4
PROCEDURE FOR STARTING UP A REDUNDANT
SYSTEM
4.2 Wiring
4
- 7
1
OV
ER
VIE
W
2
SYS
TEM
CONFIGURA
TI
ON
3
TR
AC
KI
N
G
C
ABL
E
4
P
R
OCE
DURE
FO
R
S
TAR
TING
UP
A
RE
DUN
DAN
T
S
Y
S
T
E
M
5
RE
DUNDA
NT S
Y
S
T
E
M
FUNCTIONS
6
RE
DUN
DAN
T
S
Y
S
T
E
M
NE
TW
O
R
K
S
7
PR
OG
R
A
MM
IN
G
CA
UTIO
N
S
8
TR
O
U
BLE
S
HOOTING
4.2 Wiring
This section explains wiring to the power supply module necessary for starting up a
redundant system, connection of the Q6BAT battery connectors, tracking cable
connection.
Install the wiring to a network module by referring to the corresponding manual, as the
wiring method differs according to model.
Install the wiring to an I/O module by referring to the following manual, as the wiring
method differs according to the model.
I/O Module Type Building Block User's Manual
(1) Wiring to a Power Supply Module
Connect a power cable and ground cable to the power supply module on a main base
unit by referring to the wiring example shown in Diagram 4.4.
* 1: Operation of an ERR terminal is as follows:
<When mounting power supply module to main base unit>
The ERR terminal is OFF (open) when AC power is not turned ON, when the CPU module stop
error (including an error at the time of reset) occurs, or when fuse of the power supply module is
blown.
<When mounting redundant power supply module to redundant type extension base unit>
The ERR terminal is OFF (open) when AC power is not turned ON, when fuse of the redundant
power supply module is blown, or when the redundant power supply module breaks down.
Diagram 4.4 Example of Wiring to a Power Supply Module
100V/200VAC
100V/200VAC
AC
Ground wire
Extension cable
Grounding
I/O module
Q64RP
Q64RP
Redundant type extension base unit
(Q65WRB)
AC
100V/200VAC
AC
100V/200VAC
Line B
Line A
Main base unit (Q35B)
Main base unit (Q35B)
Q62P
CPU module
Q62P
CPU module
ERR
FG
LG
INPUT
*1
AC
AC100
to 200V
ERR
FG
LG
INPUT
*1
AC100
to 200V
ERR
FG
LG
INPUT
*1
AC100
to 200V
ERR
FG
LG
INPUT
*1
AC100
to 200V