4.2 Product data 12V/16V2000Gx6S, 3D, standby power, fuel stop
power, IFN, optimized fuel consumption
Legend
DL Reference value: Continuous power. Continuous driving power under standard conditions
BL Reference value: Fuel stop power. Maximum engine power. In some applications, continuous power
not possible (adjustment reserve)
A Design value. Value is required for configuration of an external system (plant)
R Guideline value. Typical average value for information, only partially suitable for design purposes
L Limit value. Value that must not be undershot (lower limit, min. value) or exceeded (upper limit, max.
value); not suitable for configuration
N Value not yet defined. Value has not yet been, or will not be, named
- Not applicable. Module not relevant to this product type
X Applicable. Module relevant to this product type
> Actual value must be greater than the specified value.
< Actual value must be lower than specified value.
* Value not sufficiently guaranteed (tolerance +/- 10%).
** Value not sufficiently guaranteed (tolerance +/- 5%).
ID Product type Application Speed Nominal pow-
er
1 12V2000G76S Power generation
3D standby current,
fuel stop power (IFN)
1800 rpm
60 Hz
890 kW
1193 bhp
Ref. 25 °C/55 °C; Wa-
ter charge-air cooling
(external)
Optimized fuel con-
sumption
2 12V2000G86S Power generation
3D standby current,
fuel stop power (IFN)
1800 rpm
60 Hz
987 kW
1323 bhp
Ref. 25 °C/55 °C; Wa-
ter charge-air cooling
(external)
Optimized fuel con-
sumption
3 16V2000G76S Power generation
3D standby current,
fuel stop power (IFN)
1800 rpm
60 Hz
1097 kW
1471 bhp
Ref. 25 °C/55 °C; Wa-
ter charge-air cooling
(external)
Optimized fuel con-
sumption
4 16V2000G86S Power generation
3D standby current,
fuel stop power (IFN)
1800 rpm
60 Hz
1371 kW
1837 bhp
Ref. 25 °C/55 °C; Wa-
ter charge-air cooling
(external)
Optimized fuel con-
sumption
Reference conditions
ID 1 2 3 4
Intake air temperature °C 25 25 25 25
Charge air coolant temperature °C 55 55 55 55
Barometric pressure mbar 1000 1000 1000 1000
Site altitude above sea level m 100 100 100 100
30 | Technical Data | MS15054/03E 2018-07
TIM-ID: 0000065009 - 004
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