REB500 Exercise Configuration
description
Transcript of REB500 Exercise Configuration
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EXERCISE REB500 - CONFIGURATION
Configure the REB500 In- and Outputs according to the following I/O list.
Used the correct Database Check the Application accordingly
STATION
Exercise20
OBJECT/EQUIPMENT
BUSBAR- & STATION PROTECTION SYSTEM REB500SYS
ENGINEERING DATE
ENGINEER
COMPANY
Total number of pages 9 (incl. this page)
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TEST REPORT Page: 2 STATION: BADEN 400KV
Busbar protection type REB500Sys
Date: Signature:
Client
Date: Signature:
General datas Nominal voltage of the protected station ............... kV Type of installation (double busbar, 1 system...) ................................................................................... Air insulated (AIS) not applicable Gas insulated (GIS) not applicable Software version V.7.xx: Exercise20.MDB ................................................................................... ................................................................................... Used drawings not applicable (designation, No. and modification index) ................................................................................... ................................................................................... ................................................................................... ................................................................................... Check of power supply Type of battery grounding not applicable (Negative grounded, floating, not applicable symmetrically grounded at high impedance, ) Measured voltages: not applicable First battery: Second battery: not applicable Plus to minus ............... V Plus to minus ............... V Plus to ground ............... V Plus to ground ............... V Ground to minus ............... V Ground to minus ............... V Check of auxiliary contacts Isolator fully OPEN Isolator fully "CLOSED"
Auxiliary contact must be closed
Auxiliary contact ideally closed
Auxiliary contact must be open
Closed auxiliary contact (N/O)
Isolation gap
Open auxiliary contact (N/C)
Condition of isolator switching sequence fulfilled: Yes No not applicable Remarks: .................................................................................... .................................................................................... .................................................................................... .................................................................................... .................................................................................... .................................................................................... ....................................................................................
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TEST REPORT Page: 3 STATION: BADEN 400KV
Busbar protection type REB500Sys
Date: Signature:
Client
Date: Signature:
Binary input/output module 500BIO01 Central unit Slot no. Binary inputs Function/Remarks Checked OC01
OC02
OC03
OC04
OC05
1
2
3
45
67
8
9
1011
1213
14
15
1617
18
OC06
OC07
OC08
OC09
OC10
OC11
OC12
OC01 External Reset OC02 Accept bus image alarm OC03 Block Output Relays OC04 Block BBP OC05 Block BFP OC06 Block EFP OC07 .................................................................................................. OC08 .................................................................................................. OC09 .................................................................................................. OC10 ................................................................................................... OC11 .................................................................................................. OC12 ..................................................................................................
Tripping and signalling contacts
CR01
12345
76
CR05
8910
CR06
111213
CR07
1415161718
CR02CR03
CR08CR09
CR04
CR01 Differential current alarm CR02 Isolator alarm CR03 Switching inhibited CR04 Blocked (functions and / outputs) CR05 General alarm (sum of all possible remaining alarms) CR06 In service CR07 EFP trip CR08 BFP trip CR09 BBP trip
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TEST REPORT Page: 4 STATION: BADEN 400KV
Busbar protection type REB500Sys
Date: Signature:
Client
Date: Signature:
Bay unit 500BU03 Feeder OHL 10 Binary inputs Function/Remarks Checked
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
OC01
OC02
OC03
OC04
OC05
OC06
OC07
OC08
1
2
34
5
6
7
8
9
10
11
12
13
14
15
OC10
OC11
OC12
OC13
OC14
OC15
OC16
A
B
16
17
18OC09
OC17
OC18
OC19
OC20
16
1718
OC01 QB1 OPEN
OC02 QB1 CLOSED
OC03 QB2 OPEN
OC04 QB2 CLOSED
OC05 not used
OC06 not used
OC07 QA1 OPEN
OC08 QA1 CLOSED
OC09 QA1 CLOSING COMMAND
OC10 START BFP PHASE R
OC11 START BFP PHASE S
OC12 START BFP PHASE T
OC13 not used
OC14 not used
OC15 not used
OC16 not used
OC17 not used
OC18 RESET
OC19 START BFP PHASE RST (1)
OC20 START BFP PHASE RST (2)
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TEST REPORT Page: 5 STATION: BADEN 400KV
Busbar protection type REB500Sys
Date: Signature:
Client
Date: Signature:
Bay unit 500BU03 Feeder OHL 10 Tripping and signalling contacts
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
CR01
CR02
CR03
CR04
CR05
CR06
CR07
CR08
CR09
CR10
CR11
CR12
CR13
CR14
CR15
CR16
C
D
CR01 not used
CR02 not used
CR03 not used
CR04 BFP REMOTE TRIP / EFP REMOTE TRIP (1)
CR05 BFP REMOTE TRIP / EFP REMOTE TRIP (2)
CR06 BBP / BFP TRIP CB PHASE R
CR07 BBP / BFP TRIP CB PHASE S
CR08 not used
CR09 not used
CR10 not used
CR11 BBP / BFP TRIP SIGNAL PHASE R
CR12 BBP / BFP TRIP SIGNAL PHASE S
CR13 BBP / BFP TRIP SIGNAL PHASE T
CR14 not used
CR15 not used
CR16 BBP / BFP TRIP CB PHASE T
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TEST REPORT Page: 6 STATION: BADEN 400KV
Busbar protection type REB500Sys
Date: Signature:
Client
Date: Signature:
Bay unit 500BU03 Feeder TRAFO 2 Binary inputs Function/Remarks Checked
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
OC01
OC02
OC03
OC04
OC05
OC06
OC07
OC08
1
2
34
5
6
7
8
9
10
11
12
13
14
15
OC10
OC11
OC12
OC13
OC14
OC15
OC16
A
B
16
17
18OC09
OC17
OC18
OC19
OC20
16
1718
OC01 QB1 OPEN
OC02 QB1 CLOSED
OC03 QB2 OPEN
OC04 QB2 CLOSED
OC05 not used
OC06 not used
OC07 QA1 OPEN
OC08 QA1 CLOSED
OC09 QA1 CLOSING COMMAND
OC10 START BFP PHASE R
OC11 START BFP PHASE S
OC12 START BFP PHASE T
OC13 not used
OC14 not used
OC15 not used
OC16 not used
OC17 not used
OC18 RESET
OC19 START BFP PHASE RST (1)
OC20 START BFP PHASE RST (2)
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TEST REPORT Page: 7 STATION: BADEN 400KV
Busbar protection type REB500Sys
Date: Signature:
Client
Date: Signature:
Bay unit 500BU03 Feeder TRAFO 2 Tripping and signalling contacts
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
CR01
CR02
CR03
CR04
CR05
CR06
CR07
CR08
CR09
CR10
CR11
CR12
CR13
CR14
CR15
CR16
C
D
CR01 not used
CR02 not used
CR03 not used
CR04 EFP REMOTE TRIP (1)
CR05 EFP REMOTE TRIP (2)
CR06 BBP / BFP TRIP CB PHASE R
CR07 BBP / BFP TRIP CB PHASE S
CR08 not used
CR09 not used
CR10 not used
CR11 BBP / BFP TRIP SIGNAL PHASE R
CR12 BBP / BFP TRIP SIGNAL PHASE S
CR13 BBP / BFP TRIP SIGNAL PHASE T
CR14 not used
CR15 not used
CR16 BBP / BFP TRIP CB PHASE T
Secondary injection: check of the input current transformers
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TEST REPORT Page: 8 STATION: BADEN 400KV
Busbar protection type REB500Sys
Date: Signature:
Client
Date: Signature:
Bay unit 500BU03 Feeder COUPLER Binary inputs Function/Remarks Checked
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
OC01
OC02
OC03
OC04
OC05
OC06
OC07
OC08
1
2
34
5
6
7
8
9
10
11
12
13
14
15
OC10
OC11
OC12
OC13
OC14
OC15
OC16
A
B
16
17
18OC09
OC17
OC18
OC19
OC20
16
1718
OC01 QB1 OPEN
OC02 QB1 CLOSED
OC03 QB2 OPEN
OC04 QB2 CLOSED
OC05 not used
OC06 not used
OC07 QA1 OPEN
OC08 QA1 CLOSED
OC09 QA1 CLOSING COMMAND
OC10 QB10 OPEN
OC11 QB10 CLOSED
OC12 QB20 OPEN
OC13 QB20 CLOSED
OC14 QB11 OPEN
OC15 QB11 CLOSED
OC16 QB21 OPEN
OC17 QB21 CLOSED
OC18 RESET
OC19 START BFP PHASE RST (1)
OC20 START BFP PHASE RST (2)
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TEST REPORT Page: 9 STATION: BADEN 400KV
Busbar protection type REB500Sys
Date: Signature:
Client
Date: Signature:
Bay unit 500BU03 Feeder COUPLER Tripping and signalling contacts
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
CR01
CR02
CR03
CR04
CR05
CR06
CR07
CR08
CR09
CR10
CR11
CR12
CR13
CR14
CR15
CR16
C
D
CR01 not used
CR02 not used
CR03 not used
CR04 not used
CR05 not used
CR06 not used
CR07 not used
CR08 not used
CR09 not used
CR10 not used
CR11 BBP / BFP TRIP SIGNAL PHASE R
CR12 BBP / BFP TRIP SIGNAL PHASE S
CR13 BBP / BFP TRIP SIGNAL PHASE T
CR14 not used
CR15 not used
CR16 BBP / BFP TRIP CB PHASE RST