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Gas Gensets / kVA - kVA / TJ275DW-NG5A
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| Power Output Ratings |
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50 Hz |
60 Hz |
| Standby Power (ESP) |
kVA |
273 |
X |
 |
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| kW |
218 |
X |
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| Prime Power (PRP) |
kVA |
246 |
X |
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| kW |
197 |
X |
| Engine |
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50 Hz |
60 Hz |
| Manufacturer |
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DOOSAN |
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| Origin |
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KOREA |
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| Model |
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GV158TIR |
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| No of Cylinder / Configuration |
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8 - V TYPE |
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| Displacement |
lt |
14,618 |
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| Bore / Stroke |
mm |
128 / 142 |
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| Compression Ratio |
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10,5:1 |
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| Aspiration |
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Turbocharged and Intercooled(Water to Air) |
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| Governor Type |
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ELECTRONIC |
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| Cooling System |
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WATER |
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| Coolant Capacity |
lt |
192,3 |
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| Lubrication Oil Capacity |
lt |
31 |
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| Electrical System |
VDC |
24 |
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| Speed / Frequency |
|
1500 rpm / 50 Hz |
X |
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| Engine Gross Power |
kWm |
253 |
X |
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| Fuel Consumption (Nm³/h) |
110 % |
63,2 |
X |
| 100 % |
58,4 |
X |
| 75 % |
48,2 |
X |
| 50 % |
39 |
X |
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| Exhaust Outlet Temperature |
°C |
495 |
X |
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| Exhaust Gas Flow |
m³/min |
30 |
X |
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| Combustion Air Flow |
m³/min |
18,5 |
X |
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| Cooling Air Flow |
m³/min |
550 |
X |
| Alternator |
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50 Hz |
60 Hz |
| Manufacturer |
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MARELLI |
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| Origin |
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ITALY |
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| Model |
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MJB315SA4 |
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| Power Factor |
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0,8 |
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| No of Phase |
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3 |
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| No of Bearing |
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SINGLE |
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| No of Poles |
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4 |
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| No of Leads |
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12 |
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| Voltage Regulation ( Steady State) |
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± %0,5 |
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| Insulation Class |
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H |
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| Degree of Protection |
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IP 23 |
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| Excitation System |
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AVR (Automatic Voltage Regulator), Brushless |
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| Connection Type |
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STAR |
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| Total Harmonic Content (No Load) |
% THD |
< %2 |
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| Frequency |
Hz |
50 |
60 |
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| Voltage Output |
VAC |
230 / 400 |
X |
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| Rated Power (Standby) |
kVA |
330 |
X |
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| Efficiency |
% |
93,1 |
X |
| Dimensions |
| |
W x L x H (mm) |
Weight (kg) |
Fuel Tank (lt) |
| Canopied |
1650 x 4500 x 2350 |
3200 |
N/A |
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| Open Skid |
1650 x 3500 x 1850 |
2450 |
N/A |
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Standby Power
Standby power is defined as the maximum power available during a variable electrical power sequence, under the stated operating conditions, for which a generating set is capable of delivering in the event of a utility power outage or under test conditions for up to 500 hours of operation per year under average of 70% load. Overloading is not permissible.
Prime Power
Prime power is defined as being the maximum power which a generating set is capable of delivering continuously whilst supplying a variable electrical load. Average load should be 70%. The generator can be overloaded 10% for 1 hour per 12 hours.
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