Tripp Lite SU5000RT3U Owner's Manual for SmartOnline Single-Phase 5kVA, 6kVA & - Page 15

Connection Combination #5: Power Module 10kVA, Transformer Module 10kVA + Battery Modules

Page 15 highlights

Connection continued 4 Select the transformer module's input voltage. Using a screwdriver, remove the panel covering the transformer module's Input Voltage Select Switch J . Set the switch to match your facility's input voltage. Then, use the power module's front panel switches to configure input voltage on the LCD Display (see "Configure your UPS's input and output" in the "Power ON/OFF" section on page 14). IMPORTANT NOTE: if your facility's input voltage is 200V AC, set the transformer module's switch to 240V AC, but configure the power module to 200V AC. If your facility's input voltage is either 208V AC or 240V AC, the transformer module and power module settings must match. The factory default settings for both modules is 208V. See chart below. Your Facility's Input Voltage 240V AC 208V AC 200V AC Transformer Module Input Voltage Setting (Rear Panel Switch) 240V AC 208V AC 240V AC Power Module Input Voltage Setting (Front Panel Switches/LCD Display) 240V AC 208V AC 200V AC 5 Connect the battery module to the power module. Consult the owner's manual that came with your battery module. Fully insert the connector on the end of the battery module's cable K into the connector on the rear panel of the power module L . Small sparks may occur; this is normal. NOTE: the power module does not contain internal batteries and will not start until a battery module is connected. The battery modules are fully charged prior to shipping. However, before expecting full backup capability (particularly if the battery module has been stored for an extended period) after the UPS system is connected to a utility power source, allow the battery module to recharge for 12 hours. Once the UPS system is in use, it will charge the batteries and maintain the charge level automatically. If needed, connect additional battery modules in a daisy-chain with each module's cable inserted into the previous module's connector M . Connection Combination #5: Power Module (10kVA) + Transformer Module (10kVA) + Battery Module(s) 1 Hardwire the power module to the transformer module. Using a screwdriver, remove the top of the box A covering the power module's input and output terminals. Remove the top of the box B covering the transformer module's terminals. With supplied cable, connect the power module's input and output terminals to the corresponding terminals on the transformer module's "Hardwire Terminal Block for Power Module Connection" in the box's right knockout C . 2 Hardwire the transformer module to your equipment. Pass a user-supplied cable through the box's left knockout D and connect it to the transformer module's output terminals. See the AC Output Voltage Diagram E to determine which terminal connections will provide voltage appropriate to your application. Connect the other end of the cable to your equipment. NORMAL BY PASS 4 L K 5 M A B 1C 240V AC 208V AC J NORMAL BY PASS NORMAL BY PASS Connection Combination #5 continued on next page 15 2 D NORMAL BY PASS AC OUTPUT VOLTAGE DIAGRAM 208V 240V 120V 120V G E

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15
Select the transformer module’s input voltage.
Using a screwdriver, remove the panel covering the transformer module’s
Input Voltage Select Switch
J
. Set the switch to match your facility’s input
voltage. Then, use the power module’s front panel switches to configure input
voltage on the LCD Display (see “Configure your UPS’s input and output” in
the “Power ON/OFF” section on page 14).
IMPORTANT NOTE: if your facility’s input voltage is 200V AC, set the trans
-
former module’s switch to 240V AC, but configure the power module to 200V
AC. If your facility’s input voltage is either 208V AC or 240V AC, the trans
-
former module and power module settings must match. The factory default
settings for both modules is 208V. See chart below.
Transformer Module
Power Module
Your Facility's
Input Voltage Setting
Input Voltage Setting
Input Voltage
(Rear Panel Switch)
(Front Panel Switches/LCD Display)
240V AC
240V AC
240V AC
208V AC
208V AC
208V AC
200V AC
240V AC
200V AC
Connect the battery module to the power module.
Consult the owner’s manual that came with your battery module. Fully insert
the connector on the end of the battery module’s cable
K
into the connector on
the rear panel of the power module
L
. Small sparks may occur; this is normal.
NOTE: the power module does not contain internal batteries and will not start
until a battery module is connected. The battery modules are fully charged prior
to shipping. However, before expecting full backup capability (particularly if
the battery module has been stored for an extended period) after the UPS system
is connected to a utility power source, allow the battery module to recharge for
12 hours. Once the UPS system is in use, it will charge the batteries and maintain
the charge level automatically. If needed, connect additional battery modules in
a daisy-chain with each module’s cable inserted into the previous module’s
connector
M
.
Connection Combination #5: Power Module (10kVA)
+ Transformer Module (10kVA) + Battery Module(s)
Hardwire the power module to the transformer module.
Using a screwdriver, remove the top of the box
A
covering the power module’s
input
and output terminals. Remove the top of the box
B
covering the transformer
module’s terminals. With supplied cable, connect the power module’s
input and
output terminals to the corresponding terminals on the transformer module’s
“Hardwire Terminal Block for Power Module Connection” in the box’s right
knockout
C
.
Hardwire the transformer module to your equipment.
Pass a user-supplied cable through the box’s left knockout
D
and connect it to
the
transformer module’s output terminals. See the AC Output Voltage Diagram
E
to determine which terminal connections will provide voltage appropriate to
your application. Connect the other end of the cable to your equipment.
Connection
continued
NO
RM
AL
B
Y
PASS
240V
AC
208V
AC
4
5
5
NO
R
MAL
1
1
NO
RM
AL
B
Y
PASS
2
2
4
J
M
L
A
B
C
D
K
Connection Combination #5 continued on next page
120
V
240
V
120
V
208
V
AC
OUTPUT VOLT
AGE DIA
GRA
M
G
E