• Rated Output Power: 5000 W (Continuous)
• Peak Surge Power: Up to 10,000 W (30 cycles)
• Output Voltage: 200 / 220 / 230 / 240 V AC (selectable via DIP S.W)
• Input Voltage (DC): 380 V DC (Range 280 – 430 V DC)
• Efficiency: Up to 94.5 %
• Output Waveform: True Sine Wave (THD < 3 %)
• UPS Transfer Time: < 10 ms (Inverter to AC bypass)
• AC Charging Current: Max. 11.3 A (adjustable)
• Max. Charging Power: 4200 W
• Operating Temperature: −30 °C to +70 °C (with derating)
• Cooling: Temperature-controlled low-noise cooling fan
• Protections: DC low alarm/shutdown, Over voltage, Short circuit, Overload, Over temp.
• Communication: Supports MODBus-RTU (RS-485) or CANBus protocol
• Parallel Operation: Synchronized scaling up to 30 kW (5 + 1 units)
• Dimensions (L x W x H): 460 mm x 211 mm x 83.5 mm
• Weight: Approx. 10.5 kg
• Safety Standards: CB, TUV, EAC, CE, IEC62368-1, AS/NZS 62368.1
• Manufacturer Warranty: 5 Years

Information about the MEAN WELL NTN-5K-2380

The MEAN WELL NTN-5K-2380 is a high-performance 5 kW power solution specifically engineered for 380 V DC high-voltage input applications. This advanced unit operates as a 3-in-1 system, combining a true sine wave DC-AC inverter, a high-efficiency AC battery charger, and a seamless UPS bypass function. Its sophisticated digital MCU-based design ensures a high level of efficiency—reaching up to 94.5%—while providing an incredible surge capacity of 10,000 W to handle the heavy startup requirements of industrial power tools and high-inductive loads. To ensure maximum durability in harsh environments, the internal PCB features conformal coating to resist dust and moisture, complemented by a wide operating temperature range from -30 °C to +70 °C. The inverter is designed for high-end industrial and telecommunications systems, offering parallel synchronization for up to 30 kW and flexible monitoring via MODBus or CANBus protocols. With its robust architecture and a comprehensive 5-year manufacturer warranty, the NTN-5K-2380 is a superior choice for mission-critical power distribution and large-scale off-grid energy storage.