Eaton Electrical Extended Battery Module for 3U BladeUPS Units

Overview

The Eaton 103005747-6591 is an extended runtime battery module designed to enhance the BladeUPS platform by providing additional backup power. It supports critical infrastructure such as servers, storage arrays, and network equipment, allowing them to remain operational during longer power outages or to shut down safely. This module fits into a standard 19-inch rack, occupying 3U of space, and contains twenty sealed lead-acid batteries with a total capacity of 9 Ah.

Key features

• Extends the runtime of existing Eaton BladeUPS systems to protect critical workloads during power interruptions
• Compact 3U rackmount design fits standard 19-inch racks, optimizing space in data centers and network closets
• Sealed, spill-proof enclosure enhances safety and reliability in demanding environments
• RoHS certification supports environmental compliance and sustainability goals
• Flexible installation options allow mounting directly below the BladeUPS frame or in adjacent racks to accommodate airflow and cabling preferences
• Includes power cable and rack-mounting kit for straightforward and quick deployment by IT teams
• Weight balanced for safe handling by two technicians using standard rack tools

Key specs

• Battery type: sealed lead-acid
• Battery capacity: 9 Ah
• Number of batteries: 20
• Rack size: 3U height, fits 19-inch standard racks
• Dimensions: 17.5 x 25.6 x 5.2 inches (W x D x H)
• Weight: 170.2 lb
• Compliance: RoHS certified

Installation and setup

The module is designed for easy integration into existing BladeUPS setups. It comes with a power cable and a rack-mounting kit, enabling IT staff to install it quickly without specialized tools. Its flexible mounting options allow placement either directly beneath the BladeUPS frame or in a nearby rack, which helps optimize airflow and cable management in various data center layouts.

Ideal uses and environments

This extended runtime battery module is well suited for enterprise data centers, colocation facilities, and edge computing environments where continuous uptime is critical. It provides the extra backup time needed to maintain operations during extended outages or to perform controlled shutdowns, making it a strong choice for organizations that rely on uninterrupted power for their IT infrastructure.