ABB REF601 User Manual

1MDU07212
REF601 / REJ601
Application Manual
2.4.2
2.4.3
1MDU07212
REF601 / REJ601
Application Manual
2.4.2
2.4.3
1MDU07212
REF601 / REJ601
Application Manual
2.4.2
2.4.3
1MDU07212
-
YN
REF601 / REJ601
Application Manual
YN
Rev. C
REF601 / REJ601
Application Manual
Rev. C
REF601 / REJ601
Application Manual
Rev. C
Fault record
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
thr
Figure 2:
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
stored in nonvolatile memory.
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
Event Log
To collect sequence
volatile memory to store 100 event logs. Each event log includes type of event
along with
recent being first and so on.
The SoE information are accessible locally
communication interface of the relay.
Fault record
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
thr
ee phases and the neutral current at five different times along the trip event.
Figure 2:
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
stored in nonvolatile memory.
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
Event Log
To collect sequence
volatile memory to store 100 event logs. Each event log includes type of event
along with
recent being first and so on.
The SoE information are accessible locally
communication interface of the relay.
Fault record
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
Figure 2:
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
stored in nonvolatile memory.
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
Event Log
To collect sequence
volatile memory to store 100 event logs. Each event log includes type of event
along with
recent being first and so on.
The SoE information are accessible locally
communication interface of the relay.
Fault record
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
Figure 2:
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
stored in nonvolatile memory.
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
Event Log
To collect sequence
volatile memory to store 100 event logs. Each event log includes type of event
along with
recent being first and so on.
The SoE information are accessible locally
communication interface of the relay.
Fault record
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
Fault record
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
stored in nonvolatile memory.
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
Event Log
To collect sequence
volatile memory to store 100 event logs. Each event log includes type of event
along with
date
recent being first and so on.
The SoE information are accessible locally
communication interface of the relay.
Fault record
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
Fault record
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
stored in nonvolatile memory.
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
Event Log
To collect sequence
volatile memory to store 100 event logs. Each event log includes type of event
date
and
recent being first and so on.
The SoE information are accessible locally
communication interface of the relay.
Fault record
and
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
Fault record
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
stored in nonvolatile memory.
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
To collect sequence
volatile memory to store 100 event logs. Each event log includes type of event
and
recent being first and so on.
The SoE information are accessible locally
communication interface of the relay.
and
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
Fault record
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
stored in nonvolatile memory.
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
To collect sequence
-
of
volatile memory to store 100 event logs. Each event log includes type of event
and
time stamping
recent being first and so on.
The SoE information are accessible locally
communication interface of the relay.
and
Trip counter
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
Fault record
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
stored in nonvolatile memory.
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
of
-
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
time stamping
recent being first and so on.
The SoE information are accessible locally
communication interface of the relay.
Trip counter
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
stored in nonvolatile memory.
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
time stamping
recent being first and so on.
The SoE information are accessible locally
communication interface of the relay.
Trip counter
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
stored in nonvolatile memory.
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
time stamping
The SoE information are accessible locally
communication interface of the relay.
Trip counter
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
time stamping
The SoE information are accessible locally
communication interface of the relay.
Trip counter
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
time stamping
.
The event logs are stored sequentially, the most
The SoE information are accessible locally
communication interface of the relay.
Trip counter
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
The SoE information are accessible locally
communication interface of the relay.
Trip counter
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
The SoE information are accessible locally
via
REF601/REJ601 overview
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
via
REF601/REJ601 overview
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
via
LHMI and remotely via
REF601/REJ601 overview
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
The values of fault records and trip counters are accessi
remotely via communication interface of the relay.
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
LHMI and remotely via
REF601/REJ601 overview
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
The values of fault records and trip counters are accessi
ble locally LHMI and
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
LHMI and remotely via
REF601/REJ601 overview
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
ble locally LHMI and
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
LHMI and remotely via
REF601/REJ601 overview
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
ble locally LHMI and
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
LHMI and remotely via
REF601/REJ601 overview
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
The oldest recording is lost when a new fault recording is made.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
ble locally LHMI and
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
LHMI and remotely via
REF601/REJ601 overview
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
ble locally LHMI and
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
LHMI and remotely via
Section 2
REF601/REJ601 overview
The relay stores records of analog values for last five trip events in non
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
ble locally LHMI and
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
LHMI and remotely via
Section 2
REF601/REJ601 overview
The relay stores records of analog values for last five trip events in non
-
volatile
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
ble locally LHMI and
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
LHMI and remotely via
Section 2
REF601/REJ601 overview
volatile
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
ble locally LHMI and
events (SoE) information, the relay incorporates a non
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
Section 2
REF601/REJ601 overview
volatile
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
ee phases and the neutral current at five different times along the trip event.
These records enable the user to analyze the five most recent power system events.
Additional, the relay count the number of phase fault trip and earth fault trip into
dedicated trip counters. These trip counters cannot be reset by the user and are
ble locally LHMI and
events (SoE) information, the relay incorporates a non
-
volatile memory to store 100 event logs. Each event log includes type of event
The event logs are stored sequentially, the most
Section 2
REF601/REJ601 overview
11
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
These records enable the user to analyze the five most recent power system events.
Additional, the relay count the number of phase fault trip and earth fault trip into
The event logs are stored sequentially, the most
Section 2
REF601/REJ601 overview
11
memory. The fault recording is triggered by the trip signal of a protection function.
Each fault record includes the rms current values of fundamental component for all
These records enable the user to analyze the five most recent power system events.
The event logs are stored sequentially, the most

ABB REF601 Specifications

General

Brand	ABB
Model	REF601
Category	Protection Device
Language	English