ABB SPAC 310 C - Intermodular Control Signal Exchange

13
Intermodular
control signal
exchange
The initial factory settings of the feeder terminal
may have to be changed in different applica-
tions. The scheme below illustrates how the
input and output signals can be programmed to
obtain the required functions for the unit.
1
SIGNAL 3 (24)
SIGNAL 2 (23)
SIGNAL 1 (22)
CLOSE (21)
OPEN (20)
SGR3 / 1
SGR1 / 1
SGR3 / 2
SGR2 / 1
SGR2 / 2
SGR1 / 2
SGR3 / 3
SGR1 / 3
SGR3 / 4
SGR2 / 3
SGR2 / 4
SGR1 / 4
SGR3 / 5
SGR1 / 5
SGR3 / 6
SGR2 / 5
SGR2 / 6
SGR1 / 6
SGR3 / 7
SGR1 / 7
SGR3 / 8
SGR2 / 7
SGR2 / 8
SGR1 / 8
I>
I»
t»
t>, k
to>, ko
Io>
to»
Io»
BS
SGB / 1
SGB / 2
SGB / 3
SGB / 4
SGB / 5
SGB / 8
REMOTE SETTINGS
RELAY RESET
1
SGB / 6
RESET+ PROGRAM
1
SGB / 7
RESET+ PROGRAM
1
1
1
SGF1 / 4
SPCJ 4D29
RESET
TRIP
t
(AR2)
(AR1)
SGF2 / 8
SGF2 / 7
1
(AR3)
A
B
I P Q E
O <-> I
E
13
12
11
10
4...9
1...3
IRF
OPEN
CLOSE
SS1
TS1
TS2
SS3
SS2
IRF
CHANNELS 4...9
6
1
1
CHANNELS 1...3
6
IL1
IL2
IL3
Io
P
Q
SPTR 3B_
SPTE 4F_
SPTO 1D2
F
IRF
D
E
C
SIGNAL 1
SIGNAL 2
SIGNAL 3
1
1
SPTE 4F_
&
Fig. 6. Intermodular control signals of SPAC 310 C and SPAC 312 C