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If a rising edge tag is detected locally, and the status of the nonvolatile variable
TAG_SOURCE is “None”, the tag is locally activated. TAG_SOURCE changes to “Local”
while
TAG_ON
is set to TRUE and
TAG_OFF
to FALSE.
If a rising edge tag is detected locally, and the status of TAG_SOURCE is “Local”, the
tag is locally deactivated. TAG_SOURCE changes to “None” while
TAG_ON
is set to
FALSE and
TAG_OFF
to TRUE.
When TAG_SOURCE is “Remote” and the
Remote tag mode setting is "Untag Rem
only", all local commands are prohibited. However, when the
Remote tag mode
setting is "Untag Loc or Rem", deactivation can be done locally.
Remote tag
Remote tag is activated or deactivated on rising edge detection through a
communication channel in remote mode.
If a rising edge tag is detected remotely, and the status of the nonvolatile variable
TAG_SOURCE is “None”, the tag is remotely activated. TAG_SOURCE changes to
“Remote” while
TAG_ON
is set to TRUE and
TAG_OFF
to FALSE.
If a rising edge tag is detected remotely, and the status of TAG_SOURCE is
“Remote”, the tag is remotely deactivated. TAG_SOURCE changes to “None” while
TAG_ON
is set to FALSE and
TAG_OFF
to TRUE.
If TAG_SOURCE is “Local”, remote commands are always prohibited.
3.20.15.5
Application
HLTGAPC is used to prevent the protection relay from reclosing and re-energizing
a feeder where maintenance is performed. While HLTGAPC is active, no reclosing is
allowed regardless of whether it is initiated through a protection trip, requested
locally through the LHMI, or remotely through a communications command.
In order to operate correctly, HLTGAPC must be properly configured with
Application Configuration. The
TAG_ON
and
TAG_OFF
outputs are connected where
they can block or enable any reclosing that is configured. Typically,
TAG_ON
can be
used on a recloser function block to inhibit reclosing and
TAG_OFF
can be used on a
circuit breaker function block to enable closing.
A LED or a button on the LHMI can be used to indicate that the HLTGAPC condition
is active. HLTGAPC can be activated, and the panel tagged, from the LHMI or from a
remote communications command. The protection relay retains the original source
(local or remote) of HLTGAPC and allows HLTGAPC to be deactivated only from the
same source. That is, a locally initiated HLTGAPC can only be deactivated locally and
a remotely initiated HLTGAPC can only be deactivated remotely. An exception to this
rule allowing remotely initiated HLTGAPC commands to be deactivated locally can
be made by changing the
Remote tag mode setting from the default "Untag Rem
only" to "Untag Loc or Rem". It is not possible to allow locally initiated HLTGAPC to
be deactivated remotely.
As an alternative to using a button to activate HLTGAPC locally, the function can be
activated from the Control menu of the LHMI.
The HLTGAPC status and the original source of the function are retained if power
is removed and restored or through any other re-initialization of the protection
relay. The HLTGAPC condition prior to the protection relay's reboot is automatically
restored after the protection relay re-initializes.
1MRS759142 F
Basic functions
REX640
Technical Manual
273
Содержание RELION REX640
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Страница 3: ...Document ID 1MRS759142 Issued 2023 02 07 Revision F Copyright 2023 ABB All rights reserved ...
Страница 167: ...Figure 62 Signal outputs in power supply module 1MRS759142 F Basic functions REX640 Technical Manual 167 ...
Страница 184: ...Figure 84 mA channels working as mA outputs Basic functions 1MRS759142 F 184 REX640 Technical Manual ...
Страница 1868: ...Figure 989 ANSI extremely inverse time characteristics General function block features 1MRS759142 F 1868 REX640 Technical Manual ...
Страница 1869: ...Figure 990 ANSI very inverse time characteristics 1MRS759142 F General function block features REX640 Technical Manual 1869 ...
Страница 1870: ...Figure 991 ANSI normal inverse time characteristics General function block features 1MRS759142 F 1870 REX640 Technical Manual ...
Страница 1874: ...Figure 995 ANSI long time inverse time characteristics General function block features 1MRS759142 F 1874 REX640 Technical Manual ...
Страница 1875: ...Figure 996 IEC normal inverse time characteristics 1MRS759142 F General function block features REX640 Technical Manual 1875 ...
Страница 1876: ...Figure 997 IEC very inverse time characteristics General function block features 1MRS759142 F 1876 REX640 Technical Manual ...
Страница 1877: ...Figure 998 IEC inverse time characteristics 1MRS759142 F General function block features REX640 Technical Manual 1877 ...
Страница 1878: ...Figure 999 IEC extremely inverse time characteristics General function block features 1MRS759142 F 1878 REX640 Technical Manual ...
Страница 1882: ...Figure 1002 RI type inverse time characteristics General function block features 1MRS759142 F 1882 REX640 Technical Manual ...
Страница 1885: ...Figure 1004 UK rectifier inverse time characteristic 1MRS759142 F General function block features REX640 Technical Manual 1885 ...
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