Vertiv Liebert Hot-Swap Internal 9 Ah, 72V Lead-Acid Battery for Liebert GXT4-3000RT120, GXT4-3000RT230, and GXT4-3000RT208 UPS Systems

LiebertSKU: 5467914

Price:
Sale price$985.59

Description

Vertiv Liebert Hot-Swap Internal 9 Ah, 72V Lead-Acid Battery for Liebert GXT4-3000RT120, GXT4-3000RT230, and GXT4-3000RT208 UPS Systems

The Vertiv Liebert Hot-Swap Internal 9 Ah, 72V Lead-Acid Battery is a purpose-built power solution designed to keep your Liebert GXT4 UPS systems running smoothly when it matters most. Crafted specifically for the GXT4-3000RT120, GXT4-3000RT230, and GXT4-3000RT208 models, this battery kit provides seamless, maintenance-friendly replacement with minimal disruption to critical loads. With a compact hot-swappable design, it enables technicians to replace or upgrade batteries without shutting down the connected equipment, preserving uptime for servers, networking gear, and other essential IT infrastructure. Engineered by Vertiv to meet stringent performance and safety standards, this 72V lead-acid battery pack is built to deliver reliable power, consistent performance, and long service life in demanding environments.

  • Effortless hot-swapping for uninterrupted uptime: The internal battery is designed for quick replacement without powering down the UPS or connected equipment, reducing maintenance windows and protecting critical workloads during battery swaps.
  • High-capacity runtime with 9 Ah at 72V: Engineered to provide substantial backup capability for mid-range loads, helping you bridge outages and stabilize outages or brief power disturbances during periods of utility fluctuation.
  • Lead-acid chemistry with robust reliability: A proven, durable chemistry choice that offers predictable performance, long cycle life under typical standby UPS use, and compatibility with standard charging profiles used in Liebert GXT4 systems.
  • Model compatibility and easy integration: Precisely matched to Liebert GXT4-3000RT120, -RT230, and -RT208 units, ensuring secure fit, reliable electrical connections, and straightforward installation as part of routine maintenance or battery-refresh programs.
  • Safety, compliance, and maintenance-friendly design: Built to meet industry safety expectations with secure mounting, protected terminals, and a design that simplifies inspection, testing, and disposal of old packs in accordance with local regulations.

Technical Details of Vertiv Liebert Hot-Swap Internal 9 Ah, 72V Lead-Acid Battery

  • Battery chemistry: Lead-Acid
  • Voltage: 72V
  • Capacity: 9 Ah
  • Type: Hot-Swap Internal Battery Pack
  • Compatibility: Liebert GXT4-3000RT120, GXT4-3000RT230, GXT4-3000RT208
  • Form factor: Internal battery assembly designed for hot-swap service
  • Connector and mounting: OEM-compatible connectors and mounting interface for secure installation

How to Install Vertiv Liebert Hot-Swap Internal 9 Ah, 72V Battery

  • Verify compatibility: Confirm that your UPS model (GXT4-3000RT120, RT230, or RT208) matches the battery kit specification and that the UPS is operating within normal environmental conditions.
  • Prepare the workstation: Standby power is online-ready ballast; ensure you have appropriate personal protective equipment and follow your facility’s safety procedures before handling battery components.
  • Access the battery compartment: Open the service access panel or battery bay as specified by the Liebert GXT4 maintenance manual. Ensure the UPS remains stable and there is adequate clearance for replacement.
  • Remove the existing battery (if applicable): Release any retention latches or fasteners and carefully disconnect the old pack, taking care not to short terminals or bend connectors.
  • Install the new hot-swap battery: Align the new 72V 9 Ah battery pack with the bay, connect the OEM-compatible connectors, and secure it with latches or screws as required by the design.
  • Seat and verify: Ensure the battery is firmly seated, power on the service bay cover, and restore any access panels you removed.
  • Power-on self-test: If your UPS supports it, perform a self-test or run a battery test to confirm proper operation and charging behavior. Monitor the status indicators on the UPS display during the initial cycle.
  • Dispose of the old pack responsibly: Follow local regulations for the recycling or disposal of lead-acid batteries and arrange for proper handling with your facility’s hazardous materials program if applicable.

Frequently asked questions

  • Q: Which Liebert GXT4 models are compatible with this hot-swap battery?
    A: This battery is designed for the Liebert GXT4-3000RT120, GXT4-3000RT230, and GXT4-3000RT208 UPS systems. It is not intended for use with non-GXT4 models or higher-capacity configurations outside the specified compatibility.
  • Q: Can the battery be replaced while the UPS is online?
    A: Yes. The hot-swap internal design supports replacement without powering down the UPS or disconnecting critical loads, enabling maintenance windows with minimal downtime.
  • Q: How much runtime can I expect from the 9 Ah, 72V pack?
    A: Runtime depends on the UPS load and the connected equipment. At typical mid-range loads, the 9 Ah capacity provides a meaningful buffer during outages or voltage disturbances, but exact minutes of runtime will vary based on system configuration and power draw.
  • Q: Do I need special tools or training to install the battery?
    A: Basic safety procedures and standard handling for lead-acid batteries are recommended. The installation is designed to be straightforward for qualified IT staff or technicians familiar with Liebert GXT4 servicing. Always follow Vertiv’s installation manual for specific steps and safety guidance.
  • Q: How should the old battery be disposed of?
    A: Lead-acid batteries require proper recycling. Consult local regulations or your facility’s hazardous waste program. Many communities offer recycling programs or partner with authorized disposal services for battery components.
  • Q: Is maintenance required after installation?
    A: Periodic inspection of battery terminals, connection integrity, and self-tests conducted by the UPS are recommended. Keep the area clean and dry, monitor battery health indicators, and replace the pack as part of your planned maintenance cycle to preserve uptime.

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