Mitsubishi Electric Q12DCCPU-V - Modules from Which Inputs Can be Loaded

12
CONCEPT OF MULTIPLE CPU SYSTEM
12.4 Access Ranges Between a CPU Module and Other Modules
12.4.2 Access to non-controlled modules
12 - 15
9
DEVICE DESCRIPTION
10
MULTIPLE CPU SYSTEM OVERVIEW
11
MULTIPLE CPU SYSTEM CONFIGURATION
12
CONCEPT OF MULTIPLE CPU SYSTEM
13
COMMUNICATIONS BETWEEN CPU MODULES
14
PARAMETERS ADDED FOR MULTIPLE CPU SYSTEMS
15
STARTING A MULTIPLE CPU SYSTEM
16
TROUBLESHOOTING
2) Input (X) data are loaded from the modules indicated in Table 12.10, which are
mounted on a main base unit or extension base units.
* 1 When inputs (X) are loaded from the QX48Y57 I/O combined module, data of Xn8 to XnF that are
assigned as an output area are all off.
3) Data assigned to empty slots and cyclic data controlled by other CPUs on the
following network cannot be read out directly from the refresh target devices.
To read the following cyclic data, assign the refresh target device to the auto
refresh area in the CPU shared memory.
• CC-Link IE controller network
• MELSECNET/H
• CC-Link, etc.
(b) When "All CPUs can read all inputs" is deselected
On/off data cannot be loaded from I/O modules and intelligent function modules
controlled by other CPUs (they remain off).
Table 12.10 Modules from which inputs can be loaded
Type setting in the
<<I/O assignment settings>> tab
of C Controller setting utility
Mounted module
None
Input module
High-speed input module
I/O combined module
*1
Intelligent function module
Input
Hi. input
I/O mix
Input module
High-speed input module
I/O combined module
*1
Intelli. Intelligent function module
Figure 12.9 Loading inputs (X) from QX48Y57
YnE(XnE)
(XnF)
Xn7
Yn8(Xn8)
Inputs (X) are loaded
with all points OFF.
ON/OFF of inputs (X)
is loaded.
Xn0
C Controller
module
QX48Y57