2023 HYUNDAI SANTA FE HYBRID ECO mode

Foreword / Hybrid System Overview1-10
Starting the Vehicle
Vehicles with smart key system
1. Carry the smart key or leave it inside the vehicle.
2. Make sure the parking brake is firmly applied.
3. Make sure the shift button is in P (Park). With the shift button in N
(Neutral), you cannot start the vehicle.
4. Depress the brake pedal.
5. Press the Engine Start/Stop button. If the hybrid system starts, the “
”
indicator will come on.
Whether the engine is cold or warm, it
should be started without depressing
the accelerator.
After following the start procedures,
“
” indicator on the instrument
cluster will turn on. For more details,
please check chapter 6.
ECONOMICAL and SAFE OPERATION of
Hybrid system

[ Drive smoothly. Accelerate at a
moderate rate and maintain a steady
cruising speed. Do not make “jack-
rabbit” starts. Do not race between
stoplights.
Avoid heavy traffic whenever possible.
Always maintain a safe distance
from other vehicles so you can
avoid unnecessary braking. This also
reduces brake wear out.

[ The regenerative brake generates
energy when the vehicle decelerates.

[ When the hybrid battery power is
low, the hybrid system automatically
recharges the hybrid battery.

[ When the engine is running with the
shift button in N (Neutral), the hybrid
system cannot generate electricity.
The hybrid battery cannot recharge
with the shift button in N (Neutral).
Information
In the hybrid system, the engine
automatically runs and stops. When
the hybrid system operates, the “
”
indicator is illuminated.
In the following situation, the engine may
operate automatically.
- When the engine is ready to run
- When the hybrid battery is being
charged
- Depending on the temperature
condition of the hybrid battery
Special Features
Hybrid vehicles sound different than
gasoline engine vehicles. When the
hybrid system operates, you may
hear a sound from the hybrid battery
system under the floor. If you apply
the accelerator pedal rapidly, you may
hear an unconventional sound. When
you apply the brake pedal, you may
hear a sound from the regenerative
brake system. When the hybrid system
is turned off or on, you may hear a
sound in the engine compartment. If
you depress the brake pedal repeatedly
when the hybrid system is turned on,
you may hear a sound in the engine
compartment. None of these sounds
indicate a problem. These are normal
characteristics of hybrid vehicles.
If any of following occur, it’s a normal
condition if you hear a motor sound in
the engine compartment:
- After turning off the hybrid system, the brake pedal is released.
- When the hybrid system is turned off, the brake pedal is applied.
- When the driver door is opened.
DRIVING THE HYBRID VEHICLE

01
1-13
Warning and Indicator Lights
Ready indicator
This indicator illuminates:
When the vehicle is ready to be driven. -
ON : Normal driving is possible.
- OFF : Normal driving is not possible, or a problem has occurred.
- Blinking : Emergency driving.
When the ready indicator goes OFF
or blinks, there is a problem with the
system. If this occurs, you have your
vehicle inspected by an authorized
HYUNDAI dealer.
EV mode indicator
This indicator illuminates:
When the vehicle is driven by the electric
mo
tor.
- “EV” indicator ON : Vehicle is driven using the electric motor or the
gasoline engine is stopped.
- “EV” indicator OFF : Vehicle is driven using the gasoline engine.
Service warning light
This warning light illuminates:

[ When y
ou set the ignition switch or
the Engine Start/Stop button to the
ON position.

- The service warning light illuminates
for approximately 3 seconds and
then turns off when all checks have
been performed.

[ When there is a problem with the
hybrid vehicle control system or
hardware.
When the warning light illuminates
while driving, or does not go OFF after
starting the vehicle, you have the vehicle
inspected by an authorized HYUNDAI
dealer.
Regenerative brake warning
light
This warning light illuminates:
When the regenerative brake does not
oper
ate and the brake does not perform
well. This causes the Brake Warning
light (red) and Regenerative Brake
Warning Light (yellow) to illuminate
simultaneously.
If this occurs, drive safely and have
your vehicle inspected by an authorized
HYUNDAI dealer. The operation of the
brake pedal may be more difficult than
normal and the braking distance may
increase.

02
2-15
TIRE SPECIFICATION AND
PRESSURE LABEL
OTM010024L
The tires supplied on your new
vehicle are chosen to provide the best
performance for normal driving.
The tire label located on the driver’s
side center pillar gives the tire pressures
recommended for your vehicle.
ENGINE NUMBER
OTMH010020
The engine number is stamped on the
engine block as shown in the drawing.
AIR CONDITIONER
COMPRESSOR LABEL
OHI088008L
A compressor label informs you the type
of compressor your vehicle is equipped
with such as model, supplier part
number, production number, refrigerant
(1) and refrigerant oil (2).

Seats & Safety System3-42
OHI038146
2. Fasten the lap/shoulder belt latch into the buckle. Listen for the distinct
“click” sound.
Information
Position the release button so that it is easy
to access in case of an emergency.
OHI038147
3. Pull the shoulder portion of the seat belt all the way out. When the
shoulder portion of the seat belt
is fully extended, it will shift the
retractor to the "Automatic Locking"
(child restraint) mode.
OHI038148
4. Slowly allow the shoulder portion of the seat belt to retract and listen for
an audible "clicking" or "ratcheting"
sound. This indicates that the retractor
is in the "Automatic Locking" mode.
If no distinct sound is heard, repeat
steps 3 and 4.
5. Remove as much slack from the belt as possible by pushing down on the
Child Restraint System while feeding
the shoulder belt back into the
retractor.
6. Push and pull on the Child Restraint System to confirm that the seat belt
is holding it firmly in place. If it is not,
release the seat belt and repeat steps
2 through 6.
7. Double check that the retractor is in the "Automatic Locking" mode by
attempting to pull more of the seat
belt out of the retractor. If you cannot,
the retractor is in the "Automatic
Locking" mode.
If your Child Restraint System
manufacturer instructs or recommends
you to use a tether anchor with the lap/
shoulder belt, refer to the previous pages
for more information.

03
3-43
Information
When the seat belt is allowed to retract to
its fully stowed position, the retractor will
automatically switch from the “Automatic
Locking” mode to the emergency lock
mode for normal adult usage.
WARNING
If the retractor is not in the “Automatic
Locking” mode, the child restraint
can move when your vehicle turns or
stops suddenly. A child can be seriously
injured or killed if the child restraint
is not properly anchored in the car,
including manually pulling the seat belt
all the way out to shift the retractor to
the “Automatic Locking” mode.
To remove the Child Restraint System,
press the release button on the buckle
and then pull the lap/shoulder belt out of
the Child Restraint System and allow the
seat belt to retract fully.
WARNING
If a child restraint is installed in the
second row center seat, move the
second row seat far back as possible, to
minimize contact with the front center
air bag.

Seats & Safety System3-46
Where Are the Air Bags?
Driver’s and passenger’s front air
bags
„Driver’s front air bag
OTM030006
„Passenger’s front air bag
OTM030007
Your vehicle is equipped with a
Supplemental Restraint System (SRS)
and lap/shoulder belts at both the driver
and passenger seating positions.
The SRS consists of air bags which are
located in the center of the steering
wheel and the passenger’s side front
panel pad above the glove box.
The air bags are labeled with the letters
“AIR BAG” embossed on the pad covers.
The purpose of the SRS is to provide the
vehicle’s driver and front passengers with
additional protection than that offered
by the seat belt system alone in case of a
frontal impact of sufficient severity. The SRS uses sensors to gather
information about the driver’s and front
passenger's seat belt usage and impact
severity.
The seat belt buckle sensors determine
if the driver and front passenger's seat
belts are fastened. These sensors provide
the ability to control the SRS deployment
based on whether or not the seat belts
are fastened, and how severe the impact
is.
The advanced SRS offers the ability to
control the air bag inflation within two
levels. A first stage level is provided for
moderate-severity impacts. A second
stage level is provided for more severe
impacts.
According to the impact severity, and
seat belt usage, the SRS Control Module
(SRSCM) controls the air bag inflation.
Failure to properly wear seat belts can
increase the risk or severity of injury in an
accident.

03
3-51
During a moderate to severe frontal
collision, sensors will detect the
vehicle’s rapid deceleration. If the rate of
deceleration is high enough, the control
unit will inflate the front air bags, at the
time and with the force needed.
The front air bags help protect the driver
and front passenger by responding to
frontal impacts in which seat belts alone
cannot provide adequate restraint. When
needed, the side air bags help provide
protection in the event of a side impact
or rollover by supporting the side upper
body area.

[Air bags are activated (able to
inflate if necessary) only when the
Engine Start/Stop button is in the
ON or START position, and it can be
activated within about 3 minutes after
the engine is turned off.

[ Air bags inflate in the event of certain
frontal or side collisions to help
protect the occupants from serious
physical injury.

[ There is no single speed at which the
air bags will inflate. Generally, air bags
are designed to inflate based upon the
severity of a collision and its direction.
These two factors determine whether
the sensors produce an electronic
deployment/inflation signal.

[ The front air bags will completely
inflate and deflate in an instant. It is
virtually impossible for you to see the
air bags inflate during an accident. It is
much more likely that you will simply
see the deflated air bags hanging out
of their storage compartments after
the collision.
[
In addition to inflating in serious side
collisions, vehicles equipped with a
rollover sensor, side and/or curtain air
bags will inflate if the sensing system
detects a rollover.
When a rollover is detected, curtain
air bags will remain inflated longer to
help provide protection from ejection,
especially when used in conjunction
with the seat belts. (if equipped with a
rollover sensor)

[ To help provide protection, the air
bags must inflate rapidly. The speed
of air bag inflation is a consequence
of extremely short time in which
to inflate the air bag between the
occupant and the vehicle structures
before the occupant impacts those
structures. This speed of inflation
reduces the risk of serious or
lifethreatening injuries and is thus a
necessary part of air bag design.
However, the rapid air bag inflation
can also cause injuries which can
include facial abrasions, bruises and
broken bones because the inflation
speed also causes the air bags to
expand with a great deal of force.

[ There are even circumstances under
which contact with the air bag can
cause fatal injuries, especially if the
occupant is positioned excessively
close to the air bag.
You can take steps to reduce the risk
of being injured by an inflating air bag.
The greatest risk is sitting too close to
the air bag. An air bag needs about 10
in. (25 cm) of space to inflate. NHTSA
recommends that drivers allow at least
10 in. (25 cm) between the center of the
steering wheel and the chest.

4
4. Instrument Cluster
Instrument Cluster ........................................................................\
.................... 4-4Instrument Cluster Control ........................................................................\
..................4-5Instrument panel illumination ........................................................................\
...........4-5
Gauges and Meters ........................................................................\
..............................4-5 Speedometer .....................................................................\
........................................4-5
Power gauge ........................................................................\
..................................... 4-6
Fuel gauge ........................................................................\
......................................... 4-6
Hybrid battery SOC (State of Charge) gauge ........................................................... 4-7
Outside temperature gauge ........................................................................\
.............. 4-7
Odometer .....................................................................\
............................................. 4-8
Distance to empty ........................................................................\
............................ 4-8
Fuel economy (for 12.3-inch cluster) ....................................................................... 4-9
Transmission Shift Indicator ........................................................................\
............... 4-9 Automatic transmission shift indicator ................................................................... 4-9
Warning and Indicator Lights ........................................................................\
............ 4-10 Seat belt warning light ........................................................................\
.................... 4-10
Air bag warning light ........................................................................\
....................... 4-10
Parking brake & Brake fluid warning light .............................................................. 4-10
Regenerative brake warning light ........................................................................\
.... 4-11
Anti-lock Brake System (ABS) warning light ........................................................... 4-11
Electronic Brake Force Distribution (EBD) system warning light ......................... 4-12
Electric Power Steering (EPS) warning light .......................................................... 4-12
Malfunction Indicator Lamp (MIL) ........................................................................\
.. 4-13
Electronic Parking Brake (EPB) warning light ........................................................ 4-13
AUTO HOLD indicator light ........................................................................\
............. 4-13
Charging system warning light ........................................................................\
....... 4-14
Engine oil pressure warning light ........................................................................\
... 4-14
Low fuel level warning light ........................................................................\
............ 4-15
Service warning light ........................................................................\
....................... 4-15
Exhaust system (GPF) warning light ....................................................................... 4-15
Overspeed warning light ........................................................................\
................. 4-15
Master warning light ........................................................................\
........................ 4-16
Low tire pressure warning light ......................................................................\
........ 4-16
Forward Safety warning light ........................................................................\
...........4-17
Lane Safety indicator light ........................................................................\
...............4-17
All wheel Drive (AWD)warning light.......................................................................\
..4-17
All wheel Drive (AWD) LOCK indicator light ............................................................4-17
LED headlight warning light ........................................................................\
............ 4-18
Icy road warning light ........................................................................\
...................... 4-18
Ready indicator ........................................................................\
................................ 4-19
EV mode indicator ........................................................................\
........................... 4-19
Electronic Stability Control (ESC) indicator light ................................................... 4-19