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POWER RATING 1200-1800-1500rpm0 pages
Gas
Dimensions and other data
Speed
Speed
Natural gas, biogas, landfill gas, sewage gas, flare gas, other special gases
Minimun methane number 1)
English
Units
50/60 Hz
Applicable Gas Types 2)
Engine Parameters
1200/1500/1800 rpm
Generator frequency
75
Metric
Units
HGM 240
rpm
Engine power 2
bhp
1500
697
kWb
HGM560
1800
(520)
Cylinder Arrangement
697
1200
(520)
1395
1500
(1040)
1663
1800
(1240)
In Line 8
1810
(1350)
V16
Mean effective pressure
psi
bar
252
(17.4)
210
(14.5)
268
(18.5)
256
(17.6)
232
(16.0)
Bore
inch
mm
5.98
(152)
5.98
(152)
6.30
(160)
6.30
(160)
6.30
(160)
Engine
Dimensions
Stroke
inch
mm
6.50
(165)
6.50
(165)
6.89
(175)
6.89
(175)
6.89
(175)
Width
in.
mm
37205
(945)
37205
(945)
53858
(1368)
53858
(1368)
61024
(1550)
72323
(1837)
70354
(1787)
Displacement
cu.in
Litres
1460
(24.0)
1460
(24.0)
3436
(56.3)
3436
(56.3)
3436
(56.3)
Length
in.
mm
79528
(2020)
102835
(2612)
103819
(2637)
123740
(3143)
118110
(3000)
111890
(2842)
134213
(3409)
Mean piston speed
in/s
m/s
325
(8.3)
390
(9.9)
276
(7.0)
344
(8.8)
413
(10.5)
Height
in.
mm
57441
(1459)
57441
(1459)
68425
(1738)
68425
(1738)
86614
(2200)
62874
(1597)
85236
(2165)
Dry weight genset
lb
kg
5952
(2700)
7716
(3500)
9259
(4200)
12015
(5450)
12787
(5800)
8818
(4000)
16535
(7500)
Compression ratio
11.8 : 1
Combustion air mass flow 2)
Packaged Ventilation air flow
11.9 : 1
lbs/hr
3)
kg/h
4828
(2190)
5736
(2602)
11025
(5001)
13470
(6110)
14233
(6456)
3
scfm
m /h
21424
(36400)
21424
(36400)
42849
(72800)
51089
(86800)
55621
(94500)
Engine coolant capacity 4)
gal.
Litres
21
(80)
21
(80)
69
(260)
69
(260)
69
(260)
Lube oil capacity 4)
gal.
Litres
45
(170)
45
(170)
106
(400)
106
(400)
106
(400)
lbs/bhp.hr
g/kWh
0.00058
(0.35)
0.00058
(0.35)
0.00033
(0.20)
0.00033
(0.20)
0.00033
(0.20)
Lube oil consumption 5)
Genset
Dimensions (60 Hz)
%
96.6
96.6
96.8
97.1
96.9
kW
502
502
1007
1204
1308
Jacket (HT) water heat
Btu x 1000/hr
kW
850.2
Oil (HT) cooler water heat
Btu x 1000/hr
*
*
Intercooler (LT) water heat
Btu x 1000/hr
kW
280.0
(82)
Exhaust Heat - cooled to 120 °C
Btu x 1000/hr
kW
846.8
(248)
Engine radiation heat
Btu x 1000/hr
kW
95.6
(28)
Generator radiation heat
Btu x 1000/hr
kW
60.4
(18)
60.4
(18)
113.6
(33)
122.8
(36)
142.9
(42)
Fuel consumption
Btu x 1000/hr
kW
4083.6
(1196)
4319.2
(1265)
8252.7
(2417)
9976.9
(2922)
10973.9
(249)
713.6
(209)
1724.3
(505)
2134.0
(625)
*
*
392.7
(115)
464.4
344.9
(101)
194.6
(57)
276.6
1068.7
(313)
1635.5
(479)
136.6
(40)
218.5
(64)
2045.2
(136)
491.7
273.2
(80)
1990.6
(583)
2581.3
(756)
221.9
(65)
280.0
(82)
41.1
43.0
42.4
Electrical efficiency
%
42.0
39.7
41.7
41.2
Thermal efficiency
48.4
49.2
43.1
44.1
Total efficiency
%
90.4
89.0
84.7
85.3
(1200)
50000
(1270)
65512
(1664)
65512
(1664)
65709
(1669)
75315
(1913)
72756
(1848)
Length
in.
mm
119055
(3024)
144016
(3658)
150787
(3830)
173071
(4396)
183819
(4669)
155591
(3952)
222362
(5648)
in.
mm
72677
(1846)
75354
(1914)
83937
(2132)
85984
(2184)
85669
(2176)
68425
(1738)
91299
(2319)
lb
kg
8818
(4000)
10891
(4940)
15939
(7230)
20338
(9225)
22046
(10000) 13735
(6230)
25871
(11735)
Noise emissions* 60 Hz (1200 rpm)
Engine
noise dB(A)
HZ
(Frec. Band)
SFGLD 180
SFGLD 240
SFGLD 360
SFGLD 480
SFGLD 560 SFGM 560
HGM 240
HGM 560
1200 1500 1800 1200 1500 1800 1200 1500 1800 1200 1500 1800 1200 1500 1500 1800 1500 1800 1200 1500 1800
125
°F
gpm
°C
L/hr
194
(90)
198
194
(45)
InterCooler Stages
(90)
198
(45)
194
(90)
242
194
(55)
(90)
308
Single
59
72
70
--
70
--
66
73
70
71
76
76
73
69
67
71
73
70
76
73
82
86
69
81
74
70
83
84
79
92
92
87
74
77
77
83
84
82
83
88
79
87
84
76
86
90
76
88
84
81
89
89
85
83
80
79
85
82
84
87
91
85
90
89
82
88
85
81
90
88
83
89
89
87
89
88
81
88
86
81
84
87
83
89
87
83
86
87
80
89
89
84
89
89
91
93
91
88
92
92
(90)
194
4000
76
79
83
77
86
83
79
80
82
73
82
83
79
85
85
86
90
87
83
89
88
LpA, å dB(A)
88
90
94
88
95
94
87
92
93
85
95
93
89
97
97
95
96
94
90
96
95
(70)
352
(80)
Double
°C
131
(55)
131
(55)
131
(55)
131
(55)
131
(55)
gpm
L/hr
97/132
22/30
97/132
22/30
53/132
12/30
92/132
21/30
110/132
25/30
Dry
--
73
1000
°F
Exhaust manifold type
--
70
500
System parameters
--
250
85.4
Exhaust backpressure max.
HGM 560
47244
44.6
Exhaust mass flow wet
SFGLD 560
mm
40.7
%
Exhaust temperature
HGM 560
in.
42.0
Intercooler (LT) coolant
flow rate min.
SFGLD 480
SFGLD 560
2000
43.5
Intercooler (LT) coolant temperature max.
SFGLD 360
SFGLD 560
(144)
(81)
%
Jacket (HT) water flow rate min.
SFGLD 240
SFGLD 480
(599)
Mechanical efficiency
Jacket (HT) water temperature max.
SFGLD 180
SFGLD 360
Width
(3214)
Electrical power
English Metric
Units
Units
SFGLD 240
Dry weight genset
%
kWe
6) 7)
SFGLD 180
Height
Energy balance
Generator Efficiency 6)
English Metric
Units
Units
Exhaust
noise dB(A)
HZ
SFGLD 180
SFGLD 240
SFGLD 360
SFGLD 480
SFGLD 560 SFGM 560
HGM 240
HGM 560
Dry
63
94
97
99
96
99
101
96
100
102
94
98
99
98
102
102
103
100
102
99
102
103
125
106
118
128
109
121
131
109
121
131
111
124
127
109
121
121
125
121
131
109
122
125
°F
°C
860
(460)
901
(483)
768
(409)
766
(408)
883
(473)
250
106
124
128
113
127
131
113
126
131
112
125
114
112
125
125
135
129
133
115
128
136
lbs/hr
kg/h
5027
(2280)
5941
(2695)
11416
(5178)
13955
(6330)
14753
(6692)
500
112
113
120
115
116
123
115
119
126
119
124
130
117
122
122
127
116
122
116
122
127
psi
mbar
0.65
(45)
0.65
(45)
0.65
(45)
0.65
(45)
0.65
(45)
1000
108
112
115
111
115
118
112
117
119
116
121
123
113
118
118
120
116
119
114
119
121
(5)
2000
109
110
112
113
114
116
113
115
116
117
119
119
113
115
115
116
115
117
114
117
117
4000
109
106
105
112
109
108
114
110
110
116
111
112
114
109
109
112
112
110
116
112
113
LpA, å dB(A)
117
126
132
120
128
135
121
129
135
124
130
136
121
129
129
136
130
136
122
130
137
Maximum pressure loss
in front of air cleaner
psi
Fuel Pressure Range
psi
Starter battery 2x12 V, capacity required
Ampere-hour
mbar
mbar
0.073
(5)
0.073
(5)
0.073
(5)
0.073
(5)
0.73 - 3.48 (50 - 240)
0.73 - 3.48 (50 - 240)
280
0.073
280
Emissions
NOx
g/bhp.hr
< 1.1
<1
<2
< 1.1
<2
CO
g/bhp.hr
< 2.2
< 2.2
< 2.2
< 2.2
< 2.2
THC (in C1base)
g/bhp.hr
< 3.5
< 3.5
< 3.5
< 3.5
g/bhp.hr
< 0.7
< 0.7
< 0.7
< 0.7
< 0.7
1200/1500/1800 rpm
< 3.5
NMHC (in C1 base)
tNotes
• 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)
www.dr es s er-r and.c om
1)
2)
t
3)
4)
5)
For other MN consult GUASCOR POWER
Engine performance data acc. to ISO 3046/1 (LHV 38500 KJ/mn3 - 970 Btu
SCF) for performance on alternate gases consult the engineering team
Assumes intake air flow at delta T = 5ºC including combustion air
Not Including pipes and heat exchangers
Mean lube oil consumption between maintenance steps.
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 Guascor for performance data
* Heat included in with the jacket water heat
- Data is for continuous rating, at sea level, and at an ambient tt
t temperature of 77F (25ºC)
- Data for special gas and dual gas operation on request.
- The values given in this data sheet are for information tt
t purposes only and not binding.
www.guas c or power.c om
Barrio de Oikia, 44 20759 Zumaia - Gipuzkoa - Spain • PO Box 30
T 34 943 86 52 00 • F 34 943 86 52 10 • E guascor@guascor.com
Gas engines & Gensets
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