2013 MERCEDES-BENZ SPRINTER width

section, as that could result in serious
injuries in the event of an accident.
R All occupants should wear their seat belt at
all times, because seat belts help reduce
the likelihood of and potential severity of
injuries in accidents, even if the vehicle
rolls over. The integrated restraint system
is equipped with SRS (driver's air bag, front-
passenger air bag, thorax side impact air
bags, window curtain air bags for side
windows), Emergency Tensioning Devices
and seat belt force limiters.
The system is designed to enhance the
protection offered to occupants who are
properly secured during certain frontal
impacts (front air bags and Emergency
Tensioning Devices) and side impacts
(thorax side impact air bags, window
curtain air bags and Emergency Tensioning
Device) that exceed preset deployment
thresholds, as well as in certain situations
where the vehicle rolls over (window
curtain air bags and Emergency Tensioning
Device).
R Never route the shoulders ection of the
seat belt under your arm, across your neck
or anywhere other than across your
shoulder. In the event of a frontal impact,
your body would be moved too far forward.
This would increase the risk of head and
neck injuries. The seat belt would then
apply excessive force to the ribs or
abdomen, which could cause severe
internal injuries to organs such as the liver
or spleen.
Adjust the seat belt so that the upper part
of the belt is as close as possible to the
center of the shoulder. It should not touch
the neck. Never route the belt under the
shoulder. The height of the belt outlet can
be altered to ensure correct usage.
R The lap belt should be routed as low as
possible across the hips, not across the
abdomen. If the lap belt is routed across the
abdomen, it could cause serious injuries in
the event of an impact. R
Never route the seat belt over rigid or
fragile objects in or on your clothing, such
as eyeglasses, pens, keys etc., as this could
cause injuries.
R Always ensure that the seat belt is routed
correctly. This is particularly important if
you are wearing loose clothing.
R Never use a seat belt for more than one
person at a time. Never route a seat belt
around more than one person or additional
objects.
R Never wear seat belts if they are twisted.
Otherwise, in the event of an impact, the
full width of the seat belt is unavailable to
distribute the force of the impact. The
twisted seat belt routed across your body
could cause injuries.
R Pregnan twomen should also always use a
three-point seat belt. The lap belt must
always pass across your lap as low down as
possible, i.e. across your hips; not across
your abdomen.
R The backrest should be set as close to
vertical as possible.
R Check the seat belt during the journey in
order to make sure that it is correctly
positioned.
R Never place your feet on the instrument
panel or on the seat. Always keep both feet
on the floor in front of the seat.
R When using a seat belt to secure an infant
restraint system, child restraint system or
a child on a booster seat, always follow the
child restraint system manufacturer's
instructions.
Fastening/unfastening the seat belts G
WARNING
According to accident statistics, children are
safer when properly restrained on the rear
seats than on the front-passenger seat. Thus,
we strongly recommend that children be
placed in the rear seat whenever possible.
Regardless of seating position, children 12
years old and under must be seated and 48
Occupant safetySafety

is installed and secured correctly before every
journey.
If your vehicle is equipped with a Sprinter
trailer tow hitch, you need a ball coupling that
is approved for the trailer tow hitch.
When mounting and removin gthe approved
ball coupling, observe the relevant
information in the operating instructions of
the ball coupling manufacturer.
If you cannot mount the ball coupling
correctly, remove it. In this case, the ball
coupling may not be used for towing a trailer.
Notes on the permissible dimensions and
weights can also be found on the
identification plate of the trailer tow hitch.
You can obtain advice from a qualified
specialist workshop. Coupling up a trailer
! Do not connect the trailer's brake system
(if featured) to the hydraulic brake system
of the towing vehicle, as the latter is
equipped with an anti-lock brake system.
Doing so will result in a loss of function of
the brake systems of both the vehicle and
the trailer. Trailer coupled ready for use
X
Make sure the selector lever of the
automatic transmission is in position P.
X Apply the parking brake of the vehicle.
X Close all doors. X
Position the trailer horizontally behind your
vehicle.
i The height of the ball neck changes
according to the load on the vehicle. In this
case, use a trailer with aheight-adjustable
trailer drawbar.
X Couple the trailer.
X Establish all electrical and other
connections to the trailer.
X Remove the objects that are preventing the
trailer from rolling, e.g. wheel chocks.
X Release the trailer parking brake.
i The subharness of the vehicle has a cable
connection to the brake lamp indicator
lamp.
Observe the maximum permissible trailer
dimensions (width and length).
Most federal states and all Canadian
provinces require by law:
R safety chains between the towing vehicle
and the trailer. The chains should be cross-
wound under the trailer drawbar. They must
be fastened to the vehicle's trailer
coupling, not to the bumper or the axle.
Leave enough slack in the chains. This
allows you to drive round tight corners.
R a separate brake system for certain types
of trailer.
R a safety switch for braked trailers. Find out
the specific requirements according to the
applicable laws.
If the trailer detaches from the towing
vehicle, the safety switch applies the
trailer's brakes. Towing
atrailer
There are numerous legal requirements
concerning the towing of a trailer, e.g .speed
restrictions. Make sure your vehicle/trailer
combination complies with local laws. This
not only means where you live, but also
anywhere you are driving to. Information is Towing
atrailer
171Driving an d parking Z

When parking your vehicle, make sure that
the tires do not get deformed by the curb or
other obstacles. If it is necessary to drive over
curbs, speed humps or similar elevations, try
to do so slowly and not at a sharp angle.
Otherwise, the tires, particularly the
sidewalls, can get damaged. Regular wheel and tirec
hecksG
WARNING
Damaged tires can cause tire inflation
pressure loss .As a result, you could lose
control of your vehicle. There is a risk of
accident.
Check the tires regularly for signs of damage
and replace any damaged tires immediately.
Check the wheels and tires of your vehicle for
damage regularly, i.e. at least every two
weeks, as well as after driving off-road or on
rough roads. Damaged wheels can cause a
loss of tire pressure. Pay particular attention
to damage such as:
R cuts in the tires
R punctures
R tears in the tires
R bulges on tires
R deformation or severe corrosion on wheels
Regularly check the tire tread depth and the
condition of the tread across the whole width
of the tire (Y page 275). If necessary, turn
the front wheels to full lock in order to inspect
the inner side of the tire surface.
All wheels must have a valve cap to protect
the valve against dirt and moisture. Do not
install anything onto the valve other than the
standard valve cap or other valve caps
approved for your vehicle by dealers listed on
the inside of the front cover. Do not install any
other valve caps or systems, e.g. tire pressure
monitor systems.
Regularly check the pressure of all the tires,
particularly prior to long trips. Adjust the tire
pressure if necessary (Y page 278).The service life of tires depends on various
factors, including the following:
R
driving style
R tire pressure
R mileage Tire tread
G
WARNING
Insufficient tire tread will reduce tire traction.
The tire is no longer able to dissipate water.
This means that on wet road surfaces, the risk
of hydroplaning increases, in particular where
speed is not adapted to suit the driving
conditions. There is a risk of accident.
If the tire pressure is too high or too low, tires
may exhibit different levels of wear at
different locations on the tire tread. Thus, you
should regularly check the tread depth and
the condition of the tread across the entire
width of all tires.
Minimum tire tread depth for:
R Summer tires: 000Cin (3 mm)
R M+S tires: 000Din (4 mm)
For safety reasons, replace the tires before
the legally prescribed limit for the minimum
tire tread depth is reached. Bar marking
0005for tread wear is integrated
into the tire tread.
Tread wear indicators (TWIs) are required by
law. Six indicators are positioned over the tire
tread. They are visible once the tread depth
is approximately 000Bin (1.6 mm). If this is the Operation
275Wheels and tires Z

0026
Maximum tire pressure (Y page 280)
0025 Manufacturer
0023 Tire material (Y page 292)
0024 Tire size designation, load-bearing
capacity and speed index (Y page 290)
0018 Tire name
The markings described above are on the tire
in addition to the tire name (sales
designation) and the manufacturer's name.
i Tire data is vehicle-specific and may
deviate from the data in the example.
Tire size designation, load bearing index
and speed index G
WARNING
Exceeding the stated tire load-bearing
capacity and the approved maximum speed
could lead to tire damage or the tire bursting.
There is a risk of accident.
Therefore, only use tire types and sizes
approved for your vehicle model. Observe the
tire load rating and speed rating required for
your vehicle. 0005
Design standard
0006 Tire width
0026 Nominal aspect ration in %
0025 Tire code
0023 Rim diameter
0024 Load bearing index
0018 Speed index General:
depending on the manufacturer's
standards, the size imprinted in the tire wall
may not contain any letters or may contain
one letter 0005that precedes the size
description
If "LT" precedes the size description (as
shown above): these are light truck tires
according to U.S. manufacturing standards.
If "C" precedes the size description: these are
commercial motor vehicle tires according to
European manufacturing standards.
Tire width: tire width0006shows the nominal
tire width in millimeters.
Aspect ratio: aspect ratio0026is the size ratio
between the tire height and tire width and is
shown in percent.T he aspect ratio is
calculated by dividing the tire width by the tire
height.
Tire code: tire code0025specifies the tire type.
"R" represents radial tires. "D" represents
diagonal tires, "B" represents diagonal radial
tires.
Rim diameter: rim diameter0023is the
diameter of the bead seat, not the diameter
of the rim flange. The rim diameter is
specified in inches (in).
Load-bearing index: load-bearing index0024
is a numerical code that specifies the
maximum load-bearing capacity of a tire.
Do not overload the tires by exceeding the
specified load limit. The maximum
permissible load can be found on the
vehicle's Tire and Loading Information
placard on the B-pillar on the driver's side
(Y page 286).
Example:
The load-bearing index 120 indicates a
maximum load of 3,042 lb (1,380 kg) for the
tire. If two load-bearing capacity indices are
specified (as shown above), the first number
states the load-bearing capacity for single
tires, the second number the load-bearing
capacity for twin tires. For further information
on the maximum tire load in kilograms and
pounds, see (Y page 291).290
What you should know about wheels and tiresWheels and tires

is bar. 100 kilopascals (kPa) are the
equivalen tof1bar.
Load index
In addition to the load bearing index, a load
index can be stamped onto the sidewall of the
tire. It specifies the load-bearing capacity of
the tire more precisely.
Curb weight
The weigh tofavehicle with standard
equipment including the maximu mfilling
capacity of fuel, oil, and coolant. It also
includes the air-conditionin gsystem and
optional equipmen tifthese are installed on
the vehicle, but does not include passengers
or luggage.
Maximum tire load
The maximum tire load in kilograms or
pounds is the maximum weight for which a
tire is approved.
Maximum permissible tire pressure
Maximum permissible tire pressure for one
tire.
Maximum load on one tire
Maximum load on one tire. This is calculated
by dividing the maximum axle load of one axle
by two.
PSI (Pounds per square inch)
Standard unit of measurement for tire
pressure.
Aspect ratio
Relationship between tire height and width in
percent.
Tire pressure
Pressure inside the tire applying an outward
force to every square inch of the tire's
surface. Tire pressure is specified in pounds
per square inch (psi), in kilopascal (kPa) or in
bar. Tire pressure should only be corrected
when the tires are cold. Cold tire pressure
The tires are cold:
R if the vehicle has been parked for at least
three hours without direct sunlight on the
tires, and
R if the vehicle has not been driven further
than 1 mile (1.6 km)
Tire tread
The part of the tire that comes into contact
with the road.
Tire bead
The tire bead ensures that the tire sits
securely on the wheel. There are several steel
wires in the bead to prevent the tire from
coming loose from the wheel rim.
Sidewall
The part of the tire between the tread and the
tire bead.
Weight of optional extras
The combined weight of those optional extras
that weigh more than the replaced standard
parts and more than 2.3 kg (5 lbs). These
optional extras, such as high-performance
brakes, level control, a roof rack or a high-
performance battery, are not included in the
curb weight and the weight of the
accessories.
TIN (Tire Identification Number)
Au nique identificatio nnumbe rwhich can be
used by a tire manufacturer to identify tires,
for example for a product recall, and thus
identify the purchasers. The TIN is composed
of the manufacturer identification code, tire
size, tire model code and manufacturing date.
Load bearing index
The load bearing index (also load index) is a
code that contains the maximum load bearing
capacity of a tire. 294
What you should know about wheels and tiresWheels and tires