Anybus CompactCom 40 User Manual

Host Application Objects 164 (258)
Attr ID#
Access
Rule Name
Data Type
Element
number:description
PROFIenergy
Measurement ID
24 Get Max Power
factor
UINT64
FLOAT
UINT32
0: L1 TS
1: L1 Value
2: Reserved
58
UINT64
FLOAT
UINT32
3: L2 TS
4: L2 Value
5: Reserved
59
UINT64
FLOAT
UINT32
6: L3 TS
7: L3 Value
8: Reserved
60
UINT64
FLOAT
UINT32
9: Total TS
10: Total Value
11: Reserved
68
25 Get Frequency UINT64
FLOAT
UINT32
0: Line frequency TS
1: Line frequency Value
2: Reserved
30
26 Get Min Frequency UINT64
FLOAT
UINT32
0: Line frequency TS
1: Line frequency Value
2: Reserved
91
27 Get Max Frequency UINT64
FLOAT
UINT32
0: Line frequency TS
1: Line frequency Value
2: Reserved
61
28 Get Field rotation UINT64
FLOAT
UINT32
0: Field rotation TS
1: Field rotation Value
2: Reserved
-
29 Get Total Active en-
ergy(Sum = Con-
sumed –
Generated)
UINT64
FLOAT
UINT32
0: Consumed TS
1: Consumed Value
2: Reserved
200
UINT64
FLOAT
UINT32
3: Generated TS
4: Generated Value
5: Reserved
201
UINT64
FLOAT
UINT32
6: Sum TS
7: Sum Value
8: Reserved
205
30 Get Total Reactive
energy(Sum =
Consumed –
Generated)
UINT64
FLOAT
UINT32
0: Consumed TS
1: Consumed Value
2: Reserved
202
UINT64
FLOAT
UINT32
3: Generated TS
4: Generated Value
5: Reserved
203
UINT64
FLOAT
UINT32
6: Sum TS
7: Sum Value
8: Reserved
206
31 Get Total Apparent
energy
UINT64
FLOAT
UINT32
0: Consumed TS
1: Consumed Value
2: Reserved
-
UINT64
FLOAT
UINT32
3: Generated TS
4: Generated Value
5: Reserved
-
UINT64
FLOAT
UINT32
6: Sum TS
7: Sum Value
8: Reserved
204
Anybus
®
CompactCom
™
40 PROFINET IRT Network Guide SCM-1202-023 EN 1.8

Anybus CompactCom 40 Specifications

General

Brand	Anybus
Model	CompactCom 40
Category	Control Unit
Language	English