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Payment Type: | L/C, T/T |
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Min. Order: | 1 |
Model No.: HGM1400
Generator Model | HGM1400 | ||
Genset Prime Power | 1000kW/1250kVA | ||
Engine Ratings: | |||
Engine Speed | (RPM) | 1500 | |
Generator set Frequency | (Hz) | 50 | |
Engine Standby Power (LTP) | (kW) | 1247 | |
Engine Prime Power (PRP) | (kW) | 1121 | |
Engine Continuous Power (COP) | (kW) | 910 | |
Single Fan Power | (kW) | 68 | |
Single Fan Consumption | (kW) | 68 | |
Quantity of Fan | (Sets) | 1 | |
All Fan Consumption | (kW) | 68 | |
Engine Net Standby Output (LTP) | (kW) | 1179 | |
Engine Net Prime Output (PRP) | (kW) | 1053 | |
Engine Net Continuous Output (COP) | (kW) | 842 | |
BMEP for Standby Output | (bar) | 18.78 | |
BMEP for Prime Output | (bar) | 16.88 | |
BMEP for Continuous Output | (bar) | 13.70 | |
Typical Generation Standby Output | (kVA) | 1400 | |
Typical Generation Standby Output | (kW) | 1120 | |
Typical Generation Prime Output | (kVA) | 1250 | |
Typical Generation Prime Output | (kW) | 1000 | |
Typical Generation Continuous Output | (kVA) | 1000 | |
Typical Generation Continuous Output | (kW) | 800 | |
Typical Alternator Efficiency | ≥ | 95.0% | |
Power Factor | 0.8 | ||
Speed droop (static) elect. Gov. | 0-5% | ||
Governing standards to ISO 8528 Parts 1 and 5 | G3 | ||
Max. step load acceptance, 1st step(% Prime Output) | 49% | ||
Basic Performance Datasheet | |||
Aspiration Type | Turbocharger, air-water After- cooler | ||
Turbocharger Type | 2*R151 | ||
Injection Type | Direct Injection | ||
Configuration | Vee | ||
No. of Cylinders | 12 | ||
Displacement | (liters) | 53.1 | |
Bore | (mm) | 170 | |
Stroke | (mm) | 195 | |
Compression Ratio | 13.5:1 | ||
Piston Speed | (m/s) | 9.75 | |
Rotation Direction (from flywheel) | Counter Clockwise | ||
Number of Flywheel Teeth | 218 | ||
Flywheel House Size | SAE00-21 | ||
Lubrication System | |||
Lube Oil Specification | AFI-CF4 | ||
Oil Capacity | ( Liters) | 180 | |
Max. Permissible Oil Temperature | (°C) | 110 | |
Low Oil Pressure Warning | (kPa) | 300 | |
Low Oil Pressure Shutdown | (kPa) | 200 | |
Oil consumption (as % of fuel consumption) | ≤0.5 | ||
Cooling System | |||
Coolant Capacity for Engine | ( Liters) | 100 | |
Max. Permissible Temperature | (°C) | 82 | |
Max. Coolant Warning Temperature | (°C) | 85 | |
Max. Coolant Shutdown Temperature | (°C) | 90 | |
Thermostat OPEN Temperature | (°C) | 71 | |
Radiator Cooling Flow | (m³/min) | 2120 | |
Flow of Coolant pump | (m³/h) | 48+45 | |
Heat dissipation (engine radiator) | (kW) | 453 | |
Heat dissipation (CAC) | (kW) | 215 | |
Heat dissipation (convection) | (kW) | 68 | |
Radiator Model | QSCN3000 | ||
Fuel System | |||
Governor Type | Electrical Control | ||
Engine Output at generator set prime output | (kW) | 1121 | |
Fuel Consumption at 25% of generator set prime output | (l/h) | 75.25 | |
Fuel Consumption at 50% of generator set prime output | (l/h) | 129.27 | |
Fuel Consumption at 75% of generator set prime output | (l/h) | 192.86 | |
Fuel Consumption at 100% of generator set prime output | (l/h) | 258.21 | |
Lowest Fuel Consumption Ratio | g/kW.hr | 191.25 | |
Intake & Exhaust System(On Standby Output) | |||
Combustion Air Consumption | (m³/min) | 120.85 | |
Max. Intake Restriction | (Kpa) | 2 | |
Max. Exhaust Temperature(Before Turbo) | (°C) | 520 | |
Max. Exhaust Temperature(After Turbo) | (°C) | 415 | |
Max. Exhaust Back Pressure | (Kpa) | 2 | |
Exhaust Gas Flow | (m³/min) | 305.83 | |
Exhaust Flange Diameter | (mm) | 2*250 | |
Electrical System | |||
Charging Alternator Voltage | (V) | 28 | |
Charging Alternator Capacity | (A) | 55 | |
Starting Voltage | (V) | 24 | |
Starting Motor Capacity | (kW) | 1*13 | |
Minimum Battery Capacity | (Ah) | 4*200 | |
Minimum Temperature for Unaided Cold Start | (C) | 10 | |
Engine Dimension | |||
Length | (mm) | 3096 | |
Width | (mm) | 1459 | |
Height | (mm) | 1820 | |
Engine Dry Weight w/o Cooling System | (kg) | 5000 | |
Note: | |||
1,All engine parameters are in accordance with ISO3046, ISO8528 2,All engine parameters are based on 25°C / 100kPa environment condition 3,No power decrease with below 40ºC environment temperature and 1500 meter altitude 4,More than 40ºCand 1500m above sea level , decrease 2% per 10ºC , and 4% per 300m 5,At calorific value 42700 kJ/kg + 5%, density 0,835 kg/dm3 , temperature 280 K 6,Above data is only the testing data in our laboratory, it can't used to be the data on all contract |