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Guascor, SFGLD560, Containerized Gas Generator Set, 752 kWe, 1200 RPM, 40ft ISO Container

Guascor, SFGLD560, Containerized Gas Generator Set, 752 kWe, 1200 RPM, 40ft ISO Container

Description

  1. Operating Conditions
    1. Power output and main performance in accordance with ISO3046 (engine) and ISO8258 (genset).
    2. For ambient temperatures higher than 25 °C (77 °F) and altitudes above 500 m (1640 feet) above sea level, correction factors per document IC-G-B-00-001A apply.
    3. Ambient conditions: extreme tropical conditions.
    4. Maximum temperature: 35 °C / minimum temperature: 15 °C.
    5. Relative humidity: 99%.
    6. Altitude above sea level: 500 m.
  2. Generator Set Performance
    1. Gas genset Guascor SFGLD 560/55 at 1200 RPM.
    2. Rated power output between 610 and 752 kWe depending on methane number (MN) of the gas (MN=45 to MN=75).
    3. Apparent power at generator terminal with leading power factor = 0.8 is between 762 and 937 kVA depending on MN of the gas.
  3. Included Components
    1. Gas engine.
    2. Synchronous alternator.
    3. Control and power cabinet.
    4. Starting system.
    5. Air intake system.
    6. Fuel system.
    7. Lubrication system.
    8. Exhaust system.
    9. Engine cooling system.
    10. Enclosure and engine room ventilation system.
    11. Electrical services and miscellaneous elements.
    12. Electrical control and power installation within the container.
  4. Engine Specifications
    1. Model: Guascor SFGLD 560/55 at 1200 heavy duty.
    2. Cycle: Otto, 4-stroke gas.
    3. Intake type: turbocharged and aftercooled.
    4. Maximum mechanical power output (ISO 3046/1): 788 kWm.
    5. Rating: continuous.
    6. Speed: 1200 RPM.
    7. Number of cylinders/configuration: 16 V.
    8. Cubic capacity: 56 liters.
    9. Piston bore: 160 mm.
    10. Piston stroke: 175 mm.
    11. Direction of rotation: counter clockwise viewed from flywheel.
  5. Basic Engine Configuration
    1. Low compression ratio (LCR) pistons.
    2. Forced-lubrication cylinder heads.
    3. Flywheel housing SAE 00.
    4. Flywheel gear.
    5. Rear geared flywheel.
    6. Double vibration shock absorber.
    7. Electronic speed regulator system.
    8. Combustion high efficiency and interchangeable air filters (2).
    9. Circulation of cooling water through 2 centrifugal pumps trailed by gear for high and low temperature water circuits.
    10. Mechanical thermostats (2) for cooling temperature regulation.
    11. Circulation of oil through oil pump bolted to the cylinder block.
    12. Oil refrigeration by heat exchanger cooled-down by low temperature circuit water.
    13. Battery of 3 “full flow” oil filters.
    14. Piston bottom part refrigeration by fixed jets.
    15. Air turbochargers (2).
    16. Turbochargers lube circuits (2).
    17. Charged air intercoolers (2) cooled-down by low temperature circuit water.
    18. Thermal lagging of turbochargers.
    19. 24 VDC electric starter.
    20. Intake manifolds (2).
    21. Exhaust manifolds (2) water-cooled by jacket water.
    22. Mechanical control panel including oil pressure and water temperature.
    23. System safety devices (pressure switches, temperature switches, level switches, and engine over-speed protection).
    24. Wiring of all sensors and electrical components of the engine up to a terminal box with emergency stop push button.