Eaton 9PX 3000i RT2U SAI 3 kVA 2400 W 10 salidas AC

The Eaton 9PX 3000i RT2U is a double-conversion online UPS with 3 kVA (2400 W) output power designed for rackmount or tower deployment in IT and networking environments. It provides constant power conditioning through double-conversion topology, features lithium-ion battery technology and delivers a typical backup time of about 10 minutes at full load. The unit is available in a 2U form factor with 10 AC outlets and a graphical LCD for local status updates.

Advantages

The 9PX 3000i RT2U offers high efficiency (up to 93 percent) and continuous voltage conditioning thanks to its double-conversion design, reducing the risk of downtime from power disturbances. Its compact 2U rack or tower form factor and multiple AC outlets make it suitable for dense server and networking installations. Integrated monitoring via the graphical LCD and support for virtualized environments simplify management and monitoring of protected equipment.

Suitable for

• Rack-mounted servers and blade enclosures
• Network switches, routers and storage systems
• Small to medium data centers and server rooms
• Virtualized environments and clustered IT equipment

Key specifications

• Output power: 2400 W
• Output power capacity: 3 kVA
• AC outlets quantity: 10
• Battery technology: Lithium-ion
• Form factor: 2U (rackmount or tower)
• Typical backup time at full load: ~10 minutes
• Graphical LCD for local status
• Efficiency: up to 93%
• Color: Black, Silver
• Weight: 22.88 kg

How to use

Install the Eaton 9PX 3000i RT2U in a suitable 19-inch rack using the supplied mounting kit or place it on a stable surface if used as a tower. Connect critical equipment to the UPS's AC outlets, attach the UPS to the mains supply, and power on the unit. Use the graphical LCD to review status and settings. For integration with servers and network monitoring, connect the USB port and configure the management software or agent according to the manufacturer's instructions.

Recommendations

Place the UPS in a well-ventilated area with ambient temperature within the manufacturer's specified range. Test battery runtime under expected load after installation, schedule regular firmware and monitoring software updates, and perform periodic maintenance checks on battery health to ensure reliable backup performance.