Vertiv Liebert GXT5 Lithium-Iion Online UPS 10kVA/10kW 120V/208V Rack/Tower UPS

The Vertiv Liebert GXT5 Lithium-Ion Online UPS is a premium, high-capacity power protection solution designed for critical IT environments, from dense data centers to edge deployments and network closets. With a 10 kVA / 10 kW rating, this online double-conversion UPS delivers pristine, continuous power to servers, storage systems, networking gear, and other sensitive electronics. The lithium‑ion chemistry provides longer service life, lighter weight, and lower total cost of ownership compared with traditional lead-acid batteries, while the rack/tower form factor offers flexible deployment in compact spaces. Built for reliability, scalability, and easy management, the GXT5 is engineered to minimize downtime and maximize uptime for your IT workloads.

• The GXT5 uses lithium‑ion battery technology for extended life and faster recharge, reducing maintenance costs and replacing battery modules less often while delivering reliable runtime when the grid goes down.
• Online double‑conversion topology guarantees continuous, clean sinusoidal output regardless of input fluctuations, with precise voltage regulation and seamless transfer to battery during disturbances, protecting sensitive gear from input power events.
• Versatile form factor supports both rack and tower installations, enabling quick deployment in data centers, network rooms, or edge locations. Tool-free conversion and hot-swappable battery modules mean servicing can be done with minimal downtime.
• Intelligent monitoring and communication capabilities include USB, RS-232, Ethernet, and optional network management cards, along with SNMP support for enterprise monitoring. This enables proactive alerts, remote management, and integration with existing IT service desks.
• Designed for efficiency and reliability in demanding environments, the GXT5 combines high power density with robust protection features, scalable runtimes, and flexible voltage configurations to support 120V and 208V systems across diverse IT loads.

Technical Details of Vertiv Liebert GXT5 Lithium-Ion Online UPS 10kVA/10kW 120V/208V Rack/Tower UPS

• Power rating: 10 kVA / 10 kW
• Topology: Online (double-conversion) UPS for continuous power conditioning
• Battery chemistry: Lithium‑ion, offering longer life, reduced maintenance, and faster recharge
• Battery configuration: Hot-swappable battery modules for quick field service and minimal downtime
• Input voltage: Configurable for 120V or 208V single‑phase systems to match site requirements
• Output voltage: 120V or 208V single‑phase, with clean sine-wave power under load
• Form factor: Rack‑mount, tower, or combination placement for flexible installation
• Efficiency: Optimized for high efficiency in online operation, with energy-saving options to reduce operating costs
• Communications: USB, RS‑232, Ethernet; optional Liebert Network Management Card for remote monitoring and SNMP integration
• Management interfaces: Local display and remote access for configuration, monitoring, and diagnostics
• Environmental and safety: Designed for data centers and edge environments with appropriate protection against surges, overloads, and electrical transients
• Operating conditions: Suitable for typical HVAC-controlled spaces; ensure ventilation and clearance per installation guidelines

How to install Vertiv Liebert GXT5 Lithium-Ion Online UPS 10kVA/10kW 120V/208V Rack/Tower UPS

Proper installation begins with planning the deployment location. Choose a stable, level surface with adequate ventilation and clearance for service access. If mounting in a rack, ensure compatibility with standard EIA rack dimensions and weight ratings; for tower installations, provide a solid platform and stable feet. Before unboxing, verify you have the correct SKU for your voltage configuration (120V or 208V) and the appropriate accessories, including the rack rails and network management options.

1) Unpack and inspect the UPS and all accessories. Confirm that battery modules are present and intact. Do not power on the unit if there are signs of damage. 2) Mount the unit in the selected location. If using rack mounting, install the rails and secure the UPS per the manufacturer’s guidelines; if using a tower configuration, place on a flat, non‑vibrating surface with adequate airflow. 3) Connect the input power cable from the building electrical circuit to the UPS input, using proper strain relief and circuit protection in accordance with local electrical codes. 4) Tie the output cables to the critical IT loads you want to protect, ensuring balanced distribution and adherence to the rated output capacity. 5) Attach and connect any optional management cards or network interfaces. If you plan to monitor the unit, connect the USB and/or Ethernet cable to a management workstation and configure SNMP on your monitoring system. 6) Install and connect the lithium‑ion battery modules. Hot‑swap capability allows you to swap batteries without fully powering down the UPS, but proceed only while the UPS is in a safe, grounded state. 7) Power on the unit and run the initial self‑test. Access the local interface to verify voltages, load levels, and battery status. 8) Configure key parameters: choose input/output voltage, transfer thresholds, battery lower/upper bounds, and shutdown policies for connected equipment. 9) Enable remote monitoring: set up alerts, check‑ins, and SNMP traps in your network monitoring platform. 10) Validate performance with a controlled load test. Ensure the UPS can ride through a simulated outage and that protected devices remain operational. 11) Schedule routine maintenance windows and battery health checks as part of your IT resilience plan. Always follow local electrical codes and vendor guidelines when performing installation or maintenance.

Frequently asked questions

Q: What is the Liebert GXT5 Lithium-Ion Online UPS?
A: It is a high-capacity, online double-conversion UPS designed to protect critical IT equipment from power disturbances. It incorporates lithium‑ion battery technology, supports rack and tower deployments, and offers 120V and 208V single‑phase configurations for flexible integration in data centers, edge locations, and network closets.

Q: Why choose lithium‑ion batteries over traditional lead‑acid?
A: Lithium‑ion cells provide a longer service life, lighter weight, higher energy density, faster recharge, and lower total cost of ownership. They offer smaller footprint for the same runtime, reduced maintenance frequency, and improved battery health monitoring for higher reliability in demanding environments.

Q: Can the GXT5 be installed as a rack or a tower?
A: Yes. The Liebert GXT5 is designed for flexible deployment as a rack‑mount or a standalone tower unit, or a combination of both, to fit your space constraints and IT topology without compromising performance.

Q: What kind of management options are available?
A: The GXT5 includes local and remote management capabilities through USB, RS‑232, and Ethernet connections, with optional network management cards. It supports SNMP for integration with existing monitoring platforms and can be monitored via Liebert’s software ecosystem for proactive alerts and reporting.

Q: What loads and runtimes can I expect?
A: Runtime depends on the load level. At light to moderate loads, you can expect extended runtime, while higher loads reduce runtime. The lithium‑ion design improves usable runtime and recharge times, enabling quicker recovery after outages compared to traditional configurations.

Q: Is it energy efficient?
A: Yes. The Liebert GXT5 is engineered for efficiency in online operation, with high power density and options for energy-saving modes. This helps reduce energy consumption and operating costs in facilities that rely on continuous power protection for IT equipment.

Q: What environments is the GXT5 suited for?
A: It is ideal for data centers, network closets, server rooms, and edge computing locations where sensitive IT infrastructure requires clean, reliable power, compact form factors, and scalable runtimes to match workload growth.