CM600C38N natural gas generator set |
Genset model | CM600C38N |
Engine model | Cummin K38N-G6 |
Alternator model | Kwise |
Controller | DEIF |
Continuous output | 400kw |
Rated voltage | 400V |
Power factor | 0.8 (lagging) |
Rated frequency | 50Hz |
Rated speed | 1500rpm |
Steady state voltage regulation rate | ≤±2.5% |
Stabilization time | ≤1.5s |
Transient state voltage regulation rate | ≤ ±20% |
Fluctuation rate | ≤±0.5% |
Steady state frequency regulation rate | ≤0-5% (adjustable) |
Stabilization time | ≤5s |
Transient state frequency regulation rate | ≤±10% |
Fluctuation rate | ≤±0.5% |
Starting method | 24V DC start |
Voltage regulating method | AVR (Automatic voltage regulation) |
Speed governing method | Electronic governor |
Ignition system | Digital ignition system |
Cooling mehtod | Forced water cooling with multi-fans radiator |
Coupling method | Flexible coupling |
Reference dimension | 5200x1800x1850mm (the drawing will be presented after signing of contract) |
Reference weight | 8500kg |
Natural gas engine data |
Model | Cummin K38N-G6 |
Engine type | Four strokes, spark plug ignited, water cooled, turbocharged and inter-cooled |
Cylinder arrangement | 12 in V arrangement |
Bore | 159mm |
Stroke | 159mm |
Displacement | 38L |
Rated speed | 1500rpm |
Idle speed | 850-1000rpm |
Compression ratio | 11.5:1 |
Exhaust gas temperature (after turbo) | ≤600ºC |
Exhaust gas back pressure | 10kpa |
Oil capacity | 166L |
Oil consumption | ≤0.2g/kwh |
Steady speed regulation | 0-5% adjustable |
Cooling method | Forced water cooling, multi-fans radiator |
Lubricating method | Pressure and splashing lubricating |
Ignition method | Spark plug ignition |
Starting method | 24V DC start |
Rotating direction | Counterclockwise (flywheel view) |
Output method | Flywheel output |
Alternator data |
Model | Kwise |
Rated capacity | 750kva |
Rated voltage | 400V |
Rated frequency | 50Hz |
Power factor | 0.8 (lagging) |
Rated speed | 1500rpm |
Protection class | IP23 |
Insulation class | H |
Phases and connection | 3 phases and 4 wires |
Exciting method | Brushless |
Voltage regulating method | AVR automation |