Googol Power-Tech Co.,Ltd Engine Application: Engine Model Generator set & Pump JTA3240-G1 Drive Phoenix Lake Industrial Park, Yong chuan, Chongqing City, China Tel: 86-23-49682222, Fax: 86-23-49683222 5820 Central Ave,Unit 230, Riverside CA92504,U.S.A Tel: 1-909-7436092 Fax:1-909-9392093 Engine data sheet Engine control Parts list Chief Engineer: CPL: 3240-4800 Jin ling. Ni No. of Data Sheet Publication Date: DS 20140401-JTA3240G1 04-01-2014 Generator set Ratings: Gas Generator set Model(Open Type) GC1000-400-50-OT Gas Generator set Model(Canopy Type) GC1000-400-50-CY Engine Speed (RPM) 1500 Generator set Frequency (Hz) 50 Volt (V) 400(3300/4160/6300/10500) Engine Continuous Power (COP) (kW) 842 Single Fan Power (kW) 7.5 Single Fan Consumption (kW) 6.5 Quantity of Fan (Sets) 4 All Fan Consumption (kW) 26 BMEP for Continuous Output (bar) 12.69 Typical Generation Continuous Output (kVA) 1000 Typical Generation Continuous Output (kW) 800 ≥ 95.0% Typical Alternator Efficiency Power Factor 0.8 Speed droop (static) elect. Gov. 0-5% Governing standards to ISO 8528 Parts 1 and 5 G3 Basic Performance Datasheet Turbocharger, air-water Aspiration Type after-cooler Turbocharger Type 1*R151 Configuration Vee. No. of Cylinders 12 Displacement (liters) 53.1 Bore (mm) 170 Stroke (mm) 195 Compression Ratio Piston Speed 13.5:1 (m/s) Rotation Direction (from flywheel) 9.75 Counter Clockwise Number of Flywheel Teeth 218 Flywheel House Size SAE00-21 Lube Oil Specification AFI-CF4 Lubrication System 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) 1650 Flow of Coolant pump (m³/h) 48+45 Heat dissipation (engine radiator) (kW) 340 Heat dissipation (CAC) (kW) 161 Heat dissipation (convection) (kW) 51 Radiator Model (kW) QSCN1002 Gas System Governor Type Engine Output at generator set prime output Gas Consumption at 25% of generator set prime output Gas Consumption at 50% of generator set prime output Gas Consumption at 75% of generator set prime output Electrical Control (kW) 842 Nm3/hr 63.70 Nm3/hr 116.33 Nm3/hr 166.18 Gas Consumption at 100% of generator set prime Nm3/hr 221.58 Combustion Air Consumption (m³/min) 81.61 Max. Intake Restriction (Kpa) 2 Max. Exhaust Temperature(Before Turbo) (°C) 635 Max. Exhaust Temperature(After Turbo) (°C) 520 Max. Exhaust Back Pressure (Kpa) 2 Exhaust Gas Flow (m³/min) 206.53 Exhaust Flange Diameter (mm) 2*250 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 (℃) 10 Ignition Controller Brand Motortech/heinzmann(Germany) Detonation Controller Brand Motortech/heinzmann(Germany) Air/Fuel Ratio Mixer Brand Motortech/heinzmann(Germany) output Intake & Exhaust System Electrical System Minimum Ambient Temperature for Unaided Cold Start Gas Control System Speed Controller Brand heinzmann(Germany) Length (mm) 3096 Width (mm) 1459 Height (mm) 1820 Engine Dry Weight w/o Cooling System (kg) 5000 Engine Dimension Generator set Dimension for GC1000-400-50-OT Length (mm) Width (mm) Height (mm) Generator set Dry Weight w/o Cooling System (kg) Generator set Dimension for GC1000-3300-50-OT Length (mm) Width (mm) Height (mm) Generator set Dry Weight w/o Cooling System (kg) Generator set Dimension for GC1000-4160-50-OT Length (mm) Width (mm) Height (mm) Generator set Dry Weight w/o Cooling System (kg) Generator set Dimension for GC1000-6300-50-OT Length (mm) Width (mm) Height (mm) Generator set Dry Weight w/o Cooling System (kg) Generator set Dimension for GC1000-10500-50-OT Length (mm) Width (mm) Height (mm) Generator set Dry Weight w/o Cooling System (kg) 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. Above data is only the testing data in our laboratory, it can't used to be the data on all contract.
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