Anybus CompactCom 40 - Page 161

Host Application Objects 159 (258)
The attributes can be divided in different categories, depending on the type of the variable they represent.
See the table immediately following this one, for more information.
Attr ID#
Access
Rule Name
Data Type
Element
number:description
PROFIenergy
Measurement ID
1 Get VoltagePH-N UINT64
FLOAT
UINT32
0: L1-N TS
1: L1-N Value
2: Reserved
1
UINT64
FLOAT
UINT32
3: L2-N TS
4: L2-N Value
5: Reserved
2
UINT64
FLOAT
UINT32
6: L3-N TS
7: L3-N Value
8: Reserved
3
UINT64
FLOAT
UINT32
9: Avg L-N TS
10: Avg L-N Value
11: Reserved
31
2 Get Min VoltagePH-
N
UINT64
FLOAT
UINT32
0: L1-N TS
1: L1-N Value
2: Reserved
70
UINT64
FLOAT
UINT32
3: L2-N TS
4: L2-N Value
5: Reserved
71
UINT64
FLOAT
UINT32
6: L3-N TS
7: L3-N Value
8: Reserved
72
UINT64
FLOAT
UINT32
9: Avg L-N TS
10: Avg L-N Value
11: Reserved
92
3 Get Max VoltagePH-
N
UINT64
FLOAT
UINT32
0: L1-N TS
1: L1-N Value
2: Reserved
40
UINT64
FLOAT
UINT32
3: L2-N TS
4: L2-N Value
5: Reserved
41
UINT64
FLOAT
UINT32
6: L3-N TS
7: L3-N Value
8: Reserved
42
UINT64
FLOAT
UINT32
9: Avg L-N TS
10: Avg L-N Value
11: Reserved
62
4 Get VoltagePH-PH UINT64
FLOAT
UINT32
0: L1-L2 TS
1: L1-L2 Value
2: Reserved
4
UINT64
FLOAT
UINT32
3: L2-L3 TS
4: L2-L3 Value
5: Reserved
5
UINT64
FLOAT
UINT32
6: L3-L1 TS
7: L3-L1 Value
8: Reserved
6
UINT64
FLOAT
UINT32
9: Avg L-L TS
10: Avg L-L Value
11: Reserved
32
Anybus
®
CompactCom
™
40 PROFINET IRT Network Guide SCM-1202-023 EN 1.8