WMW180 unit technical data

Output Capacity (kVA) |
: 225/250 |
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Output Power (kW) |
: 180/200 |
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Power Factor |
: 0.8 (Lagging) |
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Frequency (HZ) |
: 50 |
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Output Voltage (V) |
: 400 / 230 |
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Maximum (Long-term/Standby) Output Current (A) |
: 324/360 |
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Unit Dimensions (Length × Width × Height) (mm) |
: 2750*1050*1800 |
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Unit Net Weight (kg) |
: 2100 |
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Diesel Engine |
|
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Manufacturer |
: Weichai Power Co., Ltd. |
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Model |
: WP10D238E200 |
Rated Speed (RPM) |
: 1500 |
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Number of Cylinders |
: 6 |
Output Power (kW) |
: 216/238 |
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Cylinder Arrangement |
: L |
Fuel Specifications and Grade |
: China 0# (Light Diesel) |
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Bore/Stroke (mm) |
: 126*130 |
Fuel Consumption (L/h) |
: 83 |
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Total Cylinder Capacity (L) |
: 18.9 |
Fuel Consumption (g/kwh) |
: ≤195 |
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Compression Ratio |
: 17:1 |
Lubricating Oil Specifications and Grade |
: API-CD Grade and Above |
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Intake Method |
: Turbocharged |
Total Lubricating Oil Capacity (L) |
: 24 |
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Speed Control Method |
: Mechanical/Electronic Control |
Lubricating Oil Consumption (L/h) |
: 0.38 |
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Thermostat Adjustment Temperature Range (℃) |
: Electric Start DC12V |
Lubricating Oil Normal Operating Temperature (℃) |
: 110 |
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Allowable Maximum Back Pressure (KPa) |
: 10 |
Maximum Exhaust Temperature (℃) |
: 550 |
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Cooling Method |
: Closed-Cycle Water Cooling |
Intake Airflow (m3/min) |
: 25.9/26.7 |
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Coolant Capacity (L) |
: 22 |
Exhaust Airflow (m3/min) |
: 71.6/74.5 |
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Coolant Normal Operating Temperature (℃) |
: 83-95 |
Air Consumption (m3/min) |
: 45.7 |
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Coolant Flow Rate (L/sec) |
: 5.4 |
Radiator Dimensions (Length × Width × Height) (mm) |
: 310×995×1350 |
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Generator |
|
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Manufacturer |
: Jiangsu Weiming Power Generation Equipment Co., Ltd. |
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Model |
: WM 38BD |
Excitation Method |
: Brushless Self-Excited (PMG Optional) |
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Voltage Regulation Range |
: ≥±5% |
Steady-State Voltage Regulation Rate |
: ≤±1.0% |
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Temperature Rise |
: H |
Voltage Control Method |
: AVR |
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Insulation Class |
: H |
Overload Capacity |
: 1.5 times for 2 minutes |
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Protection Class |
: IP22 |
Short-Circuit Capacity |
: 3 times for 10 seconds |
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Efficiency |
: 93.03% |
Cooling Method |
Self-cooling type |
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Telephone interference coefficient |
THF<2%, TIF<50 |
Rotor type |
Salient-pole type |
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