Tire
and Rim Association.
(B) Tire Width
:The three-digit
number indicates the tire
section width in millimeters from
sidewall to sidewall.
(C) Aspect Ratio
:A two-digit
number that indicates the tire
height-to-width measurements.For example, if the tire size
aspect ratio is 60, as shown in
item C of the illustration, it would
mean that the tire’s sidewall is
60 percent as high as it is wide.
(D) Construction Code
:A letter
code is used to indicate the type
of ply construction in the tire.
The letter R means radial ply
construction; the letter D means
diagonal or bias ply construction;
and the letter B means
belted-bias ply construction.
(E) Rim Diameter
:Diameter of
the wheel in inches.
(F) Service Description
:These
characters represent the load
range and speed rating of the
tire. The load index represents
the load carry capacity a tire is
certied to carry. The load index
can range from 1 to 279. The
speed rating is the maximum
speed a tire is certied to carry
a load. Speed ratings range
fromAtoZ.
5-40 Service and Appearance Care
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You have two minutes to match
each tire and wheel position.
If it takes longer than two minutes to
match any tire and wheel position,
the matching process stops and you
need to start over.
The TPMS matching process is
outlined below:
1. Set the parking brake.
2. Turn the ignition switch to
ON/RUN with the engine off.
3. Press and hold the Remote
Keyless Entry (RKE) transmitter’s
LOCK and UNLOCK buttons,
at the same time, for about
ve seconds to start the TPMS
learn mode. The horn sounds
twice indicating the TPMS
receiver is ready and in
learn mode.
4. Start with the driver side front
tire. The driver side front turn
signal also comes on to indicate
that corner’s sensor is ready
to be learned.5. Remove the valve cap from the
tire’s valve stem. Activate the
TPMS sensor by increasing
or decreasing the tire’s air
pressure for about eight seconds.
The horn chirp, can take up to
30 seconds to sound. It
chirps one time and then all the
turn signals ash one time to
conrm the sensor identication
code has been matched to
the tire/wheel position.
6. The passenger side front turn
signal comes on to indicate
that corner sensor is ready to be
learned. Proceed to the
passenger side front tire and
repeat the procedure in Step 5.
7. The passenger side rear
turn signal comes on to indicate
that corner sensor is ready to
be learned. Proceed to the
passenger side rear tire and
repeat the procedure in Step 5.
8. The driver side rear turn signal
comes on to indicate that
corner sensor is ready to belearned. Proceed to the driver
side rear tire, and repeat
the procedure in Step 5.
9. After hearing the single horn
chirp for the driver side rear
tire, two additional horn chirps
sound to indicate the tire learning
process is done. Turn the
ignition switch to LOCK/OFF.
If no tires are learned after
entering the TPMS learn mode,
or if communication with the
receiver stops, or if the time limit
has expired, turn the ignition
switch to LOCK/OFF and
start over beginning with Step 2.
10. Set all four tires to the
recommended air pressure level
as indicated on the Tire and
Loading Information label.
11. Put the valve caps back on the
valve stems.
Service and Appearance Care 5-49
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If a Tire Goes Flat
This vehicle has a tire sealant and
compressor kit. SeeTire Sealant
and Compressor Kit on page 5-59.
There is no spare tire, no tire
changing equipment, and no place
to store a tire.
It is unusual for a tire to blow out
while you are driving, especially
if you maintain your tires properly.
SeeTires on page 5-38.Ifair
goes out of a tire, it is much more
likely to leak out slowly. But, if
you should ever have a blow out,
here are a few tips about what
to expect and what to do:
If a front tire fails, the at tire will
create a drag that pulls the vehicle
toward that side. Take your foot
off the accelerator pedal and grip the
steering wheel rmly. Steer to
maintain lane position, and then
gently brake to a stop well out of the
traffic lane.A rear blow out, particularly on a
curve, acts much like a skid
and may require the same correction
you would use in a skid. In any
rear blow out, remove your foot from
the accelerator pedal. Get the
vehicle under control by steering the
way you want the vehicle to go. It
may be very bumpy and noisy,
but you can still steer. Gently brake
to a stop, well off the road if
possible.
If a tire goes at, avoid further tire
and wheel damage by driving slowly
to a level place and stopping.
1. Turn on the hazard warning
ashers. SeeHazard Warning
Flashers on page 3-5.
2. Park the vehicle. Set the parking
brake rmly and put the shift
lever in P (Park). SeeShifting
Into Park on page 2-23.3. Turn off the engine.
4. Inspect the at tire.
If the tire has been separated from
the wheel, has damaged sidewalls,
or has a puncture larger than a
14inch (6 mm), the tire is too
severely damaged for the tire
sealant and compressor kit to be
effective. SeeRoadside Assistance
Program on page 7-5.
If the tire has a puncture less than a
14inch (6 mm) in the tread area
of the tire, seeTire Sealant
and Compressor Kit on page 5-59.
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Tire Sealant and
Compressor Kit
{CAUTION
Idling a vehicle in an enclosed
area with poor ventilation is
dangerous. Engine exhaust may
enter the vehicle. Engine exhaust
contains Carbon Monoxide (CO)
which cannot be seen or smelled.
It can cause unconsciousness
and even death. Never run the
engine in an enclosed area that
has no fresh air ventilation. For
more information, seeEngine
Exhaust on page 2-26.
{CAUTION
Over-inating a tire could cause
the tire to rupture and you or
others could be injured. Be sure
to read and follow the tire sealant
and compressor kit instructions
and inate the tire to its
recommended pressure. Do not
exceed the recommended
pressure.
{CAUTION
Storing the tire sealant and
compressor kit 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 the tire sealant and
compressor kit in its original
location.
If this vehicle has a tire sealant and
compressor kit, there may not be a
spare tire, tire changing equipment,
and on some vehicles there may not
be a place to store a tire.
The tire sealant and compressor
can be used to temporarily seal
punctures up to
14inch (6 mm) in the
tread area of the tire. It can also be
used to inate an under inated tire.
Service and Appearance Care 5-59
ProCarManuals.com

Vehicle Identication
Vehicle Identication
Number (VIN)
This is the legal identier for the
vehicle. It appears on a plate in
the front corner of the instrument
panel, on the driver side. It can
be seen through the windshield from
outside the vehicle. The VIN also
appears on the Vehicle Certication
and Service Parts labels and the
certicates of title and registration.
Engine Identication
The eighth character in the VIN is
the engine code. This code
helps identify the vehicle’s engine,
specications, and replacement
parts. See “Engine Specications”
underCapacities and Specifications
on page 5-81for the vehicle’s
engine code.
Service Parts
Identication Label
This label is on the inside of the
glove box. It is very helpful if parts
need to be ordered. The label
has the following information:
Vehicle Identication
Number (VIN)
Model designation
Paint information
Production options and special
equipment
Do not remove this label from the
vehicle.
Electrical System
Intermediate Voltage
Devices and Wiring
{CAUTION
Exposure to intermediate voltage
can cause shock and burns. The
intermediate voltage systems in
the vehicle can only be serviced by
technicians with special training.
Intermediate voltage devices are
identied by labels. Do not
remove, open, take apart, or
modify these devices. Intermediate
voltage cable or wiring has blue
covering. Do not probe, tamper
with, cut, or modify intermediate
voltage cable or wiring.
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Instrument Panel Fuse
Block
The instrument panel fuse block is
located on the passenger side
of the lower console.
Pull the latch of the fuse box cover
straight back to access the
fuses.
FusesUsage
PWR SEAT Power Seat PASS
P/WIN Passenger Side
Power Window
DRIV
P/WIN Driver Side Power
Window
S/ROOF Sunroof Module CIGAR Cigarette LighterFuses Usage
ECM/TCM Engine Control
Module
(ECM)/Transmission
Control Module
(TCM)
FSCM Fuel Storage Control
Module
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Fuses Usage
ISRVMInside Rearview
Mirror
CLUSTERInstrument Panel
Cluster
AIR BAG Airbag System
OSRVMOutside Rearview
Mirror
KEY CAPKey Capture
Solenoid
WHL S/WSteering Wheel
Switch
F/DR LCKFront Driver Door
Lock
APO2Accessory Power
Outlet 2
BCM (VB3)Body Control
Module (BCM)
(VB3)
DR LCK Door Lock
BCM (VB6)Body Control
Module (VB6)
BCM (VB4)Body Control
Module (VB4)Fuses Usage
BCM (VB5)Body Control
Module (VB5)
TRL Trailer
AIRCON Air Conditioner
AUDIO Audio
BCM (VB7)Body Control
Module (VB7)
IGN SW Ignition Switch
AIR BAG Air Bag System
WASHER Washer Pump
APO1Accessory Power
Outlet 1
FSCMFuel Storage Control
Module
RR CLR Rear Closure
BCM (VB2)Body Control
Module (VB2)
DRLDaytime Running
Light
BCM (VB1)Body Control
Module (VB1)
ONSTAR OnStar
®
Relays Usage
RELAY
ACC/RAPAccessory, Retained
Accessory Power
(RAP) Relay
RELAY
RUN/C
RANKRun/Crank Relay
Underhood Fuse Block
The underhood fuse block is located
on the driver side of the engine
compartment, near the battery.
Notice:Spilling liquid on
any electrical components on the
vehicle may damage it. Always
keep the covers on any electrical
component.
Service and Appearance Care 5-77
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