10 Industrial Ethernet Communication Adapter Modules (ECAM)
10.2 EtherCAT
PXR Electronic trip unit
01/21 MN012005EN
www.eaton.com
111
10.2.3.2 Real-time data object register
Data that is subject to real-time changes, such as current, voltage and
energy, can be requested via sub index: 0 and indexes according to
Real-time data can be obtained either in IEEE floating-point or fixed-point
format. For data displayed in fixed-point format, each result is presented as a
multiplication of the real-time data with a scaling factor. Energy objects can
only be obtained in fixed-point format.
Registers for which the IEEE floating-point value is not specified are only
supported in fixed-point format (FP).
Table 65: Real-time data register - EtherCAT
Index (Hex)
Object
IEEE
floating
point
Fixed
point (FP)
Description
(Values in brackets reflect the American
notation.)
Unit
Scale
factor (FP)
2038
20B6
Cause of status:
High byte = primary status
Low byte = secondary status
–
–
2039
20B7
I
L1
(IA)
A
10
203A
20B8
I
L2
(IB)
A
10
203B
20B9
IL3 (IC)
A
10
203C
20BA
I
G
(IG)
A
10
203D
20BB
I
N
( IN)
A
10
203E
20BC
U
L1-L2
(VAB)
V
10
203F
20BD
U
L2-L3
(VBC)
V
10
2040
20BE
U
L3-L1
(VCA)
V
10
2041
20BF
U
L1-N
(VAN)
V
10
2042
20C0
U
L2-N
(VBN)
V
10
2043
20C1
U
L3-N
(VCN)
V
10
2048
20C6
Active 3-phase power
W
1
2049
20C7
Reactive 3-phase power
Var
1
204A
20C8
Apparent 3-phase power
VA
1
204B
20C9
Power factor
–
100
204C
20CA
Frequency
Hz
10
2051
20CF
Peak active power demand
W
1
2052
20D0
Product ID
–
–
2053
20D1
Frequency
Hz
100
–
20D2
Active energy (forward)
kWh
1
–
20D3
Active energy (reverse)
kWh
1
–
20D4
Active energy combined (= f reverse)
kWh
1
–
20D5
Apparent energy
kVAh
1
–
20D6
Active energy (forward)
Wh
1
