Eaton 120V 9Ah Rack-Mounted UPS Battery Pack

Overview

The Eaton EBP-1607 is a rack-mounted UPS battery pack designed to provide reliable backup power for 120V Eaton UPS systems. With a 9Ah capacity, it ensures your critical equipment remains operational during short power outages or allows for safe shutdown during longer interruptions. Its form factor fits neatly into standard server racks, making it a practical addition to data centers, network closets, and branch offices using Eaton 2000 or 3000 series UPS models.

Key features

• Provides 120V output compatible with select Eaton UPS systems to maintain power continuity.
• 9Ah battery capacity delivers sufficient reserve energy to support essential loads during outages.
• Rack-mounted design allows clean integration into existing server rack setups without occupying extra space.
• Compatible with Eaton 2000 and 3000 series UPS models, ensuring seamless operation within these systems.
• Manufactured to rigorous standards for dependable performance in environments where uptime is critical.
• Weighs 36 pounds, balancing energy density with ease of handling for installation and maintenance.

Key specs

• Output voltage: 120V
• Battery capacity: 9Ah
• Dimensions: 24.5 x 12.8 x 6.7 inches
• Weight: 36 lbs
• Form factor: Rack-mounted
• Compatible UPS models: Eaton 2000 and 3000 series

Installation and setup

Installing the EBP-1607 is straightforward in standard server racks, allowing technicians to quickly add or replace battery packs without disrupting existing infrastructure. Its rack-mounted form factor ensures a secure fit and easy access for maintenance, making it suitable for busy IT environments where minimizing downtime is essential.

Ideal uses and environments

This battery pack is well suited to data centers, network closets, and branch offices that depend on Eaton 2000 or 3000 series UPS systems for power protection. It supports critical IT equipment such as servers, storage arrays, and networking hardware, helping maintain operations during power interruptions and providing time for orderly shutdowns when needed. Its reliable performance makes it a strong choice for environments where maintaining uptime is a priority.