• Rated Output Power: 5000 W (Continuous)
• Peak Power (Surge): Up to 10,000 W (for 30 cycles)
• Output Voltage: 200 / 220 / 230 / 240 V AC (selectable via DIP S.W)
• Input Voltage (DC): 48 V DC (Range 40 – 66 V DC)
• Efficiency: Up to 93 %
• Output Waveform: True Sine Wave (THD < 3 %)
• UPS Transfer Time: < 10 ms (Inverter to AC bypass)
• Charging Current (AC): Max. 70 A (adjustable)
• Max. Charging Power: 4520 W
• Operating Temperature: −30 °C to +70 °C (with derating)
• Cooling: Temperature-controlled low-noise cooling fan
• Protections: Reverse polarity, DC low alarm/shutdown, Over voltage, Short circuit, Overload, Over temp.
• Communication: Supports MODBus-RTU (RS-485) or CANBus protocol
• Parallel Operation: Synchronized operation 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 & EMC Certificates: CB, TUV, EAC, CE, IEC62368-1, AS/NZS 62368.1
• Manufacturer Warranty: 5 Years

Information about the MEAN WELL NTN-5K-248

The MEAN WELL NTN-5K-248 stands as a premier 5 kW high-reliability off-grid power solution, seamlessly integrating a true sine wave DC-AC inverter, a high-capacity AC charger, and a seamless UPS bypass function. Engineered with advanced MCU digital control, it delivers a precise output with a harmonic distortion (THD) of less than 3%, making it suitable for high-end appliances, telecommunications, and sensitive industrial equipment. One of its most unique characteristics is the massive 10,000 W surge capacity, which provides the necessary overhead to handle high-inductive starting loads from power tools or air conditioners. Its versatility is further enhanced by MODBus or CANBus communication for smart monitoring and the ability to link up to six units in parallel for a total output of 30 kW. Built to endure harsh environments, it features conformal coating on the PCB and operates reliably in temperatures as low as -30 °C. Backed by a comprehensive 5-year warranty, the NTN-5K-248 is the ultimate choice for critical power applications in marine, automotive, and off-grid solar systems where failure is not an option.