Bateria UPS chumbo-ácido-VRLA Eaton 9SXEBM72R

The Eaton 9SXEBM72R is an extended battery module (EBM) designed for use with Eaton 9SX 2000i Rack2U and 9SX 3000i Rack2U UPS systems. It is a sealed lead acid (VRLA) battery pack providing 72 V and 9 Ah capacity in a compact 2U form factor, intended to deliver reliable backup power for critical equipment and extend runtime during outages.

Advantages

The battery module offers a sealed VRLA design that requires minimal maintenance and reduces the risk of leakage. With a 72 V, 9 Ah specification and robust construction in a black housing, it is suitable for rack-mount installations and integrates with compatible Eaton UPS models to increase available runtime. The unit’s weight and dimensions are optimized for compatibility with Rack2U chassis.

Suitable for

• Extending runtime of Eaton 9SX 2000i Rack2U UPS
• Extending runtime of Eaton 9SX 3000i Rack2U UPS
• Backup power for servers, network equipment and storage in rack environments

Key specifications

• Brand: EATON
• Model / MPN: 9SXEBM72R
• EAN: 0743172091215
• Battery technology: Sealed Lead Acid (VRLA)
• Voltage: 72 V
• Capacity: 9 Ah
• Weight: 40.5 kg
• Width: 438 mm
• Height: 86.5 mm
• Colour: Black

How to use

Install the Eaton 9SXEBM72R into the compatible Eaton 9SX Rack2U cabinet according to the UPS user manual and the EBM installation instructions. Ensure the UPS is powered down or in maintenance mode as specified by Eaton before connecting the EBM. Secure the module in the rack position, connect the battery interface cable to the UPS battery connector, and verify communication and battery status through the UPS management interface. Follow all safety procedures for handling sealed lead acid batteries, including using appropriate personal protective equipment and avoiding short circuits.

Recommendations

Store and operate the EBM at temperatures and conditions specified by Eaton; perform periodic checks of battery status via the UPS management tools and replace the module when end-of-life indicators or reduced runtime are observed.