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➩ Product Advantages
Built with a rugged frame and premium components, the NYLF3200-50 is designed to withstand harsh operating conditions, including extreme temperatures, high dus
t levels, and heavy vibration. Its superior cooling system (available in closed or open modes) prevents overheating during extended use, while precision-engineered moving parts minimize wear and tear. With routine maintenance—such as oil changes and filter replacements—this generator can operate reliably for 20–30 years, offering long-term value for businesses and facilities.
The 16V280ZD-A engine boasts an impressive fuel consumption rate of 199+5g/kW.h, outperforming gasoline generators in energy efficiency, especially under heavy loads. Its optimized combustion design ensures minimal fuel waste, translating to lower operational costs over time. For facilities requiring continuous power—such as manufacturing plants or data centers—this efficiency translates into significant savings on fuel expenses.
Compliant with global emission standards, the NYLF3200-50 incorporates advanced fuel injection and turbocharging technology to limit harmful emissions. It reduces levels of CO₂, NOx, and particulate matter compared to older diesel models, making it a sustainable choice for businesses aiming to lower their carbon footprint without compromising performance.
Whether facing sudden spikes in demand or steady high loads, the NYLF3200-50 adjusts seamlessly. Its DECS excitation system maintains stable voltage (10.5kV rated) and power factor (0.8) even with fluctuating loads, ensuring sensitive equipment—like medical devices or data servers—operates without interruptions. This reliability makes it a top choice for critical facilities such as hospitals, airports, and emergency response centers.
Equipped with comprehensive safety features, the generator includes automatic voltage regulation, overload protection, and real-time monitoring of key parameters (temperature, oil pressure, and fuel levels). These safeguards prevent system failures and trigger automatic shutdowns in critical situations, ensuring operator safety and protecting connected equipment from damage.
➩ Technical Parameters
Genset parameters | |
Unit Model: | NYLF3200-50 |
Unit power: | 3200kW |
Engine Model: | 16V280ZD-A |
Generator model: | TFW32003A |
Unit frequency: | 50Hz |
Rated speed: | 1000r/min |
Rated voltage: | 10.5kV |
Cooling mode: | Closed/Open |
Engine parameters | |
Number of cylinders | 16 |
Bore×stroke | 280mm ×285mm |
Compression ratio | 2.5 |
Total displacement | 280.8 L |
Nominal speed | 1000 r/min |
Minimum idling speed | 400 r/min |
Maximum permissible speed | 1100 r/min |
Average piston speed at nominal speed | 9.5 m/s |
Rated power | 4117kW |
Maximum burst pressure | 13.72 Mpa |
Crankshaft steering [facing outputs] | counterclockwise |
Fuel consumption rate | 199+5 g/kwh |
Oil consumption rate | 0.8+20%g/kwh |
Overall dimensions | 4971mm × 1725mm ×2895mm |
Net mass of diesel engine | 24500kg |
Total oil sump lubrication oil | 1200L |
Starting mode | 24DVC |
Generator parameters | |
Rated Power | 3200kW |
Rated Voltage | 10.5kV |
Rated Frequency | 50Hz |
Rated power factor | 0.8 |
Rated speed | 1000rpm |
Motor steering | Clockwise from the exciter side |
Stator winding lead wire | Y |
Insulation class | H |
Ambient temperature | -10℃~45℃ |
Altitude | ≤1000m |
Protection class | IP23 |
Ventilation | self-ventilation |
Excitation mode | AVR |
Relative voltage setting range | ±5% |
Steady state voltage deviation | ±1% |
Transient voltage deviation when load is increasing | -15% |
Transient voltage deviation when load decreases | +20% |
Recovery time(s) | <1.5 |
Short-circuit current capability | 300%In:2s |
Waveform distortion rate THD | ≤5% |
Telephone Harmonic Factor THF | ≤3% |
➩ Product Features
The NYLF3200-50 integrates a state-of-the-art parallel integrated controller, supporting remote control, communication, and monitoring. Users can track performance metrics, adjust settings, and receive alerts via connected devices, simplifying operation and maintenance. This feature is particularly valuable for off-site management of multiple generators in parallel systems.
Designed for easy installation, the engine and alternator share a common base, connected via a high-performance elastic shaft to reduce vibration. Auxiliary systems—including fuel supply, cooling, and pre-lubrication—are pre-integrated, minimizing on-site setup time. It is compatible with automatic transfer switches (ATS) for quick change between grid and generator power, making it suitable for backup applications in facilities where downtime is costly.
Despite its high power output, the NYLF3200-50 incorporates noise-reduction features, including a sophisticated muffler and anti-vibration mounts. This design lowers operational noise, making it suitable for noise-sensitive environments such as residential areas, healthcare facilities, and educational campuses.
➩ FAQ
The NYLF3200-50 is designed for high-power applications, including industrial plants, data centers, hospitals, and large commercial facilities. It serves as both a prime power source (in off-grid locations) and a backup system (during grid outages).
With a fuel consumption rate of 199+5g/kW.h, it is highly efficient, consuming less fuel per unit of power compared to gasoline generators—especially under heavy loads. This efficiency reduces long-term operational costs.
With proper maintenance, the generator can operate for 20–30 years. Routine servicing (oil changes, filter replacements, and system checks) is key to maximizing its lifespan.
Yes. Its rugged design, advanced cooling system, and durable components allow it to function reliably in temperatures ranging from -10℃ to 45℃, high-dust areas, and humid conditions.
Yes. The integrated parallel controller supports remote monitoring and control, enabling users to track performance, adjust settings, and receive alerts from anywhere via connected devices.
The NYLF3200-50 diesel generator set combines power, efficiency, and reliability, making it a versatile solution for diverse energy needs. Its advanced features and durable design ensure consistent performance, while its fuel efficiency and low emissions align with modern sustainability goals.