2013 MERCEDES-BENZ SPRINTER fuel type

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Page 24 of 334

MERCEDES-BENZ SPRINTER 2013  MY13 Operator’s Manual Protection of the environment
General notes
H
Environmental note
Daimler's declared policy is one of
comprehensive environmental protection.
The objectives are for the natural resources
that form

Page 29 of 334

MERCEDES-BENZ SPRINTER 2013  MY13 Operator’s Manual Exhaust gas aftertreatment
The exhaust gas aftertreatmen trequires a
reducing agent known as Diesel Exhaust Fluid
(DEF) in order to function correctly. Filling up
the DEF tank is usually part of the s

Page 128 of 334

MERCEDES-BENZ SPRINTER 2013  MY13 Operator’s Manual At an outside temperature of up to
39 ‡(4 †) the fuel-fired heate
rbooster
system heats the vehicle interior as quickly
as possible when the engine is running.
The auxiliary heating automatically

Page 151 of 334

MERCEDES-BENZ SPRINTER 2013  MY13 Operator’s Manual listed here on the inside title page. Details can
be found in the Maintenance Booklet. Short journey
! If the vehicle is predominantly used for
short-distance driving, this could lead to a
malfunction

Page 172 of 334

MERCEDES-BENZ SPRINTER 2013  MY13 Operator’s Manual R
Do not install rented trailer couplings or
other detachable trailer couplings to the
bumpers.
R Minimize the risk of damage to the ball
coupling .Ifyou do not require the ball
coupling, remove it fr

Page 282 of 334

MERCEDES-BENZ SPRINTER 2013  MY13 Operator’s Manual the braking properties and the driving
characteristics .There is a risk of an accident.
Avoid tire pressures that are too low in all the
tires, including the spare wheel.
Underinflated tires can:
R fa

Page 320 of 334

MERCEDES-BENZ SPRINTER 2013  MY13 Operator’s Manual !
Refuel only using diesel fuel that
conforms to European standard EN 590 or
an equivalent specification. Fuel that does
not conform to EN 590 can lead to
increased wear and damage the engine and
exha

Page 321 of 334

MERCEDES-BENZ SPRINTER 2013  MY13 Operator’s Manual 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 can
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