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Mitsubishi Electric FX5 User Manual Page 40

Melsec iq-f series, ethernet communication.
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Name
Command
Device Read Block
0406H
Device Write Block
1406H
5 SLMP FUNCTION
38
5.3 SLMP Commands
Sub-
Processing content
commands
0080H
With n points of buffer memory in intelligent function modules and
SLMP-compatible devices as 1 block, this command reads data by
randomly specifying multiple blocks.
(When bit devices are specified, 1 point is 16 bits.)
0082H
With n points of buffer memory in intelligent function modules and
SLMP-compatible devices as 1 block, this command reads data by
randomly specifying multiple blocks.
0000H
With n points of bit devices and word devices as 1 block, this
command writes data by randomly specifying multiple blocks.
(When bit devices are specified, 1 point is 16 bits.)
0080H
With n points of buffer memory in intelligent function modules and
SLMP-compatible devices as 1 block, this command writes data by
randomly specifying multiple blocks.
(When bit devices are specified, 1 point is 16 bits.)
Number of points
processed per
communication
ASCII:
(Number of word device blocks
+ number of bit device blocks)
 4  120 and (Total points of
each blocks of word device +
total points of each blocks of bit
device)  2  960
BIN:
(Number of word device blocks
+ number of bit device blocks)
 2  120 and Total points of
each blocks of word device +
total points of each blocks of bit
device  960
ASCII:
(Number of word device blocks
+ number of bit device blocks)
 4  120 and (Total points of
each blocks of word device +
total points of each blocks of bit
device)  2  960
BIN:
(Number of word device blocks
+ number of bit device blocks)
 2  120 and Total points of
each blocks of word device +
total points of each blocks of bit
device  960
ASCII:
(Number of word device blocks
+ number of bit device blocks)
 2  120 and ((Number of
word device blocks + number
of bit device blocks)  4 + Total
points of each blocks of word
device + total points of each
blocks of bit device)  2  770
BIN:
Number of word device blocks
+ number of bit device blocks 
120 and (Number of word
device blocks + number of bit
device blocks)  4 + Total
points of each blocks of word
device + total points of each
blocks of bit device  770
ASCII:
(Number of word device blocks
+ number of bit device blocks)
 4  120 and ((Number of
word device blocks + number
of bit device blocks)  4 + Total
points of each blocks of word
device + total points of each
blocks of bit device)  2  770
BIN:
(Number of word device blocks
+ number of bit device blocks)
 2  120 and (Number of word
device blocks + number of bit
device blocks)  4 + Total
points of each blocks of word
device + total points of each
blocks of bit device  770

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