ignition SATURN VUE 2007 Workshop Manual

Driving in Water
{CAUTION:
Driving through rushing water can be
dangerous. Deep water can sweep your
vehicle downstream and you and your
passengers could drown. If it is only
shallow water, it can still wash away the
ground from under your tires, and you
could lose traction and roll the vehicle
over. Do not drive through rushing water.
Heavy rain can mean ash ooding, and ood
waters demand extreme caution.Find out how deep the water is before you drive
through it. If it is deep enough to cover the
wheel hubs, axles, or exhaust pipe, do not
try it — you probably will not get through.
Also, water that deep can damage the axle
and other vehicle parts.
If the water is not too deep, drive slowly through it.
At faster speeds, water splashes on the ignition
system and your vehicle can stall. Stalling can also
occur if you get the tailpipe under water. And,
as long as the tailpipe is under water, you will
never be able to start the engine. When you go
through water, remember that when the brakes get
wet, it may take you longer to stop.
SeeDriving in Rain and on Wet Roads on
page 264for more information on driving
through water.
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If you drive regularly in steep country, or if you are
planning to visit there, here are some tips that
can make your trips safer and more enjoyable.
Keep your vehicle in good shape. Check
all uid levels and also the brakes, tires,
cooling system, and transaxle. These parts
can work hard on mountain roads.
{CAUTION:
If you do not shift down, the brakes could
get so hot that they would not work well.
You would then have poor braking or
even none going down a hill. You could
crash. Shift down to let the engine assist
the brakes on a steep downhill slope.
{CAUTION:
Coasting downhill in NEUTRAL (N) or with
the ignition off is dangerous. The brakes
will have to do all the work of slowing
down. They could get so hot that they
would not work well. You would then have
poor braking or even none going down a
hill. You could crash. Always have the
engine running and your vehicle in gear
when you go downhill.
Know how to go down hills. The most important
thing to know is this: let your engine do some of
the slowing down. Shift to a lower gear when
you go down a steep or long hill.
Know how to go uphill. You may want to shift
down to a lower gear. The lower gears help
cool your engine and transaxle, and you can
climb the hill better.
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Dinghy Towing
Front-wheel-drive vehicles equipped with a manual
transmission, four-speed automatic transmission
or ve-speed automatic transmission may be
dinghy towed from the front. These vehicles may
also be towed by putting the front wheels on a
dolly. See “Dolly Towing” later in this section.
All-wheel-drive vehicles with the ve-speed
automatic transmission can be dinghy towed from
the front. You can also tow these vehicles by
placing them on a platform trailer with all
four wheels off of the ground. These vehicles
cannot be towed using a dolly.To tow your vehicle from the front with all
four wheels on the ground, do the following:
1. Position and attach the vehicle to tow it behind
the recreational vehicle.
2. Turn the ignition key to ACC.
3. Turn fog lamps and all accessories off.
4. If your vehicle has the manual transmission,
shift your transmission to NEUTRAL and
let the engine run for three minutes, then
turn it off.
If your vehicle has the ve-speed automatic
transmission, shift your transmission from
DRIVE (D) to NEUTRAL (N) and let the engine
run for three minutes. Then turn it off.
Due to transmission uid drain back, the
transmission lubrication procedure in Step 4 is
required every seven hours after the initial
procedure has been completed, regardless of
the vehicle being towed or parked. Once the
procedure is performed, the transmission
is adequately lubricated and can be
recreational vehicle towed for seven hours
prior to repeating the lubrication procedure.
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Once you have reached your destination, do the
following:
1. Set the parking brake.
2. Shift the transmission to REVERSE (R) for a
manual transmission. Shift the transmission to
PARK (P) for an automatic transmission.
3. Turn the ignition key to LOCK and remove the
key from the ignition.
4. Reinstall the large IGN fuse.
Notice:Too much or too little uid can
damage the transmission. Be sure that the
transaxle uid is at the proper level before
towing with all four wheels on the ground.
Notice:Don’t tow a vehicle with the front drive
wheels on the ground if one of the front tires
is a compact spare tire. Towing with two
different tire sizes on the front of the vehicle
can cause severe damage to the transmission.Dolly Towing (All-Wheel-Drive Vehicles)
All-wheel-drive vehicles should not be towed with
two wheels on the ground. To properly tow
these vehicles, they should be placed on a
platform trailer with all four wheels off of the
ground or dinghy towed from the front.
Dolly Towing
(Front-Wheel-Drive Vehicles)
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Engine Oil Life System
When to Change Engine Oil
Your vehicle has a computer system that lets you
know when to change the engine oil and lter.
This is based on engine revolutions and engine
temperature, and not on mileage. Based on driving
conditions, the mileage at which an oil change
will be indicated can vary considerably. For the oil
life system to work properly, you must reset the
system every time the oil is changed.
When the system has calculated that oil life has
been diminished, it will indicate that an oil change is
necessary. A change engine oil light will come on.
SeeChange Engine Oil Light on page 179. Change
the oil as soon as possible within the next 600 miles
(1 000 km). It is possible that, if you are driving
under the best conditions, the oil life system might
not indicate that an oil change is necessary for over
a year. However, the engine oil and lter must be
changed at least once a year and at this time the
system must be reset. Your dealer/retailer has
trained service people who will perform this work
using genuine parts and reset the system. It is also
important to check the oil regularly and keep it at
the proper level.If the system is ever reset accidentally, you must
change the oil at 3,000 miles (5 000 km) since
your last oil change. Remember to reset the oil life
system whenever the oil is changed.
How to Reset the Engine Oil Life
System
The Engine Oil Life System calculates when to
change the engine oil and lter based on vehicle
use. Whenever the oil is changed, reset the
system so it can calculate when the next oil
change is required. If a situation occurs where you
change the oil prior to a change engine oil light
being turned on, reset the system.
After changing the engine oil, reset the system:
1. Turn the ignition key to RUN with the
engine off.
2. Fully press and release the accelerator pedal
three times within ve seconds.
If the change engine oil light is ashing, the
system is reset. The light will ash for up
to 30 seconds or until the ignition is turned off.
If the light comes on again and stays on for
30 seconds at the next ignition cycle, it did not
reset. You will need to reset the system again.
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Notice:If you leave your radio or other
accessories on during the jump starting
procedure, they could be damaged. The repairs
would not be covered by your warranty.
Always turn off your radio and other
accessories when jump starting your vehicle.
3. Turn off the ignition on both vehicles.
Unplug unnecessary accessories plugged into
the cigarette lighter or the accessory power
outlet. Turn off the radio and all lamps that are
not needed. This will avoid sparks and help
save both batteries. And it could save
the radio!
4. Open the hood on the other vehicle and
locate the positive (+) and negative (−)
terminal locations on that vehicle.
Open the hood on your vehicle and nd the
remote positive (+) and remote negative (−)
jump starting terminals.A. Remote Positive
B. Remote Negative
Vehicles equipped with the 2.2L L4 engine,
the remote positive (+) terminal is located
in the engine compartment on the driver’s side
of the vehicle, on the underhood fuse block.
SeeEngine Compartment Overview on
page 314for more information on location.
Access the remote positive (+) terminal
by removing the fuse block cover.
The remote negative (−) terminal is the lift
hook, which is located towards the rear of the
engine on the driver’s side.
2.2L L4 Engine
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Fuses Usage
ABS PWR Anti-lock Brake System Battery
REAR DEFOG Rear Defogger
COOL HI (L4)/
COOL 1 (V6)Cooling Fans High (L4)/Cooling
Fan 1 (V6)
FOG LP Fog Lamps
LH HDLP Driver’s Side Headlamp
RR WIPER Rear Wiper
ABS Anti-lock Brake System Module
PWR WDW Power Window Relay and Sunroof
CIGAR/AUX2 Cigarette Lighter
HVAC
BLOWERHVAC Blower Motor
RH HDLP Right Headlamp
FRT WIPER Front Wiper
ETCEngine Control Module (ECM),
Electronic Throttle Control (V6)
SUNROOF Sunroof Module
BRAKE Stoplamps
IGN Ignition switchFuses Usage
IGN/INJ (L4),
ECM/
CAM (V6)Engine Ignition Module, Fuel
Injectors (2.2L L4 (L61))
Camshaft Sensor, Main Relay
Voltage To PCM, Ignition Coils 1-6
INJECTORS
(3.5L V6 (L66))Fuel Injection
PWR TRAINEngine Control Module (ECM),
Transaxle Control Module (TCM),
Transaxle, L66 Powertrain Control
Module (PCM)
BACKUPLow Coolant Switch, Backup Lamps
(2.2L L4 (L61)), Vehicle Speed
Sensor (Manual), Transaxle Range
Switch (2.2L L4 (L61))
HTD SEATS Heated Seats
COOL
LO (L4)/
COOL 2 (V6)Cooling Fan Low (L4), Cooling
Fan (V6)
A/C CLUTCHAir Conditioning Clutch, Back Up
Lamps (3.5L V6 (L66))
FUEL PUMP Fuel Pump
AUX 1
OUTLETFront Auxiliary Power Outlet
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Fuses Usage
PREM AUD Premium Radio Amplier
ABS Anti-lock Brake System Ignition
PWR SEAT Power Seats
Relays Usage
FOG LP Fog Lamps
COOL FAN
HI (L4)Cooling Fan Motor High
ENG MAINEngine Control Module/CAM,
Emissions, Injectors, Electronic
Throttle Control
REAR DEFOG Rear Defog System
HORN Horn
DRL Daytime Running Lamps
COOL
FAN 1 (V6)Cooling Fan
WIPER
SYSTEMWiper System
Relays Usage
PRW WDOPower Window Switch, Sunroof
Module
FRT WIPER Front Wiper System
COOL FAN
LOW (L4)Cooling Fan Motor Low
A/C CLUTCH Air Conditioning Clutch
BACKUP
LAMPS (V6)Back-up Lamps (V6)
FUEL PUMP Fuel Pump System
RR WIPER Rear Wiper System
COOL
FAN 2 (V6)Cooling Fan (V6)
Misc. Usage
FUSE PULLER Fuse Puller
Diode Air Conditioning Diode
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Automatic Transaxle Shift Lock Control
System Check
{CAUTION:
When you are doing this inspection,
the vehicle could move suddenly. If the
vehicle moves, you or others could be
injured.
1. Before you start, be sure you have enough
room around the vehicle. It should be parked
on a level surface.
2. Firmly apply the parking brake. SeeParking
Brake on page 119.
Be ready to apply the regular brake
immediately if the vehicle begins to move.3. With the engine off, turn the ignition to RUN,
but do not start the engine. Without applying
the regular brake, try to move the shift lever out
of PARK (P) with normal effort. If the shift lever
moves out of PARK (P), contact your Saturn
retailer for service.Ignition Transaxle Lock Check
While parked, and with the parking brake set,
try to turn the ignition to LOCK in each shift lever
position.
With an automatic transaxle, the ignition
should turn to LOCK only when the shift lever
is in PARK (P). The ignition key should
come out only in LOCK.
With a manual transaxle, the ignition key
should come out only in LOCK.
Contact your Saturn retailer if service is required.
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similar government office; as part of GM’s defense
of litigation through the discovery process; or, as
required by law. Data that GM collects or receives
may also be used for GM research needs or may be
made available to others for research purposes,
where a need is shown and the data is not tied to a
specic vehicle or vehicle owner.
Others may be able to retrieve this data if they
have access to the vehicle and have the special
equipment necessary to download the data.
OnStar
If your vehicle has OnStar®and you subscribe
to the OnStar®services, please refer to the
OnStar®Terms and Conditions for information
on data collection and use. See alsoOnStar®
System on page 128for more information.
Navigation System
If your vehicle has anavigation system,
use of the system may result in the storage of
destinations, addresses, telephone numbers,
and other trip information.Please refer to
the navigation system operating manual for
information on stored data and for deletion
instructions.
Radio Frequency
Identication (RFID)
RFIDtechnology is used in some vehicles for
functions such as tire pressure monitoring
and ignition system security, as well as in
connection with conveniences such as key fobs
for remote door locking/unlocking and starting,
and in-vehicle transmitters for garage door
openers. RFID technology in GM vehicles
does not use or record personal information
or link with any other GM system containing
personal information.
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