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Next, different cases will be described.
•
The feeder and supply will trip their functions as they see the fault. Supply’s t
ime of
operation is shorter than feeder’s time, so the feeder will open its breaker, making the fault
disappear, and it will block the supply trip output preventing the opening of the supply’s
breaker.
•
The feeder and supply will trip their functions as t
hey see the fault. Supply’s time of
operation is larger than feeder’s time, so the feeder will open its breaker, making the fault
disappear, and block the supply function. The supply will not trip because the feeder makes
the fault disappear before its time of operation is finished.
•
The feeder and supply will trip their functions as they see the fault. Supply’s time of
operation is shorter than feeder’s time, so the supply function will trip but it will be blocked
by the feeder. When the feeder trips, it is not able to open its breaker so the supply will trip
once the block disappears since it can still see the fault.
Summary of Contents for SIL-A A Series
Page 8: ...www fanox com Rev 04 8 112 2 1 2 Case dimensions The dimensions are in mm...
Page 9: ...www fanox com Rev 04 9 112 2 1 3 Connection diagrams 2 1 3 1 Analog connections...
Page 12: ...www fanox com Rev 04 12 112 2 2 SILA with short circuitable current terminals 2 2 1 Front view...
Page 13: ...www fanox com Rev 04 13 112 2 2 2 Case dimensions The dimensions are in mm...
Page 14: ...www fanox com Rev 04 14 112 2 2 3 Connection diagrams 2 2 3 1 Analogic connections...
Page 22: ...www fanox com Rev 04 22 112 3 3 Functional diagram...
Page 61: ...www fanox com Rev 04 61 112...
Page 63: ...www fanox com Rev 04 63 112...
Page 64: ...www fanox com Rev 04 64 112...
Page 65: ...www fanox com Rev 04 65 112...
Page 111: ...www fanox com Rev 04 111 112 11 APPENDIX NOTES...
