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Key Features

The APS Battery Module Kit enables replacement or scalable runtimes of the Vertiv Liebert APS UPS.
Two modules are required to make one complete battery string (uses 2 bays on the APS).
It is hot-swappable so you can add or replace modules quickly without powering down connected equipment.
With built-in, module-level controls, the UPS will not power down in the event of a module failure.
User replaceable battery module for Liebert APS UPS help reduce maintenance costs.

VERTIV UPS Batteries

APS BATT MOD CSB UPS 12460 F2 FR

Mfr # APSBATMODCU SKU 5584850 UPC 813829015984

$1,838.63 MSRP $3,095.00 Save 41%

Regular price saves you $1,256.37 against MSRP.

Available

Product Overview

APS BATT MOD CSB UPS 12460 F2 FR

APS BATTERY MODULE FOR UPS12460 F2 FR
Vertiv Liebert APS Battery Module Kit|Pair for Replacement/Runtime Expansion - Pair of APS Battery Modules for replacement or runtime expansion
Vertiv Liebert APS Battery Module Kit|Pair for Replacement/Runtime Expansion
Pair of APS Battery Modules for replacement or runtime expansion

Technical Specifications

Product Type	Battery Kit
Hot Swappable	Yes
Manufacturer Part Number	APSBATMODCU
Packaged Quantity	2
Manufacturer	Vertiv
Product Name	Battery Module Kit
Brand Name	Vertiv Liebert
Battery Characteristics	User Replaceable

Marketing Information

Liebert APS UPS Systems

The Vertiv Liebert APS Battery Module Kit (APSBATMODCU) consists of a pair of APS Battery Modules for replacement or runtime expansion of the Vertiv Liebert APS UPS. The battery modules may be added or replaced online with no interruption or danger to the connected equipment if the UPS is not operating on battery.
The Liebert Battery Module Kit is user replaceable and hot-swappable. Its simplified setup allows easy installation. It is fault tolerant so you can add and remove module without disruptions in power.
When AC utility fails, the battery module supplies power to the load. Two battery modules are connected in series to form a battery string. Each battery module has monitoring and controls that isolate the battery module in the event of a battery failure. The battery strings are connected in parallel to provide back-up time and/or redundancy.