37
By changing the language, the information con-
tained in "Initial Settings" will appear in the
new language that has been selected (values in Spanish
will be indicated in brackets).
"Date & Time": set the time (HH:MM) and date
(DD:MM:YY) correctly via the corresponding pop-up
windows by pressing "Drop-down".
"Unit Nominal Voltage": the possible work voltages of
the unit are preconfigured at the following standard
values:
3x380 V
3x400 V
3x415 V
"Nominal Frequency": the input voltage frequency per-
mitted by the UPS covers the entire range from 45 Hz
to 65 Hz. Taking this into account, in theory all that is
left to be defined is the required output frequency (in
normal mode, generated by the inverter). This output
frequency can be set to a value, or you can let the UPS
detect the frequency it is being powered with, and then
generate with that same frequency. This said, the pos-
sible output frequency configurations are:
–
50 Hz: output (and inverter) frequency set to 50 Hz.
–
60 Hz: output (and inverter) frequency set to 60 Hz.
–
Auto-50 Hz: at each start-up of the UPS (after a
complete shutdown), the AC input frequency is
detected and set as the output frequency. If this
frequency cannot be detected, it is set to 50 Hz by
default.
–
Auto-60 Hz: at each start-up of the UPS (after a
complete shutdown), the AC input frequency is
detected and set as the output frequency. If this
frequency cannot be detected, it is set to 60 Hz by
default.
6.
Confirm the initial settings using the "CONFIRM"
("CONFIRMAR")
button. The settings implemented in
chapter
5
are confirmed. Even if no changes have been
made, it is always necessary to press this confirmation
button in order to move to the UPS start-up and access the
main screen. In subsequent start-ups of the unit (after com-
plete shutdown), it will no longer appear.
7.
Access the main or home screen automatically (see
section
7.1
).
CONTINUE THE START-UP ACCORDING TO THE INDI-
CATIONS DESCRIBED IN SECTION
6.1.3
.
6.1.3. Generic start-up procedure (normal mode)
If you find the UPS completely shut down (see section
6.2
), but
it had been operating previously in the installation where it is
located, to restart it, proceed as indicated in this section.
If the UPS is simply in bypass mode (see
6.1.4
), i.e. already sup-
plying power to the loads but via the static bypass, you can
follow the instructions in this section from chapter
6
.
1.
Supply general power to the control panel (external
to the UPS).
2.
Set the switch corresponding to the UPS input on the
panel to "On"
. If there is a separate bypass line for the
UPS, also set this switch on the control panel to "On".
3.
Set the input switch of the UPS to "On" (Q1)
.
If the main menu icon
flashes red (and you
hear an acoustic alarm), press it, check the existing
alarms and verify if there is an alarm that prevents the UPS
from starting, such as:
"Rec Inp.V. ranges", and/or "Rec R Inp not present",
and/or "Rec S Inp.V. not present", and/or "Rec T Inp.V.
not present"
(and possibly "Inv Bypass Ranges")
→
the
rectifier input voltage is outside of the tolerance ranges
(voltage and/or frequency), or not present in some input
phases.
Solution: check voltages and connections from the ex-
ternal control panel to connection to the UPS input.
“Rec Phase rotation Inp”
(and possibly "Inv Rotation
phases Byp.")
→
the phase sequence of the rectifier input
(and the bypass input) is not correct, it does not follow the
R-S-T order.
Solution: set the control panel switch corresponding to
the UPS input and the UPS input switch to "Off"
(Q1)
,
and swap the connections of two phases to the UPS
input, or on the external control panel, as applicable.
4.
In units with a separate static bypass input, set the
corresponding bypass switch to "On" (Q4).
If the main menu icon
flashes red (and you
hear an acoustic alarm), press it, check the existing
alarms and verify if there is an alarm that prevents the UPS
from starting, such as:
"Inv Bypass Ranges"
→
the bypass input voltage is out-
side of the tolerance ranges (voltage and/or frequency), or
not present in some input phases.
Solution: check voltages and connections from the ex-
ternal control panel, up to connection to the UPS by-
pass line.
"Inv Phase rotation Byp."
→
the bypass input phase se-
quence is not correct, it does not follow the R-S-T order.
Solution: set the control panel switch corresponding
to the UPS bypass and the UPS bypass switch to "Off"
(Q4)
, and swap the connections of two phases to the
UPS bypass line, or on the external control panel, as
applicable.
5.
Connect the batteries:
a.
Units with internal batteries, with 3-pole front con-
nectors (30 kVA and 40 kVA)
: connect these connec-
tors, which are accessed by opening the front door of the
unit (see
Fig. 1
Detail A
).
b.
Units with internal batteries, with battery switch
Q6 (50 kVA, 60 kVA and 80 kVA)
: set this switch to
“On”, which is accessed by opening the front door of
the unit (see
Fig. 5 and Fig. 6
).
c.
Units with external batteries (or shared with in-
ternal ones), with 3-pole rear connectors (30 kVA
and 40 kVA)
: connect these connectors, which can be
accessed via the back of the unit (see
Fig. 3 and Fig. 4
).
Also, set the external battery cabinet switch to "On"
(Q8)
,
(see
Fig. 10
and
Fig. 11
).
SLC CUBE4
- UNINTERRUPTIBLE POWER SUPPLY SYSTEM
-
USER MANUAL
Summary of Contents for SLC CUBE4
Page 1: ...30 80 kVA USER MANUAL...
Page 66: ...66 SALICRU...
Page 67: ...67 SLC CUBE4 UNINTERRUPTIBLE POWER SUPPLY SYSTEM USER MANUAL...
Page 68: ...68 SALICRU...
Page 69: ...69 SLC CUBE4 UNINTERRUPTIBLE POWER SUPPLY SYSTEM USER MANUAL...