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48VDC TO AC230V-50HZ 1~10A DC TO AC CONVERTER 300W TO 10KW
The ultimate solution for professional-grade power inversion, this industrial DC-to-AC converter transforms 48V DC battery power into a precision-regulated 230V AC output at 50Hz. Supporting a wide scalable power range from 300W up to 10kW, it is engineered to drive heavy-duty industrial machinery, server infrastructure, and sensitive telecommunications equipment with a sustained output current of up to 10A. Features a versatile industrial mounting system compatible with Panel, Chassis, and Rack Mount configurations.
₹450.00
Description
Product description
| Input Voltage | 48 V DC |
| Output Voltage | 230 V AC |
| Output Power | 1 kVA |
| Output Waveform | Pure Sine Wave |
| Phase | Single Phase |
| Application | Railway, Data Center, Oil And Gas, Marine, Telecom, Home, Vehicle, Industrial, UPS, Solar |
| Output Frequency | 50 Hz |
| Efficiency | 92% |
| Protection Features | Over Temp, Under Voltage, Over Voltage, Reverse Polarity, Short Circuit, Overload |
The 48VDC to 230VAC 1kVA Inverter is a high-efficiency power conversion system designed for critical infrastructure and mission-critical applications. By transforming 48V DC battery or solar power into a high-quality 230V AC single-phase output, this unit provides a reliable “grid-quality” electricity source even in remote or off-grid locations. Engineered with an advanced Pure Sine Wave topology, it ensures the safe operation of sensitive electronic equipment that would otherwise be damaged by modified sine wave alternatives.
Core Advantages & Performance
Pure Sine-Wave Delivery: Provides high-quality AC power with $\pm5\%$ voltage regulation and a stable 50Hz frequency, ensuring the safe operation of sensitive electronic equipment that requires grid-quality power.
Superior Galvanic Isolation: Features a massive 4000VAC isolation rating, providing a critical safety barrier between DC input and AC output circuits to protect against electrical noise and surges.
High-Efficiency Thermal Management: Operates at a typical efficiency of $>96\%$, utilizing a temperature-controlled, fan-forced cooling system to maintain optimal performance during continuous work modes.
Industrial Protection Suite: Equipped with integrated safeguards for DC high-low voltage, short circuits, and overload conditions, complying with international ESD-Noise standards (IEC/EN61000-4-2-6).
Rugged Construction: Housed in an IP54 powder-coated aluminum industrial enclosure, the unit includes high-grade battery wire terminals and a universal socket for flexible load connection.
Primary Applications
Telecommunications: Ideal for powering networking hardware, GPON, and OLT systems from standard 48V battery banks.
Transportation & Logistics: Reliable power conversion for auxiliary systems in transport and railway environments.
ISP & Data Centers: Supporting high-end server and networking infrastructure with space-saving, high-density power modules.
Renewable Energy Storage: Compatible with both Lithium and Lead-Acid battery banks for industrial backup systems.
FAQs
What are the primary industrial applications of a 48VDC to AC230V DC to AC converter?
A 48VDC to AC230V inverter is widely used in telecom infrastructure, solar energy systems, industrial automation, railway electronics, battery backup systems, off-grid power plants, marine systems, EV charging infrastructure, and mission-critical industrial power applications.
What is the significance of 50Hz AC output in industrial inverter systems?
50Hz AC output ensures compatibility with industrial electrical equipment, automation systems, motors, control panels, and utility-grade electrical infrastructure used in many global industrial markets.
What efficiency levels are expected from industrial 48VDC to AC230V inverters?
High-quality industrial inverter systems generally achieve efficiency ratings between 85% and 95%, helping reduce energy losses and thermal dissipation during continuous operation.
How does a 48VDC inverter improve reliability in backup power systems?
A regulated inverter system ensures uninterrupted AC output, protects connected equipment from voltage instability, and maintains operational continuity during utility power failure.
How does a 48VDC inverter improve reliability in backup power systems?
A regulated inverter system ensures uninterrupted AC output, protects connected equipment from voltage instability, and maintains operational continuity during utility power failure.
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