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4.7 I/O Assignment Using GX Developer
4.7.2 Concept of I/O assignment using GX Developer
4
I/O NUMBER ASSIGNMENT
(b) Type (For CPU module)
Select the type of module being mounted from the followings:
• Empty (Empty slot)
• Input (Input module)
• Hi Input (Q Series high speed module)
*1
• Output (Output module)
• I/O Mix (I/O mixed module)Note7
• Intelligent (Intelligent function module or AnS/A series compatible special
function module)
Note4.6
• Interrupt (Q Series interruption module)
*2
If the type is not designated, the type of the actually mounted module is used.
* 1 : "Hi input" can be set using GX Developer Version 5 (products after SW5D5C-GPPW-E)
* 2 : "Interrupt" can be set using GX Developer Version 6 (products after SW6D5C-GPPW-E)
(c) Model name
Set the mounted module model name within 16 characters.
The specified model name is not used for the CPU module. (It is used as a user's
memo.)
(d) Points (Used with CPU module)
To change the number of occupied I/O points of each slot, select it from the
followings:
• 0(0 point) • 16(16 points) • 32(32 points)
• 48(48 points) • 64(64 points) • 128(128 points)
• 256(256 points) • 512(512 points)
*1
• 1024(1024 points)
*1
If the number of occupied I/O points is not designated for a slot, the one of the
actually mounted module is used.
* 1 : Not available for the Q00JCPU.
(Because the I/O points of the Q00JCPU are 256.)
(e) Start XY (Used with CPU module)
When the I/O number of each slot is changed, you should designate the head I/O
number according to the change.
If Start XY is not designated for a slot, the I/O number continuing from the last
number of the currently designated slot is assigned.
Note7
Basic
Process Redundant
Universal
UD
Note4.6
Note4.6
Note4.6
Note4.6
The Basic model QCPU, Process CPU, Redundant CPU and Universal model QCPU do not
support the AnS/A series corresponding modules.
Basic
Process Redundant
Universal
UD
Note4.6
Note4.6
Note4.6
Note4.6
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