Eaton Tripp Lite SU10KXFMRRT3U Industrial Double-Conversion UPS Transformer, 9kW, 200-240V 10kVA, 3U

Ensure uninterrupted, clean power for mission-critical security, surveillance and IT infrastructure with the Eaton Tripp Lite SU10KXFMRRT3U industrial double-conversion UPS transformer. Designed for demanding environments, this 10kVA (9000W) UPS provides full-time double-conversion protection with a 0.9 power factor and selectable 208/120V or 240/120V output at 50/60Hz, keeping cameras, access control panels, monitoring servers and network gear running reliably. The compact 3U rack/tower design and hardwired input/output make integration into existing racks and transformer setups straightforward, while hot-swappable power and battery modules enable servicing or capacity upgrades without taking systems offline. Built-in communications—USB, RS232 and EPO ports plus a slot for a network management card—give administrators remote visibility and automated alerts, reducing mean time to repair. With an energy-saving economy mode and front-panel LCD for real-time status, the SU10KXFMRRT3U delivers the operational resilience required for security rooms, surveillance hubs and enterprise network closets. Deploy this Eaton Tripp Lite unit to safeguard your monitoring, access control and networking equipment—contact sales or add to cart to protect your infrastructure.

• Provides continuous, clean double-conversion power to protect critical security, surveillance and IT equipment from outages and voltage disturbances.
• Hot-swappable power and battery modules let you service or expand capacity without interrupting monitoring, access control or network operations.
• 3U rack/tower form factor and hardwired input/output simplify integration into server rooms, NOCs and security racks.
• Multiple communications (USB, RS232, EPO) plus a network management card slot enable remote monitoring and automated alerts for proactive maintenance.
• Balances efficiency and capacity with 10kVA / 9000W rating and a 0.9 power factor; economy mode reduces energy use during stable conditions.