Omron CJ1W-EIP21 Operation Manuals page 418

Appendices
I/O memory location in CJ-
series CPU Unit
Word address
Word x+15
 Words x+16 to x+31: Normal Target Node Table
The device variable that corresponds to all of the bits in words x+16 to x+31 is given in the following
table.
I/O memory location in CJ-
series CPU Unit
Word address
Words x+16 to
x+31
A-44
Device variable for the CJ-series Unit in NJ-series CPU Unit
Bit number Variable name
0 *_x.RegTargetSta.Target-
Sta[240]
.
.
.
15 *_x.RegTargetSta.Target-
Sta[255]
Device variable for the CJ-series Unit in NJ-series CPU Unit
Bit numbers Variable name
00 to 15 in *_x.EstbTarget-
each word Sta.TargetStaWd
CJ-series EtherNet/IP Units Operation Manual for NJ-series CPU Unit (W495)
Registered Target Node Table Bit for Node
Address 240
.
.
.
Registered Target Node Table Bit for Node
Address 255
Normal Target Node Table
(The functions of bits 00 to 15 in these words and
the functions of the device variable given on the left
correspond as given below.)
• Bits 00 to 15 of word x+16 correspond to bits 00 to
15 of the device variable given on the left.
• Bits 00 to 15 of word x+17 correspond to bits 16 to
31 of the device variable given on the left.
• Bits 00 to 15 of word x+18 correspond to bits 32 to
47 of the device variable given on the left.
• Bits 00 to 15 of word x+19 correspond to bits 48 to
63 of the device variable given on the left.
• Bits 00 to 15 of word x+20 correspond to bits 64 to
79 of the device variable given on the left.
• Bits 00 to 15 of word x+21 correspond to bits 80 to
95 of the device variable given on the left.
• Bits 00 to 15 of word x+22 correspond to bits 96 to
111 of the device variable given on the left.
• Bits 00 to 15 of word x+23 correspond to bits 112
to 127 of the device variable given on the left.
• Bits 00 to 15 of word x+24 correspond to bits 128
to 143 of the device variable given on the left.
• Bits 00 to 15 of word x+25 correspond to bits 144
to 159 of the device variable given on the left.
• Bits 00 to 15 of word x+26 correspond to bits 160
to 175 of the device variable given on the left.
• Bits 00 to 15 of word x+27 correspond to bits 176
to 191 of the device variable given on the left.
• Bits 00 to 15 of word x+28 correspond to bits 192
to 207 of the device variable given on the left.
• Bits 00 to 15 of word x+29 correspond to bits 208
to 223 of the device variable given on the left.
• Bits 00 to 15 of word x+30 correspond to bits 224
to 239 of the device variable given on the left.
• Bits 00 to 15 of word x+31 correspond to bits 240
to 255 of the device variable given on the left.
Description
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.
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Description