Description
Eaton Powerware UPS Battery Cabinet with 24 BAT-0050
Elevate your backup power strategy with the Eaton Powerware UPS Battery Cabinet featuring 24 BAT-0050 modules. Designed for reliability in mission‑critical environments, this battery cabinet combines robust construction with a compact footprint to deliver extended battery life and dependable performance for Eaton Powerware uninterruptible power supply (UPS) systems. It provides easy access to battery terminals for maintenance, enabling faster service windows and reduced downtime. The 24 BAT-0050 configuration helps optimize energy storage, delivering a competitive cost per watt-hour and supporting long‑term ownership economics for data centers, manufacturing facilities, and telecom networks.
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Robust performance and longevity: Engineered for reliability in data centers, manufacturing floors, and mission‑critical networks, the Eaton Powerware UPS Battery Cabinet with 24 BAT‑0050 modules delivers sustained energy storage and long service life. The modular battery design supports scalable runtime, while high‑quality cell chemistry and a sealed enclosure protect against environmental stress. With a proven track record for uptime, this cabinet helps ensure critical loads stay online during outages, even under demanding operating cycles. The result is predictable, resilient power that keeps essential equipment operating when mains power fails.
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Flexible mounting and placement: The cabinet is designed to mount in virtually any position, optimizing space in tight data rooms and retrofit installations. Its compact footprint, modular assembly, and front‑accessible terminals simplify positioning and service, reducing installation time and disruption to ongoing operations. Whether you need a standalone unit or to expand an existing Powerware system, the BAT‑0050 cabinet delivers versatile deployment options that align with evolving infrastructure needs, enabling scalable resilience as workloads grow.
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Maintenance‑friendly design: Direct access to battery terminals enables quick inspections, replacements, or terminal tightening without dismantling the system. The low self‑discharge characteristic minimizes standby losses, ensuring the cabinet remains ready for service with minimal refresh cycles. Clear labeling, robust cable management, and a durable enclosure support safe routine maintenance, enabling technicians to perform preventive checks efficiently and extend the overall life of your UPS and critical loads. This design translates to shorter maintenance windows and improved operational readiness.
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Cost per watt‑hour optimization: Eaton’s battery technology emphasizes efficiency and value, delivering a favorable cost‑per‑stored‑watt‑hour over the cabinet’s lifetime. By combining high energy density with durable construction, the 24 BAT‑0050 configuration reduces the frequency of replacements and lowers total cost of ownership, particularly in environments with frequent cycling or extended standby periods. This balance of performance and affordability makes it a practical choice for sustaining UPS reliability in budget‑conscious data centers and facilities where uptime matters most.
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Safety, monitoring, and compatibility: The cabinet integrates with Eaton Powerware UPS ecosystems, offering consistent monitoring, temperature management, and alarm signaling. Its design supports seamless integration with existing infrastructure, asset management workflows, and remote monitoring setups. Built with robust protection features and compliance‑friendly materials, this cabinet provides reliable protection for battery modules and enhances the resilience of your critical power path, giving operators confidence that power continuity is maintained under diverse conditions.
Technical Details
- Product family: Eaton Powerware UPS Battery Cabinet
- Model/config: 24 BAT‑0050 modules configured to deliver scalable runtime
- Mounting options: Versatile mounting for data centers, telecom rooms, and industrial spaces
- Discharge characteristics: Low self‑discharge battery modules for standby readiness
- Maintenance access: Easy access to battery terminals for routine service
- Operational context: Designed for compatibility with Eaton Powerware UPS systems
How to Install Eaton Powerware UPS Battery Cabinet with 24 BAT-0050
Step 1: Verify UPS compatibility and cabinet configuration using your SKU/UPC references. Consult the installation manual or your Eaton representative to confirm the correct BAT‑0050 setup for your system.
Step 2: Prepare a clean, ventilated installation area with adequate clearance for service access, cable routing, and airflow. Ensure the surface can support the cabinet’s weight and that electrical safety standards are met.
Step 3: Mount the cabinet securely using the recommended rails or mounting hardware. Ensure the enclosure is level and that fasteners are properly tightened to prevent movement during operation or maintenance.
Step 4: Connect the cabinet to the UPS according to Eaton’s wiring diagrams. Verify battery terminal connections, cabling integrity, and routing to avoid interference with other equipment or airflow.
Step 5: Power up the system, perform the initial battery charge, and run a self‑test. Confirm that monitoring and alarms are functioning correctly and that runtime and health indicators reflect expected values.
Frequently Asked Questions
- What is the BAT‑0050 battery cabinet? The BAT‑0050 is a modular battery cabinet designed for Eaton Powerware UPS systems, enabling scalable backup power storage and easy maintenance. For exact specifications, refer to SKU/UPC documentation and the Eaton installation materials.
- Is this cabinet compatible with all Eaton Powerware UPS models? Compatibility depends on the UPS model and configuration. It is designed to integrate with Eaton Powerware ecosystems; check the compatibility matrix or consult your distributor to ensure proper pairing with your specific UPS model.
- Why choose a 24‑module configuration? The 24 BAT‑0050 modules deliver higher energy storage density, extended runtimes, and improved resilience for critical loads in data centers and industrial environments, helping you handle longer outages and growth in demand without compromising uptime.
- What maintenance does it require? Regular inspections of terminals, connections, and cabinet seals are recommended. Monitor for signs of corrosion or wear, ensure ventilation paths remain unobstructed, and perform battery health checks per the manufacturer’s guidelines to sustain reliability.
- How do I ensure safety during installation? Follow standard electrical safety practices, de‑energize systems as required, use proper PPE, and adhere to Eaton’s installation manual for lockout/tagout procedures and grounding requirements to minimize risk during service.
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