Emerson 6 kVA Manuel D’Utilisation
3
Liebert Solutions
To meet these needs for higher
capacities in smaller spaces we have
developed the Liebert GXT2 6 kVA
and 10 kVA UPS systems. These true
on-line double conversion UPS systems
feature integrated maintenance
bypass, as well as optional extended
battery runtime. Add support —
Emerson Network Power Service—
and it all equals greater power
assurance and reliability.
capacities in smaller spaces we have
developed the Liebert GXT2 6 kVA
and 10 kVA UPS systems. These true
on-line double conversion UPS systems
feature integrated maintenance
bypass, as well as optional extended
battery runtime. Add support —
Emerson Network Power Service—
and it all equals greater power
assurance and reliability.
Designed for use in either rack or
tower configurations, both units
offer the smallest available solutions
for these power capacities — the
6 kVA model at 120/208V output in
4U size, or the 10 kVA unit 120/208V
output in a 6U package.
tower configurations, both units
offer the smallest available solutions
for these power capacities — the
6 kVA model at 120/208V output in
4U size, or the 10 kVA unit 120/208V
output in a 6U package.
To help meet the need for choosing a
single supplier for global applications,
220V, 230V and 240V 50/60 Hz
models are offered with CE and
C-tick markings.
single supplier for global applications,
220V, 230V and 240V 50/60 Hz
models are offered with CE and
C-tick markings.
On-Line UPS
Output
Utility
Inverter
Battery
Dynamic
Bypass
Surge
Suppression
Power Factor
Correction/Rectifier
Charger
Dual Voltages For Multiple
Applications
Applications
Simultaneous output voltages
of 240/120, 208/120, 230/115,
220/110, or 200/100 VAC provide
the flexibility to adapt to multiple
load requirements without the need
to add additional transformers that
take up extra space and add weight.
Input power factor correction to
0.98 reduces current harmonics
and their heating effects.
of 240/120, 208/120, 230/115,
220/110, or 200/100 VAC provide
the flexibility to adapt to multiple
load requirements without the need
to add additional transformers that
take up extra space and add weight.
Input power factor correction to
0.98 reduces current harmonics
and their heating effects.
Today’s converged networks require increased availability and reliability. This has created a need
for higher density power protection systems that adapt to mixed load voltages and plug types, while
remaining easy to install and maintain.
New IT technologies, such as VoIP and PoE, have greatly increased power demands.
Unfortunately, as these requirements have risen, the amount of space available for your
Unfortunately, as these requirements have risen, the amount of space available for your
protected equipment and related power support systems has not.
The ever-increasing global reach of businesses is also making it more advantageous to
standardize on power systems that can be used in a variety of input and output configurations.
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