BOP HIPWR 091719
2-27
2.8.4
CONFIGURING PARALLEL, SERIES, 2 X 2 OR 3 X 2 COMBINATIONS
NOTE: Successfully configuring the unit from Standalone to Parallel, Series, 2 X 2 or 3 X 2 will
reset all NVRAM variables to factory defaults and delete all saved setups and saved
waveforms.
1. To configure a unit to be designated as a slave proceed as follows:
a. Turn on power only to the unit to be designated as a slave.
b. From the power-up screen press
%
to enter the General Setup Menu. Highlight Series/
Parallel and press
!
to view the Multiple Units menu (see Table 2-12). If required, enter
password (see PAR. 3.2.4.3) before continuing.
c. From the Multiple Units menu, highlight
Configuration
(use
ADJUST
control or the
Y
or
U
keys) and press
!
to modify. When prompted, enter ADMIN2 password (see PAR.
3.2.4.3). Select
Series
,
Parallel
,
Master 2X2
or
Master 3X2
and press
$
to apply
the change.
d. If either
Series
or
Parallel
were selected in step d above,
Connection Type
shows
Series
or
Parallel
as selected. Highlight
Unit Type
and press
!
to modify. High-
light
SLAVE #1
and press
$
to apply the change.
TABLE 2-12. MULTIPLE UNITS MENU FUNCTIONS
SETTING
CHOICES
(
BOLD
= Factory Default)
FUNCTION
CONFIGURATION
STANDALONE
PARALLEL
SERIES
MASTER 2 X 2
MASTER 3 X 2
STANDALONE - Unit operates independently, no additional units connected.
PARALLEL - Unit to be configured for parallel operation; opens UNIT TYPE
and CONNECTION TYPE options shown below. Used when units are con-
nected in parallel (increase output current) (see NOTE below).
SERIES - Unit to be configured for series operation; opens UNIT TYPE and
CONNECTION TYPE options shown below. Used when units are connected
in series (increase output voltage) (see NOTE below).
MASTER 2 X 2 - Unit configured as master in control of two parallel branches
comprised of two series connected units. Used when units are connected in
parallel and series to double output voltage and current (see NOTE below).
MASTER 3 X 2 - Unit configured as master in control of two parallel branches
comprised of three series connected units. Used when units are connected in
parallel and series to triple output voltage and double output current (see
NOTE below).
UNIT TYPE
(visible for parallel and
series selections only)
STANDALONE
1
2
3
4
SLAVE #1
SLAVE #2
SLAVE #3
SLAVE #4
SLAVE #5
STANDALONE - Unit operates independently, no additional units connected.
1 - Unit is the master (controller), with one slave unit connected.
2 - Unit is the master (controller), with two slave units connected.
3 - Unit is the master (controller), with three slave units connected.
4 - Unit is the master (controller), with four slave unit connected.
SLAVE #1 - Unit is slave no. 1 in configuration using one to five slave units.
SLAVE #2 - Unit is slave no. 2 in configuration using two to five slave units.
SLAVE #3 - Unit is slave no. 3 in configuration using three to five slave units.
For Master 2X2 and Master 3X2, slave #3 is always the unit controlled in par-
allel by the master.
SLAVE #4 - Unit is slave no. 4 in configuration using four or five slave units.
SLAVE #5 - Unit is slave no. 5 in MASTER 3X2 configuration using two paral-
lel branches comprised of three series-connected units.
FAULT RESTART
ENABLE
DISABLE
When enabled, if a fault is detected on a slave, the system attempts to restart
the slave three times.
Summary of Contents for BOP-ME 1KW
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Page 20: ...xii BOP 1K 091719 FIGURE 1 1 HIGH POWER BOP SERIES POWER SUPPLY...
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Page 64: ...2 22 BOP HIPWR 091719 FIGURE 2 11 PARALLEL CONFIGURATION LOCAL SENSING TYPICAL...
Page 65: ...BOP HIPWR 091719 2 23 FIGURE 2 12 PARALLEL CONFIGURATION REMOTE SENSING TYPICAL...
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Page 161: ...BOP HIPWR 091719 3 85 FIGURE 3 29 STATUS REPORTING STRUCTURE...
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