CATERPILLAR 3516E Diesel Generator

ReflowX SKU: REF-892

Product Details

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Model: Caterpillar CAT 3516E
Power Output: 2800 kW (2.8 MW) per engine
Frequency: 50 Hz (for global power generation)
Voltage: 400V (Nominal)
Hours of Operation: Only 300 hours since new – these engines are essentially like new, with minimal wear.
Quantity Available: 3 units available for sale
Fuel Type: Diesel (Typically used with diesel fuel but can be modified to operate with other fuels such as gas with modifications)
Cooling System: Water-cooled engine (closed-loop system for temperature control)
Condition: Used but with only 300 operational hours, in near-new condition
Delivery: Immediate delivery upon agreement

Engine Configuration:
- Cylinder Configuration: V16
- Cylinder Bore: 170 mm (6.69 inches)
- Stroke: 190 mm (7.48 inches)
- Total Displacement: 78.7 L (4,805 cubic inches)
- Compression Ratio: 16.5:1
- Aspiration: Turbocharged with aftercooler for enhanced performance and efficiency
- Cycle: Four-stroke
Rated Speed: 1500 RPM (for the generation of 50 Hz electrical power)
Lubrication: Full-flow filtration system with bypass
Governor Type: Electronic (for precise speed and load control)
Exhaust Temperature: Approximately 450-500°C under full load

Maximum Power Output: 2800 kW (2.8 MW) at 1500 RPM (nominal)
Fuel Consumption: Typically around 198–210 g/kWh at full load, which is typical for a diesel engine of this size
Max Torque: 1,825 Nm at 1,200 RPM
Operational Efficiency: Designed for high fuel efficiency with reduced emissions at full load
Power Factor: Can operate at a 0.8 power factor, suitable for industrial power generation.

Output Voltage: 400 V (nominal)
Frequency: 50 Hz
Connection: 3-phase system
Generator Type: Typically paired with synchronous or asynchronous generators
Alternator Rated Power: 2800 kW at 0.8 power factor
Output Characteristics: Stable and high-quality power for critical systems
Harmonic Distortion: Low, designed for sensitive electronics in industrial and commercial applications

Fuel Type: Diesel (typically #2 diesel, but can be configured to handle other fuels like heavy fuel oil (HFO) with modifications)
Fuel Tank Capacity: Varies depending on configuration and desired run time between refueling
Fuel Filters: Primary and secondary fuel filters to ensure clean fuel delivery to the engine
Fuel Consumption: Around 198-210 g/kWh depending on load

Cooling Type: Water-cooled (closed-loop system for high reliability)
Coolant Capacity: Approximately 300–400 liters (dependent on setup)
Water Pump: High-efficiency pump for coolant circulation
Exhaust Heat Recovery: May include systems for utilizing exhaust heat for other plant processes, improving overall system efficiency

Length: Approximately 4,800 mm (189 inches)
Width: Approximately 2,200 mm (87 inches)
Height: Approximately 2,400 mm (94 inches)
Weight: Around 23,000 kg (50,700 lbs) per engine (without generator set)

Governor System: Electronic governor (provides precise load and speed control)
Engine Control Module (ECM): Equipped with the Cat EMCP (engine monitoring and control panel) for real-time data, diagnostics, and management
Monitoring System: Includes diagnostics for oil pressure, fuel flow, exhaust temperatures, and more
Safety Features: Overspeed protection, low oil pressure shutdown, high-temperature shutdown, and more
Automatic Load Acceptance: Can automatically adjust power output to meet load demands

Exhaust Gas Temperature: Typically 450-500°C at full load, designed for high-efficiency combustion
Exhaust Treatment: Includes SCR (Selective Catalytic Reduction) or other technologies to meet regional emissions standards
Turbocharged and Aftercooled: Enhances engine performance, reduces exhaust temperatures, and increases efficiency.

Oil Change Interval: Typically 500-1000 hours (depending on the operational environment)
Major Overhaul: Typically 15,000-20,000 hours before major engine overhaul, depending on the operational load and conditions
Routine Maintenance: Regular maintenance includes checking fuel filters, oil filters, coolant levels, and performing diagnostic tests.

Emissions: Designed to meet Tier 2 or Tier 3 emissions standards (depending on region and specific model configuration)
NOx, CO, CO2: Equipped with systems for emission reduction, including after-treatment systems if necessary
Noise Levels: Low noise design for industrial and commercial use with soundproofing options available.

Power Generation: Ideal for base-load or emergency power generation in both industrial and commercial applications.
Marine: Can be used for marine propulsion applications with necessary modifications.
Prime or Standby Power: Suitable for facilities that require reliable and continuous or backup power, including manufacturing plants, data centers, and hospitals.
Remote or Off-grid Locations: Can provide power to remote locations where grid power is unavailable.

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