2020 MERCEDES-BENZ SPRINTER weight

th
e permissible gross vehicle weight plus the per‐
missible trailer load. If either theve hicle or the
trailer is fully laden, the permitted gross vehicle
we ight or the permitted trailer load values are
re duced accordingly. In this case, you may on ly
partially load the trailer or theve hicle.
The gross trailer weight (G TW) is calculated by
adding thewe ight of the trailer tothewe ight of
th e load and equipment. If the trailer is equipped
with a separate braking sy stem, then the maxi‐
mum gross trailer weight is 5000 lbs (2268 kg) or
75 00 lbs (3402 kg).
The maximum permissible trailer dr awbar nose‐
we ight on the ball head is 500 lbs (227 kg) or
75 0 lbs (340 kg). Ho wever,th e actual trailer
dr aw bar nose weight must not exceed theva lue
given on the trailer tow hit chor trailer identifica‐
tion plates. Where theva lues dif fer, th e lo west
va lue alw ays applies.
The permissible gross weight forve hicle-trailer
combinations (GCWR) is calculated byadding the
gross weight of the trailer tothe gross vehicle
we ight including a driver's weight of appr ox‐
imately 150 lbs (68 kg). The maximum permissi‐
ble gross combination weight is vehicle-specific
and equipment-dependent. When driving with a
trailer, you should not exceed the maximum per‐
mitted permissible gross weight forve hicle-trailer
combinations (GCWR).
The permissible values, which must not be excee‐
ded, can be found in your vehicle documents and
on the identification plates of the trailer tow
hitch, the trailer and theve hicle. The values
appr ovedby the manufacturer can also be found
in the "Technical data" section. Where theva lues
dif fer, th e lo west value alw ays applies.
Loading the trailer
Use a dr awbar nose weight that is as close as
possible tothe maximum permissible nose‐
we ight. Do not undershoot the minimum permis‐
sible nose weight. Otherwise, the trailer may
become de tach ed.
R Distribute the load over theve hicle and the
trailer so as not toexceed either the maxi‐
mum permissible values forth e gross vehicle
we ight rating (GVWR) and gross trailer weight
(G TW ),th e permissible gross weight forve hi‐
cle-trailer combinations (GCWR), nor the max‐
imum permissible gross axle weight rating
(GAWR) and trailer dr awbar nose weight (TWR)
of your vehicle.
R Addth ere ar axle load tothe trailer dr awbar
nose weight of the trailer dr awbar on the ball head (TWR). This will ensure
that you do not
ex ceed the permissible gross axle weight rat‐
ing (G AWR).
R Addth eve hicle load tothe trailer dr awbar
nose weight of the trailer dr awbar on the ball
head (TWR). This will ensure that you do not
ex ceed the permissible gross vehicle weight
ra ting (GVWR).
Che cking theve hicle and trailer weight
R Make sure that thewe ights of theto wing
ve hicle and the trailer comply with the maxi‐
mum permissible values. Ha vethe car/t railer
combination weighed on a calibrated weigh‐
ing machine. The car/trailer combination
comprises theto wing vehicle including driver,
passengers and load as well as the laden
trailer.
R Check the maximum permissible gross axle
we ight rating of the front and rear axles
(GAWR), the gross trailer weight (G TW),the
permissible gross weight forve hicle-trailer
combinations (GCWR) and the trailer dr awbar
nose weight rating (TWR). Tr
ailer po wer supply Incor
rect cabling of the connector plug may inter‐
fe re with other electronic sy stems in theve hicle.
Mercedes-Benz therefore recommends that you
ha ve the cabling of the connector plug car ried
out at a qualified specialist workshop.
Yo u can connect accesso ries up toa maximum of
24 0 W tothe permanent po wer supply. Do not
ch arge a trailer battery using the po wer supp ly.
Yo ur vehicle may be equipped with a range of
electrical equipment for trailer operation.
Depending on your trailer, you may need an
adap terfo rth e electrical connection between the
trailer and your vehicle.
The trailer soc ket of your vehicle is equipped with
a permanent po wer supp lyat thefa ctor y.
The permanent po wer supp lyis supplied via
trailer soc ket pin 4.
No tethat the trailer's permanent po wer supp lyis
not switched off when theve hicle's on-board
electrical sy stem voltage is lo w.This could com‐
ple tely dischar geyour vehicle's star ter batter y.
Fu rther information on the electrical equipment
cur rently ins talled on your vehicle and on ins tal‐
ling the trailer electrics can be obtained at a
qu alified specialist workshop. 174
Driving and pa rking

light
weight loads. Lay anti-slip mats underneath
th e load tosecure the load additionally. Installing and
removing tie-down eyes #
Toinstall: slidethe tie-down eyeth ro ugh a
re cess in the loading rail close tothe load
until locking mechanism engages in the
re cess.
% When
you pull locking mechanism up and out
of there cess, the tie-down eye is able to
mo vewithin the loading rail. Make sure that
locking mechanism is alw ays engaged in a
re cess. #
Che ckthe tie-down eyefo rfirm seating. #
Toremo ve:pull lo cking mechanism up and
pull the tie-down eyeto wa rdsth e locking
mechanism and out of the loading rail
th ro ugh a recess. Car
rier sy stems Information about
thero of rack &
WARNING Risk of inju rydue tothe maxi‐
mum roof load being exceeded
When you place a load on thero of as well as
all outer and inner attachments, theve hicle's
center of gr avity will rise and thefa miliar driv‐
ing characteristics as well as thesteering and
braking characteristics will change. When
driving around bends, theve hicle will tilt
more heavily and may react more sluggishly
to steering mo vements.
If yo uexc eed the maximum roof load, the
driving characteristics, as well as thesteering
and braking, will be greatly impaired. #
Neverexc eed the maximum roof load
and adjust your driving style. 1
Mounting rails
Information about the maximum roof load can be
fo und in the "Technical data" section
(/ page 353).
Obser vethefo llowing points for assembling roof
ra ck s:
R Tighten thero of rack 's scr ewsto ato rque of
6.0 lb -ft(8 Nm) – 7.4 lb-f t(10 Nm) in the des‐
ignated groo ved plates.
R The tightened scr ews should not touch the
ra ils.
R Ensure that the groo ved plates are not loca‐
te d in the areas around the plastic caps.
R The groo ved plates must ha vetheright cross-
section.
R The insides of the mounting rails must be free
of dirt.
R Re-tigh tenth e scr ews uniformly af ter around
300 miles (500 km).
Mercedes-Benz recommends that you use on ly
ro of rack sth at ha vebeen tested and appr oved
fo r Mercedes-Benz. These help topreve ntvehicle
damage.
If yo uwa nttoretrofit the mounting rails, ha ve
th em ins talled at a qualified specialist workshop.
Otherwise, you could damage theve hicle.
If yo ur vehicle is ins talled with mounting rails on
th ero of, you can install a roof rack on thero of.
Special fasteners (sliding bloc ks) are available as
accesso ries forth is purpose.
These fasteners are available from any authorized
Mercedes-Benz Center. 274
Transporting

Pe
rm issible towing me thods Bo
th axles on the
gr ound Fr
ont axle raised Re
ar axle raised
Ve hicles with auto‐
matic transmission and
re ar-wheel drive Ye
s, no fur ther than
31 miles (50 km) at
31 mp h (50 km/h) Ye
s, no fur ther than
31 miles (50 km) at
31 mp h (50 km/h) Ye
s, if thesteering
wheel is fixe d in the
center position wi th a
st eering wheel lock
Ve hicles with all-wheel
drive Ye
s, no fur ther than
31 miles (50 km) at
31 mp h (50 km/h) No
NoTo
tow with a raised axle: towing should be per‐
fo rm ed byato wing compan y. To
wing away theve hicle with bo thaxles on
th egr ound #
Obser vethe no tes on permissible towing
me thods (/ page 300). #
Make sure that the battery is connected and
ch arge d.
When the battery is dischar ged, thefo llowing sit‐
uations occur:
R The engine cannot be star ted.
R It is not possible torelease or apply the elec‐
tric parking brake.
R Vehicles with automatic transmission: the
automatic transmission cannot be shif tedto
position 005Cor005D.
* NO
TEDama gedue to to wing away at
exc essively high speeds or over long dis‐
ta nces The driv
etra in could be damaged when towing
at exc essively high speeds or over long dis‐
ta nces. #
Atowing speed of 30 mph (50 km/h)
must not be exceeded. #
Atowing distance of 30 miles (50 km)
must not be exceeded. %
Ve
hicles with automatic transmission
and rear wheel drive: ifth ere is a malfunc‐
tion, the automatic transmission may be
loc ked in position 005D. If
th e automatic transmission cann otbe shif‐
te dto position 005C, transport theve hicle
(/ page 303). A towing vehicle with lifting
equipment is requ ired forve hicle transport. &
WARNING Risk of accident when towing
a ve hicle which is too heavy
If th eve hicle being tow- star ted or towed
aw ay is heavier than the permissible gross
mass of your vehicle, thefo llowing situations
can occur:
R The towing eye may become de tach ed.
R The vehicle/trailer combination may
swer veoreve nove rturn. #
If ano ther vehicle is tow- star ted or
to we daw ay, its weight must not exceed
th e permissible gross mass of your own
ve hicle. If a
vehicle needs tobe towe d or tow star ted, its
we ight should not be greaterth at the permissible
gross mass of theto wing vehicle. #
Information on theve hicle's permissible gross
mass can be found on theve hicle identifica‐
tion plate (/ page 338). #
Vehicles with automatic transmission: do
not open the driver's or co-driver door, as the
automatic transmission will automatically
shift toposition 005D. #
Installth eto wing eye (/ page 304). #
Secure theto wing device. Breakdown assis
tance 301

Un
locking and removing the stowage com‐
pa rtment co ver #
Remo vetheru bber mat from the front-
passenger foot we ll. #
Tounlo ck:turn thequ ick- re lease fastener 1
counter-clockwise toposition 0047. #
Slightly raise and pull out the co ver.
Inserting and locking the co ver #
Slide in the co ver and press it down wards. #
Press down thequ ick- re lease fastener 1
until it engages. #
Tolock: turnthequ ick- re lease fastener 1
clockwise toposition 0048. Re
moving the vehicle tool kit Example:
vehicle tool kit insert #
Raise the insert at mar ked points 1. #
Pull the insert out of clips 2. St
oring theve hicle tool kit #
Slide the insert into clips 2. #
Close the insert bypressing on mar ked points
1. Hydraulic jack
Information on
thehy draulic jack The
hydraulic jack is located in side compartment
1 abo vethe co-driver door step.
The jack has a maximum weight of 16.5 lbs
(7.5 kg) depe nding on theve hicle's equipment.
Yo u will find the maximum load capacity of the
jack stated on the adhesive label attached tothe
jac k.Ifth ere is a malfunction, please contact a
qu alified specialist workshop.
Jack maintenance:
R Clean and grease all moving parts af ter use.
R Extend and retract the pis tons ful lyeve rysix
months. 306
Breakdown assis tance

Fr
ont axle tire pressures on vehicles with all-wheel/rear wheel drive and single tires
Max. front axle load 4101 lbs (1860 kg) Ti
re s/disc wheel Vehicle load Max. front axle load
41 01 lbs (1860 kg)
LT 24 5/75R16 120/1 16QF ully laden 320 kPa (3.2 bar/46 psi)Fr
ont axle tire pressures on vehicles with rear wheel drive and single tires
Max. front axle load 4409 lbs (2000 kg) Ti
re s/disc wheel Vehicle load Max. front axle load
44 09 lbs (2000 kg)
LT 24 5/75R16 120/1 16QF ully laden
360 kPa (3.6 bar/52 psi)1)1)
Only valid forve hicles with a long wheelbase
17 1 in (4350 mm) and a permissible gross weight
of ove r77 16 lbs (3.5 t).
Re ar axle tire pressures on vehicles with all-wheel/rear wheel drive and single tires
Max. rear axle load 5357 lbs (2430 kg)Ti
re s/disc wheel Vehicle load Max.rear axle load
5357 lbs (2430 kg)
LT 24 5/75R16 120/1 16QF ully laden 480 kPa (4.8 bar/70 psi)
LT 24 5/75R16 120/1 16 Q
Partially laden 2)
420 kPa (4.2 bar/61 psi) 2)2)
It is only permissible touse this reduced tire
pressure if it can be guaranteed byweighing the
ve hicle that there ar axle load of 4960 lbs
(2250 kg) will not be exceeded. In case of doubt,
inflate to480 kPa (4.8 bar/70 psi).
Fr ont axle tire pressures forve hicles with all-wheel/rear wheel drive and twin tires
Max. front axle load 4079 lbs (1850 kg)Ti
re s/disc wheel Vehicle load Max. front axle load
4079 lbs (1850 kg)
LT 21 5/85R16 115/1 12QF ully laden 380 kPa (3.8 bar/55 psi)Max. front axle load
4409 lbs (2000 kg) Ti
re s/disc wheel Vehicle load Max. front axle load
44 09 lbs (2000 kg)
LT 21 5/85R16 115/1 12QF ully laden 420 kPa (4.2 bar/61psi) 312
Wheels and tires

Make sure
toobser vethefo llowing fur ther rela‐
te d subject:
R Notes on tire pressure (/ page310)
Ra dio-equipment appr oval of the tire pres‐
sure monitoring sy stem
Ra dio equipment appr oval numbers Countr
yRadio equipment appr oval
number
Canada IC: 4008C- TSSRE4A
Ope ration is subject tothefo llow‐
ing two conditions:
(1) this device may not cause
harmful inter fere nce, and
(2) this device must acce ptany
inter fere nce received, including
inter fere nce that may cause
undesired operation.
Mexic oM odel:TSSRE4A & TSSSG4G6,
IFETEL: RLVHUTS17-0806
US AF CC ID:YGOTSSRE4A
This device complies wi th Part15
of the FCC Rules. Operation is
subject tothefo llowing two con‐
ditions: (1) this device may not
cause harmful inter fere nce, and
(2) this device must acce ptany
inter fere nce received, including
inter fere nce that may cause
undesired operation.
WA RNING: Any changes or modi fi‐
cation not expressly appr ovedby
th e party responsible for compli‐
ance could void the user's author‐
ity tooperate this equipment. Loading the
vehicle Ti
re and Loading Information placard &
WARNING Risk of an accident when driv‐
ing wi than ove rloaded tire
Overloaded tires may overheat and bur stas a
consequence. Overloaded tires can also
impair thesteering and handling characteris‐
tics and lead tobrake failure. #
Obser vethe load rating of the tires. #
The load rating mu stbe at least half the
gross axleweight rating of theve hicle.
Mercedes-Benz recommends you use
th e load-bearing index, which is given in
th eve hicle documents. #
Neverove rload the tires by exceeding
th e maximum load. Only
vehicles with a gross vehicle weight of less
th an 10,000 lbs (4,536 kg) ha veaTire and Load‐
ing In form ation placard on the B-pillar on the driv‐
er's side. 1
Tire and Loading In form ation placard %
The data shown in
the illustration is sample
data.
The Tire and Loading In form ation placard sho ws:
R The maximum number of seats indicates the
maximum number of occupants permitted to
tr ave l in theve hicle.
R The maximum permissible load equals the
gross weight of all vehicle occupants, the lug‐
ga ge and cargo.
R The recommended tire pressu resfo r cold
tires. The recommended tire pressures apply
to the maximum permissible load and up to
th e maximum permissible speed of theve hi‐
cle.
Also obser vethefo llowing information:
R The information about permissible weights on
th eve hicle identification plate (/ page 338).
R The information about tire pressure on the
tire pressure table . Wheels and tires
317

Ad
ditional related subjects:
R Determ ining the maximum load
(/ page 318).
R Notes on tire pressure (/ page310). St
eps todeterm ining the cor rect critical load The
following steps ha vebeen de veloped as
requ ired of all manufacturers under Title 49,
Code of U.S. Federal Regulations, Part57 5 in
accordance with the "National Traf fic and Mo tor
Ve hicle Saf etyAc t of 1966". #
Step 1: locatethest atement, "The combined
we ight of occupants and cargo should ne ver
exc eed XXX kgor XXX lbs." on theTire and
Loading In form ation placard of your vehicle. #
Step 2: determ ine the combined weight of
th e driver and passengers that will be tra vel‐
ing in your vehicle. #
Step 3: subtract the combined weight of the
driver and passengers from XXX kgor
XXX lbs. #
Step 4: there sulting figure equals the per‐
missible amount of cargo and luggage load
capacity. Forex ample, if the "XXX" amount
equals 1,400 lbs and there will be five 150 lb
passengers in your vehicle, the amount of
av ailable cargo and luggage load capacity is
650 lbs (1,400 – 750 (5 x 150) = 650 lbs). #
Step 5: determ ine the combined weight of
luggage and cargo being loaded on theve hi‐
cle. For saf etyre asons, this we ight must not
exc eed the cargo and luggage load capacity
calculated in step 4. #
Step 6: Even if
you ha vecalculated thetot al load care‐
full y,yo u should still make sure that the maxi‐
mum permissible gross weight and the maximum
gross axle weight rating of your vehicle are not
exc eeded. Information forth is can be found on
th eve hicle identification plate. #
Weigh the laden vehicle, including driver, pas‐
sengers and load, on a suitable vehicle weigh‐
bridge.
The measured values must not exceed the
maximum permitted values lis ted on theve hi‐
cle identification plate.
Ad ditional related subjects:
R Sample calculation for de term ining the maxi‐
mum load (/ page318)
R Tire and Loading In form ation placard
(/ page 317)
R Tire pressure table
R Vehicle identification plate Sample calculation
for de term ining the maxi‐
mum load The
following table has examples of how tocalcu‐
la te tota l and cargo load capacities with varying
seating con figurations and dif fere nt numbers and
sizes of occupants. The following examples use a
maximum load of 1,500 lbs (680 kg).This value
is for illustrative purposes on ly.Make sure you
are using the actual load limit foryo ur vehicle
st ated on your vehicle's Tire and Loading In for‐
mation placard (/ page317).
The higher thewe ight of all the occupants, the
smaller the maximum load for lugga ge.
Ste p 1 Example
1E xamp le 2
Combined maximum weight of
occupants and load (data from
th eTire and Loading In form a‐
tion placard) 15
00 lbs (680 kg)1 500 lbs (680kg) 318
Wheels and tires

Ste
p 2 Example
1E xamp le 2
Numb er of people in theve hicle
(driver and occupants) 51
Distribution of the occupant sFront: 2
Re ar: 3 Fr
ont: 1
We ight of occupant sO ccupant 1:150 lbs (68 kg)
Occupant 2: 180 lbs (82 kg)
Occupant 3: 160 lbs (73 kg)
Occupant 4: 140 lbs (63 kg)
Occupant 5: 120 lbs (54 kg) Occupant 1: 200 lbs (91
kg)
To talwe ight of all occupant s750 lbs (340 kg)2 00 lbs (91kg) Ste
p 3 Example
1E xamp le 2
Pe rm issible load (maximum
gross vehicle weight rating from
th eTire and Loading In form a‐
tion placard minus the gross
we ight of all occupants) 15
00 lbs (680 kg)00F8 75 0 lbs
(340 kg) = 750 lbs (340 kg)15
00 lbs (680 kg)00F8 200 lbs
(91 kg) = 1300 lbs (589 kg) Ti
re labeling Overview of tire labeling
1
Uniform Ti reQuality Grading Standards
(/ page 319)
2 DOT (Depa rtment of Transpor tation), (TIN)
Ti re Identification Number (/ page 320)
3 Maximum tire load (/ page 321)
4 Maximum tire pressure (/ page 321)5
Manufacturer
6 Chara cteristics of the tire (/ page 321)
7 Tire size designation, load-beari ng capacity,
speed rating and load ind ex (/page 321)
8 Tire name
% The da
tashown in the illustration is sample
data. Information on tire
quality grades Ac
cording totherequ irements of theU. S.
Depa rtment of Transpor tation's "Uni form Tire
Quality Grading Standards" tire manufacturers
must grade their tires using thefo llowing three
per form ance factors: Wheels and tires
319