Liebert EXSV-EBCXR1 Battery Cabinet

The Liebert EXSV-EBCXR1 Battery Cabinet stands at the forefront of reliable power storage for critical environments. Engineered to house sealed, valve-regulated lead-acid (VRLA) batteries, this cabinet delivers robust energy density, easy maintenance, and dependable charging performance for data centers, server rooms, and other mission‑critical facilities. With a generous capacity of 50,000 mAh, the EXSV-EBCXR1 is designed to optimize uptime, minimize service interruptions, and support scalable power backup aligned with modern intelligent UPS ecosystems. Its thoughtful design emphasizes safety, accessibility, and cost efficiency, making it a smart choice for organizations seeking predictable watt-hour costs and long-term reliability in their backup power solutions.

• Maintenance‑friendly terminal access: The EXSV-EBCXR1 Battery Cabinet is engineered for quick, tool‑free access to battery terminals, enabling technicians to perform routine checks, voltage verifications, and terminal tightening without removing entire sections of the cabinet. This feature translates into reduced maintenance downtime and faster service turnarounds, helping data centers stay online with minimal disruption. The accessible layout also minimizes the risk of wiring errors during inspections by clearly organizing cables and terminations for each battery module.
• VRLA sealed lead‑acid reliability: The cabinet employs valve-regulated, sealed lead‑acid cells designed to minimize off-gassing and ventilation requirements while delivering stable charging performance. VRLA chemistry supports safer operation in shared or dense data center spaces, reducing maintenance overhead and ensuring a consistent charge curve even in fluctuating ambient conditions. This sealed design aligns with industry safety standards and simplifies compliance for critical infrastructure environments.
• High energy density with cost‑per‑watt‑hour efficiency: By packing a substantial 50,000 mAh capacity into a compact cabinet form, the EXSV‑EBCXR1 emphasizes efficient energy storage without excessive footprint. This translates into a favorable cost per watt‑hour over the cabinet’s lifecycle, helping organizations optimize total cost of ownership while preserving essential runtime for UPS configurations and backup power strategies. The design also supports scalable expansion as power requirements evolve, ensuring investment protection and future readiness.
• Robust construction for continuous operation: The EXSV‑EBCXR1 emphasizes durable construction, corrosion‑resistant hardware, and a modular layout that supports reliable, long‑term performance in busy data center environments. Its rugged chassis is designed to withstand routine maintenance, cable management wear, and thermal cycling typical of high‑density IT rooms. A focus on mechanical integrity reduces the risk of unexpected cabinet failures and contributes to consistent, uninterrupted power supply for critical equipment.
• Seamless integration with Liebert and broader power ecosystems: This battery cabinet is designed to complement Liebert solutions as part of an integrated power protection strategy. Its compatibility with Liebert UPS families and other power management components facilitates streamlined configurations, centralized monitoring, and coherent battery management across multiple racks. Such integration simplifies system architecture, enhances visibility into battery health, and supports proactive maintenance programs that extend service intervals and reliability.

Technical Details of Liebert EXSV-EBCXR1 Battery Cabinet

• Product name: Liebert EXSV-EBCXR1 Battery Cabinet
• Battery chemistry: Lead‑Acid, Valve Regulated (VRLA), Sealed
• Capacity: 50,000 mAh
• Key features: Easy access to battery terminals, maintenance‑friendly design, reliable charging performance
• Construction: Durable cabinet with modular layout and optimized cable management
• Safety and compliance: VRLA sealed design reduces off‑gassing and simplifies safety considerations in data centers
• Compatibility: Designed to integrate with Liebert UPS systems and data center power protection architectures
• Notes: Specific voltage, dimensions, and weight are not provided in the current data; consult product catalog or distributor for exact specifications

how to install Liebert EXSV-EBCXR1 Battery Cabinet

• Prepare the installation site: select a well‑ventilated, climate‑controlled location with adequate clearance around the cabinet for airflow, access, and maintenance. Ensure the floor or rack system can bear the cabinet’s weight, and confirm compatibility with existing power protection infrastructure. Verify room credentials and safety requirements, including fire suppression and access control, before opening the cabinet.
• Power down and isolate: before beginning any installation, shut down connected equipment per manufacturer guidelines and isolate the cabinet from live circuits. Use proper lockout/tagout procedures to prevent accidental energization during installation. This step protects technicians and preserves the integrity of the battery system.
• Unpack and inspect: inspect the cabinet and battery modules for any shipping damage, loose components, or missing hardware. Report and address any issues before proceeding to avoid misalignment or compromised connections during assembly. Keep components organized to simplify the installation workflow.
• Mounting and safety verification: secure the battery cabinet into the designated rack, shelf, or stand according to the manufacturer’s mounting instructions. Check alignment, level, and stability. Confirm that any quick‑release latches or access panels are functioning correctly to support hassle‑free maintenance visits later on.
• Electrical connections: route cables with care, following color‑coded and labeled wiring to terminals. Attach battery leads to the corresponding terminals with appropriate torque as specified by the manufacturer. Ensure cable management is neat to prevent strain or interference with airflow. Attach any required grounding and bonding connections to maintain system safety and electrical integrity.
• System integration: connect the cabinet to the corresponding Liebert UPS or power management system, following the recommended topology for your backup strategy. Configure monitoring interfaces, alarms, and battery health checks in the UPS management software if available. Validate that data communication pathways are operational for real‑time visibility into battery status.
• Commissioning and testing: perform initial voltage and impedance checks, insulation resistance tests, and a controlled discharge/charge cycle per the installation manual. Confirm that there are no fault indicators and that the battery pack reaches expected voltage under load. Document test results and schedule routine maintenance checks to ensure ongoing reliability.
• Documentation and handover: record the cabinet’s serial numbers, part numbers, and configuration details in your asset management system. Provide maintenance staff with access instructions, safety notes, and a clear escalation path for battery health concerns. Educate facility operators on the recommended inspection cadence and best practices for extending battery life.

Frequently asked questions

• What is the capacity of the Liebert EXSV-EBCXR1 Battery Cabinet? The unit lists a capacity of 50,000 mAh, designed to support extended runtimes in conjunction with compatible UPS systems. Real runtime depends on system load, discharge rate, temperature, and overall battery health.
• What type of battery technology does it use? It uses lead‑acid, valve‑regulated (VRLA), sealed batteries. This choice minimizes maintenance needs, reduces off‑gas concerns, and supports safer operation in enclosed data center environments.
• Is the cabinet compatible with other Liebert products? The EXSV‑EBCXR1 is designed to integrate within Liebert’s power protection ecosystem, enabling cohesive management with Liebert UPS units and related accessories for unified monitoring and control.
• What maintenance considerations are there? Maintenance access to battery terminals is straightforward, enabling periodic inspections and tightening without heavy disassembly. Regular checks of voltage, temperature, and terminal integrity help maximize reliability and lifecycle value.
• Are there any installation prerequisites I should know? Ensure proper site ventilation, adequate clearance for service access, appropriate electrical bonding, and adherence to safety standards. Consult the installation manual for exact torque specs, wiring diagrams, and commissioning procedures to guarantee a safe, compliant setup.
• Where can I find detailed specifications? For precise voltage, dimensions, weight, and mounting guidelines, consult the official product catalog or reach out to the authorized distributor. The current data provides capacity and basic characteristics but may not reflect the full dimensional and electrical specifications required for exact site planning.