7. ACCEPTANCE TESTS
7-8
BUS1000 Busbar Protection
GEK-98514B
TABLE 3: BREAKER FAILURE TRIPPING OUTPUT CONTACTS
1st Step
2nd Step
9-10
1-2, 3-4
TABLE 4: BREAKER FAILURE INITIATION
Phase A
Phase B
Phase C
3 Phase
17
18
19
20
7.9.
COUPLING DEVICE TEST
Set the three latching relays 52 EB/CS to the OFF position and connect them, apEB to terminal
EB11, make sure that -EB is applied to terminal EB-13.
7.9.1. BUS A
Set the adjustment 50 of the coupling to 0.9 and set the time to 0.4 s that is:
1.- First step: 100 ms (SFI module).
2.- Second step: 300 ms (DTE module).
Remove the positive from EB11 to EB10. Apply current through EB23 and EB26, checking that:
•
the differential does not trip.
•
the 50 trips with 0.9 A.
•
the restraint measured in the corresponding lead of the differential A is between 0.77-0.85.
•
contacts EB1-EB, EB3-EB4, EB 9-EB10 and X25-X26, X27-X28 are closed.
Apply the same current through terminals EB24, EB26, checking as above (phase 2).
The same applies to terminals EB25, EB26 (phase 3).
7.9.2. BUS B
Successively, apply current (0.9 A) through EB27, EB30 (phase l), EB28, EB30 (phase 2), EB29, EB30
(phase 3) and check that in all three cases, the restraint measured in the corresponding terminal of the
restraint module of differential B is between 0.77 and 0.85.
Check that the differential and the 50 + B.F. do not operate, making sure that contacts from EB1-EB2 EB3-
EB4 EB 9-EB10 and X25-X26, X27-X2 are open.
Set the timer of the coupling to the maximum. Apply a jumper from the positive to terminal EB10. Apply 1.2 A
through terminals EB27 and EB30, checking that:
•
contact EB1, EB2 closes as soon as the differential trips and opens again after about 1 s.
•
the three latching relays 52EB/CS are now in the reset position.
•
the current is still closed by the above latching relays.
Содержание BUS1000
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Страница 27: ...5 HARDWARE DESCRIPTION GEK 98514B BUS1000 Busbar Protection 5 3 Figure 7 1 BBD RACK Figure 7 2 BTR RACK ...
Страница 28: ...5 HARDWARE DESCRIPTION 5 4 BUS1000 Busbar Protection GEK 98514B Figure 7 4 BAR RACK Figure 7 5 BFR RACK ...
Страница 34: ...5 HARDWARE DESCRIPTION 5 10 BUS1000 Busbar Protection GEK 98514B ...
Страница 36: ...6 RECEIVING HANDLING AND STORAGE 6 2 BUS1000 Busbar Protection GEK 98514B ...
Страница 54: ...8 FINAL INSTALLATION AND COMMISSIONING 8 4 BUS1000 Busbar Protection GEK 98514B ...
Страница 56: ...9 TESTS AND PERIODICAL MAINTENANCE 9 2 BUS1000 Busbar Protection GEK 98514B ...
Страница 57: ...10 FIGURES GEK 98514B BUS1000 Busbar Protection 10 1 10 10 10 10 FIGURES FIGURES FIGURES FIGURES ...
Страница 66: ...10 FIGURES 10 10 BUS1000 Busbar Protection GEK 98514B ...
Страница 70: ...11 DIMENSIONS 11 4 BUS1000 Busbar Protection GEK 98514B FIGURE 19 POWER SUPPLY OR THYRITE BOXES 226B2211F18 ...
Страница 71: ...11 DIMENSIONS GEK 98514B BUS1000 Busbar Protection 11 5 FIGURE 20 BREAKER BLOCK DIAGRAM 226B2211F23 ÿ ÿ ÿ ÿ ÿ ...
Страница 74: ...11 DIMENSIONS 11 8 BUS1000 Busbar Protection GEK 98514B FIGURE 23 CABINET 226B2211F21 ...
Страница 104: ...13 SCHEMATICS DOUBLE BUSBAR 13 16 BUS1000 Busbar Protection GEK 98514B ...
Страница 107: ...13 SCHEMATICS DOUBLE BUSBAR GEK 98514B BUS1000 Busbar Protection 13 19 16 TEST UNIT ZONES A B 226B6429F16 ...
Страница 121: ...13 SCHEMATICS DOUBLE BUSBAR GEK 98514B BUS1000 Busbar Protection 13 33 31 POWER SUPPLY AUXILIARY CIRCUITS 226B6429F31 ...
Страница 123: ...13 SCHEMATICS DOUBLE BUSBAR GEK 98514B BUS1000 Busbar Protection 13 35 43 SIGNALLING CONTACT OUTPUTS 226B6429F43 ...
Страница 124: ...13 SCHEMATICS DOUBLE BUSBAR 13 36 BUS1000 Busbar Protection GEK 98514B CABINETS INTERCONNECTIONS 226B6429F44 ...