2. Governing bodies and methods of safe operation
|
All data are valid for cars in basic execution with the catalytic converter. Equipment of the car elements of an additional complete set can lead to certain deviations, - apply for references to specialists of Mercedes-Benz car service. |
General information
Model range
Petrol models | |
ML 230 |
163.136
|
ML 320 |
163.154
|
ML 350 |
163.157
|
ML 430 |
163.172
|
ML 55 AMG |
163.174
|
ML 500 |
163.175
|
Diesel models
|
|
ML 270 CDI |
163.113
|
ML 400 CDI |
163.128
|
Fuel grades
Petrol models
Unleaded gasoline, EN 228 is not worse than AI-95 (by a research method) / A85 (by a motor method).
|
Abuse of additives to fuel can result in premature wear of the engine! |
|
It is temporarily possible to apply: usual unleaded gasoline is not worse than AI-91/A-82.5, - engine capacity at the same time can decrease, and fuel consumption to increase. Avoid the movement with full loading. |
Diesel models
Summer and winter diesel fuel
|
Do not apply ship (Marine Diesel Fuel), boiler, etc. diesel fuels! |
|
When using diesel fuel with raised (more than 0.5%) the content of sulfur you make replacement of motive oil through each 7500 km of a run from above. |
Winter fuel provides normal operability of the engine at temperatures up to -20 °C.
Thanks to preliminary heating of fuel at the included system of heating of salon trouble-free functioning of the engine is guaranteed at temperatures of external air up to -25 °C.
|
Do not add gasoline to diesel fuel! |
In case of use of summer diesel fuel, and also at temperatures of external air below -15 °C it is necessary to add certain, depending on temperature of external air quantity of means for improvement of fluidity or kerosene to fuel (see the table).
Principle of fluidifying of diesel fuel kerosene
Temperature of external air of °C |
(15
÷
23)
°C
|
- (23 ÷ 30) °C
|
Summer diesel fuel |
80%
|
50%
|
Kerosene |
20%
|
50%
|
Temperature of external air of °C |
- (25 ÷ 30) °C
|
- (30 ÷ 35) °C
|
Winter diesel fuel |
80%
|
50%
|
Kerosene |
20%
|
50%
|
Means for improvement of fluidity can be used also in combination with kerosene.
The certificate of the allowed means for improvement of fluidity can be received on any HUNDRED Mercedes-Benzs.
The share of content of additive taking into account temperature of external air has to be minimum.
|
The kerosene share in mix should not exceed 50%! |
Additives are added to fuel during gas station before there was its solidification to release of paraffin. Faults owing to release of paraffin can be rectified only by heating of all power supply system.
You make mixing of diesel fuel with kerosene only in the fuel tank, - at first in a tank kerosene is filled in, then diesel fuel is added. In conclusion it is necessary to allow to the engine to work for distribution of mix on all path of a power supply system for some time.
|
Additives of kerosene lead to decrease in a point of ignition of diesel fuel owing to what fire danger of mix increases! Follow the corresponding safety regulations! |
Volume of a fuel tank / including reserve of fuel, l
See Specifications to the Head the Current leaving and service.
Technical characteristics
Are defined according to directives of the EU and are valid for cars of a basic complete set.
Depending on elements of a special complete set data can vary. The reference on this matter can be received at any Mercedes-Benz station.
Engine | |||
Number of cylinders | |||
|
4 | ||
|
6 | ||
|
6 | ||
|
8 | ||
|
8 | ||
|
8 | ||
|
5 | ||
|
8 | ||
The number of valves on the cylinder | |||
|
4 | ||
|
3 | ||
|
3 | ||
|
3 | ||
|
3 | ||
|
3 | ||
|
4 | ||
|
4 | ||
The volume of cylinders, cm3 if it is not stipulated separately | |||
|
2295 | ||
|
3199 | ||
|
3.5 l | ||
|
4266 | ||
|
4966 | ||
|
5439 | ||
|
2688 | ||
|
3996 | ||
Rated power (with a frequency of rotation of a bent shaft), h.p. (rpm) | |||
Petrol engines | |||
|
150 (5400) | ||
|
218 (5600) | ||
|
235 (5750) | ||
|
272 (5750) | ||
|
292 (5600) | ||
|
347 (5500) | ||
Diesel engines | |||
|
153 (4200) | ||
|
250 (4000) | ||
Nominal torque (with a frequency of rotation of a bent shaft), Nanometer (rpm) | |||
Petrol engines | |||
|
220 (3800) | ||
|
310 (3000) | ||
|
345 (3000) | ||
|
390 (3000) | ||
|
440 (2700) | ||
|
510 (2800) | ||
Diesel engines | |||
|
370 (1600) | ||
|
560 (1700) | ||
Maximum frequency of rotation of a bent shaft, rpm | |||
|
6000 | ||
|
4600 | ||
Dynamic characteristics | |||
Dispersal to 100 km/h, with | |||
Petrol engines | |||
|
12.3 | ||
|
09.7 | ||
|
09.1 | ||
|
07:11 | ||
|
07.7 | ||
|
06.8 | ||
Diesel engines | |||
|
11.9 | ||
|
08.1 | ||
Maximum speeds of the movement | |||
Petrol engines | |||
|
180 | ||
|
195 | ||
|
205 | ||
|
210 | ||
|
222 | ||
|
235 | ||
Diesel engines | |||
|
185 | ||
|
213 | ||
The maximum speeds of the movement on each of transfers, km/h | |||
Models with AT | |||
ML 230 |
Data are absent | ||
ML 320 | |||
|
58 | ||
|
90 | ||
|
149 | ||
|
195 | ||
|
190 | ||
ML 350 |
Data are absent | ||
ML 430 |
Data are absent | ||
ML 500 * | |||
|
60 | ||
|
99 | ||
|
158 | ||
|
222 | ||
|
219 | ||
ML 55 AMG | |||
|
65 | ||
|
106 | ||
|
169 | ||
|
235 | ||
|
235 | ||
ML 270 CDI | |||
|
49 | ||
|
80 | ||
|
128 | ||
|
173 | ||
|
183 | ||
ML 400 CDI |
Data are absent | ||
Models with RKPP | |||
ML 270 CDI | |||
|
35 | ||
|
63 | ||
|
101 | ||
|
144 | ||
|
175 | ||
|
185 | ||
ML 230 |
Data are absent | ||
* Approximate data are provided. | |||
Fuel consumption *, issue of CO2 (according to the directive 93/116/EWG) | |||
Models with AT | |||
Petrol models | |||
Fuel consumption, l / 100 km | |||
ML 230 | |||
| 17.0 | ||
| 10.0 | ||
| 12.7 | ||
ML 320 | |||
| 18.2 | ||
| 11.2 | ||
| 13.8 | ||
ML 430 | |||
| 18.8 | ||
| 11.0 | ||
| 13.9 | ||
ML 500 | |||
| 19.9 | ||
| 11.3 | ||
| 14.5 | ||
ML 55 AMG | |||
| 19.7 | ||
| 11.4 | ||
| 14.4 | ||
Issue of CO2, g/km | |||
|
301 | ||
|
330 | ||
|
334 | ||
|
Data are absent | ||
|
345 | ||
Diesel models | |||
Fuel consumption, l / 100 km | |||
ML 270 CDI | |||
| 12.2 | ||
| 8.0 | ||
| 9.5 | ||
ML 400 CDI | |||
| Data are absent | ||
| Data are absent | ||
| Data are absent | ||
Issue of CO2, g/km | |||
| 250 | ||
| Data are absent | ||
Models with RKPP (only diesel) | |||
Fuel consumption, l / 100 km | |||
ML 270 CDI | |||
| 12.4 | ||
| 7.7 | ||
| 9.4 | ||
ML 400 CDI | |||
|
Data are absent | ||
|
Data are absent | ||
|
Data are absent) | ||
Issue of CO2, g/km | |||
|
248 | ||
|
Data are absent | ||
* The values of fuel consumption defined according to directives of the EU are only the main for comparison under the set test conditions. In practice fuel consumption can exceed the values determined by directives of the EU and specified in a technical characteristic as at daily operation other conditions, such as, for example, style of driving, an additional complete set, the top luggage carrier, wider tires, etc. play a role. | |||
Off-road characteristics | |||
The maximum depth of the overcome water barriers, mm | |||
All models |
500 | ||
Angle of rapprochement/leaving | |||
All models |
30 °/31 ° | ||
Height of a road gleam, mm | |||
|
195 | ||
|
188 | ||
The maximum admissible steepness of the overcome bias | |||
|
60% | ||
|
Data are absent | ||
Off-road transfer relation | |||
All models |
2.64: 1 | ||
Constant distribution of power between bridges (peredniy:zadniya) | |||
All models |
40:60 | ||
Tires//light-alloy rims (for models ML 320, ML 500, ML 55 AMG, ML 270 CDI and ML 400 CDI) | |||
Regular wheels | |||
|
ML 320, ML 270 of CDI | ||
|
Except ML 55 AMG | ||
|
All models | ||
|
ML 55 AMG | ||
Spare wheel of a compact design (all models) of T155/90 D18 113M//4 Jx18 H2 ET0 1) All-weather tires with the admission for tires M+S. Only tires of certain brands are allowed to operation, - the reference on the matter can be received on HUNDRED Mercedes-Benzs. 2) Tires with the winter drawing of a protector. Only tires of certain brands are allowed to operation, - the reference on the matter can be received on HUNDRED Mercedes-Benzs. 3) Only for models of a special complete set Styling Packet. | |||
Pressure of a rating of tires, bar | |||
Data are given in a sticker from the inside of a cover of the hatch of a jellied mouth of the fuel tank. | |||
Turn radius | |||
All models, m |
5.95 | ||
Mass-dimensional characteristics | |||
| |||
Full length, mm | |||
|
4638 | ||
|
4635 | ||
Full width with the developed mirrors / with the removed mirrors, mm |
2126/1905 | ||
Full height, mm | |||
|
1813 | ||
|
1804 | ||
Wheel base (all models), mm |
2820 | ||
Track (forward and back wheels), mm |
1535 | ||
Net weight, kg | |||
|
1930 | ||
|
2010 | ||
|
2090 | ||
|
Data are absent | ||
|
Data are absent | ||
|
Data are absent | ||
|
Data are absent | ||
The mass of the equipped vehicle 1), kg | |||
|
Data are absent | ||
|
2170 | ||
|
Data are absent | ||
|
2210 | ||
|
2300 | ||
|
2175 | ||
|
2335 | ||
Admissible full weight (all models), kg | |||
|
2850 | ||
|
3000 | ||
Permissible load on a forward axis, kg | |||
|
1350 | ||
|
1430 | ||
Permissible load on a back axis (all models), kg | |||
|
1600 | ||
|
1750 | ||
Permissible load on a roof (profile guides of the top luggage carrier), kg |
100 | ||
The admissible mass of the towed freight 2), kg | |||
|
2650 | ||
|
750 | ||
The maximum permissible load falling on the traction coupling device 2) |
135 | ||
The maximum permissible load on profile guides of the top luggage carrier, kg |
100 | ||
1) According to directives of the EU, the mass of the equipped car, includes the mass of the driver (68 kg), baggage (7 kg) and mass of all working liquids (the fuel tank is filled for 90%). | |||
2) The loading falling on the traction coupling device does not join in the admissible mass of the towed freight. |
Assembly sizes of the traction coupling device
|
Installation of the traction coupling device has to be made by mechanics HUNDRED Mercedes-Benzs. |
|
|
1 — fastening Points |
2 — the Cross beam |
Efforts of tightening of threaded connections, Nanometer
Wheel bolts - 150