Eaton 9PX 5000i RT3U αδιάλειπτη παροχή ισχύος UPS 5 kVA 5000 W

The Eaton 9PX 5000i RT3U is a double-conversion (online) UPS providing 5 kVA / 5000 W of protected power for rack or tower installations. This model includes C13 and C19 outlets plus a hardwired output option, sealed lead-acid (VRLA) batteries, a hot-swappable Netpack battery module, a gigabit network card, rack-mounting kit and a maintenance bypass for uninterrupted operation and easy serviceability.

Advantages

The UPS offers continuous, inverter-based power conditioning with true sine waveform output and online double-conversion topology to protect sensitive equipment from power disturbances. Hot-swap battery capability and maintenance bypass simplify onsite servicing without downtime. Included network management and rack accessories enable easy integration into data centre or server-room environments.

Suitable for

• Servers and network equipment in data centres
• Telecom and communications racks
• Critical IT infrastructure and storage arrays
• Edge computing and industrial control systems

Key specifications

• Output power: 5000 W
• Output capacity: 5 kVA
• Topology: Double-conversion (Online)
• Waveform: True sine
• Batteries: Sealed Lead Acid (VRLA), 12 V 5 Ah (hot-swap Netpack)
• Outputs: (2) C13, (3) C19, plus hardwired output
• Form factor: Rack/tower, 3U
• Network: Gigabit network card included
• Accessories: Rack-mounting kit and maintenance bypass included
• Colour: Black, Silver

How to use

Install the Eaton 9PX 5000i RT3U in a compatible 19" rack or place it in tower configuration following the supplied rack-mounting kit instructions. Connect input power via the designated hardwired input and distribute protected outputs using the C13/C19 sockets or the hardwired output as required. Configure the network management card for remote monitoring and set up the maintenance bypass to enable safe replacement of the hot-swap Netpack battery without interrupting load power.

Recommendations

Place the UPS in a well-ventilated environment, keep ambient temperature within manufacturer limits, perform regular battery checks, and use the maintenance bypass when servicing to avoid downtime. Ensure qualified personnel perform hardwired input and output connections.