Mitsubishi Electronics 00UCPU ユーザーズマニュアル
176
*1
When a CPU module occupying two slots is mounted, the slot on the right of the CPU module will be 10
H
.
When a CPU module occupying three slots is mounted, the slot on the right of the CPU module will be 20
H
.
Item
Single CPU system
Multiple CPU system
Reference
Concept
Number of CPU modules
and mounting position
and mounting position
Only 1 module in the CPU slot
3 modules in the CPU slot to slot 1
I/O number assignment
Slot 0 is 00
H
.
A slot on the right of the rightmost
CPU module is 00
H
.
*1
Restrictions on the number
of mountable modules
of mountable modules
The number of mountable
modules differs depending on the
CPU module type.
modules differs depending on the
CPU module type.
The number of mountable
modules per system and the
number of controllable modules
per CPU module differ depending
on the CPU module type.
modules per system and the
number of controllable modules
per CPU module differ depending
on the CPU module type.
Access range
Access from CPU module(s)
to other modules
to other modules
All modules can be controlled.
Relations between CPU modules
and other modules must be set in
"Control PLC" of PLC parameter.
and other modules must be set in
"Control PLC" of PLC parameter.
Access from GOTs
Accessible
Manual for
the GOT
used
the GOT
used
Access with instructions
using the link direct device
using the link direct device
Accessible
Only control CPU is accessible.
Access to CC-Link
Accessible
Only control CPU is accessible.
Manual for
the CC-Link
system
master/local
module used
the CC-Link
system
master/local
module used
Access from peripherals
Accessible through an RS-232
cable or over network
cable or over network
Accessible through an RS-232
cable or over network.
For access to the Motion CPU, PC
CPU module, or C Controller
module, refer to the relevant
manual.
cable or over network.
For access to the Motion CPU, PC
CPU module, or C Controller
module, refer to the relevant
manual.
-
Clock function
Clock data used by
intelligent function modules
(such as the QD75)
intelligent function modules
(such as the QD75)
Clock data of the Basic model
QCPU is used.
QCPU is used.
Clock data of the Basic model
QCPU (CPU No.1) is used.
QCPU (CPU No.1) is used.
Operation
Operation when a CPU
module is reset
module is reset
The entire system is reset by
resetting the Basic model QCPU.
resetting the Basic model QCPU.
The entire system is reset by
resetting the Basic model QCPU
(CPU No.1).
(Resetting CPU No.2 and No.3
individually is not allowed.)
resetting the Basic model QCPU
(CPU No.1).
(Resetting CPU No.2 and No.3
individually is not allowed.)
Operation when a stop error
has occurred in a CPU
module
has occurred in a CPU
module
The system stops.
If a stop error has occurred in the
Basic model QCPU (CPU No.1),
the system stops. ("MULTI CPU
DOWN" (error code: 7000) occurs
in CPU No.2 and No.3.)
If a stop error has occurred in CPU
No.2 or No.3, the operation
depends on the parameter setting
("Operation Mode").
Basic model QCPU (CPU No.1),
the system stops. ("MULTI CPU
DOWN" (error code: 7000) occurs
in CPU No.2 and No.3.)
If a stop error has occurred in CPU
No.2 or No.3, the operation
depends on the parameter setting
("Operation Mode").