Vertiv Liebert Hot-Swap Internal 9 Ah, 48V Lead-Acid Battery for Liebert GXT4 UPS systems from 1500-2000VA

The Vertiv Liebert Hot-Swap Internal 9 Ah, 48V Lead-Acid Battery is the dependable power solution that keeps your Liebert GXT4 UPS systems operating during outages and maintenance. Built for the demanding needs of data centers, server rooms, healthcare facilities, and other uptime-critical environments, this battery kit delivers seamless runtime extension with an internal hot-swap design that minimizes downtime. Specifically engineered for Liebert GXT4 UPS units in the 1500-2000VA class, it integrates smoothly into existing configurations, preserving rack space, reducing service disruption, and simplifying ongoing maintenance. With proven lead-acid chemistry and Vertiv’s emphasis on reliability, you can trust this kit to provide predictable performance when it matters most—during blackouts, scheduled power events, and routine battery replacements.

• Seamless compatibility: Precisely engineered for Liebert GXT4 UPS systems from 1500-2000VA, ensuring effortless integration without altering rack layout, cabling, or circuitry. This compatibility minimizes installation risk and preserves your data center topology while delivering dependable backup power.
• Hot-swap internal design: Keeps protected equipment online during battery replacement, enabling a quick, non-disruptive swap. The internal configuration means maintenance can occur without powering down critical servers, storage, or networking gear, reducing planned downtime and maintaining service levels.
• Reliable 9 Ah, 48 V lead-acid chemistry: Delivers stable, predictable backup runtime across typical load conditions, backed by the established reliability of lead-acid technology. This capacity supports meaningful uptime improvements for mid-range Liebert GXT4 deployments, while offering robust performance in turbulent power environments.
• Easy installation and serviceability: Compact internal form factor, straightforward connector layout, and clear service access streamline maintenance. The design supports quick battery replacement during regular maintenance windows, helping IT staff minimize labor costs and shorten downtime while preserving system integrity.
• Safety, compliance, and lifecycle considerations: Built to meet industry safety standards for UPS batteries with proper shutdown procedures and disposal guidelines for end-of-life cells. The kit is designed to be handled by trained personnel in a controlled data-center setting, ensuring safe operation and responsible recycling of spent materials.

Technical Details of Vertiv Liebert Hot-Swap Internal 9 Ah, 48V Lead-Acid Battery

• Chemistry: Lead-acid, sealed design optimized for indoor data-center environments and consistent performance under varied temperatures.
• Voltage: 48 Volts DC supplied to compatible Liebert GXT4 inverters/rectifiers, delivering stable power to connected equipment during outages or maintenance.
• Capacity: 9 Ah (ampere-hours) at the specified 48 V configuration, providing a meaningful runtime extension for mid-range Liebert GXT4 configurations.
• Configuration: Internal hot-swap battery module designed to fit within the Liebert GXT4 chassis, enabling quick replacement without external mounting or extra hardware.
• Compatibility: Specifically designed for Liebert GXT4 UPS systems in the 1500-2000VA range, ensuring reliable integration with existing units and easy service planning.
• Physical footprint: Compact internal form factor that aligns with standard Liebert GXT4 battery bays, with connector placement and mounting points optimized for fast, tool-friendly installation.

How to install Vertiv Liebert Hot-Swap Internal 9 Ah, 48V Lead-Acid Battery

• Power down the UPS and gracefully shut down all connected equipment; disconnect from mains to ensure a safe replacement environment.
• Open the Liebert GXT4 battery access panel or chassis cover following the manufacturer’s guidelines, taking care to avoid contact with any energized components.
• Disconnect the existing battery leads from the old module, labeling connectors if needed to preserve correct orientation and prevent miswiring during the swap.
• Position the new 9 Ah, 48V battery module inside the chassis, align mounting points, and connect the leads to the corresponding UPS connectors; ensure firm, secure connections and verify there are no loose wires.
• Close the access panel, reconnect power, and run the Liebert GXT4 self-test or UPS management software to verify that the new battery is recognized, charging properly, and delivering the expected runtime.
• Dispose of the old battery according to local regulations and the manufacturer’s guidelines; recycle through approved facilities that handle lead-acid batteries and follow corporate sustainability policies.

Frequently asked questions

• Q: What does this battery kit power in a Liebert GXT4 system? A: It provides backup runtime for Liebert GXT4 UPS units in the 1500-2000VA range, helping maintain uptime during power outages and during battery changes, without requiring a full UPS replacement.
• Q: Is the battery hot-swappable? A: Yes. The kit is designed for hot-swap operation, enabling battery replacement without powering down the UPS or the connected equipment in many configurations, which minimizes operational disruption.
• Q: What are the primary specifications? A: It is a 9 Ah, 48 V lead-acid internal battery designed for Liebert GXT4 units; it integrates as an internal module to extend runtime and preserve uptime during outages.
• Q: How long will runtime be extended? A: Runtime extension depends on the load, battery condition, and event type. For precise estimates, consult the Liebert GXT4 performance charts and perform in-situ testing under representative workloads.
• Q: How should I dispose of the old battery? A: Follow local regulations for lead-acid battery disposal and recycle through approved facilities in accordance with manufacturer guidance and environmental compliance requirements.