[TAA] APC Smart-UPS SRT 192V 5kVA and 6kVA RM Battery Pack TAA

Introducing the [TAA] APC Smart-UPS SRT 192V 5kVA and 6kVA RM Battery Pack TAA, a purpose-built energy storage solution designed to extend uptime for critical IT infrastructure. This 192 V DC lead-acid battery pack delivers reliable, scalable power for APC's high-efficiency Smart-UPS SRT series, enabling businesses, data centers, and government facilities to protect servers, network gear, and storage devices during outages and fluctuations. With leak-proof construction and a maintenance-free design, this RM battery pack integrates cleanly into existing UPS installations, supporting hot-swappable replacement so you can swap batteries quickly without taking down your protected loads. It adheres to TAA requirements, making it a procurement-friendly choice for agencies that demand compliance, while offering a robust lifecycle of three to five years depending on operating conditions. Engineers and IT managers will appreciate the combination of compact form factor, rugged construction, and the confidence that comes with a proven energy solution from APC. In environments where uptime is non-negotiable, this battery pack helps ensure you have enough reserve to gracefully ride through short-term disturbances and prolonged outages alike. The 192V configuration is specifically engineered to match the voltage and current demands of the Smart-UPS SRT range, delivering consistent performance even as loads vary or when the utility power is unstable. The lead-acid chemistry is selected for reliability, proven performance in cold-temperature start-up, and cost efficiency over other chemistries, while the sealed design minimizes risk of leaks in dense data-center racks. By choosing a hot-swappable battery pack, you can schedule maintenance windows with minimal impact to service levels, preserving critical services while swapping batteries in a matter of minutes rather than hours. This makes the APC SRT 192V RM battery pack an attractive option for facilities that require high availability, strict procurement compliance, and predictable total cost of ownership. When paired with the UPS, it helps maintain clean output, voltage stabilization, and fast response to power events, so your IT equipment stays protected during brownouts, sags, and outages. In short, this TAA-compliant battery pack extends the life of your Smart-UPS investment, enabling safer, more reliable operations across a wide range of business environments and workloads.

• 192V DC, 5kVA/6kVA RM battery pack designed to power APC Smart-UPS SRT models with scalable energy storage, optimized for fast swaps and reliable performance in demanding data-center environments.
• Leak-proof, maintenance-free lead-acid chemistry ensures safe operation, minimizes routine servicing, and withstands temperature and vibration in rack deployments without sacrificing reliability.
• Hot-swappable design enables field replacement without powering down the UPS, preserving uptime for critical equipment and allowing rapid maintenance during busy production windows.
• TAA compliant configuration makes this battery pack eligible for federal, state, and local government procurement, simplifying compliance and integration with existing SRT infrastructure.
• Battery life expectations range from a 3-year minimum to a 5-year maximum under typical operating conditions, with longevity influenced by usage patterns, ambient temperature, and charging cycles, reducing replacement costs and downtime.

Technical Details of [product]

• Battery Type: Lead-Acid, Leak-Proof
• Voltage: 192 V DC
• Designation: RM (Rack-Mount) Battery Pack
• Compatibility: APC Smart-UPS SRT 192V 5kVA and 6kVA models
• Maintenance: Maintenance-free; hot-swappable
• Lifecycle: 3 years minimum, up to 5 years maximum battery life
• Compliance: TAA Compliant

How to install [product]

• Power down the UPS system according to your facility’s safety procedures and disconnect external power sources before handling the battery pack.
• Wear appropriate personal protective equipment and prepare the work area to prevent any battery or conductor contact with moisture or conductive materials.
• Open the battery pack compartment and locate the hot-swappable bay designed for the 192V RM battery pack; verify model compatibility before removing the existing pack.
• Carefully release and disconnect the old battery pack, noting connector orientation and any retention clips; handle the unit by its frame to avoid stressing cables or terminals.
• Install the new battery pack, align it with the mounting sleds, reconnect the connectors securely, and reseal any protective covers or latches.
• Slide the pack into the bay, ensure a snug fit, close the enclosure, and reattach any access panels or doors as required by the chassis design.
• Power up the UPS and run a basic self-test or diagnostics through the UPS management interface to confirm correct recognition of the new pack and normal operating status.
• Monitor battery health and performance over the next few cycles, reviewing temperature, voltage, and charge/discharge profiles to ensure continued reliability.

Frequently asked questions

• Q: Is this battery pack compatible with all APC Smart-UPS SRT models?
  A: The 192V RM battery pack is designed for the APC Smart-UPS SRT 192V 5kVA and 6kVA rack-mount models; verify your UPS model number to ensure full compatibility.
• Q: What type of battery chemistry is used?
  A: Lead-acid, leak-proof, maintenance-free design for safety and reliability in data-center environments.
• Q: What does TAA compliant mean for this product?
  A: TAA compliance indicates the product meets Trade Agreements Act standards, making it eligible for procurement by U.S. federal, state, and local agencies that require TAA-compliant equipment.
• Q: How long do battery packs typically last in this line?
  A: A minimum of 3 years and up to 5 years in typical operating conditions; actual life depends on usage, temperature, and charging cycles.
• Q: Can the battery pack be replaced without powering down the UPS?
  A: Yes. The hot-swappable design enables replacement with minimal downtime, but follow all safety procedures and manufacturer guidelines during replacement.