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ifm
Device Manual SmartSPS AC14 with EtherNet/IP interface (AC1421, AC1422), Firmware 3.1.2
2015-11-30
Appendix
Fieldbus EtherNet/IP
>
Table: Fixed slave assignment for slots 9 ... 12
12472
Word
Word content for the following number of analogue channels per input/output slave
2 channels
1 channel
1 channel A/B-Slave
1
Mx / slave 1(A) / Channel 1
Mx / slave 1(A) / Channel 1
Mx / slave 1(A) / Channel 1
2
Mx / slave 1(A) / Channel 2
Mx / slave 2(A) / Channel 1
Mx / slave 1B / Channel 1 = Mx / slave 1 / Channel 3
3
Mx / slave 2(A) / Channel 1
Mx / slave 3(A) / Channel 1
Mx / slave 2(A) / Channel 1
4
Mx / slave 2(A) / Channel 2
Mx / slave 4(A) / Channel 1
Mx / slave 2B / Channel 1 = Mx / slave 2 / Channel 3
5
Mx / slave 3(A) / Channel 1
Mx / slave 5(A) / Channel 1
Mx / slave 3(A) / Channel 1
6
Mx / slave 3(A) / Channel 2
Mx / slave 6(A) / Channel 1
Mx / slave 3B / Channel 1 = Mx / slave 3 / Channel 3
7
Mx / slave 4(A) / Channel 1
Mx / slave 7(A) / Channel 1
Mx / slave 4(A) / Channel 1 1
8
Mx / slave 4(A) / Channel 2
Mx / slave 8(A) / Channel 1
Mx / slave 4B / Channel 1 = Mx / slave 4 / Channel 3
9
Mx / slave 5(A) / Channel 1
Mx / slave 9(A) / Channel 1
Mx / slave 5(A) / Channel 1
10
Mx / slave 5(A) / Channel 2
Mx / slave 10(A) / Channel 1
Mx / slave 5B /Channel 1 = Mx / slave 5 / Channel 3
11
Mx / slave 6(A) / Channel 1
Mx / slave 11(A) / Channel 1
Mx / slave 6(A) / Channel 1
12
Mx / slave 6(A) / Channel 2
Mx / slave 12(A) / Channel 1
Mx / slave 6B / Channel 1 = Mx / slave 6 / Channel 3
13
Mx / slave 7(A) / Channel 1
Mx / slave 13(A) / Channel 1
Mx / slave 7(A) / Channel 1
14
Mx / slave 7(A) / Channel 2
Mx / slave 14(A) / Channel 1
Mx / slave 7B / Channel 1 = Mx / slave 7 / Channel 3
15
Mx / slave 8(A) / Channel 1
Mx / slave 15(A) / Channel 1
Mx / slave 8(A) / Channel 1
16
Mx / slave 8(A) / Channel 2
Mx / slave 16(A) / Channel 1
Mx / slave 8B / Channel 1 = Mx / slave 8 / Channel 3
17
Mx / slave 9(A) / Channel 1
Mx / slave 17(A) / Channel 1
Mx / slave 9(A) / Channel 1
18
Mx / slave 9(A) / Channel 2
Mx / slave 18(A) / Channel 1
Mx / slave 9B / Channel 1 = Mx / slave 9 / Channel 3
19
Mx / slave 10(A) / Channel 1
Mx / slave 19(A) / Channel 1
Mx / slave 10(A) / Channel 1
20
Mx / slave 10(A) / Channel 2
Mx / slave 20(A) / Channel 1 Mx / slave 10B / Channel 1 = Mx / slave 10 / Channel 3
21
Mx / slave 11(A) / Channel 1
Mx / slave 21(A) / Channel 1
Mx / slave 11(A) / Channel 1
22
Mx / slave 11(A) / Channel 2
Mx / slave 22(A) / Channel 1 Mx / slave 11B / Channel 1 = Mx / slave 11 / Channel 3
23
Mx / slave 12(A) / Channel 1
Mx / slave 23(A) / Channel 1
Mx / slave 12(A) / Channel 1
24
Mx / slave 12(A) / Channel 2
Mx / slave 24(A) / Channel 1 Mx / slave 12B / Channel 1 = Mx / slave 12 / Channel 3
25
Mx / slave 13(A) / Channel 1
Mx / slave 25(A) / Channel 1
Mx / slave 13(A) / Channel 1
26
Mx / slave 13(A) / Channel 2
Mx / slave 26(A) / Channel 1 Mx / slave 13B / Channel 1 = Mx / slave 13 / Channel 3
27
Mx / slave 14(A) / Channel 1
Mx / slave 27(A) / Channel 1
Mx / slave 14(A) / Channel 1
28
Mx / slave 14(A) / Channel 2
Mx / slave 28(A) / Channel 1 Mx / slave 14B / Channel 1 = Mx / slave 14 / Channel 3
29
Mx / slave 15(A) / Channel 1
Mx / slave 29(A) / Channel 1
Mx / slave 15(A) / Channel 1
30
Mx / slave 15(A) / Channel 2
Mx / slave 30(A) / Channel 1
Mx / slave 15B / Channel 1= Mx / slave 15 / Channel 3
31
Mx / slave 16(A) /Channel 1
Mx / slave 31(A) / Channel 1
Mx / slave 16(A) / Channel 1
32
Mx / slave 16(A) / Channel 2
Mx / slave 16B / Channel 1 = Mx / slave 16 / Channel 3
33
Mx / slave 17(A) / Channel 1
Mx / slave 17(A) / Channel 1
34
Mx / slave 17(A) / Channel 2
Mx / slave 17B / Channel 1= Mx / slave 17 / Channel 3
35
Mx / slave 18(A) / Channel 1
Mx / slave 18(A) / Channel 1
36
Mx / slave 18(A) / Channel 2
Mx / slave 18B / Channel 1 = Mx / slave 18 / Channel 3
37
Mx / slave 19(A) / Channel 1
Mx / slave 19(A) / Channel 1