Onduleur Eaton 5P650IR

The Eaton 5P650IR is a line-interactive uninterruptible power supply (UPS) with 0.65 kVA (650 VA) capacity and 420 W output power. Designed in a compact 1U rack/tower form factor, it provides sinewave output and sealed lead-acid battery backup for IT and networking devices. The unit includes energy metering, a next-generation graphical LCD, switched outlet groups and multiple communication options suitable for virtualised environments.

Advantages

The UPS offers high energy efficiency (up to 98%), advanced battery management (ABM) to prolong battery life, and energy metering for tracking consumption. Its graphical LCD supports multiple languages and provides clear status information. Switched outlet groups allow prioritising and managing connected loads while the sinewave output ensures compatibility with sensitive equipment.

Suitable for

• Small servers and rack-mounted IT equipment
• Network devices such as switches and routers
• Storage devices and peripheral systems
• Environments requiring compact 1U rackmount UPS

Key specifications

• Model: Eaton 5P650IR (MPN: 5P650IR, EAN: 743172042903)
• Capacity: 0.65 kVA / 650 VA
• Output power: 420 W
• Outlets: 4 × C13 AC outlets
• Form factor: 1U rackmount / tower compatible
• Battery: Sealed lead-acid
• Backup time: ~2 minutes at full load, ~9 minutes at half load
• Efficiency: up to 98%
• Weight: 8.6 kg
• Colour: Black

How to use

Install the Eaton 5P650IR in a 1U rack space or place it on a stable surface in tower orientation. Connect critical devices to the C13 outlets and attach the UPS to your management network or server using the available communication ports (USB and other supported interfaces). Configure outlet groups and monitoring settings via the LCD or management software, then perform a controlled shutdown test to verify backup behaviour.

Recommendations

Place the UPS in a ventilated, dust-free location, avoid exposing it to extreme temperatures, and follow the manufacturer’s guidelines for battery maintenance and replacement intervals to ensure reliable operation.