Mitsubishi LE-40MTB-E - Execution of CC-Link

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9.8 Execution of CC-Link
• When the tension controller LE-40MTB-E is linked to the CC-Link network, the data for the tension con-
troller can be set on the master programmable controller and the control status of the tension controller
can be monitored on the master programmable controller. The contact signal information and the data
can be linked each other by simply connecting the FX2N-32CCL type CC-Link interface block for the
FX2N series programmable controller to the extension connector of the LE-40MTB-E.
• By connecting the LE-40MTB-E tension controller to the FX2N-32CCL type interface block, the LE-
40MTB-E works in the same way as the remote device station on the CC-Link network. The system
programm of the LE-40MTB-E is programmed to gain access automatically by executing FROM/TO
commands against the buffer memory of the FX2N-32CCL. Therefore, the data can be sent and re-
ceived by accessing this remote device station (FX2N-32CCL for LE-40MTB-E) through the program
of the master programmable controller.
• The number of available stations for the FX2N-32CCL are four. The LE-40MTB-E occupies three sta-
tions of them, so duplication of the station numbers must be avoided for other remote device stations,
remote I/O stations and remote stations.
The number of connected devices, the transmission speed, and the transmission distance are based
on the common specifications of the CC-Link system. Refer to User's manuals of FX2N-32CCL and
CC-Link master unit for the details.
1. Outline
CC-Link
FX2N-32CCL
Interface
block
ＰＷ
Ａ
ＣＰＵ
FX2N Series
Terminal resistor
( indispensable )
LE-40MTB -E
Remote I/O
unit
Master unit
A1SJ61BT11 or
AJ61BT11
A/D converting
unit
Terminal resistor
( indispensable )
2. Transmission signal configuration
BFM#0～31
BFM#0～31
MC1～MC6
ＺＴ
FX
2N -32CCL
three stations
LE-40MTB-E
Master
CPU
Master
station
Ｘ／Ｙ
00～1F
(32)
ＡＸ
(16)
ＡＹ
(16)
CC-Link
Contact input : 80 + 16
( RX00 ~ 4F + RX50 ~ 5F)
Input data : 12
( Rwr0 ~ B)
Power
supply
Contact output : 80 + 16
( RY00 ~ 4F + RY50 ~ 5F)
output data : 12
( Rwm0 ~ B)