2007 SUZUKI AERIO brake

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54G27-03E
65D614
2) Remove the reservoir by lifting it up,
and drain the reservoir completely.
60A212
3) Loosen the drain plug attached to the
lower part of the radiator and drain the
engine coolant into a suitable container.
4) Reinstall the reservoir and fill it with
engine coolant to the “FULL” line.
5) Tighten the drain plug on the radiator,
fill the radiator with engine coolant and
install the radiator cap.
6) After filling, let the engine idle for about
2 – 3 minutes to get rid of air in the
cooling system. Then, stop the engine.
7) Check the engine coolant level in the
radiator again. If the level has gone
down, add more engine coolant.
Windshield Washer Fluid
65D108
54G255
(1) half full
(2) 1/4 full
(3) empty
WARNING
It is hazardous to remove the radiator
cap when the engine coolant temper-
ature is high, because scalding fluid
and steam may be blown out under
pressure. Wait until the engine cool-
ant temperature has lowered before
removing the cap.
CAUTION
The engine coolant must be replaced
with the vehicle on level ground.
(or opposite side)
0 1/4 1/2
(1)(2)(3)
Brakes: 6

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54G27-03E
Check that there is washer fluid in the tank
by looking at the washer fluid level gauge
which is attached to the cap of the washer
fluid tank. If the fluid level is near “0” mark,
refill it.
Use a good quality windshield washer
fluid, diluted with water as necessary.
Air Cleaner
54G421
(1) Mass air flow sensor
If the air cleaner is clogged with dust, there
will be greater intake resistance, resulting
in decreased power output and increased
fuel consumption.
To remove the air cleaner element:
1) Loosen the clamp of the hose and
detach the hose from the cover.
2) Remove the connector of the Mass air
flow sensor.
3) Unclamp the side clamps.
4) With the right end of the cleaner cover
lifted, move the cover to the left to
remove it.
5) Remove the element from the air
cleaner. If it appears to be dirty, replace
it with a new one.
WARNING
Do not use “anti-freeze” solution in
the windshield washer reservoir. This
can severely impair visibility when
sprayed on the windshield, and also
damage your vehicle’s paint.
CAUTION
Damage may result if the washer
motor is operated with no fluid in the
washer tank.
(1)
CAUTION
The air cleaner element should be
replaced every 50000 km (30000
miles). More frequent replacement is
necessary when you drive under
dusty conditions.
Brakes: 6
Steering Wheel: 6

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54G27-03E
BrakesBrake Fluid
52D033
Check the brake fluid level by looking at
the reservoir in the engine compartment.
Check that the fluid level is between the
“MAX” and “MIN” lines. If the brake fluid
level is near the “MIN” line, fill it up to the
“MAX” line with DOT3 brake fluid.
52D123
MAX
MIN
EXAMPLE
WARNING
Failure to follow the guidelines below
can result in personal injury or seri-
ous damage to the brake system.
 If the brake fluid in the reservoir
drops below a certain level, the
brake warning light on the instru-
ment panel will come on (the
engine must be running with the
parking brake fully disengaged.)
Should the light come on, immedi-
ately ask your SUZUKI dealer to
inspect the brake system.
 A rapid fluid loss indicates a leak in
the brake system which should be
inspected by your SUZUKI dealer
immediately.
 Brake fluid can harm your eyes and
damage painted surfaces. Use cau-
tion when refilling the reservoir.
(Continued)
or
WARNING
(Continued)
 Do not use any fluid other than
DOT3 brake fluid. Do not use
reclaimed fluid or fluid that has
been stored in old or open contain-
ers. It is essential that foreign parti-
cles and other liquids are kept out
of the brake fluid reservoir.
WARNING
Brake fluid is harmful or fatal if swal-
lowed, and harmful if it comes in con-
tact with skin or eyes. If swallowed,
do not induce vomiting. Immediately
contact a poison control center or a
physician. If brake fluid gets in eyes,
flush eyes with water and seek medi-
cal attention. Wash thoroughly after
handling. Solution can be poisonous
to animals. Keep out of the reach of
children and animals.
CAUTION
The brake fluid should be replaced
according to the maintenance sched-
ule. Have the brake fluid replaced by
your SUZUKI dealer.
Tires: 6

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54G27-03E
NOTE:
With disc brakes, the fluid level can be
expected to gradually fall as the brake
pads wear.Brake Pedal
65D345
With the engine running and the parking
brake set, measure the distance between
the brake pedal and floor wall when the
pedal is depressed with approximately 300
N (66 lbs, 30 kg) of force. The minimum
distance required is as specified. Since
your vehicle’s brake system is self-adjust-
ing, there is no need for pedal adjustment.
If the pedal to floor wall distance as mea-
sured above is less than the minimum dis-tance required, have your vehicle
inspected by your SUZUKI dealer.
60G104
NOTE:
When measuring the distance between the
brake pedal and floor wall, push in the floor
carpet as far as it goes and measure the
distance between the carpet surface and
the brake pedal.
Pedal to wall minimum distance “a”
110 mm (4.3 in.)
“a”
Floor wall
WARNING
If you experience any of the following
problems with your vehicle’s brake
system, have the vehicle inspected
immediately by your SUZUKI dealer.
 Poor braking performance
 Uneven braking (Brakes not work-
ing uniformly on all wheels.)
 Excessive pedal travel
 Brake dragging
 Excessive noise
 (Except ABS equipped vehicle)
Pedal pulsation (Pedal pulsates
when pressed for braking.)
Tires: 6

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Parking Brake Lever
60A226
Check the parking brake for proper adjust-
ment by counting the number of clicks
made by the ratchet teeth as you slowly
pull up on the parking brake lever to the
point of full engagement. The parking
brake lever should stop between the speci-
fied ratchet teeth and the rear wheels
should be securely locked. If the parking
brake is not properly adjusted or the
brakes drag after the lever has been fully
released, have the parking brake
inspected and/or adjusted by your SUZUKI
dealer.
Steering Wheel
65D187
Check the play of the steering wheel by
gently turning it from left to right and mea-
suring the distance that it moves before
you feel slight resistance. The play should
be between the specified values. Check
that the steering wheel turns easily and
smoothly without rattling by turning it all
the way to the right and to the left while
driving very slowly in an open area. If the
amount of free play is outside the specifi-
cation or you find anything else to be
wrong, an inspection must be performed
by your SUZUKI dealer.
Power Steering (if equipped)
54G225
(1) UPPER
(2) LOWER
Check the steering box case, vane pump
and hose connections for leaks or dam-
age.Power Steering FluidCheck the fluid level by looking at the res-
ervoir in the engine compartment when the
fluid is cold (about room temperature).
Check that the fluid level is between the
“UPPER” and “LOWER” lines. If the fluid
level is near the “LOWER” line, fill it up to
the “UPPER” line with an automatic tran-
saxle fluid equivalent to ATF DEXRON
®-II
(Esso JWS 2326) or DEXRON
®-III. Do not
overfill. Ratchet tooth specification “b”
6th – 8th
200 N (44 lbs, 20 kg)
“b”
Steering wheel play “c”
0 – 30 mm (0.0 – 1.2 in.)
“c”
EXAMPLE
Tires: 6

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Clutch Pedal
60B318
Check the clutch pedal for smooth opera-
tion and clutch fluid level from time to time.
If clutch dragging is felt with the pedal fully
depressed, have the clutch inspected by
your SUZUKI dealer. If the clutch fluid level
is near the “MIN” line, fill it up to the “MAX”
line with DOT3 brake fluid.
TiresFor safe operation of your vehicle, it is
important that the tires be the correct type
and size, in good condition, and properly
inflated. Be sure to follow the requirements
and recommendations in this section.Tire Sidewall LabelingUseful information about a tire is molded
into its sidewall. The example below shows
a typical passenger car tire.
Typical Passenger Car Tire Sidewall
67D027
A. Tire Manufacturer
The name of the tire manufacturer is
shown here.
B. Tire Name/Model
The tire name or model is shown
here.C. Tire Size
The tire size code is a combination of
letters and numbers used to define a
particular tire’s width, height, aspect
ratio, construction type, and service
description. See the “Tire Size” expla-
nation later in this section for more
details.
D. U.S. DOT Tire Identification Number
The Department of Transportation
(DOT) marking indicates that the tire
is in compliance with the U.S. Depart-
ment of Transportation Motor Vehicle
Safety Standards. The letters and
numbers following the DOT marking
is the Tire Identification Number
(TIN). The TIN identifies the tire man-
ufacturer and plant, tire size, and date
the tire was manufactured.
E. Uniform Tire Quality Grading (UTQG)
Tire manufacturers are required to
grade tires based on three perfor-
mance factors: treadwear, traction
and temperature resistance. Refer to
the “Uniform Tire Quality Grading”
section for more details.
F. Load Rating
Load rating is the maximum weight a
tire is designed to support in normal
service.
G. Max Inflation Pressure
Max inflation pressure is the maxi-
mum inflation pressure a tire is
designed for.
H. Tire Ply Material
These tire markings describe the type
AH B
G
E
FD
J I
C
Tires: 6

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GLOSSARY OF TIRE TERMINOL-
OGYAccessory Weight – the combined weight
(in excess of those standard items which
may be replaced) of automatic transaxle,
power steering, power brakes, power win-
dows, power seats, radio, and heater, to
the extent that these items are available as
factory-installed equipment (whether
installed or not).
Cold Tire Inflation Pressure – the pressure
in a tire that has been driven less than 1
mile or has been standing for three hours
or more.
Curb Weight – the weight of a motor vehi-
cle with standard equipment including the
maximum capacity of fuel, oil, and coolant,
and, if so equipped, air conditioning and
additional weight optional engine.
Intended Outboard Sidewall – (1) the side-
wall that contains a whitewall, bears white
lettering or bears manufacturer, brand,
and/or model name molding that is higher
or deeper than the same molding on the
other sidewall of the tire, or (2) the outward
facing sidewall of an asymmetrical tire that
has a particular side that must always face
outward when mounted on a vehicle.
Maximum Inflation Pressure – the maxi-
mum cold inflation pressure a tire is
designed to support in normal service.
Maximum Loaded Vehicle Weight – the
sum of curb weight, accessory weight,vehicle capacity weight (total load capac-
ity), and production options weight.
Normal Occupant Weight – 68 kilograms
times the number of occupants specified in
the second column of Table 1 (shown
below).
Occupant distribution – distribution of
occupants in a vehicle as specified in the
third column of Table 1 (shown below).
Production Options Weight – the combined
weight of those installed regular production
options weighing over 2.3 kilograms in
excess of those standard items which they
replace, not previously considered in curb
weight or accessory weight, including
heavy duty brakes, ride levelers, roof rack,
heavy duty battery, and special trim.
Recommended Inflation Pressure – the
cold tire inflation pressure recommended
by a manufacturer.
Rim – metal support for a tire or tire and
tube assembly upon which the tire beads
are seated.
Vehicle Capacity Weight – the rated cargo
and luggage load plus 68 kilograms (150
lbs) times the vehicle’s designated seating
capacity.
Vehicle Maximum Load on the Tire – the
load on an individual tire that is determined
by distributing to each axle its share of the
maximum loaded vehicle weight and divid-
ing by two.Vehicle Normal Load on the Tire – the load
on an individual tire that is determined by
distributing to each axle its share of the
curb weight, accessory weight, and normal
occupant weight (distributed in accordance
with Table 1 shown below) and dividing by
2.
TABLE 1 – Occupant Loading and Dis-
tribution For Vehicle Normal Load For
Various Designated Seating Capacities
Vehicle LoadingYour vehicle was designed for specific
load capacities. The load capacities of
your vehicle are indicated by the Gross
Vehicle Weight Rating (GVWR), the Gross
Axle Weight Rating (GAWR, front and
rear), and the total load capacity, the seat-
ing capacity, and the cargo load capacity.
The GVWR and GAWR (front and rear) are
listed on the Safety Certification Label
which is located below the driver’s side
door latch striker. The total load capacity
and seating capacity are listed on the Tire
and Loading Information Label which is
located below the Safety CertificationDesignated
seating capac-
ity, number of
occupantsVehicle normal
load, number
of occupantsOccupant
distribution in
a normally
loaded vehicle
2 through 4 2 2 in front
5 through 10 32 in front, 1 in
second seat
Fuses: 7

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Fuses in the Engine Compartment
54G119
(1) Main fuse
(2) Heater fuse
(3) ABS fuse (if equipped)
(4) Primary fuse
(5) Primary fuse
(6) Brake light fuse
(7) Fuel injection system fuse
(8) A/C fuse (if equipped)
(9) Radiator fan motor fuse
(10) Head light fuse (L)
(11) Head light fuse (R)
The main fuse, primary fuses and some of
the individual fuses are located in the
engine compartment. If the main fuse
blows, no electrical component will func-
tion. If a primary fuse or an individual fuse
blows, no electrical component in the cor-
responding load group will function. When
replacing the main fuse, a primary fuse oran individual fuse, use a genuine SUZUKI
replacement.
60A243
Fuses under the Dash Board
54G120
15A
15A
60A 60A
60A
30A
80A 30A
20A
15A
15A
(2) (6)
(7)(8)(9)(10)(11)
(1) (3)(4)
(5)
30A
15A
15A
USE THE DESIGNATED FUSES AND
RELAYS ONLY.
WARNING
If the main fuse or a primary fuse
blows, be sure to have your vehicle
inspected by an authorized SUZUKI
dealer. Always use a genuine SUZUKI
replacement. Never use a substitute
such as a wire even for a temporary
fix, or extensive electrical damage
and a fire can result.
BLOWNOK
30A
For power window
Bulb Replacement: 7