Specifications

Liebert
®
eXL™ On-Line UPS:
625-1200kVA, Single Module and Multi-Module Systems
Reducing energy consumption—and driving down operating expenses, PUE and TCO in the process--is on
every data center professional’s mind.
Industry-Leading Efficiency
To help achieve this goal, the Liebert
®
eXL™ UPS utilizes a
transformer-free topology with up to 97% efficiency in double
conversion mode, helping to optimize your PUE. And each
Liebert eXL UPS is eco-mode ready, providing you future
options for enhancing data center efficiency.
Meanwhile, our tested and proven designs, featuring
architectures that both engineers and users trust, help to
ensure that you can obtain high levels of efficiency without
sacrificing availability or uptime.
Do More with Less
Because many of today’s data center face physical space
restraints, the Liebert eXL UPS provides high capacity in a
smaller footprint, delivering more usable power, best space
utilization, and reduced installation costs.
Conserve Capital with Capacity-on-Demand
Liebert eXL UPS Efficiency Curve
Deploy Faster with the Liebert eXL UPS
The Liebert eXL UPS enables faster deployment through:
Light weight and small footprint, allowing the UPS to fit
easily into available space and flooring--and making it ideal for
deployment on prefabricated skids.
Optional matching battery cabinets with internal bussing,
reducing wiring and offering factory-integrated Albér
®
Battery Monitoring.
Three-wire design, eliminating the need for neutral and
providing compatibility with aluminum conductors if desired.
High input power factor with low THDi draws more kW
from source, and allows for smaller breakers, feeders, and
generators and for quicker expansion and upgrades.
1200
1400
1000
800
600
400
200
0
1200
1000
1100
750
800
625
The Liebert eXL UPS can grow from 625 - 800kVA or 1000-1200kVA
without increasing footprint. Using SoftScale™ technology, you can
preserve up-front capital and easily add capacity-on-demand to
respond to dynamic business needs. You purchase only the capacity
you need, when you need it.
1% Higher Efficiency =
~
$10,000 Annual Savings
96%
97%
94%
95%
92%
93%
91%
20%
0%
40%
Efficiency
Load
60%
80%
100%
30