2020 MERCEDES-BENZ SPRINTER ECU

Obser
vethe additional following points during
st arting assistance:
R Starting assis tance may only be pr ovided
using batteries with a nominal voltage of 12 V
R The vehicles must not touch each other
R Vehicles with a gasoline engine: only per‐
fo rm starting assis tance when the engine and
ex haust sy stem are cold #
Vehicles with a battery main switch: check
whe ther the battery main switch is inser ted
( / page 120) #
Secure theve hicle using the parking brake. #
Vehicles with automatic transmission:
shift the transmission toposition 005D. #
Switch off the ignition and all electrical con‐
sumers. #
Open the hood (/ page278). Example: jump-s
tart connection
% Right-hand drive
vehicle: the jump-s tart
connection may be on the opposite side. #
Remo vethe co ver from the positive term inal
on the donor batter y. #
First, connect the positive term inal clamp of
th e jumper cables/charging cables tothe
positive term inal of theot her vehicle's bat‐
te ry. #
With positive term inal clamp 2ofthe
jumper cable/charging cable, slide thered
pr otective cap on jump-s tarting connection
1 back with a clockwise turn. #
Connect theot her positive term inal clamp to
th e positive term inal of jump-s tart connection
1. #
During starting assistance: start the engine
of the donor vehicle and let it run at idle
speed. #
First, connect the negative term inal clamp of
th e jumper cable/charging cable tothe nega‐
tive pole of the donor batter y. #
Connect theot her negative term inal clamp of
th e jumper cable/charging cable toaground
po int on your ow nve hicle (a bare me tal part
in the engine compartment). #
During starting assistance: start the engine
on your ow nve hicle. #
When charging: start thech arging process. #
During starting assistance: letthe engine
ru nfo r a few minutes. #
During starting assistance: before discon‐
necting the jumper cable, switch on an elec‐
trical consumer on your ow nve hicle, e.g. the
re ar wind owheater or lighting.
When thest arting assis tance/charging process is
comple te: #
Remo vethe jumper cables/charging cables
in reve rse order: firs tth e negative clamp from
th e ground point in the engine compartment,
th en the negative clamp from the donor bat‐
te ry. Then the positive clamp from the posi‐
tive term inal of jump-s tart connection 1,
th en the positive clamp of the donor batter y.
The red pr otective cap springs back toits ini‐
tial position when positive term inal clamp 2
is disconnected from jump-s tarting connec‐
tion 1.
Yo u can obtain fur ther information at a qualified
specialist workshop. Installing/removing
thefloor co vering (vehi‐
cles with rear wheel drive) &
WARNING Risk of accident due to
objects in the driver's foot we ll
Objects in the driver's foot we ll may impede
pedal tr avel or block a depressed pedal.
This jeopardizes the operating and road
saf ety of theve hicle. #
Stow all objects in theve hicle securely
so that they cannot getinto the driver's
fo ot we ll. Breakdown assis
tance 297

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

*
NO
TEDama gedue toincor rect connec‐
tion of theto w bar #
Only connect theto w rope or tow bar to
th eto wing eyes. %
Yo
u can also secure theto wing device tothe
trailer hitch.
* NO
TEDama geand risk of accident when
to wing with a tow rope There is a
risk of an accident if you do not
obse rve saf ety and pr otective measures when
to wing using a tow rope.
Obser vethefo llowing points when towing
with a tow rope: #
Secure theto w rope on the same side
on bo thvehicles, if possible. #
Make sure theto w rope does not
exc eed the legally prescribed length. #
Mark theto w rope in the middle, e.g.
with a white clo th(30 x 30 cm). This
makes other road users aware that a
ve hicle is being towe d. #
Obser vethe brake lamps of theto wing
ve hicle while driving. Alw ays maintain a
dis tance that ensures theto w rope does
not sag. #
Do not use steel cables or chains to tow
yo ur vehicle. Otherwise, you could dam‐
age theve hicle. #
Deactivate automatic locking (/ page 50).#
Do not activate the HOLD function. #
Deactivate theto w- aw ay alarm (/ page 62). #
Deactivate Active Brake Assi st (/ page 150). #
Vehicles with automatic transmission:
shift the automatic transmission toposition
005C. #
Release the parking brake. &
WARNING Risk of accident due tolimi‐
te d saf ety-re lated functions during the
to wing process
Saf ety-re lated functions are limited or no lon‐
ge rav ailable in thefo llowing situations:
R the ignition is switched off.
R the brake sy stem or po werst eering sys‐
te m is malfunctioning.
R the energy supply or the on-board electri‐
cal sy stem is malfunctioning.
When your vehicle is then towe daw ay, signifi‐
cantly more ef fort may be requ ired tosteer
and brake than is normally required. #
Use a tow bar. #
Make sure that thesteering wheel can
mo vefreely, before towing theve hicle
aw ay. *
NO
TEDama gedue toexc essive tractive
po wer If
yo u pull away sharpl y,the tractive po wer
may be too high and theve hicles could be
damaged. #
Pull away slowly and smoo thly. To
wing a vehicle with the front or rear axle
ra ised *
NO
TEDama gewhen the ignition is
switched on If
yo u lea vethe ignition switched on when
to wing theve hicle with the front or rear axle
ra ised, ESP ®
actuation can damage the brake
sy stem. #
The ignition must be switched off. *
NO
TEDama gedue toincor rect remo val
or ins tallation of the propeller shafts When ins
talling the propeller shafts, they can
be damaged if you do not use new sc rews.
Alw ays use new scr ews when ins talling the
propeller shafts.
Only ha vethe propeller shafts ins talled or
re mo vedby qualified, skilled personnel. 302
Breakd own assi stance

%
If
th e front axle is damaged, raise theve hicle
at the front axle and if there ar axle is dam‐
aged, raise theve hicle at there ar axle.
% 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. #
Obser vethe no tes on permissible towing
me thods (/ page 300). #
The propeller shafts tothe drive axles must
be remo ved if the maximum permissible tow‐
ing dis tance is exceeded. #
Vehicles with automatic transmission:
shift the automatic transmission toposition
005C. #
Release the parking brake. #
Switch off the ignition. Loading
theve hicle for transport #
Obser vethe no tes on permissible towing
me thods (/ page 301, 302). #
Connect theto w bar totheto wing eyeto load
th eve hicle. #
Vehicles with automatic transmission:
shift the automatic transmission toposition
005C.
% Ve
hicles with automatic transmission: in
th eeve nt of damage tothe electrics, the
automatic transmission may be loc ked in
position 005D.Toshift toposition 005C, provide
th e on-board electrical sy stem with po wer
( / page 295). #
Load theve hicle onto the transpor ter. #
Vehicles with automatic transmission:
shift the automatic transmission toposition
005D. #
Use the parking brake tosecure theve hicle
against rolling away. #
Only secure theve hicle bythe wheels. Ve
hicles with all-wheel drive/vehicles with
automatic transmission #
Make sure that the front and rear axles come
to rest on the same transpor tation vehicle.
* NO
TEDama getothe driv etra in due to
incor rect positioning #
Do not position theve hicle abo vethe
connection point of the transport vehi‐
cle. *
NO
TEVehicle damage due toimproper
loading An all-wheel drive
vehicle may be damaged if
it is tilted, pushed or mo ved while being loa‐
ded using a hydraulic platform. #
When loading a vehicle with all-wheel
drive, theve hicle should only be mo ved
and positioned byits own po wer. #
The vehicle and the sur face it is posi‐
tioned on should no longer be mo ved
when theke y is remo ved or if the door
is open. To
wing eyesto rage location The
towing eye is located in theve hicle tool kit in
th e front-passen gerfo ot we ll (/ page 305). Breakdown assis
tance 303

*
NO
TEDama geor malfunctions caused by
moisture Moisture may cause dama
getothe electrical
sy stem or cause it tomalfunction. #
When the fuse box is open, make sure
th at no moisture can enter the fuse box. #
When closing the fuse box, make sure
th at the seal of the lid is positioned cor‐
re ctly on the fuse box. If
th e new fuse which has been inser ted also
blo ws, ha vethe cause traced and rectified at a
qu alified specialist workshop.
Make sure of thefo llowing before replacing a
fuse:
R theve hicle is secured such that it does not
ro llaw ay
R all electrical consume rsare swit ched off
R the ignition is switched off
The fuses are located in various fuse bo xes:
R fuse box in the front-passenger foot we ll
(/ page 305)
R fuse box in the seat base of the driver's seat
(/ page 305) Opening
the fuse box in the seat base of the
dr iver's seat #
Toopen: press down and unclip fasteners 1
on the co ver. #
Remo vethe co ver. #
Toclose: pressthe co verfirm ly in tothe seat
base until fasteners 1clip in. Opening and closing
the fuse box in the co-
driver's foot we ll Opening
the fuse box #
Unlocking andremoving thestow age com‐
partment co ver in the co-driver's foot we ll
(/ page 306). Example:
vehicle tool kit insert #
Lift the insert at mar ked positions 1. #
Pull the insert out of clips 2.
Closing the fuse box #
Slide the insert into clips 2. #
Close the insert bypressing on mar ked posi‐
tions 1. #
Put on thestow age compartment co ver in the
co-driver's foot we ll and lock it (/ page 306). Ve
hicle tool kit Information on
theve hicle tool kit The
vehicle tool kit is located in thestow age com‐
partment in thefo ot we ll on the front-passenger
side (/ page 306).
The vehicle tool kit contains:
R ato wing eye
R a scr ewdriver with Torx, Phillips and slotted
bits
The vehicle tool kit may also contain thefo llow‐
ing, forex ample:
R an open-end wrench
R a wheel wrench Breakd
own assi stance 305

Aspect
ratio: relationship between tire height
and tire width in percent.
Ti re pressure: pressure inside the tire applying
an outward forc eto eve rysquare inch of the
tire's su rface. The tire pressure is specified in
pounds per square inch (psi), in kilopascal (kPa)
or in bar. The tire pressure should only be cor rec‐
te d when the tires are cold.
Ti re pressure on cold tires: the tires are cold
when theve hicle has been par ked with the tires
out of direct sunlight for at least thre e hours and
th eve hicle has been driven less than 1 mile
(1.6 km).
Ti re contact sur face: the part of the tire that
comes into con tact wi th thero ad.
Ti re bead: the purpose of the tire bead is to
ensure that the tire sits securely on the wheel
ri m. There are se veral wire cores in the tire bead
to preve ntthe tire from changing length on the
wheel rim.
Side wall:the part of the tire between the tread
and the tire bead.
Special equipment weight: the combined
we ight of those optional extras that we igh more
th an there placed standard parts and more than
5 lbs (2.3 kg). These op tionalextras, su chas
high-pe rformance brakes, le vel control sy stem, a
ro of luggage rack or a high-per form ance batter y,
are not included in the curb weight and the
we ight of the accessories.
TIN (Tire Identification Number): a unique iden‐
tification number which can be used bya tire
manufacturer toidentify tires, forex ample for a
product recall, and thus identify the pur chasers.
The TIN is made up of the manufacturer identifi‐
cation code, tire size, tire type code and the man‐
ufacturing date.
Load-bearing index: the load-bearing index (also
load index) is a code that con tains the maximum
load-bearing capacity of a tire.
Tr action: traction is there sult of friction between
th e tires and thero ad sur face.
We ar indicator: narrow bars (tread wear bars)
th at are distributed overth e tire tread. If the tire
tread is le vel with the bars, thewe ar limit of
1/ 16 in (1.6 mm) has been reached.
Distribution of vehicle occupants: distribution
of vehicle occupants over designated seat posi‐
tions in a vehicle. Maximum permissible pa
yload weight: nomi‐
nal load and luggage load plus 150 lbs (68 kg)
multiplied bythe number of seats in theve hicle. Changing a wheel
Note
s on selecting, installing and replacing
tires Yo
u can ask for information rega rding permit ted
wheel/tire combinations at a qualified specialist
wo rkshop. &
WARNING Risk of accident due toincor‐
re ct sizes of wheels and tires
If wheels and tires of the wrong size are used,
th e wheel brakes or wheel suspension com‐
ponents may be damaged. #
Alwaysre place wheels and tires with
ones that fulfill the specifications of the
original part.
Fo r wheels, pay attention tothefo llowing:
R Designation
R Type
R Perm issible wheel load
R Wheel of fset
Fo r tires, pay attention tothefo llowing:
R Designation
R Manufacturer
R Type
R Load-bearing index
R Speed rating &
WARNING Risk of inju rythro ugh exceed‐
ing the specified tire load rating or the
permissible speed rating
Exceeding the specified tire load rating or the
permissible speed rating may lead totire
dama geand tothe tires bur sting. #
Therefore, only use tire types and sizes
appr ovedfo ryo ur vehicle model. #
Obser vethe tire load rating and speed
ra ting requ ired foryo ur vehicle. 324
Wheels and tires

Only use
the middle rod and the pump le verrod
with the largest diame terfo rth e jack as a lug
wrench extension. Only inse rtthe middle rod on
th e lug wrench, and alw ays as far as it will go.
Otherwise, thero ds could bend and deform so
much that they can no longer be used as pu mp
le ve rs forth e jac k. #
Toprepare the hydraulic jack: insertthe
th ird rod of pump le ver1 forth e jack into
th e lug wrench extension. #
Close pressure release scr ew3. #
Todo this, use theflattened section on pump
le ve r1 toturn pressure release scr ew3
clockwise tothestop.
% Do not turn pressure
release scr ew3 more
th an one or two full turns. Hydraulic fluid
could otherwise escape. #
Insert pump le ver1 with the largest rod into
th ere cess on the jack and secure byturning
it clo ckwise. #
Place the jack vertically beneath the jack sup‐
port points described belo w. Jack support point, front axle
Jack support point,
rear axle (e xamp le:chassis
up to3.5 t) Jack
support point, rear axle (e xamp le: Cargo
Va n and Passenger Van up to4.0 t) Wheels and tires
329

#
Tighten the wheel bolts or nuts evenly in the
sequence indicated (1 to6 ).
Specified tightening torque:
R Steel wheel bolts: 177 lb-ft (240 Nm)
R Wheel nuts: 133 lb-f t(180 Nm)
R Alloy wheel bolts: 133 lb-f t(180 Nm) #
Push the pis ton on thehy draulic jack in again
and close the pressure release scr ew. #
Vehicles with all-wheel drive: turnthe jack
spindle clockwise as far as it will go.
% Yo
u can now ins tallth e hub caps on steel
wheels with wheel bolts. The ins tallation pro‐
cedure depends on whe ther the hub cap acts
as a trim that co vers the whole wheel, or just
co vers the center. #
Wheel with hub cap: positionthe opening
fo rth e tire valve in the hub cap overth e tire
va lve. #
Push the edge of the hub cap onto the wheel
ri m with bo thhands until it engages into
place. Make sure the hub cap retaining
cat ches engage on thesteel wheel. #
Wheel with central hub cap: positionthe
re taining lugs of the cent ral hub cap overthe
wheel bolts. #
Hitthe middle of the hub cap toengage it on
th e wheel. #
Secure thefa ulty wheel in the spare wheel
brac ket. #
Vehicles with Super Single tires: transport
th efa ulty rear wheel on the load area. The
re ar wheel is too lar geforth e spare wheel
brac ket. #
Check the tire pressure of the newly ins talled
wheel and adjust it if necessar y. #
Retighten the wheel bolts or wheel nuts tothe
specified tightening torque af terth eve hicle
has been driven 31miles (50 km). #
When using a wheel or spare wheel with a
new or newly painted wheel rim, ha vethe
wheel bolts or nuts retightened af ter appro x‐
ima tely 620 miles (1,000 km) to3,10 0 miles
(5,000 km).
% Ve
hicles with the tire pressure monitor
sy stem: all ins talled wheels must be equip‐
ped with functioning sensors.
Make sure toobser vethefo llowing fur ther rela‐
te d subject:
R Notes on tire pressure (/ page310) Spare wheel
Note
s onthe emer gency spare wheel and
spare wheel Spare wheel:
wheel and tire dimensions as well
as the type of tire cor respond totheot her ins tal‐
led wheels.
Emer gency spare wheel: wheel and/or tire
dimensions as well as the type of tire are dif fer‐
ent from the wheel tobe replaced. A label with a
speed limit can be found on the emer gency spa re
wheel.
An ins talled emer gency spa rewheel or spare
wheel changes the driving characteristics and
bears risks. &
WARNING Risk of accident caused by
incor rect wheel and tire dimensions
When the emer gency spa rewheel or the
spare wheel is ins talled, driving characteris‐
tics may be se verely affected.
The reis an inc reased risk of an accident.
To prev ent hazardous situations: #
Once the spare wheel or the emer gency
spa rewheel has been ins talled, check
th e tire pressure and adjust if neces‐
sar y. #
The emer gency spa rewheel may only
be used temp orarily and must be
re placed with a standard wheel as soon
as possible. #
Never ins tall more than one emer gency
spa rewheel. #
When operating your vehicle with the
emer gency spa rewheel ins talled, adapt 332
Wheels and tires