Eaton 9PX 5000VA 4500W 208V Online Double-Conversion UPS - L6-30P, 2 L6-20R, 2 L6-30R, Hardwired, Cybersecure Network Card, Extended Run, 3U Rack/Tower

The Eaton 9PX 5000VA 208V Online Double-Conversion UPS delivers enterprise-grade power protection for IT installations and edge networks. With a 5kVA (4.5kW) rating at 208V, this unit provides relentless backup power and clean, conditioned output to servers, networking gear, and storage devices. Its 3U rack/tower form factor, hardwired configuration, and integrated cybersecurity features make it a versatile solution for data centers, server rooms, and edge environments where uptime is mission-critical. Designed to shield critical workloads from outages, brownouts, surges, and line noise, the 9PX 5KVA ensures data integrity and uninterrupted operations even in challenging power conditions.

• Reliable online double-conversion protection: Converts incoming utility power into clean, continuous AC output, eliminating power anomalies and providing consistent voltage to connected equipment, reducing the risk of data loss during outages or voltage fluctuations.
• Flexible rack/tower form factor with diverse outlets: The 3U enclosure supports both rack and tower installations, featuring 1 x L6-30P input and a practical mix of outlets: 2 x L6-20R and 2 x L6-30R, enabling efficient distribution to servers, switches, storage, and other critical devices from a single UPS.
• Hardwired configuration with secure connectivity: Engineered for enterprise IT environments, offering a robust, hardwired setup that integrates smoothly into 208V distribution schemes while maintaining easy access for maintenance and monitoring.
• Integrated Cybersecure Network Card: Includes a Cybersecure Network Card for secure remote management, policy-based control, event logging, and remote shutdown capabilities to protect systems from cybersecurity threats and to simplify operational resilience.
• Extended Run and scalable runtime options: Built to support longer backup durations through external battery cabinets, allowing organizations to tailor runtime to their workloads and service-level objectives without sacrificing protection.

Technical Details of Eaton 9PX 5000VA 208V UPS

• Model: Eaton 9PX5000VA (208V configuration) — 5 kVA / 4.5 kW rating
• Topology: Online double-conversion UPS for continuous, clean power regardless of input quality
• Output voltage: 208V (single-phase) for compatible IT and data-center equipment
• Input voltage: 208V nominal with appropriate protection and protection devices in the electrical circuit
• Form factor: 3U rack/tower compatible enclosure for flexible deployment
• Connections: 1 x L6-30P input; 2 x L6-20R outlets; 2 x L6-30R outlets
• Hardwired configuration: Yes, designed to fit into standard 208V data-center distributions
• Security features: Cybersecure Network Card included for secure remote monitoring and management
• Runtime options: Extended Run capable with external battery cabinets to increase backup time for critical workloads
• Management compatibility: Works with Eaton PowerXpert and PowerChute Network Shutdown for monitoring, alerts, and graceful server shutdowns

How to install Eaton 9PX 5000VA 208V UPS

• Prepare the installation area: choose a well-ventilated rack or cabinet space with adequate clearance for cooling, service access, and cabling, and ensure a dedicated 208V circuit with appropriate protection is available.
• Mount the UPS: install the 3U UPS in the rack or position it as a tower according to your facility’s layout and cooling design, using the manufacturer’s mounting hardware.
• Connect the input power: attach a 208V feed to the L6-30P input connector, ensuring the circuit breaker and wiring are rated for the UPS’s input current and that power is available for load management during site commissioning.
• Connect loads to outlets: distribute critical devices to the L6-20R and L6-30R outlets, grouping servers, network devices, storage, and other essential equipment to maximize uptime during outages and to simplify load balancing.
• Install the Cybersecure Network Card and connect to the network: insert or enable the Cybersecure Network Card, connect the UPS to a secured network, and configure IP addressing, access controls, and security policies using Eaton software tools.
• Configure management software and perform a test: install Eaton PowerXpert or PowerChute Network Shutdown on connected servers, set alert thresholds, run a self-test, and verify that graceful shutdown procedures trigger as intended during simulated outages.
• Plan for extended runtime (optional): if you anticipate longer outages, provision external battery cabinets and configure runtime mapping to meet your service levels. Validate the runtime with a simulated load test to confirm it meets your organizational requirements.

Frequently asked questions

• What does Extended Run mean for this UPS? Extended Run refers to the ability to add external battery cabinets to increase backup duration, allowing critical workloads to stay online longer during power interruptions.
• What power configuration does this unit support? The Eaton 9PX 5000VA configured for 208V output provides stable power for IT equipment designed for 208V distribution, with input also at 208V in supported deployments.
• How many outlets are available and what are their types? The unit offers 2 x L6-20R and 2 x L6-30R outlets, plus a single L6-30P input, giving you flexible distribution while maintaining a secure, professional installation.
• Is there built-in security for network management? Yes, the Cybersecure Network Card is included to enable secure remote monitoring, policy enforcement, and safer remote management of UPS health and shutdown operations.
• Can I mount this UPS in a rack? Yes, the 3U form factor is designed for rack installation in data centers, server rooms, or edge deployments, with the option to configure it as a tower if space dictates.
• What software works with this UPS for monitoring and shutdowns? Eaton PowerXpert and PowerChute Network Shutdown are supported, providing comprehensive monitoring, alerts, and automated server shutdowns to protect data integrity during power events.