technical specifications JEEP CHEROKEE 2020 Owner handbook (in English)

GETTING TO KNOW YOUR VEHICLE
GETTING TO KNOW YOUR INSTRUMENT PANEL SAFETY
STARTING AND OPERATING IN CASE OF EMERGENCY
SERVICING AND MAINTENANCE TECHNICAL SPECIFICATIONS MULTIMEDIA
CUSTOMER ASSISTANCE INDEX
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10
IF YOUR ENGINE OVERHEATS ............... 212
GEAR SELECTOR OVERRIDE .................. 213FREEING A STUCK VEHICLE .................. 214TOWING A DISABLED VEHICLE ............. 215
Without The Key Fob .................... 216
Front-Wheel Drive (FWD) Models .... 216
4x4 Models .................................. 216
Recovery Strap — If Equipped ....... 217
ENHANCED ACCIDENT RESPONSE
SYSTEM (EARS) .................................. 217
EVENT DATA RECORDER (EDR) .............. 217
SERVICING AND MAINTENANCE
SCHEDULED SERVICING ....................... 218
Scheduled Servicing —
Gasoline Engine .......................... 218 Scheduled Servicing —
Diesel Engine ............................... 224
ENGINE COMPARTMENT ....................... 229
2.0L Engine ................................ 229
2.4L Engine ................................ 230
3.2L Engine ................................ 231
2.2L Diesel Engine ...................... 232
Checking Oil Level ........................ 233
Cooling System ............................ 234
Adding Washer Fluid .................... 234
Brake System .............................. 234 Manual Transmission —
If Equipped ................................. 236 Automatic Transmission —
If Equipped ................................. 236 Maintenance-Free Battery ............ 236
Pressure Washing ......................... 237
DEALER SERVICE ................................237
Windshield Wiper Blades ............. 237
RAISING THE VEHICLE ..........................241
TIRES .................................................241
Tires — General Information ........ 241
Tire Types ................................... 246
Spare Tires — If Equipped ........... 246
Wheel And Wheel Trim Care ......... 248
Tire Chains And Traction
Devices ...................................... 249 Tire Rotation Recommendations .... 250
STORING THE VEHICLE .........................251BODYWORK .........................................252
Preserving The Bodywork .............. 252
INTERIORS .........................................253
Seats And Fabric Parts ................. 253
Plastic And Coated Parts............... 254
Leather Parts ............................... 254
Glass Surfaces ............................ 254
TECHNICAL SPECIFICATIONS
VEHICLE IDENTIFICATION NUMBER........255BRAKE SYSTEM ...................................255
WHEEL AND TIRE TORQUE
SPECIFICATIONS ..................................256
Torque Specifications ....................256
WHEELS ..............................................256
WEIGHTS.............................................256
FUEL REQUIREMENTS —
GASOLINE ENGINES ..............................257
2.0L Engine .................................257
2.4L And 3.2L Engines .................257
Materials Added To Fuel ................257
Fuel Icon Identification Compliant
To EN16942 ................................257
FUEL REQUIREMENTS —
DIESEL ENGINE ....................................259
Fuel Icon Identification Compliant
To EN16942 ................................259
FLUID CAPACITIES ..............................261
FLUIDS AND LUBRICANTS .....................262
Engine .........................................262
Chassis ........................................265
FUEL CONSUMPTION AND
CO
2 EMISSIONS ..................................266
MOPAR ACCESSORIES .........................266
Authentic Accessories By Mopar .....266
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STARTING AND OPERATING
140
during the pre-heat process, When the
engine “Wait To Start” telltale goes off the
engine will automatically crank.
3. The system will automatically engage thestarter to crank the engine. If the vehicle
fails to start, the starter will disengage
automatically after 30 seconds.
4. If you wish to stop the cranking of the engine prior to the engine starting, push
the ENGINE START/STOP button again.
5. Check that the oil pressure warning light has turned off.
6. Release the parking brake.Engine Warm Up
Avoid full throttle operation when the engine
is cold. When starting a cold engine, bring
the engine up to operating speed slowly to
allow the oil pressure to stabilize as the
engine warms up.
NOTE:
High-speed, no-load running of a cold engine
can result in excessive white smoke and poor
engine performance. No-load engine speeds
should be kept under 1,200 RPM during the
warm-up period, especially in cold ambient
temperature conditions.
ENGINE BREAK-IN
RECOMMENDATIONS
A long break-in period is not required for the
engine and drivetrain (transmission and axle)
in your vehicle.
Drive moderately during the first 300 miles
(500 km). After the initial 60 miles
(100 km), speeds up to 50 or 55 mph (80 or
90 km/h) are desirable. While cruising, brief full-throttle accelera
-
tion within the limits of local traffic laws
contributes to a good break-in. Wide-open
throttle acceleration in low gear can be detri -
mental and should be avoided.
The engine oil installed in the engine at the
factory is a high-quality energy conserving
type lubricant. Oil changes should be consis -
tent with anticipated climate conditions
under which vehicle operations will occur.
For the recommended viscosity and quality
grades, refer to “Fluids And Lubricants” in
“Technical Specifications”.
NOTE:
A new engine may consume some oil during
its first few thousand miles (kilometers) of
operation. This should be considered a
normal part of the break-in and not inter -
preted as a problem.
CAUTION!
To prevent damage to the starter, do not
crank continuously for more than 10
seconds at a time. Wait 10 to 15 seconds
before trying again.
CAUTION!
Never use Non-Detergent Oil or Straight
Mineral Oil in the engine or damage may
result.
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175
Adblue® (UREA) — If Equipped
The vehicle is equipped with an UREA injec-
tion system and Selective Catalytic Reduc -
tion to meet emission standards. These two
systems ensure compliance with the diesel
emissions requirements; at the same time,
they ensure fuel-efficiency, handling, torque
and power. For messages and system warn -
ings, refer to the “Warning Lights And
Messages” in the “Getting To Know Your
Instrument Panel” section. AdBlue® (UREA)
is a very stable product with a long shelf life.
Stored at temperatures LOWER than 90 °F
(32 °C), it has a shelf life of at least one year.
For more information on the AdBlue® liquid
type, see the “Fluids and lubricants” in the
“Technical specifications” section. The
vehicle is equipped with an automatic
AdBlue® heating system when the engine
starts allowing the system to work correctly
at temperatures lower than 12 °F (-11 °C).
NOTE:
AdBlue® freezes at temperatures lower than
12 °F (-11 °C).
AdBlue® (UREA) Storage
AdBlue® (UREA) is considered a very stable
product with a long shelf life. If AdBlue®
(UREA) is kept in temperatures between 10°
and 90°F (-12° and 32°C), it will last a
minimum of one year.
AdBlue® (UREA) is subject to freezing at the
lowest temperatures. For example, AdBlue®
(UREA) may freeze at temperatures at or
below 12° F (-11° C). The system has been
designed to operate in this environment.
NOTE:
When working with AdBlue® (UREA), it is
important to know that:
Any containers or parts that come into
contact with AdBlue® (UREA) must be
AdBlue® (UREA) compatible (plastic or
stainless steel). Copper, brass, aluminum,
iron or non-stainless steel should be
avoided as they are subject to corrosion by
AdBlue® (UREA).
If AdBlue® (UREA) is spilled, it should be
wiped up completely.
Adding AdBlue® (UREA)
Preliminary Conditions
AdBlue® (UREA) freezes at temperatures
lower than 12° F (-11° C). If the car stands
for a long time at this temperature refilling
could be difficult. For this reason, it is
advised to park the vehicle in a garage and/
or heated environment and wait for the
UREA to return to liquid state before topping
up.
Proceed as follows:
Park the car on flat ground and stop the
engine by placing the ignition in the OFF
position.
Open the fuel door, undo and remove the
cap (blue) from the AdBlue® (UREA)
filler.
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199
4. Finish tightening the wheel bolts. Pushdown on the wrench while at the end of
the handle for increased leverage.
Tighten the wheel bolts in a star pattern
until each wheel bolt has been tightened
twice. If in doubt about the correct tight -
ness, have them checked with a torque
wrench by an authorized dealer or service
station.
Refer to “Torque Specifications” in
“Technical Specifications” for the proper
lug bolt torque.
5. Lower the jack until it is free. Remove the wheel chocks. Reassemble the lug
wrench to the jack assembly and stow it
in the spare tire area. Secure the
assembly using the means provided.
Release the parking brake before driving
the vehicle.
6. After 25 miles (40 km), check the wheel bolt torque with a torque wrench to
ensure that all wheel bolts are properly
seated against the wheel.Declaration Of Conformance
1. The undersigned, Tony Fabiano, repre -
senting the manufacturer, herewith
declares that the machinery described
below fulfills all relevant provisions of:
The EC-directive 2006/42/EC on
Machinery
2. Description of machinery.
a) Generic Denomination: Vehicle Jack
b) Function: Lifting Vehicle d)
Vehicle Model c) Model
Code f)
Working Load e) Jack
Type
Jeep®
Compass MK 1200 kg
Max FGMF1
Jeep
Cherokee KL 1000 kg
Max FGLF1
Jeep
Wrangler JL 1000 kg
Max FGLF2
Jeep
Grand
Cherokee WK 1700 kg
Max FGLF3
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235
(Continued)
Fluid Level Check — Brake Master Cylinder
The fluid level of the master cylinder should
be checked whenever the vehicle is serviced,
or immediately if the brake system warning
light is on. If necessary, add fluid to bring
level within the designated marks on the side
of the reservoir of the brake master cylinder.
Be sure to clean the top of the master
cylinder area before removing cap. With disc
brakes, fluid level can be expected to fall as
the brake pads wear. Brake fluid level should
be checked when pads are replaced. If the
brake fluid is abnormally low, check the
system for leaks.
Refer to “Fluids And Lubricants” in “Tech-
nical Specifications” for further information.
WARNING!
Riding the brakes can lead to brake failure
and possibly a collision. Driving with your
foot resting or riding on the brake pedal
can result in abnormally high brake
temperatures, excessive lining wear, and
possible brake damage. You would not
have your full braking capacity in an
emergency.
WARNING!
Use only manufacturer's recommended
brake fluid. Refer to “Fluids And Lubri -
cants” in “Technical Specifications” for
further information. Using the wrong
type of brake fluid can severely damage
your brake system and/or impair its
performance. The proper type of brake
fluid for your vehicle is also identified on
the original factory installed hydraulic
master cylinder reservoir.
To avoid contamination from foreign
matter or moisture, use only new brake
fluid or fluid that has been in a tightly
closed container. Keep the master
cylinder reservoir cap secured at all
times. Brake fluid in a open container
absorbs moisture from the air resulting
in a lower boiling point. This may cause
it to boil unexpectedly during hard or
prolonged braking, resulting in sudden
brake failure. This could result in a colli -
sion.
Overfilling the brake fluid reservoir can
result in spilling brake fluid on hot
engine parts, causing the brake fluid to
catch fire. Brake fluid can also damage
painted and vinyl surfaces, care should
be taken to avoid its contact with these
surfaces.
Do not allow petroleum based fluid to
contaminate the brake fluid. Brake seal
components could be damaged, causing
partial or complete brake failure. This
could result in a collision.
WARNING! (Continued)
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255
TECHNICAL SPECIFICATIONS
VEHICLE IDENTIFICATION
NUMBER
The Vehicle Identification Number (VIN) is
found on the left front corner of the instru-
ment panel. The VIN is visible from outside
of the vehicle through the windshield. The
VIN number also is stamped into the right
front body, on the right front seat cross
member. With the seat in the rear most posi -
tion a flap in the carpet can be cut open and
lifted to reveal the VIN. It also appears on the
Automobile Information Disclosure Label
affixed to a window on your vehicle, the
vehicle registration, and the title. The VIN is also stamped on either right or left
hand side of the engine block.
VIN Location
Right Front Body VIN Location
NOTE:
It is illegal to remove or alter the VIN.
BRAKE SYSTEM
Your vehicle is equipped with dual hydraulic
brake systems. If either of the two hydraulic
systems loses normal capability, the
remaining system will still function.
However, there will be some loss of overall
braking effectiveness. You may notice
increased pedal travel during application,
greater pedal force required to slow or stop,
and potential activation of the Brake
Warning Light.
In the event power assist is lost for any
reason (i.e., repeated brake applications with
the engine off) the brakes will still function.
However, the effort required to brake the
vehicle will be much greater than that
required with the power system operating.
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TECHNICAL SPECIFICATIONS
256
WHEEL AND TIRE TORQUE
SPECIFICATIONS
Proper lug nut/bolt torque is very important
to ensure that the wheel is properly mounted
to the vehicle. Any time a wheel has been
removed and reinstalled on the vehicle, the
lug nuts/bolts should be torqued using a
properly calibrated torque wrench using a
high quality six sided (hex) deep wall socket.
Torque Specifications
**Use only authorized dealer recommended
lug nuts/bolts and clean or remove any dirt or
oil before tightening.
Inspect the wheel mounting surface prior to
mounting the tire and remove any corrosion
or loose particles.
Tighten the lug nuts/bolts in a star pattern
until each nut/bolt has been tightened twice.
Ensure that the socket is fully engaged on
the lug nut/bolt (do not insert it halfway).Torque Pattern
After 25 miles (40 km), check the lug nut/
bolt torque to be sure that all the lug nuts/
bolts are properly seated against the wheel.
WHEELS
Refer to the tire placard label located on the
door sill of the vehicle or to the Registration
Document for the tire size and pressure.
Refer to “Tires” in the “Servicing and main -
tenance” for further information.
WEIGHTS
For further information refer to “Vehicle
Loading” in the “Starting And Operating”
chapter.
Lug Nut/Bolt
Torque **Lug Nut/
Bolt SizeLug Nut/Bolt
Socket Size
100 Ft-Lbs
(135 N·m) M12 x 1.25 17 mm
WARNING!
To avoid the risk of forcing the vehicle off
the jack, do not tighten the lug nuts/bolts
fully until the vehicle has been lowered.
Failure to follow this warning may result in
personal injury.
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TECHNICAL SPECIFICATIONS
258Fuel Icons
What It Means
Unleaded fuel containing up to 2,7% (m/m) oxygen and a maximum ethanol content of 5,0% (V/V) EN228 compliant
fuel
Unleaded fuel containing up to 3,7% (m/m) oxygen and a maximum ethanol content of 10,0% ( V/V) EN228
compliant fuel
Compressed Natural Gas and biomethane for automotive applications EN16723 compliant fuel
Liquefied Petroleum Gas for automotive applications EN589 compliant fuel
Diesel fuel containing up to 7% ( V/V) Fatty Acid Methyl Esters (FAME) EN590 compliant fuel
Diesel fuel containing up to 10% (V/V) Fatty Acid Methyl Esters (FAME) EN16734 compliant fuel
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TECHNICAL SPECIFICATIONS
260Fuel Icons
What It Means
Unleaded fuel containing up to 2,7% (m/m) oxygen and a maximum ethanol content of 5,0% (V/V) EN228 compliant
fuel
Unleaded fuel containing up to 3,7% (m/m) oxygen and a maximum ethanol content of 10,0% ( V/V) EN228
compliant fuel
Compressed Natural Gas and biomethane for automotive applications EN16723 compliant fuel
Liquefied Petroleum Gas for automotive applications EN589 compliant fuel
Diesel fuel containing up to 7% ( V/V) Fatty Acid Methyl Esters (FAME) EN590 compliant fuel
Diesel fuel containing up to 10% (V/V) Fatty Acid Methyl Esters (FAME) EN16734 compliant fuel
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