Siemens Engines

Backed by more than 50 years of experience, Siemens gas engines provide energy solutions raging from a bare engine to a complete generation plant. Siemens gas engine are designed and built to provide highly efficient continuous power for co- and tri-generation and peack shaving applications. The Siemens H Engine series represents one of the best ways to reduce your energy cost and your carbon footprint.

Notes: Data obtained according to ISO 9614-2 • Data obtained @ 1 m from engine according to UNE-EN ISO-11203:1996
Maximum data standard deviations = ± 4 dB(A)

1) MN-80. For other gas types, contact a sales representative
2) Assumes intake air flow at delta T = 5ºC including combustion air
3) Not Including pipes and heat exchangers
4) Mean lube oil consumption between maintenance steps
5) At 50 Hz, U = 0.4 kV, power factor = 1
6) At 60 Hz, U = 0.48 kV, power factor = 1
7) With a tolerance of + 5 %
8) Lower emission engines are available; consult a sales representative
for performance data
– Engine performance data acc. to ISO 3046/1
– The values given in this data sheet are for information purposes
only and not binding

Speed: 1,200/1,500/1,800 rpm
Generator frequency: 50/60 Hz
Applicable gas types: Natural gas.
Minimum methane number (1): 80

1) Natural Gas MN80. For other MN consult Siemens Energy
2) Engine performance data acc. to ISO 3046/1 (LHV 38500 KJ/mn
3 – 970 Btu/SCF) for performance on alternate gases consult DR)
3) Assumes intake air flow at delta T = 5ºC including combustion air
4) Not Including pipes and heat exchangers
5) Mean lube oil consumption between maintenance steps

Data is for continuous rating, at sea level, and at an ambient temperature of 77F (25ºC)
Data for special gas and dual gas operation on request.
The values given in this data sheet are for information purposes only and not binding.

5) At 60 Hz, U = 0.48 kV, power factor = 1
6) At 50 Hz, U = 0.4 kV, power factor = 1
7) With a tolerance of + 5 %

8) Lower emission engines are available; contact a sales representative for performance data
– Engine performance data acc. to ISO 3046/1
– The values given in this data sheet are for information purposes only and not binding

1) Natural Gas MN80. For other MN consult Siemens Energy
2) Engine performance data acc. to ISO 3046/1 (LHV 38500 KJ/mn
3 – 970 Btu/SCF) for performance on alternate gases consult DR)
3) Assumes intake air flow at delta T = 5ºC including combustion air
4) Not Including pipes and heat exchangers
5) Mean lube oil consumption between maintenance steps

Data is for continuous rating, at sea level, and at an ambient temperature of 77F (25ºC)
Data for special gas and dual gas operation on request.
The values given in this data sheet are for information purposes only and not binding.

1) Natural Gas MN80. For other MN consult Siemens Energy
2) Engine performance data acc. to ISO 3046/1 (LHV 38500 KJ/mn
3 – 970 Btu/SCF) for performance on alternate gases consult DR)
3) Assumes intake air flow at delta T = 5ºC including combustion air
4) Not Including pipes and heat exchangers
5) Mean lube oil consumption between maintenance steps

Data is for continuous rating, at sea level, and at an ambient temperature of 77F (25ºC)
Data for special gas and dual gas operation on request.
The values given in this data sheet are for information purposes only and not binding.

6) At 60 Hz, U = 0.48 kV, power factor = 1
7) At 50 Hz, U = 0.4 kV, power factor = 1
8) With a tolerance of + 5 %
9) Lower emission engines are available, consult Siemens Energy for performance data

1) Natural Gas MN80. For other MN consult Siemens Energy
2) Engine performance data acc. to ISO 3046/1 (LHV 38500 KJ/mn
3 – 970 Btu/SCF) for performance on alternate gases consult DR)
3) Assumes intake air flow at delta T = 5ºC including combustion air
4) Not Including pipes and heat exchangers
5) Mean lube oil consumption between maintenance steps

Data is for continuous rating, at sea level, and at an ambient temperature of 77F (25ºC)
Data for special gas and dual gas operation on request.
The values given in this data sheet are for information purposes only and not binding.

6) At 60 Hz, U = 0.48 kV, power factor = 1
7) At 50 Hz, U = 0.4 kV, power factor = 1
8) With a tolerance of + 5 %
9) Lower emission engines are available, consult Siemens Energy for performance data

8) With a tolerance of + 5 %
9) Lower emission engines are available, consult Siemens Energy for performance data

1) Natural Gas MN80. For other MN consult Siemens Energy
2) Engine performance data acc. to ISO 3046/1 (LHV 38500 KJ/mn
3 – 970 Btu/SCF) for performance on alternate gases consult DR)
3) Assumes intake air flow at delta T = 5ºC including combustion air
4) Not Including pipes and heat exchangers
5) Mean lube oil consumption between maintenance steps

Data is for continuous rating, at sea level, and at an ambient temperature of 77F (25ºC)
Data for special gas and dual gas operation on request.
The values given in this data sheet are for information purposes only and not binding.

6) At 60 Hz, U = 0.48 kV, power factor = 1
7) At 50 Hz, U = 0.4 kV, power factor = 1
8) With a tolerance of + 5 %

8) Lower emission engines are available; contact a sales representative for performance data
– Engine performance data acc. to ISO 3046/1
– The values given in this data sheet are for information purposes only and not binding

Noise emissions*

Noise emissions*

Notes:
Data obtained according ISO 9614-2
Data obtained @ 1 m from engine according UNE-EN ISO-11203:1996
Maximun data Standard Deviation s = ± 4 dB(A)