engine KIA Optima Hybrid 2012 3.G Owner's Manual

Engine / 8-2
Capacity/weight / 8-2
Battery / 8-2
Air conditioning / 8-2
Dimensions / 8-3
Bulb wattage / 8-3
Tires and wheels / 8-4
Recommended lubricants and capacities / 8-5
Vehicle identification number (VIN) / 8-7
Vehicle certification label / 8-7
Tire specification and pressure label / 8-8
Engine number / 8-8
Refrigerant label / 8-8
Specifications, Consumer information,
Reporting safety defects8

Specifications, Consumer information, Reporting safety defects
28
CAPACITY/WEIGHT
Item
Displacement
Bore x Stroke
Firing order
No. of cylinders Gasoline (2.4)
2359 cc (143.96 cu.in)
88 x 97 mm (3.46 x 3.82 in.) 1-3-4-2
4, In-line
ENGINE BATTERY
Gross vehicle weight
kg (lbs.) Gasoline (2.4
)
2080 (4586)
280 (9.9)
Item
Luggage volume l(cu ft) A/T
Item
Battery pack voltage
Cell voltage
Cell and module
configuration
Battery system weight
Dimensions Hybrid
270V
3.75V
72 cells (9 modules x 8 cells per module)
42 kg (93 Ibs.) (system) 54.4L (211*355*726)
AIR CONDITIONING
Refrigerant type
Compressor oil R - 134a
PVE (Poly Vinyl Ether)
Components powered by the battery pack
- Electric motor, Power cable, HSG, Inverter/LDC, A/C Compressor

5
Specifications, Consumer information, Reporting safety defects
RECOMMENDED LUBRICANTS AND CAPACITIES
To help achieve proper engine and powertrain performance and durability, use only lubricants of the proper quality. The correct
lubricants also help promote engine efficiency that results in improved fuel economy.
These lubricants and fluids are recommended for use in your vehicle.
*
1Refer to the recommended SAE viscosity numbers on the next page.
*2Engine oils labeled Energy Conserving Oil are now available. Along with other additional benefits, they contribute to fuel econ-
omy by reducing the amount of fuel necessary to overcome engine friction. Often, these improvements are difficult to measure
in everyday driving, but in a year’s time, they can offer significant cost and energy savings.
*
3If the API service SM engine oil is not available in your country, you are able to use API service SL.
LubricantVolumeClassification
Engine oil *1 *2
(drain and refill)
Recommended
(or equivalent)4.76 US qt. (4.5 l)API Service SM*3,
ILSAC GF-4 or above
Automatic transaxle fluid6.87 US qt. (6.5 l)MICHANG ATF SP-IV, SK ATF SP-IV
NOCA ATF SP-IV, KIA genuine ATF SP-IV
Coolant 6.97~7.29 US qt. (6.6~6.9 l)Mixture of antifreeze and water (Ethylene glycol base
coolant for aluminum radiator)
Inverter coolant2.39 US qt. (2.26 l)Mixture of antifreeze and water (Ethylene glycol basecoolant for aluminum radiator)
Brake fluid0.7~0.8 US qt.
(0.7~0.8 l)FMVSS116 DOT-3 or DOT-4
Fuel17.2 US gal. (65 l)Unleaded gasoline
8

Specifications, Consumer information, Reporting safety defects
68
Recommended SAE viscosity
number Engine oil viscosity (thickness) has an
effect on fuel economy and cold weather
operating (engine start and engine oil
flowability). Lower viscosity engine oils
can provide better fuel economy and cold
weather performance, however, higher
viscosity engine oils are required for sat-
isfactory lubrication in hot weather. Using
oils of any viscosity other than those rec-
ommended could result in engine dam-
age.When choosing an oil, consider the
range of temperature your vehicle will be
operated in before the next oil change.
Proceed to select the recommended oil
viscosity from the chart.
CAUTION
Always be sure to clean the area
around any filler plug, drain plug, ordipstick before checking or drain-ing any lubricant. This is especiallyimportant in dusty or sandy areasand when the vehicle is used on unpaved roads. Cleaning the plugand dipstick areas will prevent dirtand grit from entering the engineand other mechanisms that couldbe damaged.
Temperature Range for SAE Viscosity Numbers
Temperature
Engine Oil *
1
°C
(°F)-30 -20 -10 0 10 20 30 40 50 -10 0 20 40 60 80 100 120
1. For better fuel economy, it is recommended to use theengine oil of a viscosity grade SAE 5W-20 (API Service SM
/ ILSAC GF-4). However, if the engine oil is not available,
select the proper engine oil using the engine oil viscosity
chart.
10W-30
5W-20, 5W-30

Specifications, Consumer information, Reporting safety defects
88
The tires supplied on your new vehicle
are chosen to provide the best perform-
ance for normal driving.
The tire label located on the driver's side
center pillar gives the tire pressures rec-
ommended for your vehicle.The engine number is stamped on the
engine block as shown in the drawing.
The refrigerant label is located on the
engine hood.
OMG055004
ENGINE NUMBER
OYFH081003NOTFH081005N
REFRIGERANT LABEL
TIRE SPECIFICATION AND
PRESSURE LABEL

H2
Kia Hybrid-Electric Vehicle (HEV) uses
a gasoline engine and an electric
motor for power. The electric motor is
run from a 270V high voltage HEV bat-
tery.
The HEV computer decides when to
use the engine and when to use elec-
tric motor, according to driving condi-
tions. At times, both are used simulta-
neously.
By turning off the engine under cer-
tain conditions and using the electric
motor alone, the HEV system saves
fuel.
When the HEV battery reaches a low
state of charge, the engine will cycle
on and off to recharge the battery.
Charging also occurs when decelerat-
ing by using regenerative braking.Hybrid System Display
Many of the displays provide information
about the hybrid system, such as the
ECO Level and ECO Score.
The ECO Level displays inform the driver
of the vehicle's fuel efficiency. If the vehi-
cle is driven economically, the ECO Level
rises. When the vehicle is driven in EV
mode, there is a reduction in carbon diox-
ide (CO2) emissions.
The Total ECO Score display indicates
the number of times the ECO Level has
reached its maximum.ECO Level display
When the vehicle is started, the ECO
Level display will indicate level number 4.
If you drive economically, the ECO Level
will increase. However, if you do not drive
economically, the ECO Level will
decrease.
Kia HYBRID SYSTEM
OTFH042300

H3
Total ECO Score display
If your ECO Level reaches its maximum,
your Total ECO Score automatically rises
by 1 point. Total ECO Score points are
saved and accumulate over time.
The image displayed on Total ECO Score
will change continuously, adding leaves
and flowers to a branch.
State of charge
The state of charge (SOC) gauge indi-
cates the hybrid battery's charge level. If
the SOC is near Low (L) level, the vehicle
automatically operates the engine to
charge the battery. However, if the serv-
ice indicator and MIL(Malfunction indica-
tor lamp) turn on when the State of
Charge(SOC) is near L, the vehicle
should be towed. Refer to the chapter 6.
OTFH042301C
OTFH040225N
WARNING
Never crank the engine for a pro-
longed time without the engine
starting. This could result in the
HEV battery becoming totally dis-
charged and is likely to be dam-
aged.

H4
Kia hybrid system notifies the drivers of
energy flow in various operating modes.
Twelve Modes show drivers the current
operating condition.
Vehicle Stop
The mode means the vehicle at stop.
(No energy flow)
EV Propulsion
Electric power is used to move the vehi-
cle. (Battery ➞Wheel)
Power Assist
Electric and Engine power are used to
move the vehicle.
(Battery & Engine ➞ Wheel)
Engine Only Propulsion
Engine power is used to move the vehi-
cle. (Engine ➞Wheel)
Engine Generation
Vehicle is stopped with the Engine charg-
ing the hybrid battery.
(Engine ➞Battery)
OPTIMA HYBRID ENERGY FLOW
OTFH040214NOTFH040217N
OTFH040218NOTFH040215N
OTFH040221N

H5
Regeneration
Hybrid battery is being charged by
regenerative braking.
(Wheel ➞Battery)
Engine Brake
The vehicle is being slowed by engine
compression.
(Wheel ➞Engine)
Power Reserve
Engine is both driving the vehicle and
charging the hybrid battery.
(Engine ➞ Wheel & Battery)
Engine Generation/Motor Drive
The vehicle is being slowed by engine
compression and regenerative brak-
ing. The hybrid battery is being
charged by regenerative braking.
(Engine ➞Battery ➞Wheel)
Engine Generation/Regeneration
The engine and regenerative brake sys-
tem charges the hybrid battery.
(Engine & Wheel ➞ Battery)
Engine Brake/Regeneration
The engine friction is used to vehicle
brake system and the regenerative brake
charges the hybrid battery.
(Wheel ➞Engine & Battery)
OTFH040219NOTFH040223N
OTFH040222NOTFH040216NOTFH040220N
OTFH040224N

H6Starting the Hybrid System
1. Carry the smart key into the vehicle.
2. Make sure the parking brake is firmly
applied.
3. Place the shift lever in the P(Park) position.
In N (neutral) position, you can not
start the vehicle.
4. Depress the brake pedal.
5. Press the engine start/stop button.
6. The engine should be started without pressing the accelerator. In extremely
cold weather or after the vehicle has
not been operated fro several days, let
the engine warm up without depress-
ing the accelerator.
• Even if the smart key is in the vehicle,if it is far away from you, the engine
may not start.
in the ACC or ON position, if any door
is open, the system checks for the
smart key. If the smart key is not in
the vehicle, the warning, "Key is not
in vehicle" will come on, and if all
doors are closed, the chime will also
sound for about 5 seconds. The indi-
cator will turn off while the vehicle is
moving. Keep the smart key in the
vehicle when using the ACC position
or if the vehicle engine is on.
If the starting procedure is followed,
the "READY" symbol on the instru-
ment cluster will turn on. For more
details, Please check chapter 5.
ECONOMICAL and SAFE OPERA-
TION of Hybrid system
Drive smoothly. Accelerate at a mod- erate rate and maintain a steady cruis-
ing speed. Don't make "jack-rabbit"
starts. Don't race between stoplights.
Avoid heavy traffic whenever possible.
Always maintain a safe distance from
other vehicles so you can avoid unnec-
essary braking. This also reduces
brake wear.
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 runs in "N" position, the hybrid system cannot generate
electricity. The hybrid battery cannot
recharge in "N" position. Please refer
to chapter 5.
STARTING THE HYBRID VEHICLE (SMART KEY)