BIS V-6106 Ethernet/IP™
Processor Unit
24
Two buffers are needed to exchange data and commands between the processor unit and the
host control system (input buffer and output buffer). The buffer contents are exchanged using
cyclical polling. The buffer content depends on the cycle in which it is written (for example,
control commands at the beginning of a job).
When writing to the buffer, the transmitted data from the previous cycle is overwritten. Unwritten
bytes are not deleted and retain their data content.
Process data input (Assembly 100, T->0)
Instance
100
Data length
308
Bytes 0…63
RFID head 1, 64 bytes
Bytes 64…127
RFID head 2, 64 bytes
Bytes 128…191
RFID head 3, 64 bytes
Bytes 192…255
RFID head 4, 64 bytes
Byte 256
Pin 4 input data (if port was not configured as IO-Link)
Byte 257
Short circuit status
Byte 258
Overload status (only if port was not configured as standard I/O)
Byte 259
Power status:
Bit 0 = No actuator supply
Bit 1 = Sensor power
Bit 2 = Actuator power
Bytes 260…291
IO-Link process data, 32 bytes
Byte 292
IO-Link status
Byte 293
IO-Link error
Bytes 294…295
IO-Link vendor ID, 2 bytes
Bytes 296…298
IO-Link device ID, 3 bytes
Bytes 299…307
IO-Link 3 events for every 3 bytes
Process data output (Assembly 101, 0->T)
Instance
101
Data length
292
Bytes 0…63
RFID head 1, 64 bytes
Bytes 64…127
RFID head 2, 64 bytes
Bytes 128…191
RFID head 3, 64 bytes
Bytes 192…255
RFID head 4, 64 bytes
Byte 256
IO-Link pin 4 output data (if port was not configured as IO-Link)
Byte 257
IO-Link pin 4 restart output after short circuit
Byte 258
Reserved
Byte 259
IO-Link control:
Bit 0 = Red LED on display on
Bit 1 = Green LED on display on
Bit 2 = Display lock/PLC lock
Bytes 260…291
IO-Link process data, 32 bytes
7.1 Function
Principle of the
BIS V-6106
7
Device Functions
