Mercedes-Benz

Mercedes-Benz VITO

e1*2007/46*0458*26 ·

Source and record

EU Certificate of Conformity (CoC)

Official source: EU CoC under Regulation (EU) 2020/683

: Brand and model come from the official catalogue.

This page describes a vehicle configuration (type/variant/version), not an individual vehicle.

Identification

e1*2007/46*0458*26
Type
639/4
Model (source data)
Vito
Variant
KWU2L280TXX
Version
3GJPEX32XXXX
Date of manufacture
13/01/2023

Powertrain

Pure electric vehicle
100
1950
Cylinders
4
Cylinder arrangement
LI
Gearbox
Emission standard (Euro)
EURO 6 AR

Emissions

201
7.7

Dimensions & body

Length (mm)
5370
Width (mm)
1928
Height (mm)
1910
Wheelbase (mm)
3430
Axles
2
Doors
6
2
Tyres
205/65R 16C 107T · 6.5Jx16 ET52
Drive-by noise (dB)
70

Weight & towing

Curb weight (kg)
2119
Gross vehicle weight (kg)
2800
Combination weight (kg)
5300
Towing, braked (kg)
2500
Towing, unbraked (kg)
750
Vertical coupling load (kg)
100

Swiss data

Real-driving emissions (RDE)

RDE NOx total (mg/km)
125
RDE NOx urban (mg/km)
125
RDE particle number, total
6
RDE particle number, urban
6

Road load (WLTP)

F0 (N)
226.10576
F1 (N/(km/h))
0
F2 (N/(km/h)²)
0.055609

Eco-innovation

Eco-innovation fitted
Y
Eco-innovation code
e1 29

Additional fields (all source data)

[1, , , , ]
PSM, Mercedes-Benz AG, , , Stuttgart, , ,
C0, A1
A0
4
[2, ]
1
NON
3430
N
N
5461
2566
2119
1550
1600
2500
2500
Mercedes-Benz AG
654
C4
M
4400
1
2.733
1666
1646
NON
1
2L, 2R, 2RE
E13 55R - 01 3612
13.80
150
74.00, 3300
2317
3.203000
226.105760
0.000000
0.055609
3b
0.000
N
715/2007*2018/1832AR
20.20
17.60
2.08000
0.12
24.50
0.50000
125.00
6.00000
125.00
6.00000
212.00
8.100
175.00
6.700
239.00
9.100
197.00
7.500
Y
e1 29
1.00
zu 7: max.1985*zu 27.1: min. 3600 min-1*zu 30: A1: max.1670, A2: max.1650*zu 35: A1/A2: ww. 205/65R16C 103/101H auf 6,5Jx16 ET52 ww. höhere Tragfähigkeit/Geschwindigkeitsklasse*zu 41: max. Anz.*zu 42: max.*zu 44: ww. E13 55R - 01 3640,wenn werksseitig montiert*
LastModified
2024-04-30T13:59:56Z
N4 VehicleNatureCode
030
N8 KfO11
147