Eaton 9PX 48V Extended Battery Module for 9PX1 Series UPS

Overview

The Eaton 9PXEBM48RT is an extended battery module designed to increase the backup runtime of Eaton 9PX UPS systems, including models 9PX1000GRT, 9PX1500RT, 9PX1500RTN, and 9PX1500GRT. It provides additional power capacity to keep critical equipment running longer during outages, which is essential for environments like data centers, healthcare facilities, and financial institutions where continuous power is crucial. The module uses 48V valve regulated lead acid batteries to deliver reliable and safe backup power.

Key features

• Extended battery capacity that significantly increases UPS runtime during power interruptions
• Compatibility with multiple Eaton 9PX UPS models for flexible integration into existing setups
• Ability to daisy-chain up to four modules, allowing scalable backup power tailored to your needs
• Installation options for both 2U rack space and tower configurations, with all necessary mounting hardware included
• Heavy-gauge cabling and high-current DC connectors designed for secure, straightforward installation and reliable connections
• Three-year limited warranty providing assurance of long-term performance and support

Key specs

• Battery type: 48V valve regulated lead acid
• Compatible UPS models: Eaton 9PX1000GRT, 9PX1500RT, 9PX1500RTN, 9PX1500GRT
• Maximum modules in daisy-chain: 4
• Rack space required: 2U
• Mounting options: Rack or tower with included hardware
• Warranty: 3 years limited

Installation and setup

The 9PXEBM48RT is designed for easy installation with heavy-gauge cabling and high-current DC connectors that ensure safe and reliable connections. Whether you choose to mount it in a 2U rack space or use it as a tower, the included mounting hardware simplifies the process. This flexibility allows you to adapt the module to your physical environment without compromising on space or accessibility.

Ideal uses and environments

This extended battery module is well suited to environments where uninterrupted power is critical. It works effectively in data centers, healthcare facilities, and financial institutions, providing extended runtime to protect sensitive equipment and maintain operations during outages. Its scalable design makes it a strong choice for businesses that anticipate varying backup power needs over time.