HPE R/T3000 G4 Extended Runtime Module

Power continuity is essential for modern data centers, remote offices, and enterprise IT environments. The HPE R/T3000 G4 Extended Runtime Module is engineered to bridge the gap between battery end-of-life and your scheduled maintenance, giving you the flexibility to plan replacements without sacrificing uptime. Built around a robust Lead Acid chemistry, this ERM delivers dependable backup energy when it matters most and integrates seamlessly with compatible HPE server ecosystems to support a stable, predictable power profile. The hot-swappable design minimizes disruption during maintenance, enabling you to swap modules without taking the host system offline in many configurations. With a 48-hour recharge time window, you can recover capacity after a discharge or insert a fresh battery in time for the next cycle, safeguarding operations through outages, maintenance windows, and unexpected power fluctuations. As a cost-effective solution for enterprise power management, the R/T3000 G4 delivers a favorable cost per watt-hour, helping you manage total cost of ownership while maintaining reliable server performance. Whether you’re upgrading aging components, planning for growth, or building a resilient infrastructure, this Extended Runtime Module provides dependable energy storage, straightforward replacement, and a scalable path to uptime that aligns with your IT strategy.

• Lead-acid chemistry offers robust, cost-effective energy storage for extended runtime, delivering predictable performance across a wide operating temperature range and providing an economical solution for large-scale deployments where upfront cost matters as much as long-term reliability. The R/T3000 G4 leverages proven lead-acid energy storage to deliver steady wake-up power and backup capacity during brief outages or maintenance cycles, helping you maintain service levels without the premium price tag of newer chemistries.
• Hot-swappable design enables maintenance without downtime in many configurations, so you can replace aging components without powering down critical servers. This capability minimizes disruption to production workloads, reduces maintenance windows, and supports agile IT operations. The ergonomic, tool-friendly module interface simplifies service procedures, allowing technicians to perform swaps quickly and with minimized risk to other hardware components.
• 48-hour recharge time provides a practical bridge for battery replacement, allowing you to plan maintenance windows and swap in fresh modules with confidence. The extended recharge window ensures you recover usable capacity after discharge events or planned maintenance, helping to protect against unexpected outages and maintain service continuity during high-demand periods.
• Specifically designed to address batteries that are nearing the end of life, the R/T3000 G4 gives you a reliable solution to replace aging units on your schedule. By decoupling battery replacement from urgent outage risk, this ERM supports proactive lifecycle management, reduces the likelihood of sudden power failures, and aligns with standard IT asset management practices for spares, warrants, and service windows.
• Cost-efficient per watt-hour supports a total cost of ownership strategy for data centers and enterprise IT. The module provides essential backup power without inflating energy costs, helping you optimize power usage effectiveness (PUE) and maintain competitive operating expenses while safeguarding uptime for mission-critical applications.

Technical Details of HPE R/T3000 G4 Extended Runtime Module

• Battery Type: Lead Acid
• Swap Type: Hot Swappable
• Recharge Time: Up to 48 hours
• Application: Extended Runtime Module for compatible HPE servers
• Cost Efficiency: Optimized cost per watt-hour for enterprise power management

How to Install HPE R/T3000 G4 Extended Runtime Module

Installing the HPE R/T3000 G4 Extended Runtime Module follows standard procedures for hot-swappable ERMs within supported HPE server platforms. Begin by powering down the host system only if your environment requires a complete power-down for safety or policy reasons; in many configurations, the hot-swappable design allows for a maintenance-friendly swap while the system remains operational. Locate the ERM slot or module bay designated for auxiliary power storage, ensuring you have the correct replacement unit and any required anti-static precautions. Carefully align the new module with the slot, slide it into place until it seats securely, and engage any latching mechanisms or connectors as specified by your server’s service guide. After installation, reconnect any cables and power on the system if it was powered down, then verify the ERM status via your server management interface. Confirm that the module recognizes correctly, that battery health indicators are within nominal ranges, and that the system reports appropriate runtime capacity. For best results, reference your HPE server maintenance manual for slot configurations, safety warnings related to lead-acid batteries, and any firmware or iLO/SMART management updates that may influence ERM communication and monitoring.

Frequently asked questions

• What is the HPE R/T3000 G4 Extended Runtime Module used for? It provides extended runtime backup for compatible HPE servers and enables maintenance with minimal downtime through its hot-swappable design, helping to maintain uptime during outages or battery replacements.
• What type of battery does it use? The module uses lead-acid battery chemistry, chosen for reliability, availability, and cost efficiency in enterprise environments.
• Can I replace the battery while the server is running? The hot-swappable design supports replacement in many configurations without powering down the host system, but always follow your organization’s safety procedures and your server’s service guide when handling batteries.
• How long does it take to recharge after a discharge? The recharge time is up to 48 hours, depending on depth of discharge and power draw during normal operation, which provides flexibility for scheduling maintenance without compromising uptime.
• Is this module cost-effective for my data center? Yes. The R/T3000 G4 is designed to deliver a favorable cost per watt-hour, helping optimize total cost of ownership while preserving uptime and enabling proactive lifecycle management of power components.