EDR-5000
IM02602007E
Name
Description
ReCon.ExBlo1-I
Module Input State: External Blocking1
ReCon.ExBlo2-I
Module Input State: External Blocking2
ReCon.V Ext Release PCC-I
Module input state: Release signal is being generated by the PCC (External Release)
ReCon.PCC Fuse Fail VT-I
State of the module input: Blocking if the fuse of a voltage transformer has tripped at the PCC.
ReCon.reconnected-I
This signal indicates the state "reconnected" (mains parallel).
ReCon.Decoupling1-I
Decoupling signal that triggers the reclosure.
ReCon.Decoupling2-I
Decoupling signal that triggers the reclosure.
ReCon.Decoupling3-I
Decoupling signal that triggers the reclosure.
ReCon.Decoupling4-I
Decoupling signal that triggers the reclosure.
ReCon.Decoupling5-I
Decoupling signal that triggers the reclosure.
ReCon.Decoupling6-I
Decoupling signal that triggers the reclosure.
UFLS.Active
Signal: Active
UFLS.ExBlo
Signal: External Blocking
UFLS.Fuse Fail VT Blo
Signal: Blocked by Fuse Failure (VT)
UFLS.I1 Release
Signal: "I Minimum Current" in order to prevent faulty tripping. Module will be released if the current exceeds
this value.
UFLS.VLL min
Signal: Minimum Voltage
UFLS.Power Angle
Signal: Trigger Phi-Power (Positive Phase Sequence System)
UFLS.P min
Signal: Minimum Value (threshold) for the Active Power
UFLS.P Blo Loadshedding
Signal: Load shedding blocked based on evaluation of active power
UFLS.f<
Signal: Underfrequency threshold
UFLS.Alarm
Signal: Alarm P->&f<
UFLS.Trip
Signal: Signal: Trip
UFLS.DefaultSet
Signal: Default Parameter Set
UFLS.AdaptSet 1
Signal: Adaptive Parameter 1
UFLS.AdaptSet 2
Signal: Adaptive Parameter 2
UFLS.AdaptSet 3
Signal: Adaptive Parameter 3
UFLS.AdaptSet 4
Signal: Adaptive Parameter 4
UFLS.AdaptSet 5
Signal: Adaptive Parameter 5
UFLS.ExBlo1-I
Module Input State: External Blocking1
UFLS.ExBlo2-I
Module Input State: External Blocking2
UFLS.Ex Pdir-I
Ignore (block) the evaluation of the power flow direction. This results in classical frequency based load
shedding functionallity. When this feature is set and active, the functionallity of the module turns into
conventional, only frequency based load shedding.
UFLS.AdaptSet1-I
Module Input State: Adaptive Parameter1
UFLS.AdaptSet2-I
Module Input State: Adaptive Parameter2
UFLS.AdaptSet3-I
Module Input State: Adaptive Parameter3
UFLS.AdaptSet4-I
Module Input State: Adaptive Parameter4
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