Page 52 Copyright CPS America Co., Ltd.
The following table shows the information of cable size and torque
values that should be used in the position (1) pole / position (2) pole /
position (3) pole in the AC terminal when a 208V grid system is applied
with the PV inverter.
Table 7.2.2: AC Cables Size
Inverter Model
Terminal block
CPS
SCE4KTL-O/US
CPS
SCE5KTL-O/US
CPS
SCE6KTL-O/US
CPS
SCE7KTL-O/US
Terminal block
labeled with
(1), (2), (3)
Admissible
conductor size
10 AWG
8 AWG
6 AWG
90
o
C / 194
o
F, Copper
Torque value
15.6 lbf-in (18 Kgf-cm)
33.1 lbf-in (38.1 Kgf-cm)
Terminal block
labeled with
(G)
Admissible
conductor size
10AWG
Torque value
15.6 lbf-in (18 Kgf-cm)
33.1 lbf-in (38.1 Kgf-cm)
IMPORTANT
The selection for the AC cable size and required torque values for
the Position 1 / Position 2 / Position 3 is referred to the table 310.16
in the National Electrical Code (NEC).
E)
Connect the AC cables with PV inverter by inserting them through the
conduits into wiring box as figure 7.2.4 shown:
Figure 7.2.4: Insert the AC cables through conduit
F)
For the AC cables, the terminal connectors are recommended to be
used with AC cables in order to ensure the effective electric conduction
between AC cables and AC terminals as shown in figure 7.2.5.
Figure 7.2.5: Terminal connectors are required for AC Cables
