Keskeytymätön virransyöttö Eaton 9PX 1kVA

The Eaton 9PX 1kVA Uninterruptible Power Supply provides continuous, double-conversion power conditioning for IT equipment and infrastructure. Delivering 1000 W (1 kVA) output power with up to 93% efficiency, this 2U rackmount/tower UPS includes eight C13 AC outlets and a sealed lead‑acid battery that yields approximately 6 minutes of runtime at full load and 16.5 minutes at half load. The unit features a graphical LCD for local status information and is certified to IEC/EN 62040‑1 and UL 1778 standards, supporting scalable deployment in virtualized environments.

Advantages

The double‑conversion topology ensures continuous voltage and frequency regulation for connected devices, while the high efficiency reduces energy losses during normal operation. Compact 2U form factor offers flexible rackmount or tower installation, and an integrated graphical LCD provides clear local monitoring. Certified safety and performance standards ensure compatibility with enterprise IT environments.

Suitable for

• Small and medium server racks
• Network switches and storage arrays
• Virtualized environments and edge data closets
• Workstations and critical office equipment

Key specifications

• Output power: 1000 W (1 kVA)
• AC outlets: 8 × C13
• Battery: sealed lead‑acid
• Runtime: ~6 minutes at full load, ~16.5 minutes at half load
• Form factor: 2U, rackmount/tower compatible
• Ports: 1 × USB 2.0
• Weight: 17.4 kg
• Colour: Black
• Certifications: IEC/EN 62040‑1, UL 1778

How to use

Install the Eaton 9PX 1kVA in a suitable 19-inch rack using the included rackmount kit or place it on a flat surface in tower orientation. Connect critical equipment to the C13 outlets, attach the USB 2.0 interface for local management if required, and verify battery installation before putting the UPS into service. Use the graphical LCD to monitor load, battery status and alarms; consult the user manual for configuration of runtime settings and network integration.

Recommendations

Position the UPS in a temperature‑controlled environment with adequate ventilation, perform regular battery self‑tests and replace batteries according to the manufacturer’s maintenance schedule to maintain reliable backup performance.