FEATURES
- Maximum 275.0 kVA, 400 V, 1500 RPM
- 360 litre tank for 8 hrs @ 75% Load
- Industrial brushless alternator with AVR
- Steel baseframe, retention basin & fuel tank with sensor
- World wide after sales service and technical support
- Test report, manuals and electrical drawings supplied
- Modular design, open and silent version available
- Warranty
PERFORMANCE
Prime power (PRP) | 250.0 kVA |
Prime power (PRP) | 200.0 kW |
Standby power (LTP) | 275.0 kVA |
Standby power (LTP) | 220.0 kW |
Power factor | 0.8 |
Frequency (Hz) | 50 Hz |
Voltage (V) | 400 V |
GENERAL ENGINE DATA
Genset Controller | |
Engine brand | |
Engine model | TAD734GE |
Cylinders | 6 |
Speed | 1500 RPM |
Cubic capacity | 7.15 |
Air intake | Turbocharged |
Standard voltage | 24 V |
SAE | 2-11A½ |
BMEP | 2500 |
Cooling | Water |
Flywheel P.R.P. | 215.4 kW |
Flywheel Stand-by | 240.4 kW |
EMISSIONS
TA Luft | Not available |
TA Luft2 | Not available |
EPA | Not available |
Stage | Stage 2 |
GENERATOR DIMENSIONS
Length | 3200 mm |
Width | 1140 mm |
Height | 1780 mm |
Weight | 2570 kgs |
Tank Capacity | 360 l |
FUEL CONSUMPTION
Fuel Cons. at 110% | 60.9 l/h |
Fuel Cons. at 100% | 54.5 l/h |
Fuel Cons. at 75% | 44.3 l/h |
Fuel Cons. at 50% | 32.8 l/h |
Fuel Cons. at 25% | 18.8 l/h |
SPEED REGULATION
Electronic regulator | Standard |
Precision class | G3 |
ENGINE LIQUIDS
Oil quantity | 29.0 l |
Antifreeze quantity | 8.0 l |
HEAT FROM ENGINE
Heat from radiator | 117.0 kW |
Heat from exhaust | 160.0 kW |
Heat from radiation | 24.0 kW |
ALTERNATOR
Brand | MARELLI |
Model | MJB250LB4 |
Continuous Power | 275.0 kVA |
Standby Power | 250.0 kVA |
Connection | Series star |
Phases | Three phases with neutral |
Winding | 12 terminals 50-60Hz Winding M0 |
Terminal No | 12 |
IP Protection | 23 |
Regulator | M16FA655A |
Precision | 0.5 ± % |
HEAT FROM EXHAUST
Exhaust temperature | 495 °C |
Cooling air flow | 190.00 m³/min |
Combustion air flow | 16.10 m³/min |
Exhaust gas flow | 33.00 m³/min |
PLEASE NOTE: ALL ratings are approximate and at SEA LEVEL. Engines need to be de-rated for altitude. A rough guide to de-rate performance is 1% for every 100m above sea level. I.e: A 20kVA at sea level is an 18kVA at 1000m above sea level (10% less) etc.