32
9.12 Examples of configuration data for the configuration assembly 102
9.12.1
Channel-related configuration
Byte 0 …7 per channel
CH
MOD
DH
TL
OL
OC
RU
-
Function
01
01
00
00
00
00
00
00
Channel 1 is set as "
inactive
" .
Table 12: Channel configuration module "Inactive"
Byte 0 …7 per channel
CH
MOD
DH
TL
OL
OC
RU
-
Function
04
02
0A
00
01
01
00
00
Channel 4 is set as "
INPUT
" .
●
The port C/Qi and I/Q is used as switching input signal .
●
The datahold time for the switching input signals is set to 100 ms .
●
"Overload detection" and "Overcurrent detection" is activated .
Table 13: Channel configuration module "INPUT"
Byte 0 …7 per channel
CH
MOD
DH
TL
OL
OC
RU
-
Function
04
03
03
00
01
01
00
00
Channel 4 is set as "
OUTPUT
" .
●
The switching signal is output at the M12 port of the C/Qo chan-
nel .
●
Additionaly the port I/Q can be used as an input signal
●
The datahold time for the switching input I/Q is set to 100 ms .
●
"Overload detection" and "Overcurrent detection" is activated .
Table 14: Channel configuration module "OUTPUT"
Byte 0 …7 per channel
CH
MOD
DH
TL
OL
OC
RU
-
Function
04
0B
02
00
01
01
00
00
Channel 4 is set as "
RWH_RW
" .
●
The M12 port of the channel is used for communication with an
RFID antenna .
●
The datahold time for the transponder UID is set to 20 ms .
●
"Overload detection" and "Overcurrent detection" is activated .
●
The UID can be read cyclically by the PLC .
Table 15: Channel configuration module "RWH_RW"
Byte 0 …7 per channel
CH
MOD
DH
TL
OL
OC
RU
-
Function
04
0B
00
00
01
01
01
00
Channel 4 is set as "
RWH_RW
" .
●
The M12 port of the channel is used for communication with an
RFID antenna .
●
The datahold time for the transponder UID is set to 20 ms .
●
"Overload detection" and "Overcurrent detection" is activated .
●
The UID can be read edge-controlled by the PLC .
Table 16: Channel configuration module "RWH_RW" (edge-controlled)