Cooper-Bowling OneLine Drawings.pdf
PDF 17 MB Posted
- Solicitation number
- 36C24923Q0376
About this file
This document provides details on a federal contract opportunity for electrical maintenance, inspection, testing, and arc-flash services. The solicitation number is 36C24923Q0376 and is being issued by the Department of Veterans Affairs Veterans Health Administration Veterans Integrated Service Network 9 for electrical work at the Lexington VA Medical Center Troy Bowling and Franklin R. Sousley Campuses. Services required include maintenance, inspection, and testing of electrical systems and equipment as well as arc-flash hazard analyses. The opportunity type is a solicitation and interested vendors should review the 17MB Cooper-Bowling OneLine Drawings file for further details on the statement of work and technical requirements. The response due date and period of performance are not specified in this document.
View the file
Other files
| File | Type | Posted |
|---|---|---|
| 36C24923Q0376 0003.docx | DOCX document | |
| 36C24923Q0376 0002.docx | DOCX document | |
| Sousley-LEESTOWN MAP.pdf | ||
| BowlingTriennial Test List of Equipment.xlsx | XLSX spreadsheet | |
| Sousley Combined Data Files.pdf | ||
| Bowling Arc Flash Study Volume 2.pdf | ||
| Bowling VA Electrical Maintenance and Testing Report.pdf | ||
| Sousley - Leestown Combined Test Report.pdf | ||
| 36C24923Q0376 0001.docx | DOCX document | |
| Bowling Arc Flash Coordination Short Circuit Studies Volume 1_1.pdf | ||
| Sousley VA Arc Flash Study - 2021_1.pdf | ||
| Bowling VA Electrical Maint _ Testing Report _ Summary.pdf | ||
| Sousley Diagram EP001 4-23-20.pdf | ||
| 36C24923Q0376_1.docx | DOCX document |
Show all 14
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Text version
Relay 1
Relay 4 Relay 5
Relay 2
Relay 6
Relay 7
To Busduct A&B
To SWB ESB
Sheet Tower Gen 1 & 2
Sheet TG
Relay 8
Panels E1, E2 and T-E2 are located in
Chiller Plant and fed from Main Hospital.
See Main Hospital for one-line.
Relay 9
To SWB's SBB, SBF and SBG.
To SWB's SBA, SBC, SBD, SBE and SBH.
To ESB 1 via ATS Life Safety
To ESB 2 via ATS Critical
To ESB 4 via ATS Equip
To Busduct C&D To Panel R2 To Panel R1 To MCC4N To MCC3N To Panel MP5
Relay U136 Relay U119
TOWER MV (BUS 1)
.47 kV
TOWER MV (BUS 2)
.47 kV
MAIN SERVICE #1
0.4 8 k
V MAIN SERVICE #2
0.4 8 k
V
MAIN BLDG MV (A)
MAIN BLDG MV (B)
.47 kV
DC FIRE PUMP ATS
0.4 8 k
V
MAIN BLDG LV #1 MAIN BLDG LV #2 0.4
8 k
V
SWB MAIN 1A SWB MAIN 1B 0.4
8 k
V
CHILLER 1 0.4
8 k
V
SB HSB1 0.4
8 k
V
BASIN HTR #1
0.4 8 k
V
T1 NETWORK PROT
BRK T-2A
.47 kV
BRK T-2B
.47 kV
SWB MAIN 2A SWB MAIN 2B 0.4
8 k
V
T4 NETWORK PROT T3 NETWORK PROT T2 NETWORK PROT
SB HSB2 0.4
8 k
V
PNL LP
0.4 8 k
V
PNL PP
0.2 kV
BASIN HTR #2
0.4 8 k
V
FIRE PUMP
FIRE PUMP
60 HP
Induction 16.7%
CHILLER #1B
500 HP
Induction 16.7%
COND WTR PUMP #1
150 HP
Induction 16.7%
CHILL WTR PMP #1
250 HP
Induction 16.7%
AHU4-1
15 HP
Induction 16.7%
CHILLER #2
1100 HP
Induction 16.7%
CHILLER #3
1000 HP
Induction 16.7%
COOLING TWR #3
100 HP
Induction 16.7%
COOLING TWR #4
100 HP
Induction 16.7%
CHILL WTR PMP #3
250 HP
Induction 16.7%
CHILL WTR PMP #2
250 HP
Induction 16.7%
COND WTR PMP #3
150 HP
Induction 16.7%
COND WTR PMP #2
150 HP
Induction 16.7%
SOLID SEP PMP
20 HP
Induction 16.7%
BOOSTER PMP
5 HP
Induction 16.7%
CT1
100 HP
Induction 16.7%
CT2
100 HP
Induction 16.7%
CHILLER #1A
500 HP
Induction 16.7%
KU FDR CRT #136
11.69kA
20.67 (X/R) 12.014kA
22.6 (X/R)
KU FDR CRT #119
10.075kA
23.67 (X/R) 10.315kA 26 (X/R)
T-1 1500 kVA
12.47 - 0.48 kV 5.85%
T-3 1500 kVA
12.47 - 0.48 kV 5.79%
T-2 1500 kVA
12.47 - 0.48 kV 5.78%
T-4 1500 kVA
12.47 - 0.48 kV 5.91%
T-6 1500 kVA
12.47 - 0.48 kV 6%
T-5 1500 kVA
12.47 - 0.48 kV 6.1%
T-7 2500 kVA
12.47 - 0.48 kV 5.6%
T-8 2500 kVA
12.47 - 0.48 kV 5.6%
T-2A 2000 kVA
12.47 - 0.48 kV 5.71%
T-2B 2000 kVA
12.47 - 0.48 kV 5.71%
T-T1(PNL PP)
75 kVA
0.48 - 0.208 kV 4.35%
1-1/C-4/0 AWG
CU, 500', [Conduit] 1-1/C-4/0 AWG
CU, 500', [Conduit]
1- 1/
C -4
/0 A
W G
C U
, 3 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 5 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 7 5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 5 0'
C on du it]
1- 1/
C -5 k cm il
C U
, 6
[C on du it]
1- 1/
C -5 k cm il
C U
, 6
[C on du it]
2- 1/
C -5 k cm il
C U
, 7 5'
C on du it]
1-1/C-4/0 AWG
CU, 155', [Conduit]
1-1/C-4/0 AWG
CU, 155', [Conduit]
1- 1/
C -1
A W
G C
U , 1
5'
C on du it]
1- 1/
C -1
A W
G C
U , 1
5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 5 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 5 0'
C on du it]
2- 1/
C -2 k cm il
C U
, 5 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 3
[C on du it]
2- 1/
C -2 k cm il
C U
, 3
[C on du it]
2- 1/
C -5 k cm il
C U
, 5 0'
C on du it]
2- 1/
C -5 k cm il
C U
, 3
[C on du it]
2- 1/
C -6 k cm il
C U
, 3
[C on du it]
1- 1/
C -3 k cm il
C U
, 1
[C on du it]
4- 1/
C -5 k cm il
C U
, 6 0'
C on du it]
5- 1/
C -5 k cm il
C U
, 9 0'
C on du it]
1- 1/
C -8
A W
G C
U , 1
0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 7 0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 7 5'
C on du it]
1- 1/
C -4
A W
G C
U , 5
0'
C on du it]
1- 1/
C -5 k cm il
C U
, 8 5'
C on du it]
1- 1/
C -1
A
W G
C U
, 4 0'
C on du it]
4- 1/
C -5 k cm il
C U
, 7 5'
C on du it]
1-1/C-4/0 AWG
CU, 170', [Conduit]
1- 1/
C -4
/0 A
W G
C U
, 1
[C on du it]
4- 1/
C -5 k cm il
C U
, 8 5'
C on du it]
5- 1/
C -5 k cm il
C U
, 5 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 2 0'
C on du it] 1-
1/ C
-1 /0
A W
G C
U , 5
0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 6 5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 7 0'
C on du it]
1- 1/
C -8
A W
G C
U , 1
0'
C on du it]
1- 1/
C -5 k cm il
C U
, 1
[C on du it]
1- 1/
C -5 k cm il
C U
, 7 5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 3 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 3 0'
C on du it]
1- 1/
C -6
A W
G C
U , 1
0'
C on du it]
1- 1/
C -1
A
W G
C U
, 1 0'
C on du it]
0A
G en er ic
C U
, 3
0A
G en er ic
C U
, 7 5'
GE AM-13.8-750 GE AM-13.8-750
Siemens FC-500
1200A OPEN
Siemens FC-500 1200A
Siemens FC-500 1200A
SQD VR-15075-12
1200A SQD VR-15075-12
1200A
OPEN OPEN
Siemens RL-2000 2000/2000A
Siemens RLX-800 800/600A
Siemens RLX-800 800/600A
Siemens RLX-800 800/400A
Siemens RLX-800 800/800A
OPEN
Siemens RL-2000 2000/2000A Siemens RL-2000
2000/2000A
Siemens RLX-800 800/175A
Siemens RLX-800 800/350A
Siemens RLX-800 800/400A
Siemens RLX-800 800/600A
Siemens RLX-800 800/800A
Siemens RLX-800 800/400A
Siemens RL-3200 3200/2880A
Siemens RLX-1600 1600/1600A
OPEN
Siemens RL-3200 3200/3200A
Siemens RL-3200 3200/2080A
SQD RK
2500/1600A
SQD NW32H3
3200/3200A
SQD NW20H3
2000/2000A
Siemens RLX-1600 1600/1600A
OPEN
SQD NW32H3
3200/3200A
SQD NW32H3
3200/2500A
SQD NW16H3
1600/1600ASiemens RLX-1600
1600/1200A
SQD HJ 60A Frame 60/40A
SQD JJ
250/200A
SQD RK
2500/1600A
SQD JJ
250/200A
SQD JJ
250/225A
SQD LJ
600/400A
SQD JJ
250/250A
SQD JJ
250/225A
SQD JJ
250/200A
SQD JJ
250/200A
SQD HJ 60A Frame 60/40A
SQD LJ
600/400A
SQD LJ
600/400A
SQD JJ
250/225A
SQD JJ
250/225A
SQD HJ
150/150A
SQD HJ 60A Frame 60/20A
SQD HD
150/150A
SQD QB
225/225A
Shawmut TRS 600A
120/5 120/5
500/5 500/5 500/5 500/5
600/5 600/5
600/5 600/5
400/5
400/5 400/5 400/5
50N
51N
N
50N
51N
R R R R
N
51 51
N
G
G
N
G
G
Sheet T1 Sheet T2
TO SHEET M1
Sheet No.
Sheet Title
Date Project No.
Issue Record No. Date Released For:
2020 Leppard Johnson & Associates, P.C.
c
Dwg. by Chk'ed by
SEAL
CR
ES
CE
NT
C
EN
TR
E
PA
RK
W
AY
S
UI
TE
TU
CK
ER
, G
EO
RG
IA
(7
)2
-1
FA
X
(7
)2
-9
Contrct #VA36C24920P0633
MV
OVERALL ONE LINE
MV
SHEET MV-A
SHEET MV-B
AutoCAD SHX Text This drawing is the property of Leppard Johnson and Associates, P.C. and is not to be reproduced or copied in whole or in part, the dimensions of which are 24"x36". Its is only to be used for the project and site specifically identified herein and is not to be used on any other project without written permission from the Company. The Contractor is responsible for verifying all field measurements, quantities and dimensions, and related field construction criteria.
AutoCAD SHX Text 20021
AutoCAD SHX Text 4/2021
AutoCAD SHX Text
JS
AutoCAD SHX Text
RW
AutoCAD SHX Text
BOWLING CAMPUS LEXINGTON VA HEALTH CARE CENTER POWER SYSTEM STUDY
AutoCAD SHX Text
LEXINGTON, KENTUCKY
Relay 1
Relay 4 Relay 5
Relay 2
Relay 6
Relay 7
To Busduct A&B
To SWB ESB
Sheet Tower Gen 1 & 2
Sheet TG
Relay 8
Relay 9
To SWB's SBB, SBF and SBG.
To SWB's SBA, SBC, SBD, SBE and SBH.
To ESB 1 via ATS Life Safety
To ESB 2 via ATS Critical
To ESB 4 via ATS Equip
To Busduct C&D To Panel R2 To Panel R1 To MCC4N To MCC3N To Panel MP5
Relay U136 Relay U119
TOWER MV (BUS 1)
.47 kV
TOWER MV (BUS 2)
.47 kV
MAIN SERVICE #1
0.4 8 k
V MAIN SERVICE #2
0.4 8 k
V
MAIN BLDG MV (A)
MAIN BLDG MV (B)
.47 kV
DC FIRE PUMP ATS
0.4 8 k
V
MAIN BLDG LV #1 MAIN BLDG LV #2 0.4
8 k
V
T1 NETWORK PROT T4 NETWORK PROT T3 NETWORK PROT T2 NETWORK PROT
FIRE PUMP
FIRE PUMP
60 HP
Induction 16.7%
KU FDR CRT #136
11.69kA
20.67 (X/R) 12.014kA
22.6 (X/R)
KU FDR CRT #119
10.075kA
23.67 (X/R) 10.315kA 26 (X/R)
T-1 1500 kVA
12.47 - 0.48 kV 5.85%
T-3 1500 kVA
12.47 - 0.48 kV 5.79%
T-2 1500 kVA
12.47 - 0.48 kV 5.78%
T-4 1500 kVA
12.47 - 0.48 kV 5.91%
T-6 1500 kVA
12.47 - 0.48 kV 6%
T-5 1500 kVA
12.47 - 0.48 kV 6.1%
1-1/C-4/0 AWG
CU, 500', [Conduit]
1-1/C-4/0 AWG
CU, 500', [Conduit]
1- 1/
C -4
/0 A
W G
C U
, 3 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 5 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 7 5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 5 0'
C on du it]
1- 1/
C -5 k cm il
C U
, 6
[C on du it]
1- 1/
C -5 k cm il
C U
, 6
[C on du it]
2- 1/
C -5 k cm il
C U
, 7 5'
C on du it]
1- 1/
C -1
A W
G C
U , 1
5'
C on du it]
1- 1/
C -1
A W
G C
U , 1
5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 5 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 5 0'
C on du it]
2- 1/
C -2 k cm il
C U
, 5 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 3
[C on du it]
2- 1/
C -2 k cm il
C U
, 3
[C on du it]
2- 1/
C -5 k cm il
C U
, 5 0'
C on du it]
2- 1/
C -5 k cm il
C U
, 3
[C on du it]
2- 1/
C -6 k cm il
C U
, 3
[C on du it]
1- 1/
C -3 k cm il
C U
, 1
[C on du it]
0A
G en er ic
C U
, 3
0A
G en er ic
C U
, 7 5'
GE AM-13.8-750 GE AM-13.8-750
Siemens FC-500
1200A OPEN
Siemens FC-500 1200A
Siemens FC-500 1200A
OPEN OPEN
Siemens RL-2000 2000/2000A
Siemens RLX-800 800/600A
Siemens RLX-800 800/600A
Siemens RLX-800 800/400A
Siemens RLX-800 800/800A
OPEN
Siemens RL-2000 2000/2000A Siemens RL-2000
2000/2000A
Siemens RLX-800 800/175A
Siemens RLX-800 800/350A
Siemens RLX-800 800/400A
Siemens RLX-800 800/600A
Siemens RLX-800 800/800A
Siemens RLX-800 800/400A
Shawmut TRS 600A
120/5 120/5
500/5 500/5 500/5 500/5
600/5 600/5
600/5 600/5
400/5 400/5 400/5 400/5
50N
51N
N
50N
51N
R R R R
N
51 51
N
G
G
N
G
G
SHEET MV-B
Sheet T1 Sheet T2
TO SHEET M1
Sheet No.
Sheet Title
Date Project No.
Issue Record No. Date Released For:
2020 Leppard Johnson & Associates, P.C.
c
Dwg. by Chk'ed by
SEAL
CR
ES
CE
NT
C
EN
TR
E
PA
RK
W
TE
TU
CK
ER
, G
EO
RG
IA
(7
)2
-1
FA
X
(7
)2
-9
Contrct #VA36C24920P0633
MV-A
MV
DISTRIBUTION
ONE LINE
AutoCAD SHX Text A1
AutoCAD SHX Text A2
AutoCAD SHX Text A3
AutoCAD SHX Text A4
AutoCAD SHX Text This drawing is the property of Leppard Johnson and Associates, P.C. and is not to be reproduced or copied in whole or in part, the dimensions of which are 24"x36". Its is only to be used for the project and site specifically identified herein and is not to be used on any other project without written permission from the Company. The Contractor is responsible for verifying all field measurements, quantities and dimensions, and related field construction criteria.
AutoCAD SHX Text 20021
AutoCAD SHX Text 4/2021
AutoCAD SHX Text
JS
AutoCAD SHX Text
RW
AutoCAD SHX Text
BOWLING CAMPUS LEXINGTON VA HEALTH CARE CENTER POWER SYSTEM STUDY
Panels E1, E2 and T-E2 are located in
Chiller Plant and fed from Main Hospital.
See Main Hospital for one-line.
SWB MAIN 1A SWB MAIN 1B 0.4
8 k
V
CHILLER 1 0.4
8 k
V
SB HSB1 0.4
8 k
V
BASIN HTR #1
0.4 8 k
V
BRK T-2A
.47 kV
BRK T-2B
.47 kV
SWB MAIN 2A SWB MAIN 2B 0.4
8 k
V
SB HSB2 0.4
8 k
V
PNL LP
0.4 8 k
V
PNL PP
0.2 kV
BASIN HTR #2
0.4 8 k
V
CHILLER #1B
500 HP
Induction 16.7%
COND WTR PUMP #1
150 HP
Induction 16.7%
CHILL WTR PMP #1
250 HP
Induction 16.7%
AHU4-1
15 HP
Induction 16.7%
CHILLER #2
1100 HP
Induction 16.7%
CHILLER #3
1000 HP
Induction 16.7%
COOLING TWR #3
100 HP
Induction 16.7%
COOLING TWR #4
100 HP
Induction 16.7%
CHILL WTR PMP #3
250 HP
Induction 16.7%
CHILL WTR PMP #2
250 HP
Induction 16.7%
COND WTR PMP #3
150 HP
Induction 16.7%
COND WTR PMP #2
150 HP
Induction 16.7%
SOLID SEP PMP
20 HP
Induction 16.7%
BOOSTER PMP
5 HP
Induction 16.7%
CT1
100 HP
Induction 16.7%
CT2
100 HP
Induction 16.7%
CHILLER #1A
500 HP
Induction 16.7%
T-7 2500 kVA
12.47 - 0.48 kV 5.6%
T-8 2500 kVA
12.47 - 0.48 kV 5.6%
T-2A 2000 kVA
12.47 - 0.48 kV 5.71%
T-2B 2000 kVA
12.47 - 0.48 kV 5.71%
T-T1(PNL PP)
75 kVA
0.48 - 0.208 kV 4.35%
1-1/C-4/0 AWG
CU, 155', [Conduit]
1-1/C-4/0 AWG
CU, 155', [Conduit]
4- 1/
C -5 k cm il
C U
, 6 0'
C on du it]
5- 1/
C -5 k cm il
C U
, 9 0'
C on du it]
1- 1/
C -8
A W
G C
U , 1
0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 7 0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 7 5'
C on du it]
1- 1/
C -4
A W
G C
U , 5
0'
C on du it]
1- 1/
C -5 k cm il
C U
, 8 5'
C on du it]
1- 1/
C -1
A
W G
C U
, 4 0'
C on du it]
4- 1/
C -5 k cm il
C U
, 7 5'
C on du it]
1-1/C-4/0 AWG
CU, 170', [Conduit]
1- 1/
C -4
/0 A
W G
C U
, 1
[C on du it]
4- 1/
C -5 k cm il
C U
, 8 5'
C on du it]
5- 1/
C -5 k cm il
C U
, 5 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 2 0'
C on du it] 1-
1/ C
-1 /0
A W
G C
U , 5
0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 6 5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 7 0'
C on du it]
1- 1/
C -8
A W
G C
U , 1
0'
C on du it]
1- 1/
C -5 k cm il
C U
, 1
[C on du it]
1- 1/
C -5 k cm il
C U
, 7 5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 3 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 3 0'
C on du it]
1- 1/
C -6
A W
G C
U , 1
0'
C on du it]
1- 1/
C -1
A
W G
C U
, 1 0'
C on du it]
SQD VR-15075-12
1200A SQD VR-15075-12
1200A
Siemens RL-3200 3200/2880A
Siemens RLX-1600 1600/1600A
OPEN
Siemens RL-3200 3200/3200A
Siemens RL-3200 3200/2080A
SQD RK
2500/1600A
SQD NW32H3
3200/3200A
SQD NW20H3
2000/2000A
Siemens RLX-1600 1600/1600A
OPEN
SQD NW32H3
3200/3200A
SQD NW32H3
3200/2500A
SQD NW16H3
1600/1600ASiemens RLX-1600
1600/1200A
SQD HJ 60A Frame 60/40A
SQD JJ
250/200A
SQD RK
2500/1600A
SQD JJ
250/200A
SQD JJ
250/225A
SQD LJ
600/400A
SQD JJ
250/250A
SQD JJ
250/225A
SQD JJ
250/200A
SQD JJ
250/200A
SQD HJ 60A Frame 60/40A
SQD LJ
600/400A
SQD LJ
600/400A
SQD JJ
250/225A
SQD JJ
250/225A
SQD HJ
150/150A
SQD HJ 60A Frame 60/20A
SQD HD
150/150A
SQD QB
225/225A
SHEET MV-A
Sheet No.
Sheet Title
Date Project No.
Issue Record No. Date Released For:
2020 Leppard Johnson & Associates, P.C.
c
Dwg. by Chk'ed by
SEAL
CR
ES
CE
NT
C
EN
TR
E
PA
RK
W
TE
TU
CK
ER
, G
EO
RG
IA
(7
)2
-1
FA
X
(7
)2
-9
Contrct #VA36C24920P0633
MV-B
MV
CHILLER PLANT
ONE LINE
AutoCAD SHX Text A1
AutoCAD SHX Text A2
AutoCAD SHX Text A3
AutoCAD SHX Text A4
AutoCAD SHX Text This drawing is the property of Leppard Johnson and Associates, P.C. and is not to be reproduced or copied in whole or in part, the dimensions of which are 24"x36". Its is only to be used for the project and site specifically identified herein and is not to be used on any other project without written permission from the Company. The Contractor is responsible for verifying all field measurements, quantities and dimensions, and related field construction criteria.
AutoCAD SHX Text 20021
AutoCAD SHX Text 4/2021
AutoCAD SHX Text
JS
AutoCAD SHX Text
RW
AutoCAD SHX Text
BOWLING CAMPUS LEXINGTON VA HEALTH CARE CENTER POWER SYSTEM STUDY
To Fire Pump ATS
Sheet MV
To SWB SBA
Sheet T1-A
To ATS-CRITICAL
Sheet T1-B
To ATS-EQUIP
Sheet T1-B
ELEV
0.2 kV
SWB SBA
PNL LSTJ
0.2 kV
PNL LSH 0.4
8 k
V
DC T-PLSH PRI
0.4 8 k
V
PNL PLSH
0.2 kV
PNL LSG 0.4
8 k
V
DC T-PLSG PRI
0.4 8 k
V
PNL PLSG
0.2 kV
PNL LSF 0.4
8 k
V
DC T-PLSF PRI
0.4 8 k
V
PNL PLSF
0.2 kV
PNL LSE 0.4
8 k
V
DC T-PLSE PRI
0.4 8 k
V
PNL PLSE
0.2 kV
PNL LSD 0.4
8 k
V
DC T-PLSD PRI
0.4 8 k
V
SWB ESB 0.4
8 k
V
DC ATS FIRE PUMP
0.4 8 k
V
TEMP GEN 0.4
8 k
V
PNL PLSD
0.2 kV
PNL LSC 0.4
8 k
V
PNL DPLS 0.4
8 k
V
DC T-PLSC PRI
0.4 8 k
V
PNL PLSC
0.2 kV
PNL LSB 0.4
8 k
V
DC T-PLSB PRI
0.4 8 k
V
PNL PLSB
0.2 kV
PNL LSA 0.4
8 k
V
DC T-PLSA PRI
0.4 8 k
V
PNL PLSA
0.2 kV
PNL CPP
0.2 kV
ATS LS
GEN #1 TOWER
1250 kVA 14.8% 26.7% 0.022%
GEN #2 TOWER
1250 kVA 14.8% 26.7% 0.022%
SWB SBA
0.080305 + j0.419855
0.610845 + j0.70511
T-LSTJ
30 kVA
0.48 - 0.208 kV 4.8%
T-PLSH
30 kVA
0.48 - 0.208 kV 4.8%
T-PLSG
30 kVA
0.48 - 0.208 kV 4.8%
T-PLSF
30 kVA
0.48 - 0.208 kV 4.8%
T-PLSE
30 kVA
0.48 - 0.208 kV 4.8%
T-PLSD
30 kVA
0.48 - 0.208 kV 4.8%
T-PLSC
30 kVA
0.48 - 0.208 kV 4.8%
T-PLSB
30 kVA
0.48 - 0.208 kV 4.8%
T-PLSA
30 kVA
0.48 - 0.208 kV 4.8%
T-CPP
30 kVA
0.48 - 0.208 kV 4.8%
1- 1/
C -4
A W
G C
U , 1
5'
C on du it]
1- 1/
C -8
A W
G C
U , 1
0'
C on du it]
1- 1/
C -2
A W
G C
U , 5
[C on du it]
1- 1/
C -2
A W
G C
U , 1
[C on du it]
1- 1/
C -6
A W
G C
U , 1
[C on du it]
1- 1/
C -6
A W
G C
U , 1
0'
C on du it]
1- 1/
C -2
A W
G C
U , 1
5'
C on du it]
1- 1/
C -2
A W
G C
U , 3
[C on du it]
1- 1/
C -6
A W
G C
U , 5
[C on du it] 1-
1/ C
-6 A
W G
C U
, 1 5'
C on du it] 1-
1/ C
-2 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -2
A W
G C
U , 2
[C on du it]
1- 1/
C -6
A W
G C
U , 1
0'
C on du it]
1- 1/
C -6
A W
G C
U , 1
0'
C on du it]
1- 1/
C -3
A W
G C
U , 1
5'
C on du it]
1- 1/
C -2
A W
G C
U , 3
[C on du it]
1- 1/
C -6
A W
G C
U , 1
0'
C on du it]
1- 1/
C -6
A W
G C
U , 1
0'
C on du it]
1- 1/
C -2
A W
G C
U , 1
0'
C on du it]
1- 1/
C -6
A W
G C
U , 3
[C on du it]
1- 1/
C -6
A W
G C
U , 1
0'
C on du it]
4- 1/
C -5 k cm il
C U
, 5 0'
C on du it] 1-
1/ C
-3 k cm il C
U , 2
5'
C on du it]
1-1/C-500 kcmil CU, 70', [Conduit]
1- 1/
C -6
A W
G C
U , 1
0'
C on du it]
4- 1/
C -3 k cm il
C U
, 4 0'
C on du it]
1- 1/
C -2
A W
G C
U , 1
0'
C on du it]
1- 1/
C -6
A W
G C
U , 4
[C on du it]
1- 1/
C -6
A W
G C
U , 1
[C on du it]
1- 1/
C -5 k cm il
C U
, 8 0'
C on du it]
1- 1/
C -5 k cm il
C U
, 1 0'
C on du it]
1- 1/
C -6
A W
G C
U , 1
0'
C on du it]
1- 1/
C -2
A W
G C
U , 1
0'
C on du it]
1- 1/
C -2
A W
G C
U , 4
[C on du it]
1- 1/
C -6
A W
G C
U , 1
0'
C on du it]
1- 1/
C -6
A W
G C
U , 2
0'
C on du it]
1- 1/
C -2
A W
G C
U , 2
5'
C on du it]
1- 1/
C -2
A W
G C
U , 4
[C on du it]
1- 1/
C -6
A W
G C
U , 2
5'
C on du it]
1- 1/
C -6
A W
G C
U , 1
5'
C on du it]
1- 1/
C -2
A W
G C
U , 1
5'
C on du it]
1- 1/
C -4
A W
G C
U , 8
5'
C on du it]
1- 1/
C -1
/0 A
W G
C U
, 1 0'
C on du it]
A
G en er ic
C
U , 8
5'
A
G en er ic
C
U , 1
' GE AKS-50
1600/400A
Siemens BL 125/60A
C-H DSII-616
1600/1120A
C-H DSII-608
800/400A
C-H DSII-616
1600/1520A
C-H DSII-616
1600/1520A
C-H DSII-616
1600/1600A
C-H DSII-608
800/800A
C-H DSII-616
1600/400A
GE SGLA 3P
GE THHQB
100/50A
GE TEY
100/45A
GE TEY
100/45A
GE TEY
100/45A
GE TEY
100/45A
GE TEY
100/45A
GE TEY
100/45A
GE TEY
100/45A
GE TEY
100/30A
GE THHQB
100/50A
GE THHQB
100/50A
GE THHQB
100/50A
GE THHQB
100/50A
GE THHQB
100/50A
GE THHQB
100/50A
GE THHQB
100/50A
GE THHQB
100/50A
GE TEY
100/45A
Siemens BLH 125/70A
GE SELA 3P GE SELA 3P GE SELA 3P GE SELA 3P GE SELA 3P
GE SELA 3P GE SELA 3P GE SELA 3P GE SELA 3P
GE
60 A
GE
60 A
GE
60 A
GE
60 A
GE
60 A
GE
60 A
GE
60 A
GE
60 A
Shawmut TRS 600A
1200/5 1200/5 1200/5
1200/5 1200/51200/5 1200/5
R
R R R R
R R
Sheet No.
Sheet Title
Date Project No.
Issue Record No. Date Released For:
2020 Leppard Johnson & Associates, P.C.
c
Dwg. by Chk'ed by
SEAL
CR
ES
CE
NT
C
EN
TR
E
PA
RK
W
TE
TU
CK
ER
, G
EO
RG
IA
(7
)2
-1
FA
X
(7
)2
-9
Contrct #VA36C24920P0633
TG
TOWER
GENERATOR 1 & 2
OVERALL ONE LINE
AutoCAD SHX Text This drawing is the property of Leppard Johnson and Associates, P.C. and is not to be reproduced or copied in whole or in part, the dimensions of which are 24"x36". Its is only to be used for the project and site specifically identified herein and is not to be used on any other project without written permission from the Company. The Contractor is responsible for verifying all field measurements, quantities and dimensions, and related field construction criteria.
AutoCAD SHX Text 20021
AutoCAD SHX Text 4/2021
AutoCAD SHX Text
JS
AutoCAD SHX Text
RW
AutoCAD SHX Text
BOWLING CAMPUS LEXINGTON VA HEALTH CARE CENTER POWER SYSTEM STUDY
Continue on SWB SBC
Assumed no markings
Refer to SWB SBE for continuation to
MTS ELE.
Fed from Tower Main Service #2
Transformers T-2 & T-3
BP LC
PNL LC 0.4
8 k
V
DC -T-PNN SEC
0.2 kV
SWB SBG
0.4 8 k
V
BP NUCLEAR MED
0.4 8 k
V
DC P2
0.2 kV
BP 5HN
PNL 5HN
0.4 8 k
V
PNL L1
0.2 kV
PNL PNA 0.2
kV
DC T-XRD
0.4 8 k
V
DC SH
0.2 kV
PNL SH
0.2 kV
PNL XRD
0.2 kV
PNL CCU
0.2 kV
SWB SBF 0.4
8 k
V
PNL NUCLEAR MED
0.4 8 k
V
BP LD
PNL LD
0.4
8 k V
BP T-PY
PNL PY
0.2 kV
BP T-PY-2
BP T-PBB
PNL PBB
0.2 kV
BP T-PS
BP LB
PNL LB
0.4 8 k
V
PNL PY-2
0.2 kV
PNL PS
0.2 kV
BP T-PK/PP
PNL PK
0.2 kV
PNL PP
0.2 kV
BP MTS ELE
BP T-PC/PF
PNL PC
0.2 kV
PNL 5LNC
0.2 kV
BP LA
PNL LA
0.4 8 k
V
BP LG-6TH FLR
PNL LG-6TH FLR 0.4
8 k
V
BP T-PAA
PNL PAA
0.2 kV
PNL PP-PAA-A
0.2 kV
PNL 5NLD
0.2 kV
BP T-PHH/PO
BP T-PA/PD
PNL PHH
0.2 kV
PNL PO
0.2 kV
BP T-PW/NM/PX
DC PA/PD
PNL PW
0.2 kV
PNL NM
0.2 kV
PNL PX
BP LM
PNL LM
0.4 8 k
V
BP PQ
PNL PQ
0.2 kV
BP L2
PNL L2 0.4
8 k
V
BP MTS CCU
PNL P2 0.2
kV
BP T-PR
PNL PD
0.2 kV
PNL PR
0.2 kV
PNL PA
0.2 kV
BP SPARE
BP T-PJ/PN
PNL PJ
0.2 kV
PNL PN
BP T-PG/PH
DC T-PG/PH 0.4
8 k
V
BP T-PNN
PNL PH
0.2 kV
PNL PG 0.2
kV
DC T-PNN PRI
0.4 8 k
V
PNL PNN 0.2
kV
BP T-PL/PLA (PM)
PNL 5LNA
0.2 kV
PNL PLA
0.2 kV
PNL PL
0.2 kV
PNL 5LNB
0.2 kV
BP LL
PNL LL 0.4
8 k
V
MTS-ELE
0.4 8 k
V
BP T-H2
PNL H2
0.4 8 k
V
BP T-PBA
PNL PBA
0.2 kV
PNL L
0.2 kV
PNL LE1
0.4 8 k
V
PNL LE2
0.4
8 k V
DC T-PDD
0.4 8 k
V
DP SBB 0.4
8 k
V
DP SBJ 0.4
8 k
V
DP SBK
0.2 kV
PNL H
0.4 8 k
V
PNL PDD
0.2 kV
PNL PGG-1
0.2 kV
PNL PGG-2 0.2
kV
DC T-PEE
0.4 8 k
V
PNL PEE
0.2 kV
PNL LG
0.4 8 k
V
PNL PV-2 0.2
kV
PNL PV-1 0.2
kV
PNL PT
0.2 kV
DC T-SBL
0.4 8 k
V
DC T-PPP
0.4
8 k V
PNL PPP 0.2
kV
PNL SBL 0.2
kV
DC PEE
0.2 kV
MTS-CCU
MAIN SVR #2
0.065303 + j0.423956
0.051187 + j0.323509
T-5LNA
75 kVA
0.48 - 0.208 kV 4.65%
T-SH
30 kVA
0.48 - 0.208 kV 4.54%
T-XRD
25 kVA
0.48 - 0.208 kV 2.5%
T-CCU
75 kVA
0.48 - 0.208 kV 2.8%
T-PY
45 kVA
0.48 - 0.208 kV 2.5%
T-PBB
45 kVA
0.48 - 0.208 kV 2.5%
T-PY-2
45 kVA
0.48 - 0.208 kV 6.2%
T-PS
45 kVA
0.48 - 0.208 kV 2.5%
T-PK/PP
75 kVA
0.48 - 0.208 kV 2.5%
T-PC/PF
75 kVA
0.48 - 0.208 kV 2.5%
T-PAA
45 kVA
0.48 - 0.208 kV 2.5%
T-PHH/PO
112.5 kVA
0.48 - 0.208 kV 2.5%
T-PW/NM/PX
75 kVA
0.48 - 0.208 kV 2.5%
T-PA/PD
75 kVA
0.48 - 0.208 kV 2.5%
T-PQ
75 kVA
0.48 - 0.208 kV 5.5%
T-P2 75 kVA
0.48 - 0.208 kV 5.5%
T-PR
45 kVA
0.48 - 0.208 kV 2.5%
T-PJ/PN
75 kVA
0.48 - 0.208 kV 2.5%
T-PG/PH
112.5 kVA
0.48 - 0.208 kV 2.5%
T-PNN
45 kVA
0.48 - 0.208 kV 6.1%
T-PL/PLA
75 kVA
0.48 - 0.208 kV 2.5%
T-PBA
112.5 kVA
0.48 - 0.208 kV 4.9%
T-L 75 kVA
0.48 - 0.208 kV 5.5%
T-PDD
225 kVA
0.48 - 0.208 kV 2.5%
T-PEE
112.5 kVA
0.48 - 0.208 kV 2.5%
T-SBK
225 kVA
0.48 - 0.208 kV 2.5%
T-SBL
400 kVA
0.48 - 0.208 kV 3%
T-PPP
45 kVA
0.48 - 0.208 kV 2.5%
1- 1/
C -3
/0 A
W G
C U
, 7 0'
C on du it]
1-1/C-3/0 AWG
CU, 70', [Conduit]
1- 1/
C -3
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -2
A W
G C
U , 1
[C on du it]
1- 1/
C -3
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -4
A W
G C
U , 7
5'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 7 5'
C on du it]
1-1/C-3/0 AWG
CU, 10', [Conduit]
1- 1/
C -4
A W
G C
U , 6
5'
C on du it]
1- 1/
C -2
A W
G C
U , 1
5'
C on du it]
1- 1/
C -2
A W
G C
U , 5
[C on du it]
1- 1/
C -4
A W
G C
U , 2
[C on du it]
1- 1/
C -2
A W
G C
U , 1
[C on du it]
1- 1/
C -4
A W
G C
U , 5
[C on du it] 1-
1/ C
-2 A
W G
C U
, 2 0'
C on du it]
1- 1/
C -1
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 1 5'
C on du it] 1-
1/ C
-3 A
W G
C U
, 5
[C on du it]
1-1/C-3/0 AWG
CU, 75', [Conduit]
1-1/C-4 AWG
CU, 10', [Conduit]
1-1/C-2 AWG
CU, 10', [Conduit]
1- 1/
C -4
A W
G C
U , 2
0'
C on du it]
1-1/C-3/0 AWG
CU, 30', [Conduit]
1-1/C-3 AWG
CU, 20', [Conduit]
1-1/C-2 AWG
CU, 10', [Conduit]
1-1/C-4/0 AWG
CU, 75', [Conduit]
1- 1/
C -4
/0 A
W G
C U
, 9 0'
C on du it]
1-1/C-3 AWG
CU, 10', [Conduit]
1-1/C-2 AWG
CU, 10', [Conduit]
1-1/C-4/0 AWG
CU, 10', [Conduit]
1- 1/
C -4
/0 A
W G
C U
, 1 0'
C on du it]
1-1/C-3/0 AWG
CU, 10', [Conduit]
1- 1/
C -2
A W
G C
U , 4
5'
C on du it]
1-1/C-2 AWG
CU, 10', [Conduit]
1- 1/
C -2
A W
G C
U , 5
[C on du it]
1-1/C-1/0 AWG
CU, 20', [Conduit]
1- 1/
C -3
/0 A
W G
C U
, 1
[C on du it]
1- 1/
C -4 k cm il
C U
, 1
[C on du it]1-1/C-2 AWG CU, 10', [Conduit]
1-1/C-2 AWG
CU, 85', [Conduit]
1-1/C-4/0 AWG
CU, 10', [Conduit]
1-1/C-4/0 AWG
CU, 25', [Conduit]
1- 1/
C -4
/0 A
W G
C U
, 2 5'
C on du it]
1- 1/
C -1
A W
G C
U , 1
0'
C on du it]
1-1/C-2 AWG
CU, 215', [Conduit]
1- 1/
C -4
/0 A
W G
C U
, 2 5'
C on du it]
1-1/C-2 AWG
CU, 60', [Conduit]
1-1/C-3/0 AWG
CU, 115', [Conduit]
1- 1/
C -1
A W
G C
U , 7
0'
C on du it]
1-1/C-3 AWG
CU, 10', [Conduit]
1-1/C-2 AWG
CU, 10', [Conduit]
1- 1/
C -2
A W
G C
U , 7
5'
C on du it]
1- 1/
C -2
A W
G C
U , 1
0'
C on du it]
1-1/C-2 AWG
CU, 10', [Conduit]
1- 1/
C -3
/0 A
W G
C U
, 7 5'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 1 0'
C on du it]
1-1/C-1/0 AWG
CU, 60', [Conduit]
1- 1/
C -1
/0 A
W G
C U
, 5
[C on du it]
1-1/C-4/0 AWG
CU, 10', [Conduit]
1-1/C-2 AWG
CU, 85', [Conduit]
1-1/C-2 AWG
CU, 10', [Conduit]
1- 1/
C -4
/0 A
W G
C U
, 3 5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 3 5'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -3
A W
G C
U , 3
5'
C on du it]
1- 1/
C -1
/0 A
W G
C U
, 1
[C on du it]1-1/C-2 AWG CU, 10', [Conduit]
1- 1/
C -2 k cm il
C U
, 1 0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 7 5'
C on du it] 1-
1/ C
-3 /0
A W
G C
U , 7
5'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 7 5'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 5
[C on du it]
1- 1/
C -3
A W
G C
U , 1
5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -4 k cm il
C U
, 1 5'
C on du it] 2-
1/ C
-3 k cm il C
U , 1
5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 1 5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 2 0'
C on du it]
1- 1/
C -6 k cm il
C U
, 2 5'
C on du it]
1- 1/
C -6 k cm il
C U
, 1
[C on du it]
1- 1/
C -4
/0 A
W G
C U
, 1
[C on du it]
1- 1/
C -3 k cm il
C U
, 2 5'
C on du it]
1- 1/
C -6 k cm il
C U
, 1
[C on du it]
1- 1/
C -2 k cm il
C U
, 3
[C on du it]
1- 1/
C -4 k cm il
C U
, 5
[C on du it]
1- 1/
C -4
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 2 5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -4
A W
G C
U , 1
5'
C on du it]
1- 1/
C -6 k cm il
C U
, 1 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 5
[C on du it]
1- 1/
C -4
/0 A
W G
C U
, 5
[C on du it]
2- 1/
C -6 k cm il
C U
, 5
[C on du it]
1- 1/
C -4
/0 A
W G
C U
, 7 5'
C on du it] 1-
1/ C
-4 /0
A W
G C
U , 5
[C on du it]
1- 1/
C -3
/0 A
W G
C U
, 7 5'
C on du it]
1- 1/
C -6 k cm il
C U
, 5
[C on du it]
1- 1/
C -4
A W
G C
U , 5
[C on du it]
1- 1/
C -6 k cm il
C U
, 1
[C on du it]
1- 1/
C -5 k cm il
C U
, 5
[C on du it]
1- 1/
C -5 k cm il
C U
, 5
[C on du it]
1- 1/
C -3
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 5
[C on du it]
A
G en er ic
A
L, A
G en er ic
C
U , 1
5'
A
G en er ic
C
U , 1
5'
A
G en er ic
C
U , 1
5'
A
G en er ic
A L, A
G en er ic
A
L, A
G en er ic
A L, A
G en er ic
A L, 0'
A
G en er ic
A
L, 0'
A
G en er ic
A L, A
G en er ic
A
L, 0'
A
G en er ic
A L, 0'
A
G en er ic
A
L, 0'
A
G en er ic
A L, A
G en er ic
A
L, 0'
A
G en er ic
A
L, A
G en er ic
A
L, A
G en er ic
A L, 0'
A
G en er ic
A
L, A
G en er ic
A L, 0'
A
G en er ic
A
L, A
G en er ic
A L, A
G en er ic
A
L, A
G en er ic
A L, 0'
A
G en er ic
A
L, 0'
A
G en er ic
A L, A
G en er ic
A
L, A
G en er ic
A L, 0'
A
G en er ic
A
L, 0'
A
G en er ic
A L, A
G en er ic
A
L, 3200A-(Generic)
CU, 15'
C-H HFD
225/225A
Eaton EDB 225/200A
GE TFJ
225/200A
GE AK-2-50
1600/1760A
Siemens BLH 125/100A
SQD QOB
125/20A
GE TEY
100/20A
Siemens BQD 100/20A
GE THHQB
100/20A
Siemens BQD 100/100A
SQD QOB
125/20A
Siemens BLH 125/20A
GE TEY
100/20A
Eaton FD 225/125A
C-H BA
100/20A
GE TED
100/40A
C-H GHC
100/100A
GE TB4
400/400A
C-H QBH
100/100A
SQD EDB
125/100A
SQD QOB
125/60A
SQD QOB
125/100A
SQD QOB
125/20A
Siemens BLH 125/20A
Eaton FD 225/150A
Siemens QJH 225/200A
GE TEY
100/30A
GE AK-2-50
1600/960A
Siemens QJH 225/200A
Siemens QJH 225/200A
Siemens QJH 225/200A
Siemens QJH 225/200A
Siemens QJH 225/200A
GE TB1
150/100A
Siemens QJH 225/200A
Eaton EDB 225/200A
GE TB4
400/125A
Siemens QJH 225/200A
Eaton EDB 225/200A
ITE JXD2
400/300A
Siemens QJH 225/200A
Siemens QJH 225/200A
Siemens BL 125/100A
Siemens QJH 225/200A
Siemens QJH 225/200A
Siemens QJH 225/200A
Siemens QJH 225/200A
GE TFK
225/200A
GE THED
150/100A
GE TB1
150/100A
Siemens QJH 225/200A
Siemens QJH 225/200ASiemens QJH
225/200A
Siemens QJH 225/200A
GE TEY
100/20A
GE TQD
225/225A
GE TQD
225/225A
Eaton EDB 225/200A
GE TB1
150/100A
GE TB4
400/150A
GE TEY
100/20A
Siemens BQD 100/20A
SQD QO
125/15A
Siemens BQD 100/20A
C-H QBHW
100/20A
GE THHQB
100/20A
Siemens BQD 100/20A
SQD EDB
125/100A
SQD Q2L
225/225A
Siemens BQD
100/20A GE TED
100/60A
GE AK-2-75
3000/1500A
GE AK-2-50
1600/440A
GE AK-2-50
1600/448A
GE AKU-25
600/165A
GE AK-2-50
1600/400A
GE AK-2-50
1600/800A
GE TB4
400/225A
Siemens QJH 225/225A
Siemens QJH2 225/200A
Siemens BLH 125/30A
Siemens FXD6 250/200A
GE TB4
400/400A
GE TB4
400/400A
Siemens BLH 125/30A
GE TED
100/60A
Siemens JXD2-A 400/350A
SQD KA
250/225A
Siemens FXD6A 250/200A
Siemens BQD 100/30A
Siemens BLH 125/30A
Siemens BQD 100/20A
Siemens BLH 125/30A
Siemens BLH 125/20A
GE THFK
225/225A
Siemens BLH 125/50A
Siemens BQD 100/30A
Shawmut TRS 200A
Littelfuse FLSR(RK5) 100A
Shawmut TRS(RK5) 100A
Shawmut TRS(RK5) 200A
Shawmut TRS 70A
BUSS FRS-R(RK5)
70A~
Shawmut TRS 100A
Shawmut TRS(RK5) 200A
Shawmut TRS 70A
Shawmut TRS 100A
Shawmut TRS 100A
Shawmut TRS 200A
Shawmut TRS 100A
Shawmut TRS 150A
Shawmut TRS 100A
Shawmut TRS 70A
Shawmut TRS 100A
Littelfuse FLNR(RK5) 100A
Shawmut TRS 100A
Shawmut TRS 100A
Shawmut TRS(RK5) 150A~
Shawmut TRS 100A
BUSS FRS-R(RK5)
100A
BUSS FRS-R(RK5)
200A
Shawmut TRS 100A
Littelfuse FLSR(RK5) 200A
1600/5 1200/5
2000/5
500/5 500/5 500/5 500/5 500/5 R
R
R
G
R
N
R
N
R
N
R
N
R
N
Sheet MV
To ATS UPS on Riser SBE.
Sheet T1-C
Continue on SWB SBC
MTS-CCU.
Sheet T1-C
Refer to SWB SBE for continuation to
MTS ELE.
Sheet T1-C
Sheet No.
Sheet Title
Date Project No.
Issue Record No. Date Released For:
2020 Leppard Johnson & Associates, P.C.
c
Dwg. by Chk'ed by
SEAL
CR
ES
CE
NT
C
EN
TR
E
PA
RK
W
TE
TU
CK
ER
, G
EO
RG
IA
(7
)2
-1
FA
X
(7
)2
-9
Contrct #VA36C24920P0633
SWB SBB, SBF & SBG
OVERALL ONE LINE
T2
SHEET T2-A
SHEET T2-B
AutoCAD SHX Text This drawing is the property of Leppard Johnson and Associates, P.C. and is not to be reproduced or copied in whole or in part, the dimensions of which are 24"x36". Its is only to be used for the project and site specifically identified herein and is not to be used on any other project without written permission from the Company. The Contractor is responsible for verifying all field measurements, quantities and dimensions, and related field construction criteria.
AutoCAD SHX Text 20021
AutoCAD SHX Text 4/2021
AutoCAD SHX Text
JS
AutoCAD SHX Text
RW
AutoCAD SHX Text
BOWLING CAMPUS LEXINGTON VA HEALTH CARE CENTER POWER SYSTEM STUDY
To ATS UPS on Riser SBE.
Sheet T1-C
Assumed no markings
BP LC
PNL LC 0.4
8 k
V
SWB SBG
0.4 8 k
V
BP NUCLEAR MED
0.4 8 k
V
PNL L1
0.2 kV
DC T-XRD
0.4 8 k
V
DC SH
0.2 kV
PNL SH
0.2 kV
PNL XRD
0.2 kV
SWB SBF 0.4
8 k
V
PNL NUCLEAR MED
0.4 8 k
V
BP LD
PNL LD
0.4 8 k
V
BP T-PY
PNL PY
0.2 kV
BP T-PY-2
BP T-PBB
PNL PBB
0.2 kV
BP T-PS
BP LB
PNL LB
0.4 8 k
V
PNL PY-2
0.2 kV
PNL PS
0.2 kV
BP T-PK/PP
PNL PK
0.2 kV
PNL PP
0.2 kV
BP T-PAA
PNL PAA
0.2 kV
PNL PP-PAA-A
0.2 kV
BP T-PHH/PO
PNL PHH
0.2 kV
PNL PO
0.2 kV
BP T-PW/NM/PX
PNL PW
0.2 kV
PNL NM
0.2 kV
PNL PX
BP LM
PNL LM
0.4 8 k
V
BP PQ
PNL PQ
0.2 kV
BP T-H2
PNL H2
0.4 8 k
V
BP T-PBA
PNL PBA
0.2 kV
PNL L
0.2 kV
PNL LE1
0.4 8 k
V
PNL LE2
0.4 8 k
V
DC T-PDD
0.4 8 k
V
DP SBB 0.4
8 k
V
DP SBJ 0.4
8 k
V
DP SBK
0.2 kV
PNL H
0.4 8 k
V
PNL PDD
0.2 kV
PNL PGG-1
0.2 kV
PNL PGG-2 0.2
kV
DC T-PEE
0.4 8 k
V
PNL PEE
0.2 kV
PNL LG
0.4 8 k
V
PNL PV-2 0.2
kV
PNL PV-1 0.2
kV
PNL PT
0.2 kV
DC T-SBL
0.4 8 k
V
DC T-PPP
0.4 8 k
V
PNL PPP 0.2
kV
PNL SBL 0.2
kV
DC PEE
0.2 kV
T-SH
30 kVA
0.48 - 0.208 kV 4.54%
T-XRD
25 kVA
0.48 - 0.208 kV 2.5%
T-PY
45 kVA
0.48 - 0.208 kV 2.5%
T-PBB
45 kVA
0.48 - 0.208 kV 2.5%
T-PY-2
45 kVA
0.48 - 0.208 kV 6.2%
T-PS
45 kVA
0.48 - 0.208 kV 2.5%
T-PK/PP
75 kVA
0.48 - 0.208 kV 2.5%
T-PAA
45 kVA
0.48 - 0.208 kV 2.5%
T-PHH/PO
112.5 kVA
0.48 - 0.208 kV 2.5%
T-PW/NM/PX
75 kVA
0.48 - 0.208 kV 2.5%
T-PQ
75 kVA
0.48 - 0.208 kV 5.5%
T-PBA
112.5 kVA
0.48 - 0.208 kV 4.9%
T-L 75 kVA
0.48 - 0.208 kV 5.5%
T-PDD
225 kVA
0.48 - 0.208 kV 2.5%
T-PEE
112.5 kVA
0.48 - 0.208 kV 2.5%
T-SBK
225 kVA
0.48 - 0.208 kV 2.5%
T-SBL
400 kVA
0.48 - 0.208 kV 3%
T-PPP
45 kVA
0.48 - 0.208 kV 2.5%
1- 1/
C -3
/0 A
W G
C U
, 7 0'
C on du it]
1-1/C-3/0 AWG
CU, 70', [Conduit]
1- 1/
C -2
A W
G C
U , 1
[C on du it]
1- 1/
C -4
A W
G C
U , 7
5'
C on du it]
1- 1/
C -4
A W
G C
U , 6
5'
C on du it]
1- 1/
C -2
A W
G C
U , 1
5'
C on du it]
1- 1/
C -4
A W
G C
U , 2
[C on du it]
1- 1/
C -2
A W
G C
U , 1
[C on du it]
1- 1/
C -4
A W
G C
U , 5
[C on du it] 1-
1/ C
-2 A
W G
C U
, 2 0'
C on du it]
1- 1/
C -1
/0 A
W G
C U
, 1 0'
C on du it]
1-1/C-3/0 AWG
CU, 75', [Conduit]
1-1/C-4 AWG
CU, 10', [Conduit]
1-1/C-2 AWG
CU, 10', [Conduit]
1- 1/
C -4
A W
G C
U , 2
0'
C on du it]
1-1/C-3/0 AWG
CU, 30', [Conduit]
1-1/C-3 AWG
CU, 20', [Conduit]
1-1/C-2 AWG
CU, 10', [Conduit]
1-1/C-4/0 AWG
CU, 75', [Conduit]
1- 1/
C -4
/0 A
W G
C U
, 9 0'
C on du it]
1-1/C-2 AWG
CU, 10', [Conduit]
1- 1/
C -2
A W
G C
U , 5
[C on du it]
1-1/C-1/0 AWG
CU, 20', [Conduit]
1- 1/
C -3
/0 A
W G
C U
, 1
[C on du it]
1- 1/
C -4 k cm il
C U
, 1
[C on du it]1-1/C-2 AWG CU, 10', [Conduit]
1-1/C-4/0 AWG
CU, 10', [Conduit]
1-1/C-4/0 AWG
CU, 25', [Conduit]
1- 1/
C -1
A W
G C
U , 1
0'
C on du it]
1-1/C-2 AWG
CU, 215', [Conduit]
1-1/C-2 AWG
CU, 60', [Conduit]
1- 1/
C -1
/0 A
W G
C U
, 1
[C on du it]1-1/C-2 AWG CU, 10', [Conduit]
1- 1/
C -2 k cm il
C U
, 1 0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 7 5'
C on du it] 1-
1/ C
-3 /0
A W
G C
U , 7
5'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 7 5'
C on du it]
1- 1/
C -3
A W
G C
U , 1
5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -4 k cm il
C U
, 1 5'
C on du it] 2-
1/ C
-3 k cm il C
U , 1
5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 1 5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 2 0'
C on du it]
1- 1/
C -6 k cm il
C U
, 2 5'
C on du it]
1- 1/
C -6 k cm il
C U
, 1
[C on du it]
1- 1/
C -4
/0 A
W G
C U
, 1
[C on du it]
1- 1/
C -3 k cm il
C U
, 2 5'
C on du it]
1- 1/
C -6 k cm il
C U
, 1
[C on du it]
1- 1/
C -2 k cm il
C U
, 3
[C on du it]
1- 1/
C -4 k cm il
C U
, 5
[C on du it]
1- 1/
C -4
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 2 5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -4
A W
G C
U , 1
5'
C on du it]
1- 1/
C -6 k cm il
C U
, 1 0'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 5
[C on du it]
1- 1/
C -4
/0 A
W G
C U
, 5
[C on du it]
2- 1/
C -6 k cm il
C U
, 5
[C on du it]
1- 1/
C -4
/0 A
W G
C U
, 7 5'
C on du it] 1-
1/ C
-4 /0
A W
G C
U , 5
[C on du it]
1- 1/
C -3
/0 A
W G
C U
, 7 5'
C on du it]
1- 1/
C -6 k cm il
C U
, 5
[C on du it]
1- 1/
C -4
A W
G C
U , 5
[C on du it]
1- 1/
C -6 k cm il
C U
, 1
[C on du it]
1- 1/
C -5 k cm il
C U
, 5
[C on du it]
1- 1/
C -5 k cm il
C U
, 5
[C on du it]
1- 1/
C -3
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 5
[C on du it]
A
G en er ic
A
L, A
G en er ic
C
U , 1
5'
A
G en er ic
C
U , 1
5'
A
G en er ic
C
U , 1
5'
A
G en er ic
A L, A
G en er ic
A
L, A
G en er ic
A L, A
G en er ic
A L, 0'
A
G en er ic
A
L, 0'
A
G en er ic
A L, A
G en er ic
A
L, 0'
A
G en er ic
A
L, A
G en er ic
A
L, A
G en er ic
A L, 0'
A
G en er ic
A
L, A
G en er ic
A L, 0'
3200A-(Generic)
CU, 15'
C-H HFD
225/225A
GE AK-2-50
1600/1760A
Siemens BLH 125/100A
SQD QOB
125/20A
GE TEY
100/20A
Siemens BQD 100/20A
GE TED
100/40A
C-H GHC
100/100A
GE TB4
400/400A
C-H QBH
100/100A
SQD EDB
125/100A
SQD QOB
125/60A
SQD QOB
125/100A
SQD QOB
125/20A
Siemens BLH 125/20A
Eaton FD 225/150A
GE TEY
100/30A
GE AK-2-50
1600/960A
Siemens QJH 225/200A
Siemens QJH 225/200A
Siemens QJH 225/200A
Siemens QJH 225/200A
Siemens QJH 225/200A
Siemens QJH 225/200A
ITE JXD2
400/300A
Siemens QJH 225/200A
Siemens QJH 225/200A
Siemens BL 125/100A
Siemens QJH 225/200A
Siemens QJH 225/200A
GE TB4
400/150A
GE TEY
100/20A
Siemens BQD 100/20A
SQD QO
125/15A
Siemens BQD 100/20A
SQD EDB
125/100A
SQD Q2L
225/225A
Siemens BQD
100/20A GE TED
100/60A
GE AK-2-75
3000/1500A
GE AK-2-50
1600/440A
GE AK-2-50
1600/448A
GE AKU-25
600/165A
GE AK-2-50
1600/400A
GE AK-2-50
1600/800A
GE TB4
400/225A
Siemens QJH 225/225A
Siemens QJH2 225/200A
Siemens BLH 125/30A
Siemens FXD6 250/200A
GE TB4
400/400A
GE TB4
400/400A
Siemens BLH 125/30A
GE TED
100/60A
Siemens JXD2-A 400/350A
SQD KA
250/225A
Siemens FXD6A 250/200A
Siemens BQD 100/30A
Siemens BLH 125/30A
Siemens BQD 100/20A
Siemens BLH 125/30A
Siemens BLH 125/20A
GE THFK
225/225A
Siemens BLH 125/50A
Siemens BQD 100/30A
Shawmut TRS 200A
Littelfuse FLSR(RK5) 100A
Shawmut TRS(RK5) 100A
Shawmut TRS(RK5) 200A
Shawmut TRS 70A
BUSS FRS-R(RK5)
70A~
Shawmut TRS 100A
Shawmut TRS(RK5) 200A
Shawmut TRS 70A
Shawmut TRS 100A
Shawmut TRS 100A
Shawmut TRS 150A
Shawmut TRS 70A
Shawmut TRS 100A
Littelfuse FLSR(RK5) 200A
1600/5 1200/5
2000/5
500/5 500/5 500/5 500/5 500/5 R
R
R
G
R
N
R
N
R
N
R
N
R
N
Fed from Tower Main Service #2
Transformers T-2 & T-3
MAIN SVR #2
0.065303 + j0.423956
0.051187 + j0.323509
Sheet MV
TO BP L2
SHEET T2-B
TO BP MTS ELE
SHEET T2-B
Sheet No.
Sheet Title
Date Project No.
Issue Record No. Date Released For:
2020 Leppard Johnson & Associates, P.C.
c
Dwg. by Chk'ed by
SEAL
CR
ES
CE
NT
C
EN
TR
E
PA
RK
W
TE
TU
CK
ER
, G
EO
RG
IA
(7
)2
-1
FA
X
(7
)2
-9
Contrct #VA36C24920P0633
T2-A
SWB SBB, SBF & SBG
TOWER ONE LINE
AutoCAD SHX Text This drawing is the property of Leppard Johnson and Associates, P.C. and is not to be reproduced or copied in whole or in part, the dimensions of which are 24"x36". Its is only to be used for the project and site specifically identified herein and is not to be used on any other project without written permission from the Company. The Contractor is responsible for verifying all field measurements, quantities and dimensions, and related field construction criteria.
AutoCAD SHX Text 20021
AutoCAD SHX Text 4/2021
AutoCAD SHX Text
JS
AutoCAD SHX Text
RW
AutoCAD SHX Text
BOWLING CAMPUS LEXINGTON VA HEALTH CARE CENTER POWER SYSTEM STUDY
Continue on SWB SBC
MTS-CCU.
Sheet T1-C
Refer to SWB SBE for continuation to
MTS ELE.
Sheet T1-C
DC -T-PNN SEC
0.2 kV
DC P2
0.2 kV
BP 5HN
PNL 5HN
0.4 8 k
V
PNL PNA 0.2
kV
PNL CCU
0.2 kV
BP MTS ELE
BP T-PC/PF
PNL PC
0.2 kV
PNL 5LNC
0.2 kV
BP LA
PNL LA
0.4 8 k
V
BP LG-6TH FLR
PNL LG-6TH FLR 0.4
8 k
V
PNL 5NLD
0.2 kV
BP T-PA/PD
DC PA/PD
BP L2
PNL L2
0.4 8 k
V
BP MTS CCU
PNL P2 0.2
kV
BP T-PR
PNL PD
0.2 kV
PNL PR
0.2 kV
PNL PA
0.2 kV
BP SPARE
BP T-PJ/PN
PNL PJ
0.2 kV
PNL PN
BP T-PG/PH
DC T-PG/PH 0.4
8 k
V
BP T-PNN
PNL PH
0.2 kV
PNL PG 0.2
kV
DC T-PNN PRI
0.4 8 k
V
PNL PNN 0.2
kV
BP T-PL/PLA (PM)
PNL 5LNA
0.2 kV
PNL PLA
0.2 kV
PNL PL
0.2 kV
PNL 5LNB
0.2 kV
BP LL
PNL LL 0.4
8 k
V
MTS-ELE
0.4 8 k
V MTS-CCU
T-5LNA
75 kVA
0.48 - 0.208 kV 4.65%
T-CCU
75 kVA
0.48 - 0.208 kV
2.8%T-PC/PF
75 kVA
0.48 - 0.208 kV 2.5%
T-PA/PD
75 kVA
0.48 - 0.208 kV 2.5%
T-P2 75 kVA
0.48 - 0.208 kV 5.5%
T-PR
45 kVA
0.48 - 0.208 kV 2.5%
T-PJ/PN
75 kVA
0.48 - 0.208 kV 2.5%
T-PG/PH
112.5 kVA
0.48 - 0.208 kV 2.5%
T-PNN
45 kVA
0.48 - 0.208 kV 6.1%
T-PL/PLA
75 kVA
0.48 - 0.208 kV 2.5%
1- 1/
C -3
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 7 5'
C on du it]
1-1/C-3/0 AWG
CU, 10', [Conduit]
1- 1/
C -2
A W
G C
U , 5
[C on du it]
1- 1/
C -3
/0 A
W G
C U
, 1 5'
C on du it] 1-
1/ C
-3 A
W G
C U
, 5
[C on du it]
1-1/C-3 AWG
CU, 10', [Conduit]
1-1/C-2 AWG
CU, 10', [Conduit]
1-1/C-4/0 AWG
CU, 10', [Conduit]
1- 1/
C -4
/0 A
W G
C U
, 1 0'
C on du it]
1-1/C-3/0 AWG
CU, 10', [Conduit]
1- 1/
C -2
A W
G C
U , 4
5'
C on du it]
1-1/C-2 AWG
CU, 85', [Conduit]
1- 1/
C -4
/0 A
W G
C U
, 2 5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 2 5'
C on du it]
1-1/C-3/0 AWG
CU, 115', [Conduit]
1- 1/
C -1
A W
G C
U , 7
0'
C on du it]
1-1/C-3 AWG
CU, 10', [Conduit]
1-1/C-2 AWG
CU, 10', [Conduit]
1- 1/
C -2
A W
G C
U , 7
5'
C on du it]
1- 1/
C -2
A W
G C
U , 1
0'
C on du it]
1-1/C-2 AWG
CU, 10', [Conduit]
1- 1/
C -3
/0 A
W G
C U
, 7 5'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 1 0'
C on du it]
1-1/C-1/0 AWG
CU, 60', [Conduit]
1- 1/
C -1
/0 A
W G
C U
, 5
[C on du it]
1-1/C-4/0 AWG
CU, 10', [Conduit]
1-1/C-2 AWG
CU, 85', [Conduit]
1-1/C-2 AWG
CU, 10', [Conduit]
1- 1/
C -4
/0 A
W G
C U
, 3 5'
C on du it]
1- 1/
C -4
/0 A
W G
C U
, 3 5'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 1 0'
C on du it]
1- 1/
C -3
A W
G C
U , 3
5'
C on du it]
1- 1/
C -3
/0 A
W G
C U
, 5
[C on du it]
A
G en er ic
A
L, 0'
A
G en er ic
A L, 0'
A
G en er ic
A
L, A
G en er ic
A L, 0'
A
G en er ic
A
L, A
G en er ic
A L, A
G en er ic
A
L, A
G en er ic
A L, 0'
A
G en er ic
A
L, 0'
A
G en er ic
A L, A
G en er ic
A
L, A
G en er ic
A L, 0'
A
G en er ic
A
L, 0'
A
G en er ic
A L, A
G en er ic
A
L, Eaton EDB 225/200A
GE TFJ
225/200A
GE THHQB
100/20A
Siemens BQD 100/100A
SQD QOB
125/20A
Siemens BLH 125/20A
GE TEY
100/20A
Eaton FD 225/125A
C-H BA
100/20A
Siemens QJH 225/200A
GE TB1
150/100A
Siemens QJH 225/200A
Eaton EDB 225/200A
GE TB4
400/125A
Eaton EDB 225/200A
Siemens QJH 225/200A
Siemens QJH 225/200A
GE TFK
225/200A
GE THED
150/100A
GE TB1
150/100A
Siemens QJH 225/200A
Siemens QJH 225/200ASiemens QJH
225/200A
Siemens QJH 225/200A
GE TEY
100/20A
GE TQD
225/225A
GE TQD
225/225A
Eaton EDB 225/200A
GE TB1
150/100A
C-H QBHW
100/20A
GE THHQB
100/20A
Siemens BQD 100/20A
Shawmut TRS 100A
Shawmut TRS 200A
Shawmut TRS 100A
Littelfuse FLNR(RK5) 100A
Shawmut TRS 100A
Shawmut TRS 100A
Shawmut TRS(RK5) 150A~
Shawmut TRS 100A
BUSS FRS-R(RK5)
100A
BUSS FRS-R(RK5)
200A
Shawmut TRS 100A
TO BP PQ
SHEET T2-A
TO BP T-PK/PP
SHEET T2-A
Sheet No.
Sheet Title
Date Project No.
Issue Record No. Date Released For:
2020 Leppard Johnson & Associates, P.C.
c
Dwg. by Chk'ed by
SEAL
CR
ES
CE
NT
C
EN
TR
E
PA
RK
W
TE
TU
CK
ER
, G
EO
RG
IA
(7
)2
-1
FA
X
(7
)2
-9
Contrct #VA36C24920P0633
T2-B
SWB SBF & SBG
TOWER ONE LINE
AutoCAD SHX Text This drawing is the property of Leppard Johnson and Associates, P.C. and is not to be reproduced or copied in whole or in part, the dimensions of which are 24"x36". Its is only to be used for the project and site specifically identified herein and is not to be used on any other project without written permission from the Company. The Contractor is responsible for verifying all field measurements, quantities and dimensions, and related field construction criteria.
AutoCAD SHX Text 20021
AutoCAD SHX Text 4/2021
AutoCAD SHX Text
JS
AutoCAD SHX Text
RW
AutoCAD SHX Text
BOWLING CAMPUS LEXINGTON VA HEALTH CARE CENTER POWER SYSTEM STUDY
File details come from the government source that posted it. Updated .