brakes KIA RIO 2020 Owner's Guide

What to do in an emergency
18
7
You may not be able to identify a low
tire by simply looking at it. Always
use a good quality tire pressure
gauge to measure the tire's inflation
pressure. Please note that a tire that
is hot (from being driven) will have a
higher pressure measurement than a
tire that is cold (from sitting station-
ary for at least 3 hours and driven
less than 1.6 km (1 mile) during that
3 hour period).
Allow the tire to cool before measur-
ing the inflation pressure. Always be
sure the tire is cold before inflating to
the recommended pressure.
A cold tire means the vehicle has
been sitting for 3 hours and driven for
less than 1.6 km (1 mile) in that 3
hour period.
Never use tire sealant if your vehicle
is equipped with a Tire Pressure
Monitoring System. The liquid
sealant can damage the tire pres-
sure sensors. The TPMS cannot alert you to
severe and sudden tire damage
caused by external factors such as
nails or road debris.
If you feel any vehicle instability, immediately take your foot off the
accelerator, apply the brakes grad-
ually and with light force, and slow-
ly move to a safe position off the
road.
✽ ✽ NOTICE - Protecting TPMS
Tampering with, modifying, or dis-
abling the Tire Pressure Monitoring
System (TPMS) components may
interfere with the system's ability to
warn the driver of low tire pressure
conditions and/or TPMS malfunc-
tions. Tampering with, modifying,
or disabling the Tire Pressure
Monitoring System (TPMS) compo-
nents may void the warranty for
that portion of the vehicle.
This device complies with
Industry Canada licence-exempt
RSS standard(s).
Operation is subject to the following
two conditions:
(1) This device may not cause inter-
ference, and
(2) This device must accept any interference, including interfer-
ence that may cause undesired
operation of the device.
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What to do in an emergency
Emergency towingIf towing is necessary, we recom-
mend you have it done by an
authorized Kia dealer or a com-
mercial tow truck service.
If towing service is not available in an
emergency, your vehicle may be
temporarily towed using a cable or
chain secured to the emergency tow-
ing hook under the front (or rear) of
the vehicle. Use extreme caution
when towing the vehicle. A driver
must be in the vehicle to steer it and
operate the brakes.
Towing in this manner may be done
only on hard-surfaced roads for a
short distance and at low speeds.
Also, the wheels, axles, power train,
steering and brakes must all be in
good condition.
Do not use the towing hooks to pulla vehicle out of mud, sand or other
conditions from which the vehicle
cannot be driven out under its own
power.
Avoid towing a vehicle heavier than the vehicle doing the towing. The drivers of both vehicles should
communicate with each other fre-
quently.
Attach a towing strap to the towing hook.
Using a portion of the vehicle other than the tow hooks for towing may
damage the body of your vehicle.
Use only a cable or chain specifical- ly intended for use in towing vehi-
cles. Securely fasten the cable or
chain to the towing hook provided.
Accelerate or decelerate the vehicle in a slow and gradual manner while
maintaining tension on the tow rope
or chain to start or drive the vehicle,
otherwise tow hooks and the vehi-
cle may be damaged.
Before emergency towing, check that the hook is broken or dam-
aged.
Fasten the towing cable or chain securely to the hook.
Do not jerk the hook. Apply it steadily with even force.
To avoid damaging the hook, do not pull from the side or at a vertical
angle. Always pull straight ahead.
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What to do in an emergency
Emergency towing precautions
Turn the ignition switch to ACC sothe steering wheel isn’t locked.
Place the transmission shift lever in N (Neutral).
Release the parking brake.
Press the brake pedal with more force than normal since you will
have reduced brake performance.
More steering effort will be required because the power steer-
ing system will be disabled.
If you are driving down a long hill, the brakes may overheat and brake
performance will be reduced. Stop
often and let the brakes cool off.
The vehicle should be towed at a speed of 25 km/h (15 mph) or less
within the distance of 20 km (12
miles).
If the car is being towed with all four
wheels on the ground, it can be
towed only from the front. Be sure
that the transmission is in neutral. Be
sure the steering is unlocked by plac-
ing the ignition switch in the ACC
position. A driver must be in the
towed vehicle to operate the steering
and brakes.CAUTION- Intelligent vari-
able transmission
To avoid serious damage to the intelligent variable trans-mission, limit the vehiclespeed to 10 mph (15 km/h) anddrive less than 1 mile (1.5km/h) when towing.
Before towing, check for an intelligent variable transmis-sion fluid leak under yourvehicle. If the intelligent vari-able transmission fluid is leak-ing, a flatbed equipment ortowing dolly must be used.
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851
Maintenance
Production options weight:The
combined weight of installed regular
production options weighing over 2.3
kg (5 lb.) in excess of the standard
items which they replace, not previ-
ously considered in curb weight or
accessory weight, including heavy
duty brakes, ride levelers, roof rack,
heavy duty battery, and special trim.
Recommended Inflation Pressure:
Vehicle manufacturer's recommend-
ed tire inflation pressure and shown
on the tire placard.
Radial Ply Tire: A pneumatic tire in
which the ply cords that extend to the
beads are laid at 90 degrees to the
centerline of the tread.
Rim: A metal support for a tire and
upon which the tire beads are seat-
ed.
Sidewall: The portion of a tire
between the tread and the bead. Speed Rating:
An alphanumeric
code assigned to a tire indicating the
maximum speed at which a tire can
operate.
Traction: The friction between the
tire and the road surface. The
amount of grip provided.
Tread: The portion of a tire that
comes into contact with the road.
Treadwear Indicators: Narrow
bands, sometimes called "wear
bars," that show across the tread of a
tire when only 1/16 inch of tread
remains.
UTQGS: Uniform Tire Quality
Grading Standards, a tire information
system that provides consumers with
ratings for a tire's traction, tempera-
ture and treadwear. Ratings are
determined by tire manufacturers
using government testing proce-
dures. The ratings are molded into
the sidewall of the tire.
Vehicle Capacity Weight: The num-
ber of designated seating positions
multiplied by 68kg (150 lbs.) plus the
rated cargo and luggage load. Vehicle Maximum Load on the
Tire:
Load on an individual tire due
to curb and accessory weight plus
maximum occupant and cargo
weight.
Vehicle Normal Load on the Tire:
Load on an individual tire that is
determined by distributing to each
axle its share of the curb weight,
accessory weight, and normal occu-
pant weight and driving by 2.
Vehicle Placard: A label permanent-
ly attached to a vehicle showing the
original equipment tire size and rec-
ommended inflation pressure.
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Maintenance
Exterior care
Exterior general caution
It is very important to follow the label
directions when using any chemical
cleaner or polish. Read all warning
and caution statements that appear
on the label.
Finish maintenance
Washing
To help protect your vehicle’s finish
from rust and deterioration, wash it
thoroughly and frequently at least
once a month with lukewarm or cold
water.
If you use your vehicle for off-road
driving, you should wash it after each
off-road trip. Pay special attention to
the removal of any accumulation of
salt, dirt, mud, and other foreign mate-
rials. Make sure the drain holes in the
lower edges of the doors and rocker
panels are kept clear and clean.
Insects, tar, tree sap, bird droppings,
industrial pollution and similar
deposits can damage your vehicle’s
finish if not removed immediately.
Even prompt washing with plain water
may not completely remove all these
deposits. A mild soap, safe for use on
painted surfaces, may be used.
After washing, rinse the vehicle thor-
oughly with lukewarm or cold water.
Do not allow soap to dry on the finish.
APPEARANCE CARE
WARNING
After washing the vehicle, test
the brakes while driving slowly
to see if they have been affected
by water. If braking performance
is impaired, dry the brakes by
applying them lightly while
maintaining a slow forward
speed.
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Maintenance
102
8
Underbody maintenance
Road salt and other corrosive chemi-
cals are used in cold weather states to
melt snow and prevent ice accumula-
tion. If these chemicals are not regu-
larly removed, they will corrode the
vehicle underbody and over time dam-
age fuel lines, the fuel tank retention
system, the vehicle suspension, the
exhaust system, and even the body
frame.
Wash the undercarriage of your
vehicle regularly during the winter
and whenever your vehicle has
been exposed to such salts or
chemicals.
Do a thorough washing of the undercarriage at the end of the
winter.
Use professional service techni- cians or governmental inspection
stations to annually inspect for cor-
rosion. Immediately seek an inspection of
your vehicle if you become visually
aware of corrosion flaking or scal-
ing or if you become aware of a
change in vehicle performance,
such as soft or spongey brakes,
fluids leaking, impairment of direc-
tional control, suspension noises
or rattling metal straps.
Aluminum wheel maintenance
The aluminum wheels are coated
with a clear protective finish.
Do not use any abrasive cleaner,polishing compound, solvent, or
wire brushes on aluminum wheels.
They may scratch the finish.
Clean the wheel when it has cooled.
Use only a mild soap or neutral detergent, and rinse thoroughly
with water. Also, be sure to clean
the wheels after driving on salted
roads. This helps prevent corro-
sion.
Avoid washing the wheels with highspeed vehicle wash brushes.
Do not use any alkaline or acid detergents as they may damage or
corrode aluminum wheels coated
with a clear protective finish.
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Index
Good braking practices ..............................................6-40
Hill-start Assist Control (HAC) ..................................6-37
Parking brake ..............................................................6-29
Power brakes ..............................................................6-27
Vehicle Stability Management (VSM)........................6-38
Brake/clutch fluid ..........................................................8-26 Checking the brake/clutch fluid level ........................8-26
Bulb wattage ....................................................................9-3
Checking fluid levels ....................................................8-20
Child Restraint System (CRS) ......................................3-28 Using a child restraint system ....................................3-29
Climate control air filter ................................................8-31 Filter inspection ..........................................................8-31
Cruise Control system ..................................................6-54 Cruise control switch ..................................................6-54
To cancel cruise control ..............................................6-57
To decrease the cruising speed ..................................6-56
To increase cruise control set speed ..........................6-56
To resume cruising speed at more than approximately 30 km/h (20 mph) ....................................................6-57
To set cruise control speed..........................................6-55
To temporarily accelerate with the cruise control on 6-56
To turn cruise control off ............................................6-58 Declaration of conformity ............................................5-42
IC ........................................................................\
........5-42
Defroster ......................................................................4-\
108 Rear window defroster ..............................................4-108
Dimensions ......................................................................9-\
2
Door locks......................................................................4-\
19 Auto door lock/unlock feature ....................................4-22
Child-protector rear door lock ....................................4-22
Impact sensing door unlock system ............................4-22
Operating door locks from inside the vehicle ............4-20
Operating door locks from outside the vehicle ..........4-19
Speed sensing door lock system ................................4-22
Economical operation ....................................................6-60
Emergency starting ..........................................................7-5 Jump starting ................................................................7-5
Push-starting ................................................................7-6
Emission control system ..............................................8-108 Crankcase emission control system ..........................8-108
Evaporative emission control (including ORVR: Onboard Refueling Vapor Recovery) system ........8-108
Exhaust emission control system ..............................8-109
Engine ........................................................................\
......9-2
Engine compartment ................................................2-7, 8-4
C
D
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