Configurable Binary Outputs - ABB REF601 Applications Manual

1MDU07212-YN 1MDU07212 1MDU07212 1MDU07212 YN Rev. C Rev. C Rev. C
4.11 4.11 4.11
REF601 / REJ601 REF601 / REJ601 REF601 / REJ601 REF601 / REJ601 REF601 / REJ601 REF601 / REJ601
Application Manual Application Manual Application Manual Application Manual Application Manual Application Manual

Configurable Binary Outputs

Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs Configurable Binary Outputs
The relay has total six output contacts, two power contact and four signaling The relay The relay The relay The relay has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling has total six output contacts, two power contact and four signaling
con contacts tacts tacts. Except BO4 (reserved to IRF si Except BO4 (reserved to IRF si Except BO4 (reserved to IRF si Except BO4 (reserved to IRF si Except BO4 (reserved to IRF si Except BO4 (reserved to IRF si Except BO4 (reserved to IRF si Except BO4 (reserved to IRF si Except BO4 (reserved to IRF si Except BO4 (reserved to IRF signaling purpose), remaining can be Except BO4 (reserved to IRF si Except BO4 (reserved to IRF si
individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non individually configured as either Inverted or Non-Inverted and also can be individually configured as either Inverted or Non individually configured as either Inverted or Non
configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes: configure for following different operating modes:
1. 1. Pulse mode (P) ulse mode (P): In pulse mode, the binary output activates for a fixed duration ulse mode (P) ulse mode (P) ulse mode (P) ulse mode (P) In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration In pulse mode, the binary output activates for a fixed duration
of 200 ms when of 200 ms when of 200 ms when of 200 ms when of 200 ms when of 200 ms when triggered triggered triggered triggered
2. 2. Self elf-reset mode (S) reset mode (S) reset mode (S) reset mode (S) reset mode (S): reset mode (S) : In self
of the triggering signal. of the triggering signal. of the triggering signal. of the triggering signal. of the triggering signal. of the triggering signal. of the triggering signal. of the triggering signal. of the triggering signal. The output remains in active state till trigger persists.
3. 3. Hold mode (H) old mode (H) old mode (H) old mode (H) old mode (H) old mode (H): Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger : Once output is activated, it will remain active even if trigger
signal drops. gnal drops. gnal drops. gnal drops. gnal drops.
Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers Output can be reset by all possible reset input triggers
a a local HMI by reset key combination local HMI by reset key combination local HMI by reset key combination local HMI by reset key combination local HMI by reset key combination local HMI by reset key combination local HMI by reset key combination local HMI by reset key combination local HMI by reset key combination local HMI by reset key combination local HMI by reset key combination local HMI by reset key combination local HMI by reset key combination
b b Reset binary input Reset binary input Reset binary input Reset binary input Reset binary input Reset binary input Reset binary input
c c Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS Reset command from optional communication module via MODBUS
/ IEC60870 / IEC60870 / IEC60870 / IEC60870- -5-103
4. 4. Lockout mode (L) ockout mode (L) ockout mode (L) ockout mode (L): Once output is activated, it will remain active even if ockout mode (L) ockout mode (L) ockout mode (L) : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if : Once output is activated, it will remain active even if
trigger signal drop. trigger signal drop. trigger signal drop. trigger signal drop. trigger signal drop. trigger signal drop. trigger signal drop.
Output can be reset only by Output can be reset only by Output can be reset only by Output can be reset only by Output can be reset only by Output can be reset only by Output can be reset only by Output can be reset only by Output can be reset only by Output can be reset only by
a a local HMI by reset key combination and local HMI by reset key combination and local HMI by reset key combination and local HMI by reset key combination and local HMI by reset key combination and local HMI by reset key combination and local HMI by reset key combination and local HMI by reset key combination and local HMI by reset key combination and local HMI by reset key combination and local HMI by reset key combination and local HMI by reset key combination and local HMI by reset key combination and local HMI by reset key combination and
b b Reset binary input. Reset binary input. Reset binary input. Reset binary input. Reset binary input. Reset binary input. Reset binary input.
All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation. All above mode also supports Inverted (I) operation.
Operating mode for binary Operating mode for binary Operating mode for binary Operating mode for binary Operating mode for binary output BO4 is fixed to " Operating mode for binary Operating mode for binary Operating mode for binary Operating mode for binary Operating mode for binary
inverted nverted Self nverted nverted Self-
By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open). By default all binary outputs are NO (Normally Open).
(Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close) (Exception: BO1 in CEI configuration is NC (Normally Close)
During non During non During non During non During non-availability of power, binary output configured as
Inverted will ope Inverted will ope Inverted will ope Inverted will open and its status will be restored only after Inverted will ope Inverted will ope Inverted will ope
availability of power. availability of power. availability of power. availability of power. availability of power. availability of power. availability of power. availability of power.
All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control All binary outputs except BO4 can be triggered by different protection and control
signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output. signals. It is possible to map same signal to trigger more than one binary output.
The signals available for triggering binary outputs are as follows: The signals availab The signals availab The signals availab The signals availab The signals availab The signals availab The signals availab le for triggering binary outputs are as follows: le for triggering binary outputs are as follows: le for triggering binary outputs are as follows: le for triggering binary outputs are as follows: le for triggering binary outputs are as follows: le for triggering binary outputs are as follows: le for triggering binary outputs are as follows: le for triggering binary outputs are as follows: le for triggering binary outputs are as follows: le for triggering binary outputs are as follows: le for triggering binary outputs are as follows: le for triggering binary outputs are as follows: le for triggering binary outputs are as follows: le for triggering binary outputs are as follows: le for triggering binary outputs are as follows:
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Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and Io Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I Individual start of protection functions I>, I>>, I>>>, Io> and I
· ·
Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and Io> Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I Individual trip of protection functions I>, I>>, I>>>, Io> and I
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External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for External trip (open) command available at binary input (configured for
Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS / Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS Breaker command operation) as well command available from MODBUS
IEC_103 or Front HMI IEC_103 IEC_103 IEC_103 or Front HMI or Front HMI or Front HMI or Front HMI
Protection and Control Function Protection and Control Function Protection and Control Function Protection and Control Function Protection and Control Function Protection and Control Function Protection and Control Function Protection and Control Function Protection and Control Function Protection and Control Function Protection and Control Function Protection and Control Function Protection and Control Function Protection and Control Function Protection and Control Function Protection and Control Function
gnaling purpose), remaining can be gnaling purpose), remaining can be gnaling purpose), remaining can be gnaling purpose), remaining can be gnaling purpose), remaining can be gnaling purpose), remaining can be gnaling purpose), remaining can be gnaling purpose), remaining can be gnaling purpose), remaining can be gnaling purpose), remaining can be gnaling purpose), remaining can be
Inverted and also can be Inverted and also can be Inverted and also can be Inverted and also can be Inverted and also can be Inverted and also can be Inverted and also can be Inverted and also can be
In self In self-reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior reset mode, the binary output follows the behavior
The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists. The output remains in active state till trigger persists.
103. 103
output BO4 is fixed to " output BO4 is fixed to " output BO4 is fixed to " output BO4 is fixed to " output BO4 is fixed to " output BO4 is fixed to " output BO4 is fixed to " output BO4 is fixed to "Non
-Reset Mode." Reset Mode." Reset Mode." Reset Mode." Reset Mode."
availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as availability of power, binary output configured as
n and its status will be restored only after n and its status will be restored only after n and its status will be restored only after n and its status will be restored only after n and its status will be restored only after n and its status will be restored only after n and its status will be restored only after n and its status will be restored only after n and its status will be restored only after n and its status will be restored only after n and its status will be restored only after n and its status will be restored only after n and its status will be restored only after
Section 4 Section 4 Section 4 Section 4 Section 4 Section 4
Non – Non
o>> >
>>
/
33 33