Hitachi HIDIC EH-150 Applications Manual page 16

The rule of the IO number of remote stations in H series is shown.
Data Type Numbering rule
Bit data
X
Y
Word data
WX
WY
Double word data
DX
DY
The following composition is explained to an example in detail.
Node 1: Input 2Byte (RDX16D)
Node 2: Output 2Byte (RDY16T)
Node 3: Input 8Byte, Output 8Byte (L100DN)
Node 4: Output 2Byte (RDY16R)
The I/O mapping by configurator is as follows.
Offset
Output Data
Address
0 02, RDY16T
1 03, L100DN (1
2 03, L100DN (2
3 03, L100DN (3
4 03, L100DN (4
5 04, RDY16R
If reading real IO assign is performed from Ladder Editor for Windows® after mapping IO data on DeviceNet by configurator,
it can read as shown in the following figure.
Bit number (00 to 95) in the module
Slot number (0-F)
Station number (0-9)
Remote Master number (1-4)
Word number (0 to 7) in the module
Slot number (0-F)
Station number (0-9)
Remote Master number (1-4)
Word number (0 to 7) in the module
Slot number (0-F)
Station number (0-9)
Remote Master number (1-4)
Offset
Address
st
word)
nd
word)
rd
word)
th
word)
R D Y 1 6 T
L 1 0 0 D N
R D Y 1 6 R
2-5
In case of EH-RMD
Bit number is 0 to 15, because "Y16"
and "X16" are used.
Word number is fixed 0, because "Y16"
and "X16" are used.
Word number is fixed 0, because "Y16"
and "X16" are used.
Input Data
0 01, RDX16D
st
1 03, L100DN (1 word)
nd
2 03, L100DN (2 word)
rd
3 03, L100DN (3 word)
th
4 03, L100DN (4 word)
5
R D Y 1 6 T
L 1 0 0 D N
Chapter 2 Features