Tripp Lite 9PXEBM180RTG2 Extended Battery Module 180V

Product Description

The TRIPP LITE 9PXEBM180RTG2 is a 180-volt extended battery module (EBM) designed to expand the runtime of compatible enterprise-class uninterruptible power supply (UPS) systems. This unit adds supplemental battery capacity beyond what the base UPS provides, allowing connected equipment to remain powered through extended outages or grid instability. It is typically installed alongside rack-mount or tower UPS units in data centers, server rooms, and other critical infrastructure environments. Electricians and IT power technicians are the primary trades handling installation and commissioning of this type of module.

The 9PXEBM180RTG2 is suited for enterprise environments where runtime extension is essential for protecting sensitive loads such as servers, networking equipment, and storage arrays. It connects to a compatible TRIPP LITE UPS to deliver additional 180-volt battery capacity without requiring a separate power management overhaul. Facilities with high uptime requirements and critical single-phase power infrastructure are the primary application setting for this module.

Key Features

• 180-volt battery module configuration for enterprise UPS runtime extension
• Designed for use with compatible rack-mount or tower UPS systems
• Expands backup runtime beyond the base UPS battery capacity
• Sold individually as a single unit (EA)

Compatibility

Designed as an OEM-style extended battery module for compatible enterprise-class TRIPP LITE UPS systems requiring 180-volt EBM expansion.

Installation Notes

Installation of this battery module should be performed by a qualified electrician or certified power systems technician familiar with UPS equipment. Always power down and de-energize the connected UPS system before attaching or removing the EBM, following the manufacturer's shutdown procedure. Verify that all battery interconnects are fully seated before restoring power. Local electrical codes and the facility's lockout/tagout procedures must be observed throughout the process.