Eaton EBP-1802 internal replacement battery cartridge RBC

Eaton EBP-1802 internal replacement battery cartridge RBC

Overview

The Eaton EBP-1802 is an internal replacement battery cartridge engineered specifically to maintain runtime integrity in enterprise power infrastructure. It serves as the direct manufacturer-sanctioned replacement component to swap out depleted cells within Eaton’s internal power systems and the 9PXEBM240SP split-phase Extended Battery Module (EBM). Mission-critical facility operators and IT procurement teams deploy this module to eliminate single points of failure caused by degraded battery chemistry in systems safeguarding servers, storage arrays, and network cores.

Equipped with factory-screened, leakproof Valve Regulated Lead Acid (VRLA) technology, the cartridge delivers stabilized performance under intensive continuous float charge cycles. This module interfaces seamlessly with the host system's automated internal charging configuration, returning the system to its original engineered backup runtime capacity profile without structural modification.

Engineered for modern high-density IT environments, the cartridge is deployed primarily inside 3U rackmount or tower configurations across data centers, branch offices, and distributed edge nodes. It is hot-swappable, allowing infrastructure teams to perform scheduled preventive maintenance without taking the host UPS or downstream critical loads offline. Do not deploy this unit in third-party or non-designated Eaton systems requiring different DC bus configurations, as voltage mismatches will compromise the internal architecture.

Key Features

• Factory pre-wired assembly enables direct drop-in installation without field crimping.

• Valve Regulated Lead Acid chemistry prevents electrolyte leaks in high-density racks.

• Hot-swappable design keeps downstream infrastructure fully operational during service.

• Certified to restore original runtime profiles on compatible 9PX sub-systems.

• Rigorously screened cells resist accelerated thermal degradation in hot-aisle configurations.

Specifications