2007 DODGE CHARGER engine

Points To Remember
NOTE:
When the vehicle is stopped after a few miles
(kilometers) of operation, you may observe vapor coming
from the front of the engine compartment. This is nor-
mally a result of moisture from rain, snow, or high
humidity accumulating on the radiator and being vapor-
ized when the thermostat opens, allowing hot coolant to
enter the radiator.
If an examination of your engine compartment shows no
evidence of radiator or hose leaks, the vehicle may be
safely driven. The vapor will soon dissipate.
•Do not overfill the coolant recovery bottle.
•Check coolant freeze point in the radiator and in the
coolant recovery bottle. If antifreeze needs to be
added, contents of coolant recovery bottle must also be
protected against freezing.
•If frequent coolant additions are required, or if the
level in the coolant recovery bottle does not drop when
the engine cools, the cooling system should be pres-
sure tested for leaks.
•Maintain coolant concentration at 50% HOAT engine
coolant (minimum) and distilled water for proper
corrosion protection of your engine which contains
aluminum components.
•Make sure that the radiator and coolant recovery
bottle overflow hoses are not kinked or obstructed.
•Keep the front of the radiator clean. If your vehicle is
equipped with air conditioning, keep the front of the
condenser clean, also.
•Do not change the thermostat for summer or winter
operation. If replacement is ever necessary, install
ONLY the correct type thermostat. Other designs may
result in unsatisfactory coolant performance, poor gas
mileage, and increased emissions.
Hoses And Vacuum/Vapor Harnesses
Inspect surfaces of hoses and nylon tubing for evidence
of heat and mechanical damage. Hard or soft spots,
brittle rubber, cracking, tears, cuts, abrasions, and exces-
sive swelling indicate deterioration of the rubber.
312 MAINTAINING YOUR VEHICLE

Brake And Power Steering Hoses
When the vehicle is serviced for scheduled maintenance,
inspect surface of hoses and nylon tubing for evidence of
heat and mechanical damage. Hard and brittle rubber,
cracking, tears, cuts, abrasion, and excessive swelling
indicate deterioration of the rubber. Particular attention
should be made to examining those hose surfaces nearest
to high heat sources, such as the exhaust manifold.
Insure nylon tubing in these areas has not melted or
collapsed.
Inspect all hose connections such as clamps and cou-
plings to make sure they are secure and no leaks are
present.
NOTE:
•
Often, fluid such as oil, power steering fluid, and
brake fluid are used during assembly plant operations
to facilitate the assembly of hoses to couplings. There-
fore, oil wetness at the hose-coupling area is not
necessarily an indication of leakage. Actual dripping
of hot fluid when systems are under pressure (during
vehicle operation), should be noted before a hose is
replaced based on leakage.
•Inspect the brake hoses whenever the brake system is
serviced and at every engine oil change. Inspect hy-
draulic brake hoses for surface cracking, scuffing, or
worn spots. If there is any evidence of cracking,
scuffing, or worn spots, the hose should be replaced
immediately! Eventual deterioration of the hose can
take place resulting in a possibility of a burst failure.
WARNING!
Worn brake hoses can burst and cause brake failure.
You could have an accident. If you see any signs of
cracking, scuffing, or worn spots, have the brake
hoses replaced immediately.
314 MAINTAINING YOUR VEHICLE

Master Cylinder — Brake Fluid Level Check
Check the fluid level in the master cylinder immediately
if the brake system warning light indicates system fail-
ure.
Check the fluid level in the master cylinder when per-
forming underhood services.
Clean the top of the master cylinder area before removing
the cap. Add fluid to bring the level up to the top of the
“FULL” mark on the side of the master cylinder reservoir.
Overfilling of fluid is not recommended because it may
cause leaking in the system.
Add enough fluid to bring the level up to the require-
ments described on the brake fluid reservoir. With disc
brakes, fluid level can be expected to fall as the brake
pads wear. However, low fluid level may be caused by a
leak and a checkup may be needed.
Use only manufacturer’s recommended brake fluid. Re-
fer to “Fluids, Lubricants, and Genuine Parts” in this
section for the correct fluid type.WARNING!
•Overfilling the brake fluid reservoir can result in
spilling brake fluid on hot engine parts and the
brake fluid catching fire.
•Use of a brake fluid that has a lower initial boiling
point than the recommended MOPARDOT 3
product or a brake fluid that is unidentified as to
FMVSS specification may result in sudden brake
failure during hard prolonged braking. You could
have an accident.
Use only brake fluid that has been in a tightly closed
container to avoid contamination from foreign matter or
moisture.
CAUTION!
Do not allow petroleum base fluid to contaminate
the brake fluid, all brake seal components could be
damaged causing partial or complete brake failure.
MAINTAINING YOUR VEHICLE 315
7

Fluid and Filter Changes
Automatic transmission fluid and filter should be
changed as follows:
Normal Usage — No change necessary
Severe Usage (fluid and filter) — Refer to Maintenance
Schedule “B”
Severe Usage is defined as:
•Police, taxi, limousine, commercial type operation, or
trailer towing where the vehicle is drivenregularlyfor
more than 45 minutes of continuous operation.
If the transmission is disassembled for any reason, the
fluid and filter should be changed.
Special Additives
Automatic Transmission Fluid (ATF) is an engineered
product and its performance may be impaired by supple-
mental additives. Therefore, do not add any fluid addi-
tives to the transmission. The only exception to this
policy is the use of special dyes to aid in detecting fluid
leaks. In addition, avoid using transmission sealers as
they may adversely affect seals.
All Wheel Drive (AWD) — If Equipped
The all wheel drive system consists of a Transfer Case
and Front Differential. The exterior surface of these
components should be inspected for evidence of fluid
leaks. Confirmed leaks should be repaired as soon as
possible.
The transfer case fluid inspection plug is located in the
middle of the rear housing. To inspect the transfer case
fluid level, remove the inspection plug. The fluid level
should be even with the bottom of the hole. The transfer
case fill plug is located on the rear housing near the
output shaft.
The front differential fill plug is located on the outer
cover near the halfshaft attachment. To inspect the differ-
ential fluid level, remove the fill plug. The fluid level
should be even with or slightly below the bottom of the
hole.
MAINTAINING YOUR VEHICLE 317
7

FUSES (POWER DISTRIBUTION CENTERS)
Fuses (Front Power Distribution Center)
A power distribution center is located in the engine
compartment. This center contains fuses and relays.
Cavity Car-
tridge
FuseMini
FuseDescription
1———
2———
3 — 15 Amp
BlueAdjustable Pedals - if
equipped
4 — 20 Amp
YellowAC Clutch/Horn
5———
6 — 15 Amp
BlueFront Control Module
(FCM)
7 — 20 Amp
YellowFog Lights - if equipped
8 — 15 Amp
BlueLights – License, Park,
Side Marker, Stop, Turn
9 — 15 Amp
BlueFront Control Module
(FCM)
10 — 5 Amp
OrangePowertrain Control
Module (PCM)/Starter
Front Power Distribution Center
MAINTAINING YOUR VEHICLE 323
7

FLUIDS AND CAPACITIES
U.S. Metric
Fuel (approximate)
2.7 Liter Engine 18 gallons 68 liters
3.5 Liter Engine 18 gallons 68 liters
5.7 Liter Engine 19 gallons 72 liters
Engine Oil-With Filter
2.7 Liter Engine (SAE 5W-20, API Certified) 6.0 qts. 5.7 liters
3.5 Liter Engine (SAE 10W-30, API Certified) 6.0 qts. 5.7 liters
5.7 Liter Engine (SAE 5W-20, API Certified) 7.0 qts. 6.6 liters
Cooling System *
2.7 Liter Engine (MoparAntifreeze/Coolant 5 Year/100,000 Mile For-
mula) or equivalent.9.9 qts 9.4 liters
3.5 Liter Engine without All Wheel Drive (MoparAntifreeze/Coolant
5 Year/100,000 Mile Formula) or equivalent.11.1 qts 10.5 liters
3.5 Liter Engine with All Wheel Drive (MoparAntifreeze/Coolant 5
Year/100,000 Mile Formula) or equivalent.11.4 qts 10.8 liters
5.7 Liter Engine without Severe Duty II Cooling System (Mopar
Antifreeze/Coolant 5 Year/100,000 Mile Formula) or equivalent.14.7 qts 13.9 liters
5.7 Liter Engine with Severe Duty II Cooling System (Mopar
Antifreeze/Coolant 5 Year/100,000 Mile Formula) or equivalent.15.1 qts 14.3 liters
* Includes heater and coolant recovery bottle filled to MAX level.
MAINTAINING YOUR VEHICLE 337
7

FLUIDS, LUBRICANTS, AND GENUINE PARTS
Engine
Component Fluids, Lubricants, and Genuine Parts
Engine Coolant MoparAntifreeze/Coolant 5 Year/100,000 Mile Formula HOAT (Hybrid Or-
ganic Additive Technology) or equivalent.
Engine Oil (2.7 Liter) Use API Certified engine oil. SAE 5W-20 is recommended. Refer to the en-
gine oil fill cap for the correct SAE grade meeting DaimlerChrysler Material
Standard MS-6395.
Engine Oil (3.5 Liter) Use API Certified engine oil. SAE 10W-30 is recommended. Refer to the en-
gine oil viscosity chart for the correct SAE grade meeting DaimlerChrysler
Material Standard MS-6395.
Engine Oil (5.7 Liter) Use API Certified engine oil. SAE 5W-20 is recommended. Refer to the en-
gine oil fill cap for the correct SAE grade meeting DaimlerChrysler Material
Standard MS-6395.
Oil Filter (2.7 Liter) Mopar05281090 or equivalent.
Oil Filter (3.5 Liter) Mopar05281090 or equivalent.
Oil Filter (5.7 Liter) Mopar05281090 or equivalent.
Spark Plugs Refer to the Vehicle Emission Control Information label in the engine com-
partment.
Fuel Selection (2.7 Liter) 87 Octane
Fuel Selection (3.5 Liter) 87 to 89 Octane
Fuel Selection (5.7 Liter) 87 to 89 Octane
338 MAINTAINING YOUR VEHICLE

EMISSION CONTROL SYSTEM MAINTENANCE
The “Scheduled” maintenance services, listed inbold
typemust be done at the times or mileages specified to
assure the continued proper functioning of the emission
control system. These, and all other maintenance services
included in this manual, should be done to provide best
vehicle performance and reliability. More frequent main-
tenance may be needed for vehicles in severe operating
conditions such as dusty areas and very short trip
driving.
Inspection and service also should be done any time a
malfunction is suspected.
NOTE:Maintenance, replacement, or repair of the
emission control devices and systems on your vehicle
may be performed by any automotive repair establish-
ment or individual using any automotive part, which has
been certified pursuant to U.S. EPA or, in the State of
California, California Air Resources Board regulations.
MAINTENANCE SCHEDULES
NOTE:
•
For vehicles equipped with a 2.7L engine, follow
Schedule“A”or“B”from 0 to 150,000 miles (0 to 250
000 km).
•For vehicles equipped with a 3.5L or 5.7L engine,
follow Schedule“A”
or“B”from 0 to 120,000 miles
(0 to 200 000 km).
There are two maintenance schedules that show the
requiredservice for your vehicle.
First is Schedule“B.”It is for vehicles that are operated
under the conditions that are listed below and at the
beginning of the schedule.
Change the automatic transmission fluid and filter every
60,000 miles (100 000 km) if the vehicle is usually
operated under one or more of the conditions marked
with an
.
•Day or night temperatures are below 32°F (0°C).
•Stop and go driving.
342 MAINTENANCE SCHEDULES
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