Tripp Lite by Eaton Battery Pack for SV-Series 3-Phase UPS +/-120VDC – 3 Cabinet Batteries Included

Enhance the runtime and resilience of your SV-Series 3-Phase UPS with this external battery pack from Tripp Lite by Eaton. Designed to deliver scalable runtime for critical applications, this 3-cabinet battery pack houses sealed lead-acid batteries in a rugged configuration that seamlessly integrates with your existing Tripp Lite SV-Series UPS system. The +/-120VDC design ensures compatibility with the DC bus architecture you rely on in data centers, industrial environments, and mission-critical facilities. When downtime is not an option, this battery pack provides a trusted, maintenance-friendly solution to extend protection during power interruptions, outages, or brownouts.

• Extended runtime for SV-Series 3-Phase UPS: This external battery pack is purpose-built to increase available runtime, giving you more time to shut down safely, protect sensitive equipment, and keep essential processes online during power events. The modular design allows your system to scale as your demand grows without replacing the UPS itself.
• Three cabinet configuration for scalable capacity: Comprised of three separate battery cabinets, the pack offers a compact yet high-capacity solution. The modular cabinet design enables flexible placement and easier maintenance while delivering significant runtime benefits across your critical loads.
• +/-120VDC configuration for seamless UPS integration: The precise +/-120VDC setup aligns with typical 3-Phase UPS DC bus configurations, ensuring smooth coordination with SV-Series controllers and signaling for safe, predictable charging and discharging behavior.
• Sealed Lead-Acid (SLA) batteries for reliable performance: The batteries are sealed and maintenance-free, providing dependable energy storage with established recharge characteristics. The SLA chemistry is well-suited for data-center grade operations, offering proven performance in varying temperatures and load profiles.
• Plug-and-play compatibility with SV-Series UPS: Engineered to work with your Tripp Lite SV-Series 3-Phase UPS, the battery pack installs with minimal downtime. It’s designed to integrate into existing cabling, mounting footprints, and management interfaces, letting you protect critical workloads quickly and confidently.

Technical Details of Tripp Lite by Eaton Battery Pack

• Battery type: Sealed Lead-Acid (SLA) cells configured for reliability and maintenance-free operation.
• Configuration: +/-120VDC to match the SV-Series DC bus specifications and ensure proper charging/discharging dynamics.
• Cabinets included: 3 battery cabinets, each containing a bank of SLA cells for scalable energy storage.
• Compatibility: Specifically designed for use with Tripp Lite SV-Series 3-Phase UPS systems to extend runtime and protect critical loads.
• Overall use case: External backup power solution intended to maximize uptime during outages, brownouts, or grid instability.
• Safety and compliance: Enclosures built to meet standard electrical safety practices for data-center environments and auxiliary facilities.
• Mounting and layout: Intended to be placed in an appropriate equipment room or data-center area, with cabling and clearances as specified by the SV-Series installation guidelines.
• Maintenance considerations: SLA batteries are designed for long life with routine inspections and proper ventilation; ensure periodic checks per the UPS and battery pack manuals.

How to install Tripp Lite Battery Pack

Step 1 – Prepare the installation site: Choose a well-ventilated, temperature-controlled area with adequate clearance around each battery cabinet. Confirm that the mounting surface can support the weight and that there is access to service panels and cable entry points. Verify that the area complies with local electrical codes and the SV-Series installation guide.

Step 2 – Power down and safety checks: If the SV-Series UPS is currently in use, follow the manufacturer’s shutdown procedure to power down the system and the site’s electrical distribution. Wear appropriate PPE and ensure that the battery pack is disconnected from any live circuits during handling to prevent electric shock or arcing.

Step 3 – Unbox and position the three cabinets: Unpack each cabinet carefully and align them in the recommended layout, keeping clear access for maintenance and airflow. Check that mounting hardware is secure and that the cabinets are level. Position the cabinets in proximity to the SV-Series UPS to minimize cable length and signal loss.

Step 4 – Connect DC and control cabling: Attach the DC bus connections between the battery cabinets and the SV-Series UPS per the installation diagram supplied by Tripp Lite. Ensure all connections are clean, tight, and free from damage. Use the approved connectors and routing paths to minimize strain and shielding concerns. Confirm that signaling lines and any status indicators align with the UPS’s monitoring interfaces.

Step 5 – Configure the UPS for external battery operation: Power up the UPS and enter the battery extension configuration menu. Set the external battery pack as the extended runtime option, verifying that voltage, capacity, and cabinet count are correctly recognized. Save settings and perform a routine self-check to ensure proper communication between the UPS and the battery pack.

Step 6 – Initial charge and commissioning: Allow the battery pack to recharge to an optimal state of charge before placing the system under load. Monitor voltage, temperature, and charge rate during the first 24–48 hours of operation. Confirm that the UPS reports the expected runtime extension and that alarms are cleared after commissioning.

Step 7 – Run a validation test: With the load representative of your critical applications, perform a controlled test to verify that the UPS and external battery pack respond correctly to simulated outages. Observe the automatic transfer to external power as designed, and ensure the system returns to normal operation smoothly when power is restored.

Step 8 – Documentation and routine maintenance: Record the installation details, cabinet locations, and configuration settings. Schedule periodic inspections of the battery enclosures, cables, and ventilation. Replace or service SLA batteries per the manufacturer’s recommended intervals to maintain peak performance and extend life expectancy.

Note: Always follow the official product manuals and safety guidelines during installation. If any doubt arises about electrical safety or proper integration with the SV-Series UPS, consult a qualified technician or the manufacturer support resources.

Frequently asked questions

• What does this battery pack do for my SV-Series 3-Phase UPS? It extends runtime by adding three SLA battery cabinets to the SV-Series UPS system, enabling longer protection during power interruptions and helping maintain uptime for critical loads.
• What configuration is used for the battery pack? The pack uses a +/-120VDC configuration to align with the DC bus architecture of the SV-Series UPS and to ensure coordinated charging and discharging behavior.
• Are the batteries included? Yes, the package includes three battery cabinets with sealed lead-acid batteries, ready to integrate with your SV-Series UPS.
• Is installation supported by Tripp Lite? Installation should follow the official installation guide, and a qualified technician may be recommended for electrical safety and compliance. The pack is designed for straightforward integration with SV-Series UPS models.
• Can I expand runtime further beyond three cabinets? The described configuration provides three cabinets; for additional runtime, consider additional compatible external battery packs or a larger UPS solution as recommended by Tripp Lite/Eaton for your load profile.
• How does the pack affect maintenance? SLA batteries are maintenance-free, but the enclosure should be inspected regularly, and batteries should be checked for charge, temperature, and signs of wear per the manual to ensure continued reliability.