Eaton XN300 - Page 201

26 Analog input module XN-322-10AI-TEKT
26.3 Memory layout
197 XN300 slice modules 02/24 MN050002EN Eaton.com
0x30A3 0x6401 0x6xx1
SUB 03
2 InputChannel3 AI3 0x0086
0x30A4 0x6401 0x6xx1
SUB 04
2 InputChannel4 AI4 0x0088
0x30A5 0x6401 0x6xx1
SUB 05
2 InputChannel5 AI5 0x008A
0x30A6 0x6401 0x6xx1
SUB 06
2 InputChannel6 AI6 0x008C
0x30A7 0x6401 0x6xx1
SUB 07
2 InputChannel7 AI7 0x008E
0x30A8 0x6401 0x6xx1
SUB 08
2 InputChannel8 AI8 0x0090
0x30A9 0x6401 0x6xx1
SUB 09
2 CAN: ReferenceInput1
EC: InputKTY1
Reference input KTY 1 for
cold-junction compensation
KTY1 0x0092
0x30AA 0x6401 0x6xx1
SUB 0A
2 CAN: ReferenceInput2
EC: InputKTY2
Reference input KTY 2 for
cold-junction compensation
KTY2 0x0094
0x30AB
–
0x6xxA
SUB 01
2 WireBreakDiag AI1 Bit 0 0= OK
1 = Cable break
0x0096
AI2 Bit 1
AI3 Bit 2
AI4 Bit 3
AI5 Bit 4
AI6 Bit 5
AI7 Bit 6
AI8 Bit 7
KTY1 Bit 8
KTY2 Bit 9
KTY1 Bit 10 0 = OK
1 = Short-circuit
KTY2 Bit 11
Bit 12-15 reserved
0x30AC
–
– 2 IntRefInput1
Temperature reading KTY1(i)
The 0x30AC object contains ten times the temperature measured by the
internal KTY1(i) temperature sensor at the cold junction. When internal
temperature compensation is selected, the software will automatically take
into account the value in object 0x30AC.
–
CAN
Object
Index
Default
CAN
Mapping
EtherCAT
Object
Index
Size
(byte)
Local I/O
description
Switc
hing
conta
ct
Bit Description Local I/O
addresses