KEPCO BOP 1KW-MG Operator Manual, Firmware Ver.2.01 to 2.37 - Manual (Page 46)

2-12
BOP HIPWR 022108
FIGURE 2-3. LOAD CONNECTIONS, REMOTE SENSING
2.7.3 SETUP FOR REMOTE OPERATION VIA GPIB
With all power off, connect the load to the BOP using either local or remote sensing. If units are
to be connected in series or parallel, refer to PAR. 2.8. Connect the GPIB connector to the GPIB
port (see Figure 2-1 and Table 2-1). Turn power on and refer to PAR. 3.2 for power supply
basics and PAR. 3.5 for remote mode programming.
The default GPIB address is 6; to change it refer to PAR 3.5.3.1. The default configuration
allows both local and remote operation; to prevent local operation once the unit is being con-
trolled from the GPIB, see PAR. B.107. Refer to PAR. 3.5.3.1 to configure the GPIB Port.
SCPI programming is described in PAR. 3.6; Appendices A and B provide syntax for SCPI com-
mon and subsystem commands and queries implemented in this unit. All the features described
for Local Mode operation can be accomplished using remote SCPI commands.
2.7.4 SETUP FOR REMOTE OPERATION VIA RS 232C
With all power off, connect the load to the BOP using either local or remote sensing (refer to
PAR. 2.5). If units are to be connected in series or parallel, refer to PAR. 2.8. Connect the RS
232 connector to the RS 232 port (see Figure 2-1 and Table 2-1). Turn power on and refer to
PAR. 3.2 power supply basics and PAR. 3.5.6 for RS 232 operation. SCPI programming is
described in PAR. 3.6; Appendices A and B provide syntax for SCPI common and subsystem
commands and queries implemented in this unit. Refer to PAR. 3.5.3.2 to configure the RS 232
Port.
2.8 MULTIPLE UNIT CONFIGURATIONS
Parallel, series and series-parallel configurations of identical BOP units increases the rated volt-
age and current range of the power supply. Up to five units can be connected in parallel to
increase the current: I
MAX (one unit)
x N
P
= I
MAX (parallel combination)
where N
P
= number of units in