Balluff BNI CCL-502-100-Z001 Betriebsanleitung Seite 67

Balluff Network Interface – CC-Link – BNI CCL-502-100-Z001
7 Data mapping
RX(m+2)8
RX(m+2)9
RX(m+2)A
RX(m+2)B
RX(m+2)C
RX(m+2)D
RX(m+2)E
RX(m+2)F
RX(m+3)0
RX(m+3)3
RX(m+3)4
RX(m+3)5
RX(m+3)6
RX(m+3)7
RX(m+3)8
RX(m+3)9
RX(m+3)A
RX(m+3)B
RX(m+3)C
RX(m+3)D
RX(m+3)E
RX(m+3)F
m: Address assigned to the master module by the station number setting
n: Address correction number. It depends on the Profile No. used:
Profile No.
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Profile No. Slave
P0 P1 – P5
Signal name
RX(m+3)0 IO-Link Channel 0 established
RX(m+3)1 IO-Link Channel 1 established
RX(m+3)2 IO-Link Channel 2 established
RX(m+3)3 IO-Link Channel 3 established
RX(m+3)4
to
N/A
RX(m+3)7
RX(m+3)8 IO-Link Channel 0 event flag
RX(m+3)9 IO-Link Channel 1 event flag
RX(m+3)A IO-Link Channel 2 event flag
RX(m+3)B IO-Link Channel 3 event flag
RX(m+3)C
to
N/A
RX(m+3)F
IO-Link Channel 0 PD valid
RX(m+4)0
IO-Link Channel 1 PD valid
RX(m+4)1
IO-Link Channel 2 PD valid
RX(m+4)2
N/A
IO-Link Channel 3 PD valid
RX(m+4)3
RX(m+4)4
to
RX(m+4)F
to
RX(m+n)0
to to
RX(m+n)3
RX(m+n)4
RX(m+n)5 Message transmission size
RX(m+n)6
RX(m+n)7
Initial data processing
RX(m+n)8
Initial data setting completion
RX(m+n)9
RX(m+n)A Error state flag
RX(m+n)B Remote ready flag
Message transmission
RX(m+n)C
acceptance flag
RX(m+n)D Message handshake flag
RX(m+n)E
RX(m+n)F
Value of 'n'
P0 N/A
P1 0x5
P2 0x7
P3 0x9
P4 0x13
P5 0x27
Profile No.
Master
P0
RY(m+2)8
RY(m+2)9
RY(m+2)A
RY(m+2)B
Reserved N/A
RY(m+2)C
RY(m+2)D
RY(m+2)E
RY(m+2)F
Reserved N/A
N/A
Reserved
Unused
RY(m+3)0
Reserved
to
Reserved RY(m+3)7
RY(m+3)8
RY(m+3)9
RY(m+3)A
RY(m+3)B
RY(m+3)C
RY(m+3)D
RY(m+3)E
Reserved
RY(m+3)F
Example: Calculate the address of the [Remote ready flag]
If the address assigned to master module 'm' = 0x10,
and 'Profile No.' = P4; then the correction number n = 0x13.
Thus the address of the [Remote Ready Flag] RX(m+n)B = 0x23B
Master
P1 – P5
Signal name
RY(m+3)0 IO-Link Channel 0 enable
RY(m+3)1 IO-Link Channel 1 enable
RY(m+3)2 IO-Link Channel 2 enable
RY(m+3)3 IO-Link Channel 3 enable
RY(m+3)4
to
Reserved
RY(m+3)7
IO-Link Channel 0 event clear
RY(m+3)8
IO-Link Channel 1 event clear
RY(m+3)9
IO-Link Channel 2 event clear
RY(m+3)A
IO-Link Channel 3 event clear
RY(m+3)B
RY(m+3)C
to
Reserved
RY(m+3)F
RY(m+4)0
to Unused
RY(m+4)F
to Unused
RY(m+n)0
to Reserved
RY(m+n)7
Initial data processing
RY(m+n)8
RY(m+n)9 Initial data setting request flag
RY(m+n)A Error reset request flag
RY(m+n)B Reserved
Message transmission
RY(m+n)C
request flag
RY(m+n)D Message handshake flag
RY(m+n)E
Reserved
RY(m+n)F
Slave
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