[scbeerfa-190215, 1, en_US]
Figure 3-87
Input signals
>Acquisition Block
and
>Release Acquisition Block & Manual
Updating
on the Switching Device
i
i
NOTE
Interlockings are carried out with the status changes of the switching device. Remove acquisition blocking
again manually. Otherwise, position changes of the switching device are not detected and interlockings are
ineffective.
If the acquisition blocking and the manually updated position are set using the operation panel of the device
or the system interface IEC 61850, these are retained until the acquisition blocking is manually deactivated.
When you initially start the device, the acquisition blocking is deactivated.
Except for a restart, the acquisition blocking and the manually updated position are retained.
If the acquisition blocking is activated via the input signal
>Acquisition blocking
, it is retained as long as
the binary input is active.
To set the acquisition blocking of a switching device, the following sources are possible:
•
Operation panel of the device
•
System interface IEC 61850
•
Input signal
>Acquisition blocking
All sources undergo OR operations, that is, the acquisition blocking remains set until all the sources are deacti-
vated.
After deactivation of the acquisition blocking, the actual position of the switching device is adopted and
displayed in the operation panel of the device.
i
i
NOTE
When the acquisition blocking is activated or the switching device updated manually while the entire
device or the switching device is in test mode, these states are not saved. The acquisition blocking and the
manual updating are not retained after a restart.
The acquisition blocking and the manual update for the circuit breaker, the disconnector, and the tap changer
are reset by way of the
>Reset AcqBlk&Subst
binary input. Setting acquisition blocking and manual
update is blocked with the input activated.
Persistent Commands
In addition to the switching commands, which are issued as pulse commands, and stored for the standard
switching devices (circuit breaker, disconnector switch), persistent commands are also possible. In this case, a
distinction must be drawn between controllables with the Continuous output operating mode and a stored
signal output that is immune to reset.
You can change a controllable from pulse to persistent command with the
Command output
parameter.
3.8.3
System Functions
3.8 Other Functions
SIPROTEC 5, High-Voltage Bay Controller, Manual
149
C53000-G5040-C015-9, Edition 11.2017
Summary of Contents for 6MD85
Page 8: ...8 SIPROTEC 5 High Voltage Bay Controller Manual C53000 G5040 C015 9 Edition 11 2017 ...
Page 30: ...30 SIPROTEC 5 High Voltage Bay Controller Manual C53000 G5040 C015 9 Edition 11 2017 ...
Page 46: ...46 SIPROTEC 5 High Voltage Bay Controller Manual C53000 G5040 C015 9 Edition 11 2017 ...
Page 172: ...172 SIPROTEC 5 High Voltage Bay Controller Manual C53000 G5040 C015 9 Edition 11 2017 ...
Page 514: ...514 SIPROTEC 5 High Voltage Bay Controller Manual C53000 G5040 C015 9 Edition 11 2017 ...
Page 1056: ...1056 SIPROTEC 5 High Voltage Bay Controller Manual C53000 G5040 C015 9 Edition 11 2017 ...
Page 1092: ...1092 SIPROTEC 5 High Voltage Bay Controller Manual C53000 G5040 C015 9 Edition 11 2017 ...
Page 1204: ...1204 SIPROTEC 5 High Voltage Bay Controller Manual C53000 G5040 C015 9 Edition 11 2017 ...
Page 1238: ...1238 SIPROTEC 5 High Voltage Bay Controller Manual C53000 G5040 C015 9 Edition 11 2017 ...
Page 1252: ...1252 SIPROTEC 5 High Voltage Bay Controller Manual C53000 G5040 C015 9 Edition 11 2017 ...
Page 1256: ...1256 SIPROTEC 5 High Voltage Bay Controller Manual C53000 G5040 C015 9 Edition 11 2017 ...