2010 MERCEDES-BENZ E350 technical data

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Page 349 of 372

MERCEDES-BENZ E350 2010 W212 Owners Manual Example certification label (U.S. vehicles)
;VIN=Paintwork code 
Example certification label (Canada vehicles)
;VIN=Paintwork code
iData shown on certification label are for
illustration purposes only

Page 350 of 372

MERCEDES-BENZ E350 2010 W212 Owners Manual Vehicle specification E 350 (212.056)
The quoted data apply only to the standard
vehicle. Contact an authorized Mercedes-
Benz Center for the corresponding data of all
special bodies and special equip

Page 351 of 372

MERCEDES-BENZ E350 2010 W212 Owners Manual Engine E 350 BlueTECEngine, type642Mode of operationDiesel 4-strokeengineNo. of cylinders6Bore3.27 in (83.00 mm)Stroke3.62 in (92.00 mm)Total piston 
displacement182.3 cu in
(2  987 cm 3
)Compression

Page 352 of 372

MERCEDES-BENZ E350 2010 W212 Owners Manual Engine E 350 4MATICOutput acc. to 
SAE J 1349 27268 hp/6
 000 rpm
(200 kW/6  000 rpm)Maximum torque 
acc. to SAE J 1349258 lb-ft/
2  400 - 5  000 rpm
(350 Nm/
2  400 - 5  000 rpm)Maximum engine 
speed

Page 353 of 372

MERCEDES-BENZ E350 2010 W212 Owners Manual Engine E 550Firing order1-5-4-2-6-3-7-8Poly-V-belt2 392 mmElectrical system E 550Alternator14 V/180 AStarter motor12 V/1.4 kWBattery12 V/95 AhSpark plugs, typeNGK PLKR 7ASpark plugs, 
electrode gap0.0

Page 354 of 372

MERCEDES-BENZ E350 2010 W212 Owners Manual Electrical system E 550 4MATICSpark plugs, 
electrode gap0.031 in (0.8 mm)Spark plugs, 
tightening torque15 - 18 lb-ft
(20 - 25 Nm)Main dimensions E 550 4MATICOverall vehicle 
length191.9 in (4  874 m

Page 355 of 372

MERCEDES-BENZ E350 2010 W212 Owners Manual Main dimensions E 63 AMGOverall vehicle 
length192.6 in (4  891 mm)Overall vehicle 
width 3481.5 in (2
 071 mm)Overall vehicle 
height56.8 in (1  442 mm)Wheelbase113.1 in (2  874 mm)Track, front64.0 i

Page 356 of 372

MERCEDES-BENZ E350 2010 W212 Owners Manual Moreover, tires and rims not approved by
Mercedes-Benz may, under load, exhibit
dimensional variations and different tire
deformation characteristics that could
cause them to come into contact with th
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