2019 MERCEDES-BENZ SPRINTER ECU

#
Obser vethen otes on permissible towing
me thods (/ page286). #
The propeller shafts tothed rive axles must
be remo vedift he maximum permissible tow‐
ing dis tance is exceeded. #
Vehicles with automatic transmission:
shif tthe automatic transmission toposition
005C. #
Release thep arking brake. #
Switc hoffthei gnition. Loading
thev ehicle fort ransport #
Obser vethen otes on towing away
( / pag e287)(/pag e288). #
Connec tthe towb arto thet ow ing eyetol oad
th ev ehicle. #
Vehicles with automatic transmission:
shif tthe automatic transmission toposition
005C.
% Ve
hicles with automatic transmission: in
th ee vent of damag etothe electrics, the
automatic transmissio nmaybe loc kedin
position 005D.Toshifttop osition 005C,provide
th eo n-boar delectrical sy stem wit hpower
( / pag e281). #
Load thev ehicle ont othe transpor ter. #
Vehicles with automatic transmission:
shif tthe automatic transmission toposition
005D. #
Use thep arking brak etosecurethe vehicle
agains trolling away. #
Only secur ethe vehicle bythew heels.
Ve hicles with all-wheel drive/vehicles with
automatic transmission #
Mak esuret hat thef ront and rear axle scome
to rest on thes ame transpor tatio nv ehicle. *
NO
TEDama getothed rive trai ndueto
incor rect positioning #
Do no tpositio nthe vehicle abo vethe
connection point of thet ranspor tvehi‐
cle. *
NO
TEVehicle damag eduetoimproper
loading An all-wheel driv
evehicle ma ybedamaged if
it is tilted, pushed or mo vedw hile being loa‐
ded using ahydraulic plat form. #
When loading avehicle wit hall-wheel
drive, thev ehicle should onl ybemoved
and positioned byits ownp owe r. #
The vehicle and thes urface it is posi‐
tione dons hould no longer be mo ved
when thek eyisremo vedorift he door
is open. To
wing eyes torage location The
towing eyeisl ocated in thev ehicle tool kit in
th ef ront-passen gerfootwell (/ page291). Installing/removing
thet ow ing eye Ins
talling and removing thef ront towing eye #
Toinstall thef ront towing eye: press the
to poft he co vera nd remo vethec over. #
Screw intowing eye1clockwise tothes top
and tighten. #
Toremo vethef ront towing eye: unsc rew
to wing eye1counter-clockwise. #
Inser tthe co verw itht he tabs at thet op and
push in at theb otto muntilthec ove rengages. Breakdown assi
stance 289

Re
ar towing eye( vehicles wit hpassenger vehicle
appr oval)
% Re
ar towing eye2is permanentl yattached
to thev ehicle.
* NO
TEDama gedue toincor rect use of
th et ow ing eye When
atow ing eyeisu sedtoreco verav ehi‐
cle, thev ehicle ma ybedamaged in thep roc‐
ess. #
Onlyusethet ow ing eyetot ow aw ayor
to ws tartthe vehicle. To
ws tarting vehicl e(eme rgency engine start) Ve
hicles with automatic transmission
* NO
TEDama getothea utomatic trans‐
mission due to towstarting The automatic transmissio
nmaybe damaged
in thep rocess of tows tartin gv ehicles with
automatic transmission. #
Vehicles wit hautomatic transmission
mus tnotbe tows tarted. #
Do no ttow st artv ehicles wit hautomatic
transmission. Electrical fuses
Note
sone lectrical fuses &
WARNING Risk of accident and injury
du etoo verloaded lines
If yo um anipulat eorbridg eaf aulty fuse or if
yo ur eplace it wit hafuse wit hahigher
amperage, thee lectric line could be overloa‐
ded.
This could result in afire. #
Alwa ys replace faulty fuse swiths peci‐
fi ed ne wfuses containing thec orrect
amperage. *
NO
TEDama gedue toincor rect fuses Electrica
lcomponents or sy stems could be
damaged byincor rect fuses. #
Only use fuses whi chhave been
appr ovedbyM ercedes-Benza nd which
ha ve thec orrect fus erating. Th
ee lectrica lfus es in your vehicle switc hoff
defectiv ecircuits. If afuse blo ws,allth ec ompo‐
nent sont he circuit and their functions will cease
to operate.
Blown fuses mus tbereplaced wit hfuses of an
equivalent specification ,whic hyou can de ter‐
mine bythec olor and fuse rating .The fuse allo‐
cation charta nd fur ther information on thee lec‐
tric fuses and relays can be found in the" Fuse
allocation chart" supplement.
* NO
TEDama geor malfunction scaused by
moisture Moistur
emaycause dama getothee lectrical
sy stem or cause it tomalfunction. #
When thef use bo xisopen, mak esure
th at no moistur ecan enter thef use box. #
When closing thef use box, mak esure
th at thes eal of thel id is positioned cor‐
re ctly on thef use box. If
th en ew fuse whic hhas been inser teda lso
blo ws,have thec ause traced and rectified at a
qu alified specialis tworks hop.
Mak esureoft hefollowing befor ereplacing a
fuse:
R thev ehicle is secured suc hthat it does not
ro llaw ay
R all electrical consume rsares wit ched off 290
Breakdown assis tance

Ra
ting .You can find theG ross Axle Weight Rating
on theB -pillar on thed rive r's side.
Speed rating: thes peed rating is pa rtof thet ire
identification .Itspecifies thes peed rang ef or
whic hatireisa pprove d.
GV W( Gross Vehicl eW eight): theG ross Vehicle
We ight includes thew eight of thev ehicle includ‐
ing fuel, tools, thes par ew heel, accessories
ins talled, occupants, luggag eand thet railer
dr aw bar nose weight if applicable. The Gross Vehi‐
cle Weight mus tnever exceed theG ross Vehicle
We ight Rating (GVWR )specifie donthe B-pillar on
th ed rive r's side.
GV WR (Gross Vehicl eW eight Rating): the
GV WR is them aximum permitted gross weight of
th ef ully laden vehicle (weight of thev ehicle
including all accessories, occupants, fuel, lug‐
ga ge and thet railer dr awbar nose weight if appli‐
cable). The Gross Vehicle Weight Rating is speci‐
fi ed on thev ehicle identification plat eonthe B-
pillar on thed rive r's side.
Maximum weight of thel aden vehicle: the
maximu mweight is thes um of thev ehicle's curb
we ight ,weight of thea ccessories, maximum load
and thew eight of thef actor yins talled optional
equipment.
Kilopascal (kPa): metric unitfort irep ressu re.
6.9 kP aarethee quivalent of 1psi. Ano ther unit
fo rt irep ressu reis bar .100 kilopascals (kPa) are
th ee quivalent of 1bar.
Load index: in additiontothel oad-bearing index,
th el oad inde xmayalso be imprinted on thes ide‐
wa ll of thet ire. This specifies thel oad-bearing
capacity mor eprecisel y.
Cur bw eight: thew eight of avehicle wit hstand‐
ar de quipmen tincludin gthe maximum capacity
of fuel, oil and coolant. It also includes thea ir-
conditioning sy stem and optional equipment if
th ese ar einstalled on thev ehicle, but does not
include passenger sorluggage.
Maximum tir eload: them aximum tir eload is
th em aximum permissible weight in kilog rams or
lbs forw hichat ireisa pprove d.
Maximum permissible tir epressure: maximum
permissible tir epressur efor one tire.
Maximum load on one tire: maximum load on
one tire. This is calculated bydividing them axi‐
mum axle load foro ne axle bytwo.
PSI (pounds per squar einch): standar dunit of
measuremen tfor tir epressu re. Aspec
tratio: relationship between tir eheight
and tir ewidthinp ercent.
Ti re pressure: pressureinside thet irea pplying
an outwar dforce toeve rysquar einc hoft he
tire's sur face. The tir epressur eiss pecified in
pounds per squar einc h( psi), in kilopascal (kPa)
or in bar .The tir epressur eshould onl ybecorrec‐
te dw hen thet ires ar ecold.
Ti re pressur eoncoldt ires: thet ires ar ecold
when thev ehicle has been par kedw itht he tires
out of direct sunlight foratl east thre eh our sand
th ev ehicle has been driven less than 1m ile
(1.6 km).
Ti re contact sur face: thep artoft he tir ethat
comes int ocontact wi th theroad.
Ti re bead: thep urpose of thet ireb ead is to
ensur ethat thet ires its securely on thew heel
ri m. Ther eareseveralw irec ores in thet ireb ead
to preve ntthet iref romc hanging lengt honthe
whee lrim.
Sid ew all: thep artoft he tir ebetwe en thet read
and thet ireb ead.
Special equipment weight: thec ombined
we ight of those optional extras that we igh more
th an ther eplaced standar dparts and mor ethan
5l bs (2. 3kg). These optiona lextras ,suc has
high-pe rformance brakes, le velc ontrol sy stem, a
ro of luggag erackorah igh-perform anc ebatter y,
ar en otincluded in thec urb weight and the
we ight of thea ccessories.
TIN (Tir eIdentification Number): auniqu eiden‐
tification number whic hcan be used byatire
manufacturer toidentify tires, fore xamp lefora
product recall, and thus identif ythe pur chasers.
The TIN is made up of them anufacturer identifi‐
cation code, tir esize, tir etype code and them an‐
ufacturing date.
Load-bearing index: thel oad-bearing inde x(also
load index) is acode that con tains them aximum
load-bearing capacity of atire.
Tr action: traction is ther esult of friction between
th et ires and ther oad sur face.
We ar indicator: narrow bars(tread wear bars)
th at ar edistributed overthe tir etread. If thet ire
tread is le velw itht he bars, thew ear limit of
1/1 6in( 1.6m m) has been reached.
Distribution of vehicl eoccupants: distribution
of vehicle occupants over designated seat posi‐
tions in avehicle. Wheels and tires
309

Only position
thej ackont he jac ksuppor tpoints
intended fort his purpose. Youc oul do therwise
damag ethe vehicle.
Impor tant no tesonu singthej ack:
R Onlyusethev ehicle-speci ficj ackt hat has
been tested and appr ovedbyM ercedes-Benz
to raise thev ehicle. If thej ackisu sed incor‐
re ctly ,itc ould tip over while thev ehicle is
ra ised.
R The jac kisdesigned onl ytoraisethev ehicle
fo ras horttime whil eawheelisb eing
ch anged and is no tsuitable forc arrying out
maintenance workunde rthe vehicle.
R Avoid changing awheel on uphill and downhill
slopes.
R The jac kmustbep lacedonaf irm,flat and
non-slip sur face. If necessar y,use alarge,
fl at, load bearing and non-slip unde rlay.
R The base of thej ackisp ositioned vertically
under thej acks uppor tpoint.
Saf etyi nstruction swhile thev ehicle is raised:
R Do no tputyour hands or feet unde rthe vehi‐
cle.
R Do no tlie underneat hthe vehicle.
R Do no tstart thee ngine and do no trelease
th ep arking brake.
R Do no topen or close an ydoors.
Ve hicles with rear wheel drive Jack
suppor tpoints
Only use them iddle roda nd thep um pleve rrod
wit hthe larges tdiame terf or thej ackasa lug
wrenc hextension. Only inse rtthem iddle rodon
th el ug wrench, and alw aysasf ar as it will go.
Otherwise, ther ods could bend and defor msomuc
hthat they can no longer be use daspump
le ve rs fort he jac k. #
Toprepar ethe hydrauli cjack: insertthe
th irdr od of pum plever 1fort he jac kinto
th el ug wrenc hextension. #
Close pressur erelease scr ew3. #
Todo this, use thef lattened sectio nonpump
le ver 1totur np ressur erelease scr ew3
clockwise tothes top.
% Do no
tturnp ressur erelease scr ew3 more
th an one or tw ofull turns .Hydraulic fluid
coul dotherwise escape. #
Inser tpum plever 1withthe larges trod into
th er eces sont he jac kand secur ebyturning
it clo ckwise. #
Place thej ackv erticall ybeneat hthe jac ksup‐
por tpoints described belo w. Jac
ksuppor tpoint, front axle 314
Wheels and tires

#
Place thej acktoo ne side. #
Pull ther od wit hthe smalles tdiame tero ffthe
pum pleve r.
The shor tened pu mpleve rs erve sasal ug
wrenc hextension. #
Startin gwitht he middle rod, slide thel ug
wrenc hextensio nasfar as it will go ont othe
lug wrench. #
Tighten thew heel bolts or nuts evenlyint he
sequence indicated (1 to6 ).
Specified tightenin gtorque:
R Steel wheel bolts: 177l b-f t(24 0N m)
R Whee lnuts: 133lb-f t(18 0N m)
R Alloywheel bolts: 133lb-f t(18 0N m) #
Push thep isto nont hehydraulic jac kinagain
and close thep ressur erelease scr ew. #
Vehicles with all-wheel drive: turnthe jack
spindle clockwise as farasitw illg o.
% Yo
uc an no winstallth eh ub caps on steel
wheels wit hwheel bolts. The ins tallation pro‐
cedur edepends on whe ther theh ub cap acts
as atrimt hat co vers thew hole wheel, or just
co vers thec enter. #
Wheel wit hhub cap: position theo pening for
th et irev alveint he hub cap overthe tire
va lve. #
Push thee dgeoft he hub cap ont othe wheel
ri mw ithb othh ands until it engages into
place. Mak esuret he hub cap retaining
cat ches engag eonthesteel wheel. #
Wheel with central hub cap: positionthe
re tainin glugs of thec ent ralh ub cap overthe
whee lbolts. #
Hitthem iddle of theh ub cap toengag eiton
th ew heel. #
Secur ethe faulty wheel in thes par ew heel
brac ket. #
Vehicles with Super Single tires: transport
th ed efectiv erear wheel in thel oad area. The
re ar wheel is tool arge fort he spar ewheel
brac ket. #
Chec kthe tir epressur eoft he newl yins talled
wheel and adjus titifnecessar y. #
Retighten thew heel bolts or wheel nuts tothe
specified tightening torque af tert he vehicle
has been driven 31miles (50 km). #
When using awhee lors parew hee lwitha
ne worn ewly painted whee lrim, ha vethe
wheel bolt sornutsr etightene dafter appr ox‐
ima tely 620 mile s(1,000 km) to3,10 0m iles
(5,000 km).
% Ve
hicles with thet irep ressur emonitor
sy stem: all ins talled wheels mus tbeequip‐
ped wit hfunctioning sensors.
Mak esuretoo bservethef ollowing fur ther rela‐
te ds ubject:
R Notesont irep ressur e(/pag e296) Spar
ewheel Note
sont he spar ewheel &
WARNING Risk of accident caused by
incor rect wheel and tir edimensions
Wheel and tir edimensions as well as thet ype
of tir emayvary between thes par ew heel and
th ew heel tobe replaced. When thes pare
wheel is ins talled, driving characteristic smay
be se verely af fected.
To prev ent hazardous situations: #
Adapty our driving stylea ccording lyand
driv ecarefull y. #
Neverins tall mor ethan one spar ewheel
th at dif fers from thew heel tobe
re placed. #
Onlyusethes par ew heel that dif fers
from thew heel tobe replaced fora
shor ttime. #
Do no tswitc hoffESP ®
. #
Have thes par ew heel of adiffe re nt size
re placed at then eares tqualified spe‐
cialis tworks hop. The wheel and tire Wheels and tires
317

mus
thave thec orrect dimensions and
th et irem ustbet he cor rect type. Do no
texceed amaximum speed of 50 mph
(80 km/h) if aspar ew heel of adiffe re nt size is
ins talled. &
WARNING Risk of accident from dam‐
aged spa rewheel wit hSuper Sin glet ires
Ve hicles with Super Single tires
The tir eofthe spar ewheel exposed toabo ve-
ave rage loads af terb eing ins talled on ther ear
axle. If youe xceed them aximum speed or the
maximu mdista nce, or ins tallth es par ew heel
again, thet ireoft he spar ewheel ma ybe
damaged. The tir edamag emaynotbev isible
and no tdetectable.
Ad amaged tir emaycause alossoft irep res‐
sure. Thi scould cause youtol ose control of
th ev ehicle. #
Onlyusethes par ew heel if it has not
ye tb eeni nstalled on ther ear axle with
th ec urrent tires. #
Ifth es par ew heel had been ins talled on
th er ear axle, ha vethet ireoft he spare
wheel replaced af terc hanging the
wheel again, ir respectiv eofthe dis‐
ta nce. #
Fors afet yr easons, when changing atire
ensur ethat only thet irev alvetype
appr ovedfor thet ires is used. *
NO
TEDama getothet ransmission Ve
hicles with Super Single tires: whenyou
ins tallth es par ew heel on ther ear axle, the
transmission ma ybedamaged bythed iffe r‐
ent rotational speed softhe wheels. #
When thes par ew heel is ins talled on the
re ar axle ,obse rvet he maximum speed
of 34 mph(55 km/h) and them aximum
driving dis tance of 62 miles (100 km). %
The spa
rewheel can be used without restric‐
tions on thef ront axle of avehicle wit hSuper
Single tires.
Re gular lych eckt hat thes par ew heel is secured
and has thes pecified tir epressure
(/ page296). Re
gularly checkt he following, particularly prior to
long trips:
R thet irep ressur eoft he spar ewheel (if neces‐
sar y,adjus tthe tir epressure).
R thef astenings of thes par ew heel brac ket.
Re place thet ires af ters ixyearsatt he latest,
re ga rdless of wear.T his also applies tothes pare
wheel.
% If
yo uh ave installed aspar ew heel, thet ire
pressur emonitoring sy stem will no tfunction
fo rt his wheel.T he sparewheel is no tequip‐
ped wit hasensor fort he tir epressur emoni‐
to ring sy stem. Installing/removing
thes pare wheel Ve
hicles with rear wheel drive: removing the
spar ewheel (Cargo Van/Passenger Van) Bolt co
vers fort he saf etyh ooks (exa mp le: Cargo
Va n) #
Ope nthe rear-en ddoors. 318
Wheels and tires

Ve
hicl etype 4500 with amax. permissible gross weight of 12,125 lbs (5.500 t) Pe
rm issible gross
we ight of vehicle/trailer
combination GCWR 3), 5)Pe
rm issible trailer load
GT W, braked 6) Pe
rm issible nose weight TWR
15 250 lbs (6.9 17t) 5000 lb s(2.270 t) only for
model series 90 7.657 7) 500 lbs (0.22
7t)onlyform odel series
90 7.657 7)
15 250 lbs (6.9 17t) Optional :7500 lbs
(3.400 t) no tfor model
series 90 7.657 Optional
:750 lbs (0.340 t) no tfor model
series 90 7.657 3)
Maximum permissible gross weight of vehicle
and trailer combination.
4) No tinc ombination wit hall-wheel driv e(4x4)
and no tincombination wit hmodel series
90 7.74 5( combination vehicles wit havehicle
lengt hof2 74.3 in (696 7mm))
5) It is no tpossible to towat railer on vehicles
whic hhave notb eene quippe dwithat railer cou‐
plin gass tandard. In this case, them aximum per‐
missible gross vehicle weight cor responds tothe
maximu mpermissible gross weight of thev ehicle
combination.
% If
th et railer coupling is retrofitted ,the identi‐
fi cation pla tess hould be adap teda ccording ly
wit hthe altered, maximum permissible
we ights. Please consult an authorized
Mercedes-Benz Center if youh ave anyf ur‐
th er questions.
6) Maximum permissible gross weight of the
traile rifthe trailer is equipped wit haseparate
brak esystem.
7) The vehicle lengt hfor vehicles wit hthe model
series 90 7.65 7( Cargo Van) is 290 in (736 7mm). The bod
ybuilder labelisfound on thef ront-end
module abo vether adiator and con tains them axi‐
mum permissible curb weight fort he vehicles. Lashing points and car
rier sy stems Information abou
tthe cargo tie-down points *
NO
TERisk of accident if them aximum
loading capacity of thec argo tie-down
point is exceeded If
yo uc ombin evarious cargo tie-down points
to secur eaload, alw ayst aket he maximum
loading capacity of thew eakes tcargo tie-
down poin tint oa ccount.
During maximum full- stop braking, forc es may
act whic hcan multipl ythe weight of thel oad. #
Alwaysu se se veralc argo tie-down
point stod istribut eand spread thel oad.
Distribut ethe load on thec argo tie-
down points evenly. Fu
rther information on thec argo tie-down points
and tie-down eyes can be obtained in the" Trans‐
po rting" section (/ page 258).
Ti e-d owne yes
Max .tensile load (tie-d owne yes) Ti
e-d owne yesP ermissible nomi‐
nal tensile stre ngth
Pa ssenger Van3 50 daN
Cargo Van8 00 daN Te
ch nica ldata 337

Loading
rails
Max. tensile load of cargo tie-down points in
cargo compartment Cargo tie-down
point
Pe
rm issible nomi‐
nal tensile stre ngth
Loading rails on cargo
compartment floor 500 daN
Lo we rloading rail on
side wall 200 daN
Up per loading rail on
side wall 12
5d aN The
values specified appl yonlytol oads resting
on thec argo compartmen tfloor if youo bse rve
th ef ollowing:
R thel oad is secured totwoc argo tie-down
points on ther ail
R thed ista nce tothen eares tload-securing
point on thes ame rail is appr oximately 1m Information about
roof racks &
WARNING Risk of inju rydue tothem axi‐
mum roof load being exceeded
When youp laceal oad on ther oof as well as
all outer and inner attachments, thev ehicle's
center of gr avity will rise and thef amiliar driv‐
ing characteristic saswell asthes teering and
braking characteristic swillch ange. When
drivin garound bends, thev ehicle will tilt
mor eheavil yand ma yreact mor esluggishly
to steering mo vements.
If yo ue xceed them aximum roof load, the
driving characteristics, as well as thes teering
and braking, will be greatl yimp aired. #
Nevere xceed them aximum roof load
and adjus tyour driving style. &
WARNING Danger of accident du eto
une venl oading
If yo ul oad thev ehicle une venly, theh andling
ch aracteristic saswell asthes teering‑ and
braking characteristic scan be heavily
impaired. #
Load thev ehicle evenly. #
Secu rethel oad agains tsliding. The driving, braking and
steering characteristics
of thev ehicle chang ewitht he type of load, the
we ight and thec enter of gr avity of thel oad.
* NO
TERisk of accident if them aximum
permitted roof load is exceeded. If
th ew eight of ther oof luggage, including the
ro of rack ,e xceeds them aximum permitted
ro of load, ther eisar isk of an accident. #
Ensur ethat thew eight of ther oof lug‐
ga ge and roof rack toget her does not
exc eed them aximum permitted roof
load. #
The roof rack 's supporting feet mus tbe
ar ranged at aunifo rm distan ce from
ea ch other. #
Mercedes-Benzr ecommendsyoui nstall
as tabilizer bar on thev ehicle's front
axle. Fu
rther information about saf etym easures can
be found in the" Transport" section
(/ page258).
Max. roof load /pairs of supporting roof rack
fe et Ve
hicles
with Maximum
ro
of load Minimum
number of
pair
sofs up‐
porting feet
Normal roof 66 1lbs
(300 kg) 6
High roof 33 1lbs
(150 kg) 3 This information applies if
thel oad is distributed
eve nly across thee ntir eroof sur face.
If th er oof rack is shor ter,re duce thel oad propor‐
tionatel y.The maximum load per pair of support‐
ing roof rack feet is110l bs (50 kg).
The loading guidelines and other information
about load distribution and load securing can be
fo und in the" Transport" sectio n(/pag e258). 338
Tech nica ldata