Vertiv Liebert Hot-Swap Internal 48V, 5 Ah Lead-Acid Battery for Liebert GXT4 UPS Systems from 500-1000VA

LiebertSKU: 5467912

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Sale price$503.76

Description

Vertiv Liebert Hot-Swap Internal 48V, 5 Ah Lead-Acid Battery for Liebert GXT4 UPS Systems from 500-1000VA

Protect your critical equipment with uninterrupted power using the Vertiv Liebert Hot-Swap Internal 48V, 5 Ah Lead-Acid Battery. Engineered for Liebert GXT4 UPS systems in the 500–1000 VA range, this internal battery module is designed to keep workloads online during outages and maintenance windows. The standout feature is its hot-swappable design, enabling seamless battery replacement without system downtime, so you can maintain service continuity without interrupting important operations. This slim, internal battery pack is purpose-built to fit cleanly inside compatible Liebert GXT4 units, delivering dependable backup energy when mains power falters. Whether you’re safeguarding servers, networking gear, or critical workstations, this battery helps you meet service-level objectives with confidence.

The Vertiv Liebert hot-swap battery is more than just a power source; it’s a strategic component for uptime reliability. It integrates with Liebert GXT4 UPS units, leveraging sealed lead-acid chemistry to provide predictable runtime characteristics under varied load conditions. By choosing an internal, hot-swappable battery module, you’re reducing maintenance downtime, cutting total cost of ownership, and simplifying asset management in small data centers, IT closets, and office environments. The module is designed for straightforward installation and removal, allowing IT staff or facilities teams to replace aging cells quickly and safely, while the UPS remains ready to support critical loads when the power grid falters.

  • Hot-swappable design for seamless replacement — No need to power down the UPS or disrupt connected equipment. Swap the battery while the system remains online, minimizing downtime and preserving uptime for essential services.
  • Internal 48V, 5 Ah lead-acid battery — A compact, maintenance-free energy storage module that provides reliable backup energy for Liebert GXT4 UPS units in the 500–1000 VA range. Helps maintain a stable supply to critical loads during outages.
  • Compact form factor integrated with Liebert GXT4 hardware — Specifically designed to fit inside compatible Liebert GXT4 enclosures, reducing clutter, eliminating the need for external battery cabinets, and simplifying deployment in constrained spaces.
  • Proven safety and reliability — Sealed lead-acid chemistry offers a predictable discharge profile, robust performance, and maintenance-free operation. The module is engineered to meet industry safety standards and Liebert product requirements for dependable backup power.
  • Optimized for 500–1000 VA GXT4 applications — Built to support typical small-business and remote-office workloads, ensuring critical servers, network gear, and workstations stay online when the power goes out.

Technical Details of Vertiv Liebert Hot-Swap Internal 48V, 5 Ah Lead-Acid Battery for Liebert GXT4 UPS Systems

  • Battery Type: Sealed Lead-Acid (SLA) internal battery module
  • Voltage: 48 V
  • Capacity: 5 Ah
  • Form Factor: Internal hot-swappable battery module designed for Liebert GXT4 UPS units
  • Compatibility: Liebert GXT4 UPS systems in the 500–1000 VA range
  • Replacement/Hot-Swap Capability: Enables seamless battery replacement without powering down the UPS or interrupting connected equipment
  • Maintenance: Sealed, maintenance-free design appropriate for typical data-center and office environments
  • Safety & Compliance: Built to meet Liebert safety standards and general industry safety guidelines for UPS battery modules

How to Install [product]

Installing the Vertiv Liebert hot-swap internal 48V, 5 Ah battery is a straightforward process designed to minimize downtime and keep your Liebert GXT4 UPS running smoothly. Follow these general steps to ensure a safe and effective swap, while always referencing your specific Liebert GXT4 service manual for model-specific instructions.

  1. Prepare the workspace. Ensure you are standing on a clean, dry surface and that the area is free from liquids or conductive materials. Have a static-safe workspace and appropriate personal protective equipment (PPE) on hand. Although the hot-swap design is intended to minimize downtime, always follow facility safety policies.

  2. Power considerations. If your organization uses a hot-swap-enabled maintenance procedure, you may swap without fully powering down the UPS. If not, follow standard shutdown procedures for your Liebert GXT4 and connected equipment before beginning the battery replacement. Confirm that the UPS is in a safe state for battery removal or replacement per your local policy.

  3. Access the battery compartment. Locate the battery access panel on the Liebert GXT4 unit and remove any securing screws or latches as required by your model. Carefully open the compartment to expose the internal battery module.

  4. Disconnect the existing battery module. Gently disconnect the battery plug or fastenings from the UPS interface, taking care not to disturb any surrounding wiring. Note the orientation and connectors to ensure correct reassembly with the new battery.

  5. Install the new battery module. Align the hot-swap internal 48V, 5 Ah battery with the designated slot and connectors inside the compartment. Reconnect the battery interface exactly as the previous module was connected, secure the module in place, and close the access panel.

  6. Power-on and verify. If the installation procedure requires the UPS to be powered back on, follow standard startup steps for the Liebert GXT4. Check for normal LED indicators, ensure the unit recognizes the new battery, and run a brief self-test as prescribed by the manufacturer to confirm proper operation.

  7. Test runtime and ensure readiness. After installation, monitor the UPS status and, if feasible, perform a controlled load test to confirm the new battery provides the expected backup runtime. Maintain documentation of the battery replacement for future maintenance planning.

Note: Always refer to the Liebert GXT4 user and service manuals for model-specific instructions and safety guidance. If you are unsure about hot-swapping procedures or life safety considerations, contact a trained technician or Vertiv support to perform the installation.

Frequently asked questions

  • Q: Is this battery compatible with Liebert GXT4 UPS units in the 500–1000 VA range?
  • A: Yes. The Vertiv Liebert hot-swap internal 48V, 5 Ah lead-acid battery is specifically designed for Liebert GXT4 UPS systems within the 500–1000 VA range, providing reliable backup power and a seamless hot-swap replacement process.
  • Q: Can I hot-swap the battery without powering down the UPS?
  • A: The battery is designed for hot-swappable replacement, minimizing downtime. However, always follow your organization’s maintenance policy and the Liebert GXT4 service manual. If your policy requires, power down the system before replacement.
  • Q: What is the capacity and voltage of this battery?
  • A: The battery is a 48-volt, 5-amp-hour sealed lead-acid module, optimized for use with Liebert GXT4 UPS units to deliver dependable backup power at typical loads.
  • Q: What should I expect in terms of runtime?
  • A: Runtime depends on the UPS load and the specific configuration of the GXT4 unit. The 5 Ah capacity provides a meaningful amount of backup energy for small-office and mid-range workloads, helping to bridge outages while critical devices continue to operate.
  • Q: How do I know when the battery needs replacement?
  • A: The UPS will typically report battery health status through its management interface or status LEDs. If you notice reduced runtime, frequent recharges, or alarms related to the standby battery, it may indicate aging cells and the need for replacement with a hot-swap module.
  • Q: Are there safety considerations I should be aware of when handling SLA batteries?
  • A: Handle the battery with care, avoiding punctures or crush injuries. Use proper PPE and follow all safety guidelines for lead-acid batteries, including ventilation, storage, and disposal in accordance with local regulations.

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