1
SL-23185QS6_Rev0_09-2012
Liebert
®
GXT3
™
Quick Start Guide
– 5000-6000VA RT208 Models
The Liebert GXT3 is shipped with the following items:
•
Terminal Block Communication terminals
•
Compact disc with:
o
Liebert MultiLink®
o
Configuration program
o
User manual (electronic version)
•
USB cable, one; 2m (6-1/2 ft.) long
•
Rack handles with mounting hardware
•
Basic Power Output Distribution (POD), installed on Liebert GXT3
•
Plastic tower support base, one set
•
Plastic Bezel
•
Warnings, safety instructions booklet and WEEE recycling sheet (ISO 14001 compliance)
If the UPS is intended to be installed in the Tower orientation, locate the support base and spacers then assemble the two
stand assemblies with an even number of spacers in each assembly. Insert the UPS between the support base
assemblies with adequate space between the assemblies as shown in the picture below.
Note the display should be
located on the upper half of the unit in the Tower orientation. To rotate the display with the bezels removed, depress the
grooved tabs on the sides and rotate it 90 degrees clockwise.
If the USP is to be installed in a rack enclosure, follow the
instructions provided with the rack mounting hardware for proper installation.
If using an optional POD that was purchased separately, please see instructions shipped with the new POD to remove the
standard POD and install the new POD. This should be done before connecting the UPS to utility power.
Conduit entry knockout are provided if the hardwired PODs are being used. Input and output wiring should be installed in
separate conduits. All wiring should be done in accordance to all local and national electrical codes. Before wiring the
UPS ensure that the breaker in the external upstream panelboard is OFF.
UPS Model
Recommended
(Maximum) External
Over Current
Protection
Recommended Wire
(All wires)
75 degC Copper Wire
Maximum Wire
Accepted by
Terminal Block
Terminal Block
Torque
GXT3-5000RT208
GXT3-6000RT208
30A
10 AWG (4mm
2
)
8 AWG (6mm
2
)
10 in-lb
Terminal Block Connections
L2
N
L1
L2
N
L1
OUTPUT
INPUT
