2013 MERCEDES-BENZ SPRINTER tow

X
Loosen angled valve adapter 001Dfrom tire
valve 001Cand remove it.
X Screw in the valve core again using the
valve tool and remove the valve tool
through the opening.
i If the valve insert is damaged or lost when
it is unscrewed, you can use the valve insert
from tire sealant bottle 0019after you have
used the tire sealant.
X Unscrew the valve insert from the valve of
tire sealant bottle 0019using the valve
extractor.
X Push angled valve adapter 0006located on
hose 0026of the tire inflatio ncompressor as
far as it will go ontot ire valve001Cand clamp
it in place.
X Press tire inflation compressor switch 0005
to Iand inflate the tire.
If possible, inflate the tire to the
recommended tire pressure. You will find a
table of recommended tir epressure on the
Tire and Loading Information placard 10
or
the tire pressure plate on the B-pillar on the
driver's side of the vehicle (Y page 278).
X Then press 0on tire inflation compressor
switch 0005.
The tire inflation compresso ris
deactivated.
X Screw the valve cap onto tire valve 001C.
X Observe the following notes and
instructions:
R
Tire pressure of 300 kPa (3.0 bar/
43.5 psi) not reached (Y page 301).
R Tire pressure of 300 kPa (3.0 bar/
43. 5psi) reached (Y page 301).
Tire pressure of 300 kPa (3.0 bar/
43.5 psi) not reached G
WARNING
If the specified tire pressure is not reached,
the tire is too severely damaged.T he tire
sealant cannot offer assistance with a flat tire in this case. Damaged tires as well as tire
pressure that is too low can impair the braking
and driving characteristics. There is a risk of
an accident.
Do not drive any further. Notify a qualified
specialist workshop.
i The Mercedes-Benz Service24h
telephone numbers can be found on a
sticker in the driver's door entrance area
and in the vehicle Maintenance Booklet.
Tire pressure of 300 kPa (3.0 bar/
43.5 psi) reached G
WARNING
At ire temporarily sealed with tire sealant
impairs the driving characteristics and is not
suitable for higher speeds. There is a risk of
accident.
You should therefore adapt your driving style
accordingly and drive carefully. Do not exceed
the specified maximum speed with a tire that
has been repaired using tire sealant.
The maximum speed for a tire sealed with tire
sealant is 50 mph (80 km/h).
The "max. 50 mph" (80 km/h) sticker must
be affixed within the driver's field of vision.
X Turn the pressure release screw on
pressure gauge 0023counter-clockwise and
bleed the system.
X Turn the key in the ignition lock to
position 0.
X Pull connector 0024on the tire inflation
compressor out of the 12 V socket.
X Clean the valve core extractor with clean
water.
X Remove angled valve adapter 0006from valve
0018 of tire sealant filler bottle 0019and screw
the valve cap onto valve 0018.
X Stow the tire inflation compressor, tire
sealant bottle 0019with valve core extractor
10 Only for vehicles with a gross vehicle weight of less than 10,000 lbs(4,536 kg). Flat tire
301Wheels and tires Z

Wheels with centering by wheel bolts:
X Vehicles with alloy wheels: take the short
wheel bolts that fit the steel spare wheel
out of the vehicle tool kit.
X Screw in the wheel bolts and tighten them
lightly.
For wheels with wheel nuts:
X Fron twheels with wheel nut covers: press
the wheel nut covers onto the wheel nuts.
X Screw in the three wheel nuts over the
fixing discs of the wheel nut cover.
X Turn the wheel so that the wheel bolts are
in the middle of the holes.
X Screw on the rest of the wheel nuts.
X Slightly tighten all the wheel nuts.
Lowering the vehicle G
WARNING
The wheels could work loose if the wheel nuts
and bolts are not tightened to the specified
tightening torque. There is a risk of accident.
Have the tightening torque immediately
checked at a qualified specialist workshop
after a wheel is changed.
! Only use the jack pump lever middle rod
and the rod with the largest diameter as a
lug wrench extension. Only slide the middle
rod as far as it will go onto the lug wrench.
The rods may otherwise bend and be
distorted to such an extent that they can
no longer be used as a pump lever for the
jack. Tightening torque pattern
0005—0024
Wheel bolts or wheel nuts
X Using the pump lever, slowly turn the
lowering screw on the jack through
approximately one revolution and carefully
lower the vehicle (Y page 304).
X Put the jack aside.
X Pull the rod with the smallest diameter off
the pump lever.
The shortened pump lever serves as a lug
wrench extension.
X Starting with the middle rod, slide the lug
wrench extension as far as it will go onto
the lug wrench.
X Using the extended lug wrench, tighten the
wheel bolts evenly in a crosswise pattern in
the sequence indicated (0005 to0024).
Tighten the wheel bolts to the following
tightening torques:
R steel wheel 177 lb-ft(240 Nm)
R alloy wheel 133 lb-ft(180 Nm)
Tighten the wheel nuts to atightening
torque of 133 lb-ft (180 Nm).
X Push the piston on the hydraulic jac kin
again and close the pressure release
screw.
X Stow the jack and the rest of the vehicle
tools in the vehicle again.
i You can now install the hub caps on steel
wheels with wheel bolts. The installing
procedure depends on whether the hub cap
acts as a trim that covers the whole wheel,
or just covers the center. Changing wheels
307Wheels and tires Z

This can result in damage to the fuel
injection system, for example.
Flow improvers are fuel additives used to
improve the flow characteristics of diesel
fuels.
The effectiveness of flow improvers cannot be
guaranteed with all fuels. Observe the
manufacturer's recommendations.
Information about approved flow improvers is
available from any authorized Sprinter Dealer.
At outside temperatures below 14 ‡(002710 †),
and if using diesel with less resistance to low
temperatures, add flow improver, basing the
mixing ratio on the outside temperature.
Mix this fuel additive with the diesel in good
time before the flow properties of the diesel
are affected by paraffi nseparation.
Malfunctions resulting from paraffin
separation can only be rectified by heating
the entire fuel system. Park the vehicle in a
heated garage, for example.
Information on fuel consumption H
Environmental note
CO 2(carbon dioxide) is the gas which
scientists believe to be principally responsible
for global warming (the greenhouse effect).
Your vehicle's CO 2emissions are directly
related to fuel consumption and therefore
depend on:
R efficien tuse of the fuel by the engine
R driving style
R other non-technical factors, such as
environmental influences or road
conditions
You can minimize your vehicle's CO 2
emissions by driving carefully and having it
serviced regularly.
i Only for certain countries: the respective
current consumption and emission values
of your vehicle can be found in the COC
papers (EC CERTIFICATE OF
CONFORMITY). These documents are
supplied when the vehicle is delivered. Consumption figures were found in the
currently valid respective version:
R
for vehicles up to and including the
Euro 4 standard according to EU
Directive 80/1268/EEC
R for vehicles from the Euro 5 standard
according to regulation (EC) no.
715/2007
Fuel consumption depends on:
R the vehicle version
R the style of driving
R the operating conditions
R the type or quality of the fuel used
The vehicle will use more fuel than usual in
the following situations:
R at very low outside temperatures
R in city traffic
R during short journeys
R in mountainous terrain
R when towing a trailer
To keep fuel consumption low, observe the
advice in the "Protection of the environment"
section (Y page 22).
The following components of the different
vehicle versions influence fuel consumption:
R tire sizes, tire tread, tire pressure, tire
condition
R body
R transmission ratios for the drive
assemblies
R additional equipment (e.g. air-conditioning
system, auxiliary heating system).
For these reasons, the actual consumption
figures for your vehicle may deviate from the
consumption figures determined according
to EU Directive 80/1268/EEC.
Data concerning fuel consumption are
recorded in the on-board computer; use the
steering wheel buttons to call up the Trip
computer menu (Ypage 190). Service products and capacities
319Technical data Z

!
The weight of any load carried on the roof,
including the roof carrier, must not exceed
the maximum permissible roof load.
The roof carrier supports must be mounted
at equal distances.
We recommend that you have a stabilizer
installed on the front axle.
! For safety reasons, we recommend that
you only use roof carrier systems that have
been tested and approved for the Sprinter.
This will help to avoid damage.
The data is valid for a load distributed evenly
over the entire roof area. Maximum roof load
and minimum number of pairs of roof carrier
supports on vehicles with: Maximum
roof load Minimum
number of pairs of
supports Standard
roof 660 lbs
(300 kg) 6
High roof 330 lbs
(150 kg) 3
Reduce the load on shorter roof carriers
proportionately. The maximum load per pair
of roof carrier supports is 110 lbs (50 kg).
Loading directions and other information
concerning load distribution and load
securing can be found in the "Transporting"
section (Y
page 232). Trailer tow hitch
General notes We recommend that you have the trailer tow
hitch mounted at an authorized Sprinter
Dealer.
Use only a trailer tow hitch that has been
tested and approved specially for your vehicle
by the distributor named on the inside of the
front cover. Only use a ball coupling that is
approved for your vehicle and Sprinter trailer tow hitch. You can also find information on
the permitted dimensions of the ball coupling
on the identification plate of the trailer tow
hitch.
You can obtain advice from a qualified
specialist workshop. Also observe the
information on towing a trailer in the "Driving
and parking" section (Y
page 168).328
Vehicle dataTechnical data

Maximum permitted weights and loads
!
On vehicles with a permissible gross vehicle weight of 11030 lbs (5003 kg), the permissible
gross combination weight is less than the total of the permissible gross vehicle weight and
the permissible trailer load. Exceeding the permissible gross combination weight can lead
to damage to the drivetrain, to the transmission or to the trailer tow hitch.
If the vehicle or the trailer is fully laden, the relevant value for the permissible gross vehicle
weight or the permissible trailer load is therefore lower. In this case, the trailer or the vehicle
may only be partially loaded.
The permissible weights and loads which cannot be exceeded can also be found:
R in yourv ehicle documents and
R on the identification plates of the trailer tow hitch, trailer and vehicle (Y page 315).
You will find the basic values approved by the manufacturer in the following table. If the values
differ, the lowest value applies.
Make sure that you adhere to the weight restrictions by having the weight checked on a
calibrated weighbridge. Vehicle
type Gross
vehicle
weight
GVWR Gross
front axle
load
GAWR
(FA) Gross
rear axle
load
GAWR
(RA) Gross
combinati
on
weight
19
GCWR Trailer
load
20
GTW Max.
permissi
ble nose
weight
TWR
2500
8550 lbs
(3878 kg) 3970 lbs
(1801 kg) 5360 lbs
(2431 kg) 13550 lbs
(6146 kg) 5000 lbs
(2268 kg) 500 lbs
(227 kg) 3500
9900 lbs
(4490 kg) Canada only 4080 lbs
(1851 kg) 7060 lbs
(3202 kg) 14900 lbs
(6759 kg) 21 5000 lbs
(2268 kg) 21 500 lbs
(227 kg) 21 4410 lbs
(2000 kg) 15250 lbs
(6917 kg) 22 7500 lbs
(3402 kg) 22 750 lbs
(340 kg) 22 9990 lbs
(4531 kg) USA only 4080 lbs
(1851 kg) 7060 lbs
(3202 kg) 14990 lbs
(6799 kg) 21 5000 lbs
(2268 kg) 21 500 lbs
(227 kg) 21 4410 lbs
(2000 kg) 15250 lbs
(6917 kg) 22 7500 lbs
(3402 kg) 22 750 lbs
(340 kg) 22 11030 lbs
(5003 kg) 4080 lbs
(1851 kg) 7720 lbs
(3502 kg) 15250 lbs
(6917 kg) 5000 lbs
(2268 kg) 21 500 lbs
(227 kg) 21 4410 lbs
(2000 kg) 7500 lbs
(3402 kg) 22 750 lbs
(340 kg) 22 19
Maximum permissible gross weight of the vehicle and trailer.
20 Maximum permissible gross weight of the trailer.
21 Only for extra-long vehicles with an overall length of 289.2 in (7344 mm).
22 Not for extra-long vehicles with an overall length of 289.2 in (7344 mm). Vehicle data
329Technical data Z