Input, Output and LED Settings
OR-6 X
BO Slot X2 ,BO Slot X5
Direct Commands of OR-6 X
Parameter
Description
Setting range
Default
Menu path
DISARMED
This is the second step, after the
"DISARMED Ctrl" has been activated, that is
required to DISARM the relay outputs. This
will DISARM those output relays that are
currently not latched and that are not on
“hold” by a pending minimum hold time.
CAUTION! RELAYS DISARMED in order to
safely perform maintenance while
eliminating the risk of taking an entire
process off-line. (Note: Zone Interlocking
and Supervision Contact cannot be
disarmed). YOU MUST ENSURE that the
relays are ARMED AGAIN after maintenance.
Only available if: DISARMED Ctrl = active
inactive,
active
inactive
[Service
/Test (Prot
inhibit)
/DISARMED
/BO Slot X2]
Force all Outs
By means of this function the normal Output
Relay State can be overwritten (forced). The
relay can be set from normal operation
(relay works according to the assigned
signals) to "force energized" or "force de-
energized" state. Forcing all outputs relays
of an entire assembly group is superior to
forcing a single output relay.
Normal,
De-Energized,
Energized
Normal
[Service
/Test (Prot
inhibit)
/Force OR
/BO Slot X2]
Force OR1
By means of this function the normal Output
Relay State can be overwritten (forced). The
relay can be set from normal operation
(relay works according to the assigned
signals) to "force energized" or "force de-
energized" state.
Normal,
De-Energized,
Energized
Normal
[Service
/Test (Prot
inhibit)
/Force OR
/BO Slot X2]
Force OR2
By means of this function the normal Output
Relay State can be overwritten (forced). The
relay can be set from normal operation
(relay works according to the assigned
signals) to "force energized" or "force de-
energized" state.
Normal,
De-Energized,
Energized
Normal
[Service
/Test (Prot
inhibit)
/Force OR
/BO Slot X2]
Force OR3
By means of this function the normal Output
Relay State can be overwritten (forced). The
relay can be set from normal operation
(relay works according to the assigned
signals) to "force energized" or "force de-
energized" state.
Normal,
De-Energized,
Energized
Normal
[Service
/Test (Prot
inhibit)
/Force OR
/BO Slot X2]
111
MCDLV4
DOK-HB-MCDLV4-2E
Содержание HighPROtec MCDLV4
Страница 1: ...Manual Line Differential Protection MCDLV4 Software Version 3 4 a DOK HB MCDLV4 2E Revision A English...
Страница 3: ...Order Code Order Code 3 MCDLV4 DOK HB MCDLV4 2E...
Страница 47: ...Installation and Connection 47 MCDLV4 DOK HB MCDLV4 2E...
Страница 164: ...Input Output and LED Settings 164 MCDLV4 DOK HB MCDLV4 2E...
Страница 433: ...Parameters 433 MCDLV4 DOK HB MCDLV4 2E...
Страница 457: ...Device Parameters 457 MCDLV4 DOK HB MCDLV4 2E...
Страница 473: ...Blockings 473 MCDLV4 DOK HB MCDLV4 2E...
Страница 822: ...Protective Elements Name Description Profibus Scada Cmd 16 Scada Command 822 MCDLV4 DOK HB MCDLV4 2E...
Страница 988: ...Protective Elements 988 MCDLV4 DOK HB MCDLV4 2E P P Q P Q P Q Q Q P S S...
Страница 989: ...Protective Elements 989 MCDLV4 DOK HB MCDLV4 2E Pr Q P Q P Qr...
Страница 1023: ...Protective Elements 1023 MCDLV4 DOK HB MCDLV4 2E...
Страница 1070: ...Supervision 1070 MCDLV4 DOK HB MCDLV4 2E...