STANDBY
PRIME
SD100
SD100
GENERATOR OUTPUT VOLTAGE/KW-60Hz
Rated AMP
Rated AMP
120/240V, 1-phase, 1.0 pf
100
417
91
379
120/208V, 3-phase, 0.8 pf
100
347
91
316
120/240V, 3-phase, 0.8 pf
100
301
91
274
277/480V, 3-phase, 0.8 pf
100
150
91
137
600V, 3-phase, 0.8 pf
100
120
91
109
MOTOR STARTING KVA
Maximum at 35% instantaneous voltage dip
208/240/416V
480V
208/240/416V
480V
with standard alternator; 60 Hz
206
275
206
275
FUEL
Fuel consumption—60 Hz
Load
25%
50%
75%
100%
25%
50%
75%
100%
gal./hr.
2.3
4.3
5.9
7.7
1.9
3.5
5.1
6.3
liters/hr.
8.7
16.2
22.4
29.0
7.1
13.3
19.4
23.9
Fuel consumption—50 Hz
gal./hr.
1.8
3.4
4.7
6.1
1.5
2.8
4.1
5.0
liters/hr.
7.0
12.9
17.9
23.2
5.7
10.6
15.5
19.1
Fuel pump lift
36"
36"
COOLING
Coolant capacity
System - US gal. (lit.)
5.5 (20.8)
5.5 (20.8)
Engine - US gal. (lit.)
3.75 (14.2)
3.75 (14.2)
Coolant flow/min.
60 Hz - US gal.
38
38
Heat rejection to coolant 60 Hz full load
BTU/hr.
280,000
252,000
Inlet air*
60 Hz - cfm (m
3
/min.)
7500 (212.4)
7500 (212.4)
Max. air temperature to radiator*
° C (°F)
60 (140)
60 (140)
Max. operating ambient temperature* °C (°F)
50 (122)
50 (122)
COMBUSTION AIR REQUIREMENTS
Flow at rated power
60 Hz - cfm (m
3
/min.)
351 (10.0)
320 (9.1)
EXHAUST
Exhaust flow at rated output 60 Hz -
cfm (m
3
/min.)
988 (28.0)
880 (24.9)
Max recommended back pressure
Inches Hg
1.5
1.5
Exhaust temperature 60 Hz (full load) °F (°C)
1050 (566)
990 (532)
Exhaust outlet size
4.0" O.D.
4.0" O.D.
ENGINE
Rated RPM
60 Hz
1800 / 1500
1800
HP at rated KW
60 Hz
158 / 122
144 / 99
Piston speed
60 Hz - ft./min. (m/min.)
1500 (457)
1500 (457)
BMEP
60 Hz / psi
248
225
DERATION FACTORS
Temperature
-4.1% for every 10
o
C above - °C
40
40
-2.3% for every 10
o
F above - °F
104
104
Altitude
-0.8% for every 100 m above - m
1067
1067
-2.5% for every 1000 ft. above - ft.
3500
3500
OPERATING DATA
NOTE: Consult your
Generac dealer for
additional voltages.
SD100
* Note: Values given are maximum temperatures to which power adjustments can be applied. Consult your Generac
Power Systems representative if operating conditions exceed these maximums.
