2009 DODGE RAM 2500 DIESEL height

WARNING! (Continued)
•
A rearward-facing child restraint should only be
used in a rear seat, or in the front seat if the
passenger’s front airbag is OFF. If the airbag is left
ON, a rearward-facing child restraint in the front
seat may be struck by a deploying passenger
airbag which may cause severe or fatal injury to
the infant.
Here are some tips for getting the most out of your child
restraint:
•
Before buying any restraint system, make sure that it
has a label certifying that it meets all applicable Safety
Standards. We also recommend that you make sure
that you can install the child restraint in the vehicle
where you will use it before you buy it.
•
The restraint must be appropriate for your child’s
weight and height. Check the label on the restraint for
weight and height limits.
•
Carefully follow the instructions that come with the
restraint. If you install the restraint improperly, it may
not work when you need it.
•
The passenger seat belts are equipped with Automatic
Locking Retractors (ALR), which are designed to keep
the lap portion tight around the child restraint so that
it is not necessary to use a locking clip.
Pull the belt from the retractor until there is enough to
allow you to pass through the child restraint and slide
the latch plate into the buckle. Then pull on the belt
until it is fully extended from the retractor. Allow the
belt to return to the retractor, pulling on the excess
webbing to tighten the lap portion around the child
restraint. Refer to Automatic Locking Retractors
(ALR) Mode, earlier in this section.
•
In the rear seat, you may have trouble tightening the
lap/shoulder belt on the child restraint because the
buckle or latch plate is too close to the belt pathTHINGS TO KNOW BEFORE STARTING YOUR VEHICLE 63
2

Power Seats — If EquippedThe power seat controls are located on the outboard side
of the front seat cushions. Three switches control the seat
movement.The four-way switch is used to move the seat cushion
forward or backward, or to adjust the seat height up or
down.
The angle, or tilting, of the seat cushion can be adjusted
using the two toggle switches. Use the forward switch to
raise or lower the front seat cushion. Use the rear switch
to raise or lower the rear of the seat cushion.
Power Seat Switch
Power Seat Movement
124 UNDERSTANDING THE FEATURES OF YOUR VEHICLE

STABILIZER/SWAY BAR SYSTEM — POWER
WAGON ONLYYour vehicle is equipped with an electronic disconnecting
stabilizer/sway bar. This system allows greater front
suspension travel in off-road situations.
Due to the use of taller springs, this vehicle has an
increased ride height of approximately 1.9 in (48.3 mm)
in the front and 1.5 in (38.1 mm) in the rear. A major
advantage to increasing ride height is the positive effect
it has on approach/departure and break over angles.
This system is controlled by the electronic control sway
bar switch located on the instrument panel.The switch has two positions; On-Road and Off-Road.
The system is normally in the On-Road mode, indicated
by a solid green light. The stabilizer/sway bar should
remain in the On-Road mode during normal driving
conditions.
1 — On Road
2 — Off Road
282 STARTING AND OPERATING

WARNING!
Do not disconnect the stabilizer bar and drive on
hard surfaced roads or at speeds above 18 mph
(29 km/h), you may lose control of the vehicle, which
could result in serious injury. The front stabilizer bar
enhances vehicle stability and is necessary for main-
taining control of the vehicle. The system monitors
vehicle speed and will attempt to reconnect the
stabilizer bar at speeds over 18 mph (29 km/h). This is
indicated by a flashing off road light and solid on
road light. Once vehicle speed is reduced below
14 mph (22 km/h), the system will attempt to return to
the Off-Road mode.
To disconnect the stabilizer/sway bar, shift to either 4HI
or 4LO as shown in “Four Wheel Drive Operation” and
press the top of the stabilizer/sway bar button to obtain the Off-Road position. The amber indicator light will
flash until the stabilizer/sway bar has been fully discon-
nected.
NOTE:
The stabilizer/sway bar may be torque locked
due to left and right suspension height differences. This
condition is due to driving surface differences or vehicle
loading. In order for the stabilizer/sway bar to
disconnect/reconnect, the right and left halves of the bar
must be aligned. This alignment may require that the
vehicle be driven onto level ground or rocked from side
to side.
To return to the On-Road mode; press the bottom of the
stabilizer/sway bar button.
STARTING AND OPERATING 283
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Water Fording CharacteristicsWater fording characteristic is the vehicle’s ability to
cross a body of still water, where the powertrain and
drivetrain are safe from water ingestion. This vehicle has
high water fording characteristics with the ability to cross
a pool of water, without stopping, 24 inches deep at a
maximum speed of 10 mph (16 km/h) and a pool of
water 30 inches deep at a maximum speed of 5 mph
(8 km/h), both with an entrance ramp angle of 1.3
degrees.
CAUTION!
The door sill height is 25 inches. Water may intrude
into the interior of the vehicle at greater depths.Simultaneous Brake And Throttle OperationMany off-road driving conditions require the simulta-
neous use of the brake and throttle (two footed driving).
When climbing rocks, logs, or other stepped objects,
Front and Rear (Shown) Differential Height E
STARTING AND OPERATING 287
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Tires designed to this standard have the letter “T”
molded into the sidewall preceding the size designa-
tion. Example: T145/80D18 103M.
•
High flotation tire sizing is based on U.S. design
standards and it begins with the tire diameter molded
into the sidewall. Example: 31x10.5 R15 LT.
Tire Sizing Chart
EXAMPLE:
Size Designation:
P= Passenger car tire size based on U.S. design standards
\b....blank....\b = Passenger car tire based on European design standards
LT = Light truck tire based on U.S. design standards
T = Temporary spare tire
31 = Overall diameter in inches (in)
215 = Section width in millimeters (mm)
65 = Aspect ratio in percent (%)
— Ratio of section height to section width of tire
10.5 = Section width in inches (in)
R = Construction code
—R means radial construction
—D means diagonal or bias construction
15 = Rim diameter in inches (in)
STARTING AND OPERATING 347
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Tongue Weight (TW)The tongue weight is the downward force exerted on the
hitch ball by the trailer. In most cases it should not be less
than 10% or more than 15% of the trailer load. You must
consider this as part of the load on your vehicle.Frontal AreaThe frontal area is the maximum height and maximum
width of the front of a trailer.Trailer Sway ControlThe trailer sway control is a telescoping link that can be
installed between the hitch receiver and the trailer tongue
that typically provides adjustable friction associated with
the telescoping motion to dampen any unwanted trailer
swaying motions while traveling.Weight-Carrying HitchA weight-carrying hitch supports the trailer tongue
weight, just as if it were luggage located at a hitch ball or
some other connecting point of the truck. These kind ofhitches are the most popular on the market today and
they’re commonly used to tow small- and medium-sized
trailers.
Weight-Distributing HitchA weight-distributing system works by applying lever-
age through spring (load) bars. They are typically used
for heavier loads, to distribute trailer tongue weight to
the tow vehicle’s front axle and the trailer axle(s). When
used in accordance with the manufacturers’ directions, it
provides for a more level ride, offering more consistent
steering and brake control thereby enhancing towing
safety. The addition of a friction / hydraulic sway control
also dampens sway caused by traffic and crosswinds and
contributes positively to tow vehicle and trailer stability.
Trailer sway control and a weight distributing (load
equalizing) hitch are recommended for heavier Tongue
Weights (TW) and may be required depending on Vehicle
and Trailer configuration / loading to comply with gross
axle weight rating (GAWR) requirements.
STARTING AND OPERATING 385
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