Protect critical systems with a 1000W rack mount pure sine inverter delivering seamless backup and utility pass through power. This 1000 Watt 24 Volt Rack Mount Inverter provides clean, stable 120V AC power for sensitive electronics, networking hardware, IT infrastructure, and industrial equipment. Designed for rack-mounted environments such as telecom systems, server rooms, and data centers, the compact 1U design integrates easily into professional installations while delivering dependable power conversion. When utility power is available, the system automatically passes power through to connected equipment. If an outage occurs, the inverter instantly switches to DC battery backup with a transfer time of less than 20 milliseconds, keeping critical systems operating without disruption. This seamless power transition helps maintain uptime for mission-critical equipment where consistent power availability is essential.
1000W continuous power - 24 volt to 120 volt
Pure sine wave
1U Rack Mount Inverter
Seamless Backup Power Switching: Integrated 10 Amp automatic transfer switch instantly moves from utility power to battery backup in under 20 milliseconds, maintaining uninterrupted operation.
Pure Sine Wave Power Output: Produces clean, stable AC power that safely supports sensitive electronics, networking hardware, and IT infrastructure.
Remote System Monitoring: Built-in RS232 communication port allows monitoring of DC input voltage, AC output voltage, frequency, and current directly from a PC.
Space Efficient 1U Rack Mount Design: Compact 1U form factor installs easily in standard equipment racks, making it ideal for telecom racks, server rooms, and data center infrastructure.
Advanced Electrical Protection: Multiple safety systems including overload protection, short circuit protection, low battery shutdown, and high input voltage protection safeguard equipment and power systems.
Rugged Reliability for Continuous Operation: Thermal and load controlled cooling fan combined with temperature monitoring ensures stable performance during extended operation.
