Engine of CUMMINS E420GL Diesel Generator Set for Landuse | |
Engine model | CCEC CUMMINS KTAA19-G5 |
No. of cylinders | 6(in-line) |
Displacement(L) | 19 |
Induction system | Exhaust turbocharged, air-air inter-cooling |
Combustion system | PT type fuel pump,EFC electrical governor |
Bore*Stroke(mm) | 159*159 |
Compression ratio | 13.9:1 |
Rated speed(rpm) | 1500 |
Maximum power(KW/HP) | 555/755 |
speed control system | High precision electrical speed governor |
exhaust smoke level(m3/min) | 1855 |
Exhaust temperature(°C) | 450 |
Maxium exhaust back pressure(kPa) | 10 |
Maxium intake pressure(kPa) | 6.23 |
Air consumption(m3/min) | 692 |
Air flow(m3/min) | 10800 |
100% load fuel consumption(L/H) | 120 |
The total capacity of oil(L) | 50 |
Oil consumption(g/kwh) | ≤4 |
Oil sump capacity(L) | 38 |
Rated oil pressure(kPa) | 345-483 |
Coolant capacity (engine and radiator)(L) | 132 |
Thermostat opening temperature(°C) | 82-93 |
Maximum water temperature(°C) | 104 |
Alternator of CUMMINS E420GL Diesel Generator Set for Landuse | |
Alternator model(Stamford) | HCI544D |
Alternator model(Marathon) | MP-480-4 |
Alternator model(Engga) | EG355M-450N |
Phase | 3 |
Winding connection | 4 wire 3 phase ,Y type |
Starter battery capacity(Ah) | 195*2 |
Starter battery voltage(V) | 24 |
No. of bearings | 1 |
Power factor | 0.8 |
Protection class | IP23 |
Altitude requirement(m) | ≤1000 |
Excitation mothod | Brushless |
Insulation class /temperature class | H/H |
Steady-state voltage reguation | ≤±1% |
Alternator capacity | 625KVA |
Alternator efficiency | 0.951 |
Cooling air flow(m3/s) | 1.035 |
voltage regulate range | ≥±5% |
Steady-state voltage reguation | ≤±1% |
Transient voltage deviation(100% sudden power reduction) | ≤+25% |
Transient voltage deviation(sudden power incremen) | ≤-20% |
Voltage stabilization time (100% sudden power reduction)(S) | ≤6 |
Voltage stabilization time (sudden power increment) (S) | ≤6 |
Steady-state frequency regulation | ≤5% |
Frequency volatility | ≤0.5% |
Transient frequency deviation (100% sudden power reduction) | ≤+12% |
Transient frequency deviation (sudden power increment) | ≤-10% |
Frequency recovery time(100% sudden power reduction)(S) | ≤5 |
Frequency recovery time (sudden power increment)(S) | ≤5 |