Mitsubishi A2USCPU(S1), User Manual

Page: 82 / 272

4 - 29
CPU MODULE 4.
2) When operating the EP-ROM
*1 Can be confirmed at GX Developer, Memory capacity of Parameter.
*2 Expanded comment can be allocated to the empty area of "RAM memory area usable for
parameter range". When setting the capacity exceeded the empty area, the total capacity is
allocated from block No.10 in order in the extension file register.
An area block that is stored area in the expanded comment cannot be used as an extension
file register.
*3 Sampling trace data and status latch data are stored to the area of the extension file register.
The stored block Nos. are specified at GX Developer, Parameter.
*4 A2USHCPU-S1,A2USCPU-S1, A2ASCPU-S30, A2ASCPU-S1
:(144k-4k-(a)-(b)-(c)-(d)-(e)-(f))/16k=n
A2USCPU, A2ASCPU :(64k-4k-(a)-(b)-(c)-(d)-(e)-(f))/16k=n
Item
Memory
capacity
Head address for storing to RAM memory
Remark
A2USHCPU-S1
A2USCPU-S1
A2ASCPU-S30
A2ASCPU-S1
A2USCPU
A2ASCPU
Parameter, T/C set value – (Stored to EP-ROM) (Stored to EP-ROM)
Main program
Sequence program – (Stored to EP-ROM) (Stored to EP-ROM)
Microcomputer program – (Stored to EP-ROM) (Stored to EP-ROM)
MELSECNET/10 network parameter – (Stored to EP-ROM) (Stored to EP-ROM)
Expanded comment
*2
(f)
*1
0k 0k
Not used area – 0k 0k
Extension file
register
*3
Block No.8 16k bytes 16k - (d) - (e) –
Number of extension file
registers: n can be
determined by the rest of
the memory capacity
after storing parameters,
T/C set values, main
programs, MELSECNET/
10 network parameters,
file registers,
comments.
*4
Block No.7
*2
16k bytes 32k - (d) - (e) –
Block No.6 16k bytes 48k - (d) - (e) –
Block No.5 16k bytes 64k - (d) - (e) –
Block No.4 16k bytes 80k - (d) - (e) –
Block No.3 16k bytes 96k - (d) - (e) 16k - (d) - (e)
Block No.2 16k bytes 112k - (d) - (e) 32k - (d) - (e)
Block No.1 16k bytes 128k - (d) - (e) 48k - (d) - (e)
File register
(d)
*1 144k - (d) - (e) 64k - (d) - (e)
Comment
(e)
*1
144k-(e) 64k-(e)
Extension file
register
*3
Block No.16 16k bytes 144k –
Block No.15 16k bytes 160k –
Block No.14 16k bytes 176k –
Block No.13 16k bytes 192k –
Block No.12 16k bytes 208k –
Block No.11
*2
16k bytes 224k –
Block No.10 16k bytes 240k –