4
FUNCTIONS
4.1 Cyclic Transmission Function
4.1.10 Interlink transfer
4
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1
O
V
ER
VI
E
W
2
SYST
EM
CO
NF
IG
URA
T
IO
N
3
SPECI
F
IC
A
T
IO
N
S
4
F
UNCT
IONS
5
PREP
ARA
T
IO
N AND
SET
UP
6
P
A
RAM
E
T
E
R
SET
TI
NG
7
PRO
C
ESSI
NG
T
IM
E
8
PRO
G
R
AM
M
ING
1) B0 turns ON on 1M
P
1.
2) By cyclic transmission, 1N
S
3 receives LB0 data.
3) The received LB0 data are transferred to LB1000 on 2M
P
1 by interlink transfer.
4) By cyclic transmission, 2N
S
2 and 2N
S
3 receive LB1000 data.
5) The ON/OFF status of B0 of 1M
P
1 can be checked by LB1000.
Remark
Interlink transfer is also executable by using link direct devices in the sequence
program.
The link refresh range is set as shown in (2) of this section.
POINT
(1) When using it in a multiple CPU system
If different control CPUs are set for the network modules, interlink transfer is
not executable with interlink transmission parameters or a sequence program.
In such a case, use the CPU-shared memory of the multiple CPU system.
For the CPU-shared memory of the multiple CPU system, refer to the
following manual.
QCPU User's Manual (Multiple CPU System)
Figure 4.35 Interlink transfer using sequence program
BMOV K4B0 J2\K4B1000 K2
1000 to 101F
0 to 1F
100 to 11F
200 to 21F
1300 to 131F
1020 to 103F
BMOV K4B100 J2\K4B1020 K2
BMOV K4B1300 J1\K4B200 K2
LB
LB
2M
P
1
1N
S
3
CPU module
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