Eaton 96V Extended Battery Module (EBM) for Select Eaton 9SX UPS Systems, Tower

Protecting your critical infrastructure requires more than a reliable uninterruptible power supply. The Eaton 96V Extended Battery Module (EBM) for Select Eaton 9SX UPS Systems, Tower, delivers extended runtime, seamless scalability, and effortless maintenance, so your data center, remote site, or enterprise workspace remains operational when the grid falters. The 9SXEBM96 is designed to plug into compatible Eaton 9SX UPS units to boost backup capacity without replacing existing power infrastructure. With this 96V EBM in place, organizations gain additional minutes or hours of autonomy for essential servers, networking gear, medical devices, point-of-sale systems, and other mission-critical equipment. It’s a modular solution built for growth—start with a single EBM and expand by adding up to three more in a daisy-chain, aligning with evolving workloads and protection requirements. This is power continuity made practical: easy installation, intuitive monitoring, and a design that respects space in tower configurations while delivering trusted performance from a global leader in power protection.

• Extended runtime for mission-critical workloads: In the event of a outage or grid disturbance, the Eaton 96V EBM provides additional backup time to safely save data, complete critical transactions, maintain network connectivity, and allow for orderly shutdowns. This extended runtime reduces the risk of data loss and minimizes service interruptions for virtually any environment—from small business operations to large data centers—without requiring a full UPS replacement.
• Broad compatibility across the Eaton 9SX family: The 9SXEBM96 is engineered to work with a broad range of Eaton 9SX UPS models, including 9SX2000, 9SX2000G, 9SX3000, 9SX3000G, 9SX3000GL, and 9SX3000HW. That compatibility provides a scalable protection path as your IT footprint grows, enabling you to upgrade capacity through additional EBMs rather than replacing entire units. It’s an investment that protects your existing Eaton ecosystem while offering a clear expansion path for future needs.
• Daisy-chaining for scalable protection and flexible deployment: When your load increases or you want longer runtime across multiple devices, you can daisy-chain up to four matching EBMs. This modular approach makes it easy to tailor energy storage to your actual requirements, whether you’re protecting a single server rack, a network closet, or a multi-rack data center. Daisy-chaining also supports centralized battery management and streamlined maintenance across the entire backup system.
• Reliable, hot-swappable design for minimal downtime: The EBM is engineered for maintenance without costly downtime. Hot-swappable capability means you can replace or upgrade the battery module with minimal disruption to the UPS and connected equipment. This feature is especially valuable in environments that demand high availability, such as financial services, healthcare, and e-commerce operations, where any downtime can carry significant consequences.
• Tower-friendly, space-efficient form factor with easy integration: The 9SXEBM96 is purpose-built for tower UPS deployments, optimizing space in compact data centers, server rooms, and edge locations. Its form factor complements existing tower configurations, enabling clean cable management and straightforward installation alongside the main UPS. The result is a tidy protection solution that preserves valuable floor space while delivering dependable backup power when it matters most.

Technical Details of Eaton 96V Extended Battery Module (EBM) for Select Eaton 9SX UPS Systems, Tower

• Model: 9SXEBM96
• Voltage: 96V DC
• Battery type: VRLA (sealed lead-acid) rechargeable battery
• Compatible UPS models: 9SX2000, 9SX2000G, 9SX3000, 9SX3000G, 9SX3000GL, 9SX3000HW
• Daisy-chain capability: Up to four EBMs in a daisy-chained configuration
• Form factor: Tower-ready; designed for seamless integration with Eaton 9SX towers

How to install Eaton 96V EBM

• Power down the connected Eaton 9SX UPS according to the manufacturer’s safety guidelines and disconnect from the wall outlet if required. Adhere to your organization’s safety procedures and local electrical codes during installation.
• Open the UPS compartment and locate the designated EBM mounting area and connection point. Align the 96V EBM with the mounting rails or mounting points provided by Eaton for a secure fit.
• Attach the battery module using the supplied mounting hardware. Ensure the EBM is firmly seated and that any daisy-chain cables are routed cleanly to minimize strain on connectors.
• Connect the EBM to the main UPS and, if you are extending protection, connect additional EBMs in a daisy-chain sequence as needed. Verify that all modules are properly linked and that the chain is recognized by the UPS controller.
• Power on the UPS and allow the system to complete its initial self-check and battery health diagnostics. Confirm that the new EBM is detected and that the runtime estimate reflects the added capacity. Conduct a supervised runtime test with the connected load to validate performance.

Frequently asked questions

• Q: What is the purpose of the Eaton 96V EBM? A: It provides extended battery runtime for select Eaton 9SX UPS systems, enabling longer operational windows during outages and improving overall business continuity.
• Q: How many EBMs can be connected? A: The system supports a daisy-chain configuration of up to four matching EBMs, allowing flexible expansion based on workload and required backup time.
• Q: Are EBMs hot-swappable? A: Yes. The 9SX EBM is designed for quick, maintenance-friendly replacement with minimal downtime, helping maintain high availability for critical systems.
• Q: Which UPS models are compatible? A: Compatible with Eaton 9SX2000, 9SX2000G, 9SX3000, 9SX3000G, 9SX3000GL, and 9SX3000HW models, enabling straightforward upgrades within the 9SX family.
• Q: How should I install and test the EBM? A: Install according to Eaton’s guidelines, use the daisy-chain connectors for additional EBMs, mount securely in a tower configuration, then power up and perform a controlled runtime test to confirm extended protection.