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2612 I>
Phase overcurrent threshold (DT) I>
min. 0.10
I/In
max. 4.00
©©©©
2613 T-I>
Delay time for I> TI>
min. 0.00
s
max. 32.00/Ñ
©©©©
2621 M/CLOSE PH
Phase overcurrent stage effect.: Manual close
I>> UNDELAYED
[ ] I>> undelayed
I> UNDELAYED
[ ] I> undelayed
INEFFECTIVE
[ ] Ineffective
2623 RAR ZONE P
Phase overcurrent stage effect.: Auto reclose
I>> WITH AR
[ ] I>> only with AR
I>> ALWAYS
[ ] I>> always
2642 IE>
Earth overcurrent threshold (DT) IE>
min. 0.10
I/In
max. 4.00
©©©©
2643 T-IE>
Delay time for IE> TIE>
min. 0.00
s
max. 32.00/Ñ
©©©©
2651 M/CLOSE E
Earth overcurrent stage effect: Manual close
IE> UNDELAYED
[ ] Ie> undelayed
INEFFECTIVE
[ ] Ineffective
©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©©
2700 THERMAL OVERLOAD PROT.
2701 THERMAL OL
State of thermal overload protection
ALARM ONLY
[ ] Alarm only
ON
[ ] on
OFF
[ ] off
2702 K-FACTOR
K-factor for thermal overload protection
min. 0.10
max. 4.00
©©©©
2703 T-CONSTANT
Time constant for thermal overload protection
min. 1.0
min
max. 999.9
©©©©
2704 Î WARN
Thermal warning stage
min. 50
%
max. 100
©©©©
2705 I WARN
Current warning stage
min. 0.10
I/In
max. 4.00
©©©©
2706 O/L CALCUL
Calculation method for thermal stages
Î MAX
[ ] Theta max
Î MEAN
[ ] Theta mean
Î FROM IMAX
[ ] Theta from Imax
Summary of Contents for SIPROTEC 7SA511
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