Emerson 4-16kVA, 12-20kVA manual More Choices For Extended Runtime Redundancy

Page 4

There’s A Liebert Nfinity Configuration For Your Application

Your Liebert Nfinity UPS can be ordered in dozens of different power and battery capacities — and then upgraded at any later time as needs change.

Using an 8 Bay, 16 kVA frame, Liebert Nfinity provides capacities up to 16 kVA in a non-redundant mode and up to 12 kVA in an N+1 redundant mode — with an incredibly small footprint

(only 20”W x 28”D x 41”H).

The 12 bay, 16 kVA frame provides capacities up to 16 kVA in an N+1 redundant mode.

The 12 bay, 20 kVA frame provides capacities up to 20 kVA in an N+1 redundant mode (both in only 20”W x 28”D x 54”H).

The system control module provides communications and

control for the unit.

The system utilizes

independent 4 kVA power

modules. Up to six power modules can be operating at one time.

Each battery module

is composed of ten individual 12-volt batteries encased in a plastic housing.

Power and battery modules

are housed in identical bays within the frame. Power modules must be contained in the top half of the frame, while battery modules can be utilized in any of the bays. This allows battery backup times to be configured to customer needs.

More Choices For

Extended Runtime

And Redundancy

Initial System

4 kVA Redundant

Power Modules Blank

Batteries

Upgrade

System Capacity

8 kVA Redundant

Power Modules Blank

Batteries

Extend System

Run Time

8 kVA Redundant

Power Modules

Batteries

4

Image 4
Contents Liebert Nfinity Smaller Rooms, Bigger Challenges You Depend On Your Network More Than EverPutting It All Together Liebert Nfinity UPS System Two-Year Factory Warranty Program Generator CompatibleHighest Overload Capability Higher AvailabilityMore Choices For Extended Runtime Redundancy Control for the unit System utilizesIncredibly Intelligent Redundant components at critical points of UPS operationAccessory Components Enhance Availability Service Solutions To Keep You Up And Running Io n Global leader in enabling Business-Critical ContinuityAte Ion Ing