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Number of automatic reclosing commands
If the device is equipped with the integrated automatic reclosure, the automatic close commands are also
counted, separately for reclosure after single-pole tripping, after three-pole tripping as well as separately for the
first reclosure cycle and other reclosure cycles.
Interrupted currents
Furthermore, for each trip command the interrupted current for each pole is acquired, output in the trip log and
accumulated in a memory. The maximum interrupted current is stored as well. The indicated measured values
are indicated in primary values.
2.9.2.2 Setting Notes
Reading/Setting/Resetting
The SIPROTEC 4 System Description describes how to read out the statistical counters via the device front
panel or DIGSI. Setting or resetting of these statistical counters takes place under the menu item Annunciation
-> STATISTIC by overwriting the counter values displayed.
2.9.2.3 Information List
No.
Information
1000
# TRIPs=
1001
TripNo L1=
1002
TripNo L2=
1003
TripNo L3=
Σ IL1
1027
=
Σ IL2
1028
=
Σ IL3
1029
=
1030
Max IL1 =
1031
Max IL2 =
1032
Max IL3 =
2895
AR #Close1./1p=
2896
AR #Close1./3p=
2897
AR #Close2./1p=
2898
AR #Close2./3p=
2.9.3
Measurement
2.9.3.1 Functional Description
Display of Measured Values
Depending on the ordering code, connection of the device and configured protection functions, only some of
the operational measured values listed in table 2-8 may be available. Phase-to-earth voltages can only be mea-
sured if the phase-to-earth voltage inputs are connected. The displacement voltage 3 U
tiplied with √3 – if U
SIPROTEC, 7VK61, Manual
C53000-G1176-C159-3, Release date 05.2009
Type of In-
formation
VI
VI
VI
VI
VI
VI
VI
VI
VI
VI
VI
VI
VI
VI
is connected – or calculated from the phase-to-earth voltages 3U
en
Comments
Number of breaker TRIP commands
Number of breaker TRIP commands L1
Number of breaker TRIP commands L2
Number of breaker TRIP commands L3
Accumulation of interrupted current L1
Accumulation of interrupted current L2
Accumulation of interrupted current L3
Max. fault current Phase L1
Max. fault current Phase L2
Max. fault current Phase L3
No. of 1st AR-cycle CLOSE commands,1pole
No. of 1st AR-cycle CLOSE commands,3pole
No. of higher AR-cycle CLOSE commands,1p
No. of higher AR-cycle CLOSE commands,3p
Functions
2.9 Auxiliary Functions
is the e-n voltage mul-
0
= |U
+ U
+ U
|.
0
L1
L2
L3
167
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