Frequency |
60 Hz |
Continuous Electric Output (kw) |
250 |
Mechanical Power (bhp) |
354 |
Engine Ignition Timing (BTDC) |
16 |
Rotation Speed (rpm) |
1800 |
Heat Rate (btu per KWh) |
9786 |
Combined Efficiency (useful) |
85.8% |
Electrical Efficiency (useful) |
34.8% |
Thermal Efficiency (useful) |
51% |
Fuel Consumption (SCFM/SCFH) |
45.06/2703 |
Fuel Consumption (Therms per Hour) |
24.47 |
Total Thermal Energy Output (btu/Hour) |
1,248,792 |
Heat from Water Jacket (btu/Hour) |
853,000 |
Heat From Exhaust (btu/Hour) |
395,792 |
Exhaust Temperature ˚F (Engine Out) |
1,044 |
Exhaust Temperature ˚F (Module Out) (approx) |
294 |
Exhaust Flow (lbs/Hour) |
2077 |
Minimum Water Flow Rate (gpm) |
185.6 |
Maximum cogen outlet Temperature ˚F |
195 |
Minimum Cogen Inlet Temperature ˚F |
176 |
Maximum Jacketwater temperature ˚F |
190 |
Glycol concentration |
40% by Vol |
Maximum Internal cabinet temperature ˚F |
176 |
combustion air full load flow, scfm |
405 |
Combustion Air Full Load flow, lb/hr |
1962 |
gas pressure to cabinet (static to full load) (inwc) |
26.6 to 29.4 |
|
|
Generator Electrical Output |
|
Voltage |
120/208, 120/240, 277/480, 3phase |
Type Single bearing, Directcoupled, continuous |
Power Factor |
Synchronous. Variable from .8 lagging to .8 leading |
