T9E T9N T10E T10N TCC.pdf
PDF 71 KB Posted
- Attached to
- H159--Triennial Electrical Testing
- Solicitation number
- 36C26023Q0381
View the file
Other files
| File | Type | Posted |
|---|---|---|
| Boise VAMC Protective Device List.xls | XLS spreadsheet | |
| Triannual Test Summary 2020.pdf | ||
| sh5265 Final.pdf | ||
| Boise VAMC One-Line.pdf | ||
| Facility Transformer Schedule.xlsx | XLSX spreadsheet | |
| 36C26023Q0381.docx | DOCX document |
On GovTribe
Work with this file
- Download the original file
- Contacts named in this file
- Similar government files
- Ask GovTribe AI about this file
Text version
85-GD11_MCB
General Electric Entelliguard Sensor = 1600 (LSIG) Plug = 1600 Amps LT Pickup = 0.95 (1520 Amps) LT Band = 2 ST Pickup = 7 (10640 Amps) ST Band = 4 (I^x)t = OUT Inst. Pickup = 9 (14400 Amps)
85-GD11_CBL - P
MFR6 E1 - P
OC1
Square D Sepam Series 40 CT Ratio 200:5 Extremely Inverse Time Pickup = 1.2 (0.5 - 2.4 xCT Sec) Time Dial = 0.3 3x = 3.71 s, 5x = 1.24 s, 8x = 0.471 s
T10E Inrush T10E
FUSE T10E
Cooper Bay-O-Net (High Ampere) Other 15.5 kV C04
REC 14E-5 - P
TCC
Cooper Tri-Phase
KF
Pickup = 140 (20 - 1290 Primary) Interrupting Time = 5 Cycles 3x = 0.702 s, 5x = 0.281 s, 8x = 0.121 s Clearing
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 GANG SWITCH 14E/E1 (Nom. kV=12.47, Plot Ref. kV=12.47)
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 GANG SWITCH 14E/E1 (Nom. kV=12.47, Plot Ref. kV=12.47) 2598K129.9 1K 10K 100K 1000K300 500 3K 5K 30K 300K
Amps T10E_SEC (Nom. kV=0.48, Plot Ref. kV=0.48)
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K S ec on ds
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K
S econds
ETAP Star 12.0.0C
T10E_MV
Project: ELECTRICAL SYSTEM CORR. PH 1B Location: Boise, ID Contract: 531-09-132 Engineer: Bruce G. Alward, P.E.
Filename: S:\ETAP Databases\Veterans Administration\Boise\0805
Date: 09-23-2011
SN: WOODHARBI2
Rev: Base Fault: Phase
ELECTRICAL SYSTEM CORRECTIONS, PHASE 1B
oCT E1 200/5
T10E_SEC
0.48 kV
85-GD11
0.48 kV
REC 14E-5
0 kA
1.01 kV 0 A
85-GD11_MCB
65 kA
0.48 kV 1600 A
T10E
5.69 %Z 12.47/0.48 kV 1000 kVA
FUSE T10E
2.5 kA
15.5 kV 100 A
R MFR6 E1
51P/51N
85-GD11_CBL
0.039+j0.05 ohms/1000ft
12-1/C 350
CU
45 ft
MFR6 E1 - G
OC1
Square D Sepam Series 40 CT Ratio 200:5 Extremely Inverse Time Pickup = 0.5 (0.1 - 1 xCT Sec) Time Dial = 0.26 3x = 3.22 s, 5x = 1.07 s, 8x = 0.409 s
REC 14E-5 - G
TCC
Cooper Tri-Phase
EF
Pickup = 50 (10 - 640 Primary) Interrupting Time = 5 Cycles 3x = 0.674 s, 5x = 0.271 s, 8x = 0.134 s Clearing
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 BUS 83E (Nom. kV=12.47, Plot Ref. kV=12.47)
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 BUS 83E (Nom. kV=12.47, Plot Ref. kV=12.47) 299.8K14.99 100 1K 10K 100K30 50 300 500 3K 5K 30K
Amps (Plot Ref. kV=4.16)
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K S ec on ds
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K
S econds
ETAP Star 12.0.0C
T10E_MV
Project: ELECTRICAL SYSTEM CORR. PH 1B Location: Boise, ID Contract: 531-09-132 Engineer: Bruce G. Alward, P.E.
Filename: S:\ETAP Databases\Veterans Administration\Boise\0805
Date: 09-23-2011
SN: WOODHARBI2
Rev: Base Fault: Ground
ELECTRICAL SYSTEM CORRECTIONS, PHASE 1B
oCT E1 200/5
T10E_SEC
0.48 kV
85-GD11
0.48 kV
REC 14E-5
0 kA
1.01 kV 0 A
85-GD11_MCB
65 kA
0.48 kV 1600 A
T10E
5.69 %Z 12.47/0.48 kV 1000 kVA
FUSE T10E
2.5 kA
15.5 kV 100 A
R MFR6 E1
51P/51N
85-GD11_CBL
0.039+j0.05 ohms/1000ft
12-1/C 350
45 ft
85-ND12_CBL - P
85-ND12_MCB
General Electric Entelliguard Sensor = 1600 (LSIG) Plug = 1600 Amps LT Pickup = 0.95 (1520 Amps) LT Band = 2 ST Pickup = 7 (10640 Amps) ST Band = 4 (I^x)t = OUT Inst. Pickup = 9 (14400 Amps)
MFR6 52N1 - P
OC1
Square D Sepam Series 40 CT Ratio 200:5 Extremely Inverse Time Pickup = 1.2 (0.5 - 2.4 xCT Sec) Time Dial = 0.3 3x = 3.71 s, 5x = 1.24 s, 8x = 0.471 s
T10N Inrush
REC 14N-4 - P
TCC
Cooper Tri-Phase
KF
Pickup = 140 (20 - 1290 Primary) Interrupting Time = 25 ms 3x = 0.702 s, 5x = 0.281 s, 8x = 0.121 s Clearing
T10N 1000 kVA (Secondary) 5.69 %Z Delta-Wye Solid Grd Curve Shift = 0.58
FUSE T10N
Cooper Bay-O-Net (High Ampere) Other 15.5 kV C04
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 T10N PRI. (Nom. kV=12.47, Plot Ref. kV=12.47)
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 T10N PRI. (Nom. kV=12.47, Plot Ref. kV=12.47)
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K S ec on ds
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K
S econds
ETAP Star 12.0.0C
T10N_MV
Project: ELECTRICAL SYSTEM CORR. PH 1B Location: Boise, ID Contract: 531-09-132 Engineer: Bruce G. Alward, P.E.
Filename: S:\ETAP Databases\Veterans Administration\Boise\08058_01\08058_01.OTI
Date: 09/23/2011
SN: WOODHARBI2
Rev: Base Fault: Phase
ELECTRICAL SYSTEM CORRECTIONS, PHASE 1B
oCT N1 200/5
T10N_SEC
0.48 kV
85-ND11/12
0.48 kV
85-ND12_MCB
65 kA
0.48 kV 1600 A
85-ND12_CBL
0.039+j0.05 ohms/1000ft
12-1/C 350
CU
40 ft
T10N
5.69 %Z 12.47/0.48 kV 1000 kVA
FUSE T10N
2.5 kA
15.5 kV 100 A
REC 14N-4
12 kA 15 kV 600 A
R
MFR6 52N1
51P/51N
MFR6 52N1 - G
Square D Sepam Series 40 CT Ratio 200:5 Extremely Inverse Time Pickup = 0.5 (0.1 - 1 xCT Sec) Time Dial = 0.26 3x = 3.22 s, 5x = 1.07 s, 8x = 0.409 s
REC 14N-4 - G
TCC
Cooper Tri-Phase
EF
Pickup = 50 (10 - 640 Primary) Interrupting Time = 25 ms 3x = 0.674 s, 5x = 0.271 s, 8x = 0.134 s Clearing
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 BUS 83N (Nom. kV=12.47, Plot Ref. kV=12.47)
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 BUS 83N (Nom. kV=12.47, Plot Ref. kV=12.47)
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K S ec on ds
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K
S econds
ETAP Star 12.0.0C
T10N_MV
Project: ELECTRICAL SYSTEM CORR. PH 1B Location: Boise, ID Contract: 531-09-132 Engineer: Bruce G. Alward, P.E.
Filename: S:\ETAP Databases\Veterans Administration\Boise\08058_01\08058_01.OTI
Date: 09/23/2011
SN: WOODHARBI2
Rev: Base Fault: Ground
ELECTRICAL SYSTEM CORRECTIONS, PHASE 1B
oCT N1 200/5
T10N_SEC
0.48 kV
85-ND11/12
0.48 kV
85-ND12_MCB
65 kA
0.48 kV 1600 A
T10N
5.69 %Z 12.47/0.48 kV 1000 kVA
FUSE T10N
2.5 kA
15.5 kV 100 A
REC 14N-4
12 kA 15 kV 600 A
R
MFR6 52N1
51P/51N
85-ND12_CBL
0.039+j0.05 ohms/1000ft
12-1/C 350
40 ft
67-GDG1_FDR - P
67-GDG1_CB
General Electric MVT-PM (SS,SH) Sensor = 800 (LSIG) Plug = 800 Amps LT Pickup = 1 (800 Amps) LT Band = 2 ST Pickup = 9 (7200 Amps) ST Band = Min(1) (I^x)t = OUT Inst. Pickup = 10 (8000 Amps)
MFR6 E1 - P
OC1
Square D Sepam Series 40 CT Ratio 200:5 Extremely Inverse Time Pickup = 1.2 (0.5 - 2.4 xCT Sec) Time Dial = 0.3 3x = 3.71 s, 5x = 1.24 s, 8x = 0.471 s
REC 14E-6 - P
TCC
Cooper Tri-Phase
KF
Pickup = 90 (20 - 1290 Primary) Interrupting Time = 5 Cycles 3x = 0.702 s, 5x = 0.281 s, 8x = 0.121 s Clearing
T9E 500 kVA (Secondary) 4.66 %Z Delta-Wye Solid Grd Curve Shift = 0.58
T9E Inrush
FUSE T9E
Cooper Bay-O-Net Other 15.5 kV C12
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 BUS 83E (Nom. kV=12.47, Plot Ref. kV=12.47)
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 BUS 83E (Nom. kV=12.47, Plot Ref. kV=12.47)
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K S ec on ds
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K
S econds
ETAP Star 12.0.0C
T9E_MV
Project: ELECTRICAL SYSTEM CORR. PH 1B Location: Boise, ID Contract: 531-09-132 Engineer: Bruce G. Alward, P.E.
Filename: S:\ETAP Databases\Veterans Administration\Boise\08
Date: 09-23-2011
SN: WOODHARBI2
Rev: Base Fault: Phase
ELECTRICAL SYSTEM CORRECTIONS, PHASE 1B
67-GDG1
0.48 kV oCT E1 200/5
FUSE T9E
2.5 kA
15.5 kV 50 A
T9E
4.66 %Z 12.47/0.48 kV 500 kVA
REC 14E-6
0 kA
1.01 kV 0 A
R
MFR6 E1
51P/51N
67-GDG1_FDR
0.039+j0.05 ohms/1000ft
6-1/C 350
CU
100 ft
67-GDG1_CB
65 kA
0.48 kV 800 A
MFR6 E1 - G
Square D Sepam Series 40 CT Ratio 200:5 Extremely Inverse Time Pickup = 0.5 (0.1 - 1 xCT Sec) Time Dial = 0.26 3x = 3.22 s, 5x = 1.07 s, 8x = 0.409 s
REC 14E-6 - G
TCC
Cooper Tri-Phase
EF
Pickup = 50 (10 - 640 Primary) Interrupting Time = 5 Cycles 3x = 0.674 s, 5x = 0.271 s, 8x = 0.134 s Clearing
REC 14E-6 - LG
2.059kA @ 12.47kV (Asym)
MFR6 E1 - G - LG
2.131kA @ 12.47kV (Asym)
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 BUS 83E (Nom. kV=12.47, Plot Ref. kV=12.47)
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 BUS 83E (Nom. kV=12.47, Plot Ref. kV=12.47)
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K S ec on ds
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K
S econds
ETAP Star 12.0.0C
T9E_MV
Project: ELECTRICAL SYSTEM CORR. PH 1B Location: Boise, ID Contract: 531-09-132 Engineer: Bruce G. Alward, P.E.
Filename: S:\ETAP Databases\Veterans Administration\Boise\08
Date: 09-23-2011
SN: WOODHARBI2
Rev: Base Fault: Ground
ELECTRICAL SYSTEM CORRECTIONS, PHASE 1B
67-GDG1
0.48 kV oCT E1 200/5
FUSE T9E
2.5 kA
15.5 kV 50 A
T9E
4.66 %Z 12.47/0.48 kV 500 kVA
REC 14E-6
0 kA
1.01 kV 0 A
R
MFR6 E1
51P/51N
67-GDG1_CB
65 kA
0.48 kV 800 A
67-GDG1_FDR
0.039+j0.05 ohms/1000ft
6-1/C 350
100 ft
67-NDG1_FDR - P
67-NDG1_CB
General Electric MVT-PM (SS,SH) Sensor = 800 (LSIG) Plug = 800 Amps LT Pickup = 1 (800 Amps) LT Band = 2 ST Pickup = 9 (7200 Amps) ST Band = Min(1) (I^x)t = OUT Inst. Pickup = 10 (8000 Amps)
MFR6 52N1 - P
OC1
Square D Sepam Series 40 CT Ratio 200:5 Extremely Inverse Time Pickup = 1.2 (0.5 - 2.4 xCT Sec) Time Dial = 0.3 3x = 3.71 s, 5x = 1.24 s, 8x = 0.471 s
REC 14N-3 T9N - P
TCC
Cooper Tri-Phase
KF
Pickup = 90 (20 - 1290 Primary) Interrupting Time = 5 Cycles 3x = 0.702 s, 5x = 0.281 s, 8x = 0.121 s Clearing
T9N
T9N Inrush
FUSE T9N
Cooper Bay-O-Net Other 15.5 kV C12
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 BUS 83N (Nom. kV=12.47, Plot Ref. kV=12.47)
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 BUS 83N (Nom. kV=12.47, Plot Ref. kV=12.47)
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K S ec on ds
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K
S econds
ETAP Star 12.0.0C
T9N_MV
Project: ELECTRICAL SYSTEM CORR. PH 1B Location: Boise, ID Contract: 531-09-132 Engineer: Bruce G. Alward, P.E.
Filename: S:\ETAP Databases\Veterans Administration\Boise\08
Date: 09/23/2011
SN: WOODHARBI2
Rev: Base Fault: Phase
ELECTRICAL SYSTEM CORRECTIONS, PHASE 1B
67-NDG1
0.48 kV o
CT N1
200/5
FUSE T9N
2.5 kA
15.5 kV 50 A
T9N
4.66 %Z 12.47/0.48 kV 500 kVA
REC 14N-3 T9N
0 kA
1.01 kV 0 A
R
MFR6 52N1
51P/51N
67-NDG1_FDR
0.039+j0.05 ohms/1000ft
6-1/C 350
CU
60 ft
67-NDG1_CB
65 kA
0.48 kV 800 A
REC 14N-3 T9N - G
TCC
Cooper Tri-Phase
EF
Pickup = 50 (10 - 640 Primary) Interrupting Time = 5 Cycles 3x = 0.674 s, 5x = 0.271 s, 8x = 0.134 s Clearing
MFR6 52N1 - G
OC1
Square D Sepam Series 40 CT Ratio 200:5 Extremely Inverse Time Pickup = 0.5 (0.1 - 1 xCT Sec) Time Dial = 0.26 3x = 3.22 s, 5x = 1.07 s, 8x = 0.409 s
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 GANG SWITCH 14N/N1 (Nom. kV=12.47, Plot Ref. kV=12.47)
10K.5 1 10 100 1K3 5 30 50 300 500 3K 5K
Amps X 10 GANG SWITCH 14N/N1 (Nom. kV=12.47, Plot Ref. kV=12.47)
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K S ec on ds
10K
.001
.01
.1
1K
.003
.005
.03
.05
.3
.5
3K
5K
S econds
ETAP Star 12.0.0C
T9N_MV
Project: ELECTRICAL SYSTEM CORR. PH 1B Location: Boise, ID Contract: 531-09-132 Engineer: Bruce G. Alward, P.E.
Filename: S:\ETAP Databases\Veterans Administration\Boise\08
Date: 09/23/2011
SN: WOODHARBI2
Rev: Base Fault: Ground
ELECTRICAL SYSTEM CORRECTIONS, PHASE 1B
67-NDG1
0.48 kV o
CT N1
200/5
FUSE T9N
2.5 kA
15.5 kV 50 A
T9N
4.66 %Z 12.47/0.48 kV 500 kVA
REC 14N-3 T9N
0 kA
1.01 kV 0 A
R
MFR6 52N1
51P/51N
67-NDG1_CB
65 kA
0.48 kV 800 A
67-NDG1_FDR
0.039+j0.05 ohms/1000ft
6-1/C 350
60 ft
File details come from the government source that posted it. Updated .