Project_Drawings.pdf
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- Solicitation number
- DE-SOL-0008443
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RAPID CITY-DRY CREEK 115-KV TRANSMISSION LINE
STEEL POLE STRUCTURE FOUNDATIONS
SOUTH DAKOTA
SECTION C
DESCRIPTION/SPECIFICATIONS
Solicitation No. DE-SOL-0008443 Specification No. 15WC112489-829
RAPID CITY- DRY CREEK 115kV TRANSMISSION LINE - STEEL POLE STRUCTURE FOUNDATIONS
PROJECT DRAWINGS
A. GENERAL:
CONSTRUCTION STANDARD DRAWINGS: A complete set of standard drawings are available at http://www.wapa.gov/business/buys.htm. Construction drawings are the specification drawings and any additional drawings required for use in construction. The construction drawings will be issued after contract award and may include amendment changes and other details, which make the drawings suitable to use for construction purposes.
PROJECT DRAWINGS: Project drawings included herein are reduced reproductions and are not to scale. Some project drawings show details of fabrication and other information not a part of the work. Disregard information and details, which are not applicable.
STANDARD DRAWINGS: Where details shown on standard drawings included herein differ from project drawings or text, the details of project drawings or text shall govern.
INFORMATIONAL DRAWINGS: Some project drawings have the words “FOR INFORMATION ONLY” appearing above the title block. These drawings show some information, which may be required for bidding purposes.
These drawings do not show items to be furnished or work to be performed.
EXISTING INSTALLATION DRAWINGS: Some project drawings have the words “EXISTING INSTALLATION” appearing above the title block. These drawings show the existing installations prior to modifications and may show some new work to be performed.
REFERENCE DRAWINGS: Reference drawings referred to on project drawings and not included herein, are not necessary for bidding purposes.
CONTRACTOR'S RESPONSIBILITY: Check all drawings and advise Western of any errors or omissions.
B. LIST OF DRAWINGS:
LOCATION MAPS:
1. RC 0015 Rev. B – Rapid City Substation Location and Vicinity Map
2. RC-DRY T200 – Rapid City-Dry Creek 115kV Transmission Line
Steel Pole Structures Located in 100-Year Flood Plain
TRANSMISSION LINE STEEL POLE STRUCTURE FOUNDATIONS:
3. RC-DRY 2100 – Type 157D Steel Pole Structures Foundations
4. RC-DRY 2101 – Type 158A Steel Pole Structures Foundations
5. RC-DRY 2102 Rev. A – Type 158D Steel Pole Structures Foundations
6. RC-DRY 2103 Rev. A – Type 158L Steel Pole Structures Foundations
7. RC-DRY 2104 – Type 158N Steel Pole Structures Foundations
PLAN AND PROFILES:
8. RC-DRY 4000 Rev. A – Rapid City-Dry Creek 115kV Transmission Line Summary Key Map
9. RC-DRY 4001 Rev. A – Rapid City-Dry Creek 115kV Transmission Line Str Dry TOS to Str 0/10
10. RC-DRY 4002 Rev. A – Rapid City-Dry Creek 115kV Transmission Line Str Dry TOS to Str 0/10
11. RC-DRY 4003 Rev. A – Rapid City-Dry Creek 115kV Transmission Line Str 1/6 to Str 2/3
12. RC-DRY 4004 Rev. A – Rapid City-Dry Creek 115kV Transmission Line Str 2/3 to Str 3/4
13. RC-DRY 4005Rev. A – Rapid City-Dry Creek 115kV Transmission Line Str 3/4 to Str 4/1
14. RC-DRY 4006 Rev. A – Rapid City-Dry Creek 115kV Transmission Line Str 4/1 to Str 4/11
15. RC-DRY 4007 Rev. A – Rapid City-Dry Creek 115kV Transmission Line Str 4/11 to Str 5/9
16. RC-DRY 4008 Rev. A – Rapid City-Dry Creek 115kV Transmission Line Str 69kV TOS to Str 0/2
GEOLOGY:
17. RC-DRY 8000 – Rapid City-Dry Creek 115kV Transmission Line Soil Boring Diagram Overview
18. RC-DRY 8001 – Rapid City-Dry Creek 115kV Transmission Line Soil Boring Diagram #1 North
19. RC-DRY 8002 – Rapid City-Dry Creek 115kV Transmission Line Soil Boring Diagram #2 Center
20. RC-DRY 8003 – Rapid City-Dry Creek 115kV Transmission Line Soil Boring Diagram #3 South
21. RC-DRY 8004 – Rapid City-Dry Creek 115kV Transmission Line Geologic Soil Borings Boring Nos. SB-1
& SB-2
22. RC-DRY 8005 – Rapid City-Dry Creek 115kV Transmission Line Geologic Soil Borings Boring Nos. SB-3
& SB-4
23. RC-DRY 8006 – Rapid City-Dry Creek 115kV Transmission Line Geologic Soil Borings Boring Nos. SB-5
& SB-6
24. RC-DRY 8007 – Rapid City-Dry Creek 115kV Transmission Line Geologic Soil Borings Boring Nos. SB-7
& SB-8
25. RC-DRY 8008 – Rapid City-Dry Creek 115kV Transmission Line Geologic Soil Borings Boring Nos. SB-9
& SB-10
26. RC-DRY 8009 – Rapid City-Dry Creek 115kV Transmission Line Geologic Soil Borings Boring Nos. SB-11
& SB-12
27. RC-DRY 8010 – Rapid City-Dry Creek 115kV Transmission Line Geologic Soil Borings Boring No. SB-14
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BURIED CABLE
WTR WTR
WV WTR
BURIED CABLE
BURIED CABLE
BURIED CABLE
UG COMM
UG COMM
BURIED CABLE
SWR
BURIED CABLE
UG COMM
BURIED CABLE
P BURIED CABLE
BURIED CABLE
BURIED CABLE
BURIED CABLE
UG COMM
UG COMM
UG COMM
UG ELEC
WV
BURIED CABLE
WTR
UG COMM
WV
UG COMM
UG ELEC
BURIED CABLE
UG COMM
UG COMM
UG COMM
BURIED CABLE
GAS
BURIED CABLE
GAS
BURIED CABLE
WTR WTR
UG COMM
UG COMM
GAS
UG COMM
UG COMM
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BURIED CABLE
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UG COMM
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UG COMM
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UG COMM
UG COMM
UG COMM
UG COMM
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BURIED CABLE
UG COMM
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UG COMM
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UG ELEC
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UG COMM
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SWR
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UG COMM
UG COMM
BURIED CABLE
BURIED CABLE
UG COMM
UG COMM
UG COMM
BURIED CABLE
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BURIED CABLE
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UG COMM
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UG COMM
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PI 0+00.00
0°00'00"
PI 2+75.32
-41°57'49"
PI 2+75.32
-41°57'49"
PI 4+92.21
52°27'06"
PI 4+92.21
52°27'06"
PI 8+16.86
-55°17'38"
PI 8+16.86
-55°17'38"
PI 12+46.84
-0°00'10"
PI 27+94.01
82°01'17"
PI 27+94.01
82°01'17"
PI 31+19.47
-30°39'01"
PI 31+19.47
-30°39'01"
DRY TOS 0/1 0/2 0/3 0/4 0/5 0/6 0/7 0/8 0/9 0/10
WESTERN AREA POWER ADMINISTRATION
UNITED STATES DEPARTMENT OF ENERGY
C A
E
CORPORATE SERVICES OFFICE - LAKEWOOD, COLORADO
D E
S
IG
N R
E F.
F
IL
LS
CENTERLINE
1"=200' HORIZONTAL
1"=40' VERTICAL
SCALE:
APPROVED DESIGNED
SOUTH DAKOTA
ROSS CLARK
ELECTRICAL ENGINEERING MANAGER
DENE CLAIR
LT 30 FT PROFILE LINE
RT 30 FT PROFILE LINE
RAPID CITY-DRY CREEK
115-KV TRANSMISSION LINE
PLAN & PROFILE
RC-DRY
80 FT R-O-W LINE
NOTES:
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS DOUBLE-CIRCUIT
WITH WESTERN'S RAPID CITY-DRY CREEK 115-KV TRANSMISSION LINE FROM
STRUCTURE NO. 0/2 TO STRUCTURE NO. 5/8.
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS INSULATED FOR 115-KV.
1.
2.
PHASING
TOS
OPGW
DRY TOS
RAPID CITY SUB.
OGW
PHASING
OPGW OGW
PHASING
OPGW (2) OGW
PHASING
RC-DRY
115-KV
BLACK
HILLS
69-KV
RC-DRY
115-KV
BLACK
HILLS
69-KV
LOOKING AHEAD
0/3 TO 0/10
C
B
A
C
B
A
LOOKING AHEAD
STR NO. 0/2
C
B
A
C
B
A A B C
LOOKING AHEAD
STR NO. 0/1
A B C
LOOKING AHEAD
(BK)
(BK)
STR NO.
NESC HEAVY LOADING - 0°F, 4 PSF, 1/2" ICE
COND. - 556.5 KCMIL, ACSS, 26/7, "DOVE"
CURVE SHOWN AT 482°F FINAL CONDITIONS
OGW - 3/8-INCH, EHS, 7-STRAND STEEL (DRY TOS TO 0/1)
CURVE SHOWN AT -40°F, INITIAL CONDITIONS
OPGW - 0.465-INCH, 48 FIBER (AFL CC-57/465)
CURVE SHOWN AT -40°F, INITIAL CONDITIONS
DESIGN RULING SPAN VARIES
GROUND CLEARANCE = 21.1 FT. MINIMUM
ROAD CLEARANCE = 30 FT. MINIMUM
MAXIMUM DESIGN OPERATING TEMP. (DOVE ACSS) = 482°F
STRUCTURE SPOTTING BY PLS-CADD
RULING
SPAN
STRUCTURE NUMBER CONDUCTOR
NESC TMAX
OPGW
NESC TMAX
OGW
NESC TMAX FROM TO
273.9
DRY TOS
(RAPID CITY SUB.) 0/1 3900 2600 2050
212.9 0/1 0/2 4500 3300
324.8 0/2 0/3 5000 3700
399.3 0/3 0/8 5400 4000
320.6 0/8 0/9 5000 3700
429.5 0/9 0/12 5500 4100
OPGW
A 5-08-15
A7-DMC
RS TABLE, PHASING DIAGRAM FOR DRY TOS, AND COORDIANTE
SYSTEM DESCRIPTION. ADDED OPGW SPLICE AT DRY TOS.
MOVED STR 0/3 30FT NW. AND STR 0/7 15 FT BOL. REVISED
(RS)
STR DRY TOS TO STR 0/10
R C
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COORDINATES AND BEARINGS ARE BASED
ON THE SOUTH DAKOTA SOUTH STATE PLANE
COORDINATE SYSTEM, NAD83 DATUM.
UNITS ARE IN US SURVEY FEET. AUGUST 21, 2014
40+00 50+00 60+00 70+00
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PI 43+78.45
89°57'57"
PI 43+78.45
89°57'57"
PI 47+65.28
-89°49'55"
PI 47+65.28
-89°49'55"
PI 57+86.46
-22°41'33"
PI 57+86.46
-22°41'33"
PI 64+01.59
22°30'01"
PI 64+01.59
22°30'01"
0/10 0/11 0/12 0/13 0/14 1/1 1/2 1/3 1/4 1/5 1/6
WESTERN AREA POWER ADMINISTRATION
UNITED STATES DEPARTMENT OF ENERGY
C A
E
CORPORATE SERVICES OFFICE - LAKEWOOD, COLORADO
D E
S
IG
N R
E F.
F
IL
1"=40' VERTICAL
SCALE:
APPROVED DESIGNED
SOUTH DAKOTA
ROSS CLARK
ELECTRICAL ENGINEERING MANAGER
DENE CLAIR
LT 30 FT PROFILE LINE
RT 30 FT PROFILE LINE
RAPID CITY-DRY CREEK
115-KV TRANSMISSION LINE
PLAN & PROFILE
RC-DRY
80 FT R-O-W LINE
NOTES:
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS DOUBLE-CIRCUIT
WITH WESTERN'S RAPID CITY-DRY CREEK 115-KV TRANSMISSION LINE FROM
STRUCTURE NO. 0/2 TO STRUCTURE NO. 5/8.
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS INSULATED FOR 115-KV.
1.
2.
PHASING
RC-DRY
115-KV
BLACK
HILLS
69-KV
LOOKING AHEAD
0/10 TO 1/6
C
B
A
C
B
A
STR NO. 0/10
NESC HEAVY LOADING - 0°F, 4 PSF, 1/2" ICE
COND. - 556.5 KCMIL, ACSS, 26/7, "DOVE"
CURVE SHOWN AT 482°F FINAL CONDITIONS
OPGW - 0.465-INCH, 48 FIBER (AFL CC-57/465)
CURVE SHOWN AT -40°F, INITIAL CONDITIONS
DESIGN RULING SPAN VARIES
GROUND CLEARANCE = 21.1 FT. MINIMUM
ROAD CLEARANCE = 30 FT. MINIMUM
MAXIMUM DESIGN OPERATING TEMP. (DOVE ACSS) = 482°F
STRUCTURE SPOTTING BY PLS-CADD
RULING
SPAN
STRUCTURE NUMBER CONDUCTOR
NESC TMAX
OPGW
NESC TMAX
OGW
NESC TMAX FROM TO
429.5 0/9 0/12 5500 4100
386.7 0/12 0/13 5400 4000
367.6 0/13 1/2 5300 3900
307.6 1/2 1/4 5000 3700
416.0 1/4 1/14 5500
397.8 1/4 1/10 3900
OPGW
A 5-08-15
A7-DMC SPLICES AT STR. NOS. 0/13 AND 1/4.
REVISED COORDINATE SYSTEM DESCRIPTION. ADDED OPGW
STR 0/10 TO STR 1/6
R C
D
R Y
.X
P
R O
J E
C T
S \T
R A
N S
M
IS
S
IO
N L
IN
E S
\R A
P
ID
C
IT
Y D
R Y
C R
E E
K .2
\P
L S
C A
D D
\X Y
Z
R C
D
R Y
E E
D
IT
F
IN
A
L D
E S
IG
N
D
M C
COORDINATE SYSTEM, NAD83 DATUM.
80+00 90+00 100+00 110+00 120+00
P I -6
°4
'3
" 5 /8
/8
F E
N C
E X
F
-0
W A
T E
R C
O U
R
G
R A
ID
E
W A
T E
R C
O U
R
G
R A
ID
E
A
L
A
L
A
L
A
L
400 400 420 359
I -6
°4
'3
P I
°4
'3
N G
R
A P
ID
C
R E
N C
E X
F
S E
X
IN
G
D R
A
A
A
L
A
L
400 470 473
I
°4
'3
P I -0
°0
'0
UG COMM
E R
C O
U R
S E
X
F
-4 .1
E X
S
F E
N
F
-3 .7
E X
S
A
A
A
D
A
L
A
L
425 435
UG COMM
O F
F
-2 .1
T E
L E
P O
F
-2 .9
E X
S
C O
M M
X
IN
G O
F F
-7
G
O P
T
IC
A L
F
IB
N C
E X
IN
G
O F
F
-5
A
L
E
N C
E X
IN
G
2+
W A
T E
R C
O U
R S
E X
R
A P
ID
C
R E
W A
T E
R C
O U
R S
E X
5+
R
A P
ID
C
R E
N C
E X
IN
G
7+
T1N R8E SEC 8
PENNINGTON COUNTY
F E
N C
E X
IN
G
W A
T E
R C
O U
R S
E X
R
A P
ID
C
R E
C
A P
O
F F
-4
P C
R L
S
N C
E X
IN
G
W A
T E
R C
O U
R S
E X
IN
G
D R
N C
E X
IN
G
UG COMM
, G
A
O
F F
-4
.1
E
X S
F E
N
O
F F
-3
.7
E
X S
C
A P
7+
O F
F
- 5 .4
, A
C
0` W
C
, U G
C O
M M
U N
IC
A
T
IO
N L
W A
T E
R C
O U
R S
E X
IN
G
UG COMM
O F
F
-2 .1
T E
L E
P O
C
A P
O F
F
-6
P C
R L
S
`W
O F
F
-2 .9
E X
S
U
G O
P T
IC
A
L F
IB
N C
E X
IN
G
PI 87+80.86
-6°43'34"
PI 87+80.86
-6°43'34"
PI 101+24.18
6°45'35"
PI 101+24.18
6°45'35"
PI 117+84.14
-0°05'00"
1/6 1/7 1/8 1/9 1/10 1/11 1/12 1/13 1/14 2/1 2/2 2/3
WESTERN AREA POWER ADMINISTRATION
UNITED STATES DEPARTMENT OF ENERGY
C A
E
CORPORATE SERVICES OFFICE - LAKEWOOD, COLORADO
D E
S
IG
N R
E F.
F
IL
1"=40' VERTICAL
SCALE:
APPROVED DESIGNED
SOUTH DAKOTA
ROSS CLARK
ELECTRICAL ENGINEERING MANAGER
DENE CLAIR
LT 30 FT PROFILE LINE
RT 30 FT PROFILE LINE
RAPID CITY-DRY CREEK
115-KV TRANSMISSION LINE
PLAN & PROFILE
RC-DRY
80 FT R-O-W LINE
NOTES:
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS DOUBLE-CIRCUIT
WITH WESTERN'S RAPID CITY-DRY CREEK 115-KV TRANSMISSION LINE FROM
STRUCTURE NO. 0/2 TO STRUCTURE NO. 5/8.
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS INSULATED FOR 115-KV.
1.
2.
PHASING
LOOKING AHEAD
1/6 TO 2/3
RC-DRY
115-KV
BLACK
HILLS
69-KV
C
B
A
C
B
A
STR NO.
NESC HEAVY LOADING - 0°F, 4 PSF, 1/2" ICE
COND. - 556.5 KCMIL, ACSS, 26/7, "DOVE"
CURVE SHOWN AT 482°F FINAL CONDITIONS
OPGW - 0.465-INCH, 48 FIBER (AFL CC-57/465)
CURVE SHOWN AT -40°F, INITIAL CONDITIONS
DESIGN RULING SPAN VARIES
GROUND CLEARANCE = 21.1 FT. MINIMUM
ROAD CLEARANCE = 30 FT. MINIMUM
MAXIMUM DESIGN OPERATING TEMP. (DOVE ACSS) = 482°F
STRUCTURE SPOTTING BY PLS-CADD
RULING
SPAN
STRUCTURE NUMBER CONDUCTOR
NESC TMAX
OPGW
NESC TMAX
OGW
NESC TMAX FROM TO
416.0 1/4 1/14 5500
397.8 1/4 1/10 3900
451.5 1/10 1/13 4300
400.0 1/13 1/14 3900
455.5 1/14 3/7 5500 4100
OPGW
A 5-08-15
A7-DMC
REVISED COORDINATE SYSTEM DESCRIPTION.
STR 1/6 TO STR 2/3
R C
D
R Y
.X
P
R O
J E
C T
S \T
R A
N S
M
IS
S
IO
N L
IN
E S
\R A
P
ID
C
IT
Y D
R Y
C R
E E
K .2
\P
L S
C A
D D
\X Y
Z
R C
D
R Y
E E
D
IT
F
IN
A
L D
E S
IG
N
D
M C
COORDINATE SYSTEM, NAD83 DATUM.
120+00 130+00 140+00 150+00 160+00 170+00
P I -0
°0
'0
P I
°0
'3
UG COMM
UG COMM
O F
F
-2 .1
T E
L E
P O
F
-2 .9
E X
S
C O
M M
X
F
-7
G O
P T
IC
IB
N C
E X
IN
G
O F
F
-5
F
-2 .4
E X
S
C X
IN
G
O F
F
-7
G C
O M
M U
N
IC
A T
IO
F
-0 .4
E X
S
F
-2 .6
E X
S
S
A
L
A
L
A
L
A
L
A
L
A
L
440 440 440
P UG COMM UG COMM UG COMM
UG COMM UG COMM UG COMM
UG COMM
UG COMM UG COMM UG COMM UG COMM
UG COMM UG COMM
UG COMM
UG COMM
UG COMM UG COMM
UG COMM
UG COMM UG COMM
UG COMM
UG COMM
UG COMM
UG COMM UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
M A
R
R
R
R
R
R
R
R
R
N C
E X
IN
G
O F
F
-5
C O
M M
X
IN
G O
F F
G
O P
T
IC
A L
F
IB
U G
C O
M M
X
IN
G O
F F
-6
G
O P
T
IC
A L
F
IB
C O
M M
X
IN
G O
F F
-1
G O
P T
IC
A
L F
IB
C O
M M
X
IN
G O
F F
-3
G
O P
T
IC
A L
F
IB
P A
V E
D R
D
E L
K V
A L
E
C O
M M
X
IN
G O
F F
-4
G
O P
T
IC
A L
F
IB
C O
M M
X
IN
G O
F F
-0
.0
U
G O
P T
IC
A
L F
IB
E
R X
C O
M M
X
IN
G O
F F
-8
G
O P
T
IC
A L
F
IB
A
L -9
A
L
-9
A
L
A
L
A
L
A
L
A
L
650 600 350 400 408 420 361
T1N R8E SEC 17
PENNINGTON COUNTY
S E C
UG COMM UG COMM
O F
F
-2 .1
T E
L E
P O
C
A P
O F
F
-6
P C
R L
S
`W
O F
F
-2 .9
E X
S
U
G O
P T
IC
A
L F
IB
N C
E X
IN
G
O F
F
-2 .4
E X
S
O F
F
-7 .3
M
M U
N
IC
A T
IO
N
X
O F
F
-0 .4
E X
S
O F
F
-2 .6
E X
S
S
S E C
UG COMM P
UG COMM
UG COMM UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM UG COMM UG COMM
UG COMM UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM UG COMM
C
A P
O F
F
-6
P C
R L
S
R
R
R
R
C
A P
O F
F
-6
P C
R L
S
N C
E X
IN
G
O
F F
-6
.1
T
P O
U
G O
P T
IC
A
L F
IB
U
G O
P T
IC
A
L F
IB
C
A P
O F
F
-6
"A C
S D
D O
T R
U
G O
P T
IC
A
L F
IB
P A
V E
D R
D
E L
K V
A L
E
U
G O
P T
IC
A
L F
IB
U
G O
P T
IC
A
L F
IB
E
R X
U G
O P
T
IC
A L
F
IB
R
R
R
R
R
U
G O
P T
IC
A
L F
IB
PI 117+84.14
-0°05'00"
PI 144+26.83
0°00'38"
2/3 2/4 2/5 2/6 2/7 2/8 2/9 2/10 2/11 3/1 3/2 3/3 3/4
WESTERN AREA POWER ADMINISTRATION
UNITED STATES DEPARTMENT OF ENERGY
C A
E
CORPORATE SERVICES OFFICE - LAKEWOOD, COLORADO
D E
S
IG
N R
E F.
F
IL
1"=40' VERTICAL
SCALE:
APPROVED DESIGNED
SOUTH DAKOTA
ROSS CLARK
ELECTRICAL ENGINEERING MANAGER
DENE CLAIR
LT 30 FT PROFILE LINE
RT 30 FT PROFILE LINE
RAPID CITY-DRY CREEK
115-KV TRANSMISSION LINE
PLAN & PROFILE
RC-DRY
80 FT R-O-W LINE
NOTES:
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS DOUBLE-CIRCUIT
WITH WESTERN'S RAPID CITY-DRY CREEK 115-KV TRANSMISSION LINE FROM
STRUCTURE NO. 0/2 TO STRUCTURE NO. 5/8.
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS INSULATED FOR 115-KV.
1.
2.
PHASING
LOOKING AHEAD
2/3 TO 3/4
RC-DRY
115-KV
BLACK
HILLS
69-KV
C
B
A
C
B
A
STR NO.
NESC HEAVY LOADING - 0°F, 4 PSF, 1/2" ICE
COND. - 556.5 KCMIL, ACSS, 26/7, "DOVE"
CURVE SHOWN AT 482°F FINAL CONDITIONS
OPGW - 0.465-INCH, 48 FIBER (AFL CC-57/465)
CURVE SHOWN AT -40°F, INITIAL CONDITIONS
DESIGN RULING SPAN VARIES
GROUND CLEARANCE = 21.1 FT. MINIMUM
ROAD CLEARANCE = 30 FT. MINIMUM
MAXIMUM DESIGN OPERATING TEMP. (DOVE ACSS) = 482°F
STRUCTURE SPOTTING BY PLS-CADD
RULING
SPAN
STRUCTURE NUMBER CONDUCTOR
NESC TMAX
OPGW
NESC TMAX
OGW
NESC TMAX FROM TO
455.5 1/14 3/7 5500 4100
OPGW
A 5-08-15
A7-DMC
REVISED COORDINATE SYSTEM DESCRIPTION.
STR 2/3 TO STR 3/4
R C
D
R Y
.X
P
R O
J E
C T
S \T
R A
N S
M
IS
S
IO
N L
IN
E S
\R A
P
ID
C
IT
Y D
R Y
C R
E E
K .2
\P
L S
C A
D D
\X Y
Z
R C
D
R Y
E E
D
IT
F
IN
A
L D
E S
IG
N
D
M C
COORDINATE SYSTEM, NAD83 DATUM.
180+00 190+00 200+00 210+00
P I -1
°2
'1
-2
-1
U
G C
O
A
L
I -1
°2
'1
P I
°3
'5
UG COMM
UG COMM UG COMM
UG COMM
P P
UG COMM
P P UG ELEC P P
UG COMM
UG COMM UG COMM UG COMM P UG COMM
UG ELEC
UG ELEC UG ELEC GAS
GAS
UG ELEC UG COMM
UG COMM
UG ELEC
UG COMM UG COMM
UG COMM UG ELEC UG COMM
WTR METER
GAS GAS
GAS
UG ELEC
WTR METER GAS
UG ELEC GAS UG COMM P UG ELEC GAS P P P P P
UG COMM
-2
-1
U
G C
O
E C
M E
T
P A
V E
D
A R
L
IN
-1
A
L
N D
X X
X L
B W
A
L
N D
X X
X L
B W
I
°3
'5
P I -9
°1
'1
UG COMM
UG COMM
UG COMM UG COMM
UG COMM UG COMM UG COMM UG COMM
-2
-1
IL
D
-A T
T O
P O
F F
-3
-1
IL
D
-A T
T
F
A
N
I -9
°1
'1
P I
°0
'1
GAS UG COMM
UG COMM
UG COMM
UG COMM
-2
-1
-1
-1
A
L
A
L
A
N
G
W S
P L
G
W S
P L
IC
E
450 464
P I
°0
'1
A
L
A
L
A
L
A
L
400 400 400
-2
-1
U
G C
O M
M
-1
U
G C
O M
M
-1
U
G C
O M
M
-1
U
G C
O M
M
UG COMM UG COMM UG COMM
UG COMM
UG COMM
UG COMM
UG ELEC
GAS UG COMM UG COMM UG COMM
UG COMM P UG COMM UG ELEC UG ELEC UG COMM
UG COMM P
P P P UG ELEC UG ELEC UG ELEC
P P
UG ELEC UG COMM
GAS
UG COMM
UG ELEC
GAS P P
GAS GAS WTR METER
WTR METER
P UG COMM UG COMM
GAS GAS UG ELEC
GAS UG ELEC
P P P
-2
-1
U
G C
O M
M
-1
U G
C O
M M
C
A P
8+
O F
F
- 0 .7
O P
C R
LS
-1
U
G C
O M
M
IL
D -A
T T
O P
9+
O F
F
-3 5.
-1
U
G C
O M
M
-1
U G
C O
M M
-1
U
G C
O M
M
E C
M E
T
P A
V E
D R
D
7+
M A
R L
IN
P O
F C
O N
C R
E T
E R
E T
A
IN
IN
G
W A
T
G R
A D
E
8+
O
F F
IL
D -A
T T
O P
8+
O F
F
IL
D
-A T
T O
P
8+
O
F F
IL
D -A
T T
O P
9+
O F
F
P O
F C
O N
C R
E T
E R
E T
A
IN
IN
G
W A
T
G R
A D
E
9+
O
F F
UG COMM UG COMM
UG COMM
UG COMM
UG COMM
UG COMM UG COMM
-2
-1
U
G C
O M
M
-1
U G
C O
M M
-1
U
G C
O M
M
IL
D -A
T T
O P
0+
O F
F
-3 3.
-1
U
G C
O M
M
-1
U
G C
O M
M
-1
U G
C O
M M
-1
U
G C
O M
M
P O
F C
O N
C R
E T
E R
E T
A
IN
IN
G
W A
T
G R
A D
E
9+
O
F F
IL
D
-A T
T O
P
1+
O
F F
IL
D -A
T T
O P
1+
O F
F
P O
F C
O N
C R
E T
E R
E T
A
IN
IN
G
W A
B
O V
E G
R A
D E
2+
O F
F
2.
IL
D
-A T
T O
P
2+
O
F F
IL
D -A
T T
O P
3+
O F
F
P O
F C
O N
C R
E T
E R
E T
A
IN
IN
G
W A
T
G R
A D
E
3+
O
F F
IL
D
-A T
T O
P
3+
B
T O
F F
6.
T1N R8E SEC 20
GAS
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
GAS
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM UG COMM
UG ELEC GAS
UG COMM
UG COMM
UG COMM
UG COMM
P
UG COMM
UG ELEC
UG ELEC
UG COMM
UG COMM P
P
P P UG ELEC
UG ELEC UG ELEC
P P
UG ELEC
UG COMM
GAS
UG COMM
UG ELEC GAS
P P
GAS
GAS
WTR METER
WTR METER
P
UG COMM
UG COMM
GAS GAS UG ELEC
GAS UG ELEC
P P P
B U
IL
D
-A
P
O
F F
IL
D
- A B
U
IL
D
IL
D
-A T
T O
P
3+
O
F F
P
O F
C O
N C
R
T O
P O
C L
T O
P O
F C
O N
C R
E
T A
IN
IN
G W
A
B O
V E
G R
A D
E
F
2.
P O
F C
O N
C R
E T
E R
E T
A
IN
IN
G
W A
T
G R
A D
E
3+
O
F F
-2
-1
U
G C
O
-1
U
G C
O
-1
U
G C
O
-1
U
G C
O
-1
-2
-1
U
G C
O M
M
IL
D
P
O
F F
-3
IL
D
-A T
T
-2
-1
U
G C
O M
M
-1
U G
C O
M M
C
A P
6+
O F
F
4 0 .4
Y P
C R
L S
P
IN
C
A P
6+
O F
F
4 0 .0
O P
C
1.0
IN
C
A P
O F
F
P
C
PI 176+15.74
-1°22'13"
PI 176+15.74
-1°22'13"
PI 179+92.97
1°36'58"
PI 179+92.97
1°36'58"
PI 183+59.99
-90°15'10"
PI 183+59.99
-90°15'10"
PI 197+23.55
90°03'18"
PI 197+23.55
90°03'18"
3/4 3/5 3/6 3/7 3/8 3/9 3/10 3/11 3/12 3/13 4/1
WESTERN AREA POWER ADMINISTRATION
UNITED STATES DEPARTMENT OF ENERGY
C A
E
CORPORATE SERVICES OFFICE - LAKEWOOD, COLORADO
D E
S
IG
N R
E F.
F
IL
1"=40' VERTICAL
SCALE:
APPROVED DESIGNED
SOUTH DAKOTA
ROSS CLARK
ELECTRICAL ENGINEERING MANAGER
DENE CLAIR
LT 30 FT PROFILE LINE
RT 30 FT PROFILE LINE
RAPID CITY-DRY CREEK
115-KV TRANSMISSION LINE
PLAN & PROFILE
RC-DRY
80 FT R-O-W LINE
NOTES:
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS DOUBLE-CIRCUIT
WITH WESTERN'S RAPID CITY-DRY CREEK 115-KV TRANSMISSION LINE FROM
STRUCTURE NO. 0/2 TO STRUCTURE NO. 5/8.
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS INSULATED FOR 115-KV.
1.
2.
PHASING
LOOKING AHEAD
3/4 TO 4/1
RC-DRY
115-KV
BLACK
HILLS
69-KV
C
B
A
C
B
A
STR NO.
NESC HEAVY LOADING - 0°F, 4 PSF, 1/2" ICE
COND. - 556.5 KCMIL, ACSS, 26/7, "DOVE"
CURVE SHOWN AT 482°F FINAL CONDITIONS
OPGW - 0.465-INCH, 48 FIBER (AFL CC-57/465)
CURVE SHOWN AT -40°F, INITIAL CONDITIONS
DESIGN RULING SPAN VARIES
GROUND CLEARANCE = 21.1 FT. MINIMUM
ROAD CLEARANCE = 30 FT. MINIMUM
MAXIMUM DESIGN OPERATING TEMP. (DOVE ACSS) = 482°F
STRUCTURE SPOTTING BY PLS-CADD
RULING
SPAN
STRUCTURE NUMBER CONDUCTOR
NESC TMAX
OPGW
NESC TMAX
OGW
NESC TMAX FROM TO
455.5 1/14 3/7 5500 4100
454.4 3/7 3/10 5500 4100
396.5 3/10 4/2 5400 4100
OPGW
A 5-08-15
A7-DMC SYSTEM DESCRIPTION. ADDED OPGW SPLICE AT STR. 3/10.
MOVED STR. 3/6 1 FT TO THE EAST. REVISED COORDINATE
STR 3/4 TO STR 4/1
R C
D
R Y
.X
P
R O
J E
C T
S \T
R A
N S
M
IS
S
IO
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IN
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\R A
P
ID
C
IT
Y D
R Y
C R
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K .2
\P
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C A
D D
\X Y
Z
R C
D
R Y
E E
D
IT
F
IN
A
L D
E S
IG
N
D
M C
COORDINATE SYSTEM, NAD83 DATUM.
220+00 230+00 240+00 250+00
P I -4
°5
'0
C H
IC
A
G
. W
E S
T E
X
P A
V E
D
A
L
A
D
P I -4
°5
'0
P I
°1
'0
A
D
A
L
P I
°1
'0
P I
°4
'3
A
A
A
L
A
L
A
A
440 440
P I
°4
'3
P I -1
°3
'1
O F
F
.9
S T
A
R U
C T
U
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F
-1
.3
S
T A
K E
S T
R U
C T
U
D
IR
T /G
R A
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L
B
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A
L
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P I -1
°3
'1
O F
F
-1 .2
S T
A
R U
C T
U
A
L
L P
A V
E D
R D
O
L D
F O
L S
O M
C
A P
O F
F
P
C L
S
C
A P
O F
F
`W
Y P
C R
L S
C
H
IC
A G
. W E
S T
E R
N R
R X
P A
V E
D R
D
0+
L D
F O
L S
O M
EC 20
EC 29
T1N R8E SEC 20
X
.4
Y
O F
F
.9
E
L E
V
S T
A K
E S
T R
U C
T U
OLD FOLSOM RD
CHICAGO & NORTH WESTERN RR
S
EC
S
EC
X
.7
Y
.6
F
-1
.3
E L
E V
S
T A
K E
S T
R U
C T
U
D
IR
T /G
R A
V E
L R
D
.5
Y
.7
F
-4 .3
E
L E
V
S T
A K
E S
T R
U C
T U
.4
Y
O F
F
.9
E
L E
V
S T
A K
E S
T R
U C
T U
C 21
SEC 28
.5
Y
.7
F
-4 .3
E
L E
V
S T
A K
E S
T R
U C
T U
C
A P
O F
F
-1
.7
Y
.4
F
-1 .2
E
L E
V
S
T A
K E
S T
R U
C T
U R
E
PI 221+12.40
-44°56'05"
PI 221+12.40
-44°56'05"
PI 229+11.27
7°14'08"
PI 229+11.27
7°14'08"
PI 242+31.45
6°45'32"
PI 242+31.45
6°45'32"
PI 248+92.72
-14°31'17"
PI 248+92.72
-14°31'17"
4/1 4/2 4/3 4/4 4/5 4/6 4/7 4/8 4/9 4/10 4/11
WESTERN AREA POWER ADMINISTRATION
UNITED STATES DEPARTMENT OF ENERGY
C A
E
CORPORATE SERVICES OFFICE - LAKEWOOD, COLORADO
D E
S
IG
N R
E F.
F
IL
1"=40' VERTICAL
SCALE:
APPROVED DESIGNED
SOUTH DAKOTA
ROSS CLARK
ELECTRICAL ENGINEERING MANAGER
DENE CLAIR
LT 30 FT PROFILE LINE
RT 30 FT PROFILE LINE
RAPID CITY-DRY CREEK
115-KV TRANSMISSION LINE
PLAN & PROFILE
RC-DRY
80 FT R-O-W LINE
NOTES:
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS DOUBLE-CIRCUIT
WITH WESTERN'S RAPID CITY-DRY CREEK 115-KV TRANSMISSION LINE FROM
STRUCTURE NO. 0/2 TO STRUCTURE NO. 5/8.
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS INSULATED FOR 115-KV.
1.
2.
PHASING
LOOKING AHEAD
4/1 TO 4/11
RC-DRY
115-KV
BLACK
HILLS
69-KV
C
B
A
C
B
A
STR NO.
NESC HEAVY LOADING - 0°F, 4 PSF, 1/2" ICE
COND. - 556.5 KCMIL, ACSS, 26/7, "DOVE"
CURVE SHOWN AT 482°F FINAL CONDITIONS
OPGW - 0.465-INCH, 48 FIBER (AFL CC-57/465)
CURVE SHOWN AT -40°F, INITIAL CONDITIONS
DESIGN RULING SPAN VARIES
GROUND CLEARANCE = 21.1 FT. MINIMUM
ROAD CLEARANCE = 30 FT. MINIMUM
MAXIMUM DESIGN OPERATING TEMP. (DOVE ACSS) = 482°F
STRUCTURE SPOTTING BY PLS-CADD
RULING
SPAN
STRUCTURE NUMBER CONDUCTOR
NESC TMAX
OPGW
NESC TMAX
OGW
NESC TMAX FROM TO
396.5 3/10 4/2 5400 4100
403.4 4/2 4/3 5400 4000
404.9 4/3 4/10 5400
399.4 4/3 4/5 4000
440.0 4/5 4/8 4200
330.6 4/8 4/10 3200
424.5 4/10 4/12 5500 4100
OPGW
A 5-08-15
A7-DMC
REVISED COORDINATE SYSTEM DESCRIPTION.
STR 4/1 TO STR 4/11
R C
D
R Y
.X
P
R O
J E
C T
S \T
R A
N S
M
IS
S
IO
N L
IN
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\R A
P
ID
C
IT
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C R
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K .2
\P
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C A
D D
\X Y
Z
R C
D
R Y
E E
D
IT
F
IN
A
L D
E S
IG
N
D
M C
COORDINATE SYSTEM, NAD83 DATUM.
260+00 270+00 280+00 290+00
P I
°2
'4
-2
-1
U
G E
L
-1
U
G E
L
-1
U
G E
L
A
L
A
D
I
°2
'4
P I -2
°2
'0
-2
-1
U
G E
L
-1
U
G E
L
-1
U
G E
L
A
L
315 317
I -2
°2
'0
P I
°3
'1
-2
-1
U
G E
L
-1
U
G E
L
-2
-1
U
G E
L
-1
U
G E
L
-1
U
G E
L
-1
U
G E
L
A
D -3
A
L
A
L
370 370 372
I
°3
'1
P I
°0
'0
A
N
A
L
A
L -8
A
L -1
A
D
A
S
IN
E
L E
C T
R
IC
T Y
P E
M P
G W
S P
L
G W
S P
L
IC
E
460 460 471
-1
U
G E
L E
C
-1
U
G E
L E
C
-1
U
G E
L E
C
-1
U
G E
L E
C
-1
U
G E
L E
C
-1
U
G E
L E
C
C
A P
O F
F
-2
T1N R8E SEC 28
PENNINGTON COUNTY
-2
-1
U
G E
L E
C
-1
U
G E
L E
C
-1
U
G E
L E
C
C
A P
O F
F
-2
-1
U
G E
L E
C
-1
U
G E
L E
C
-1
U
G E
L E
C
-1
U
G E
L E
C
-1
U
G E
L E
C
-1
U
G E
L E
C
OLD FOLSOM RD
-2
-1
U
G E
L E
C
-1
U
G E
L E
C
-1
U
G E
L E
C
-1
U
G E
L E
C
C
A P
O F
F
-1
-1
U
G E
L E
C
-1
U
G E
L E
C
-1
U
G E
L E
C
C
A P
O F
F
-1
-1
U
G E
L E
C
-1
U
G E
L E
C
RD
-2
-1
U
G E
L E
C
LD
F O
LS
O
M R
D
PI 257+40.30
10°26'43"
PI 257+40.30
10°26'43"
PI 263+71.86
-21°22'02"
PI 263+71.86
-21°22'02"
PI 274+83.54
56°36'15"
PI 274+83.54
56°36'15"
4/11 4/12 4/13 5/1 5/2 5/3 5/4 5/5 5/6 5/7 5/8 5/9
WESTERN AREA POWER ADMINISTRATION
UNITED STATES DEPARTMENT OF ENERGY
C A
E
CORPORATE SERVICES OFFICE - LAKEWOOD, COLORADO
D E
S
IG
N R
E F.
F
IL
1"=40' VERTICAL
SCALE:
APPROVED DESIGNED
SOUTH DAKOTA
ROSS CLARK
ELECTRICAL ENGINEERING MANAGER
DENE CLAIR
LT 30 FT PROFILE LINE
RT 30 FT PROFILE LINE
RAPID CITY-DRY CREEK
115-KV TRANSMISSION LINE
PLAN & PROFILE
RC-DRY
80 FT R-O-W LINE
NOTES:
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS DOUBLE-CIRCUIT
WITH WESTERN'S RAPID CITY-DRY CREEK 115-KV TRANSMISSION LINE FROM
STRUCTURE NO. 0/2 TO STRUCTURE NO. 5/8.
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS INSULATED FOR 115-KV.
1.
2.
PHASING
LOOKING AHEAD
4/11 TO 5/8
RC-DRY
115-KV
BLACK
HILLS
69-KV
C
B
A
C
B
A
PHASING
OPGW
A B C
LOOKING AHEAD
STR NO. 5/9
STR NO.
NESC HEAVY LOADING - 0°F, 4 PSF, 1/2" ICE
COND. - 556.5 KCMIL, ACSS, 26/7, "DOVE"
CURVE SHOWN AT 482°F FINAL CONDITIONS
OPGW - 0.465-INCH, 48 FIBER (AFL CC-57/465)
CURVE SHOWN AT -40°F, INITIAL CONDITIONS
DESIGN RULING SPAN VARIES
GROUND CLEARANCE = 21.1 FT. MINIMUM
ROAD CLEARANCE = 30 FT. MINIMUM
MAXIMUM DESIGN OPERATING TEMP. (DOVE ACSS) = 482°F
STRUCTURE SPOTTING BY PLS-CADD
RULING
SPAN
STRUCTURE NUMBER CONDUCTOR
NESC TMAX
OPGW
NESC TMAX
OGW
NESC TMAX FROM TO
424.5 4/10 4/12 5500 4100
316.2 4/12 5/1 5000 3700
369.7 5/1 5/4 5300 4000
449.6 5/4 5/8 5300 4000
318.9 5/8 5/9 5000 3500
OPGW
A 5-08-15
A7-DMC
REVISED COORDINATE SYSTEM DESCRIPTION. ADDED OPGW
SPLICE AT STR. NO. 5/9.
STR 4/11 TO STR 5/9
R C
D
R Y
.X
P
R O
J E
C T
S \T
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N S
M
IS
S
IO
N L
IN
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\R A
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IT
Y D
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\P
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\X Y
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R C
D
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E E
D
IT
F
IN
A
L D
E S
IG
N
D
M C
COORDINATE SYSTEM, NAD83 DATUM.
310+00
P I
°0
'0
P I
°0
'4
UG ELEC
UG COMM UG COMM
UG COMM UG COMM
UG ELEC
UG ELEC
UG ELEC
UG ELEC UG ELEC
UG ELEC
UG ELEC UG ELEC
UG ELEC
UG ELEC
UG ELEC UG ELEC
UG ELEC
UG ELEC
UG ELEC
UG ELEC UG ELEC UG ELEC
-K V
T
A
T1N
8E
SEC 5
PENNIN
GTON C
OUNTY
UG ELEC
UG COMM
BURIED CABLE
UG ELEC
BURIED CABLE BURIED CABLE
UG COMM
BURIED CABLE
UG COMM
UG COMM
UG ELEC BURIED CABLE
BURIED CABLE
UG COMM
UG ELEC
UG ELEC
UG ELEC UG ELEC
UG ELEC
UG ELEC UG ELEC
BURIED CABLE UG COMM
WTR
SWR
WV WTR
BURIED CABLE UG COMM
UG ELEC
UG ELEC
BURIED CABLE
UG COMM
BURIED CABLE
UG COMM P BURIED CABLE
P
BURIED CABLE UG COMM
BURIED CABLE
UG COMM
BURIED CABLE
BURIED CABLE
BURIED CABLE BURIED CABLE
UG ELEC
UG COMM
BURIED CABLE
UG COMM
BURIED CABLE
BURIED CABLE
UG ELEC
BURIED CABLE
BURIED CABLE
UG COMM
BURIED CABLE
UG COMM
BURIED CABLE
UG ELEC
UG ELEC
UG COMM
BURIED CABLE UG COMM
UG ELEC
UG ELEC
UG ELEC
BURIED CABLE
BURIED CABLE
BURIED CABLE
UG COMM
WV BURIED CABLE
WTR WTR
WV WTR
BURIED CABLE
BURIED CABLE
BURIED CABLE
UG COMM
UG COMM
BURIED CABLE
SWR
BURIED CABLE
UG COMM
BURIED CABLE
P BURIED CABLE
BURIED CABLE
BURIED CABLE
BURIED CABLE
UG COMM
SWR
BURIED CABLE
UG COMM
UG ELEC UG ELEC
BURIED CABLE
UG COMM
UG COMM
SWR
BURIED CABLE
SWR
SWR SWR
UG COMM BURIED CABLE
UG COMM
UG COMM
BURIED CABLE
BURIED CABLE
UG COMM
UG COMM
UG COMM
BURIED CABLE
UG COMM
BURIED CABLE
UG COMM
UG COMM
UG COMM
UG COMM
UG ELEC
UG ELEC
BURIED CABLE
BURIED CABLE
BURIED CABLE
UG COMM
BURIED CABLE
BURIED CABLE UG COMM
BURIED CABLE UG COMM
BURIED CABLE
UG COMM
UG ELEC
UG ELEC
UG ELEC
BURIED CABLE
UG COMM
BURIED CABLE
UG COMM
UG COMM P BURIED CABLE
BURIED CABLE
UG COMM
BURIED CABLE BURIED CABLE
UG COMM
UG COMM
BURIED CABLE
UG COMM
UG ELEC UG ELEC UG ELEC UG ELEC
UG ELEC
UG ELEC UG ELEC
UG COMM
UG COMM
UG ELEC
UG ELEC
UG COMM
UG COMM
UG ELEC
UG ELEC
UG COMM
UG COMM
UG COMM
UG COMM
UG ELEC
UG ELEC
UG ELEC
UG ELEC
UG ELEC UG ELEC
UG ELEC
UG ELEC
UG ELEC UG ELEC
UG ELEC
UG ELEC
UG ELEC
UG ELEC
UG ELEC
UG ELEC
UG ELEC UG ELEC
UG ELEC
UG COMM
UG COMM
UG ELEC
UG COMM
UG COMM
UG COMM
UG COMM
UG COMM GAS P UG COMM
UG COMM BURIED CABLE
UG COMM
UG COMM
BURIED CABLE UG COMM
GAS
UG COMM
GAS
UG COMM
GAS
UG COMM BURIED CABLE
UG COMM
UG ELEC
UG ELEC
UG COMM
UG COMM
UG ELEC
UG ELEC
UG COMM
UG ELEC
BURIED CABLE UG COMM
UG COMM
UG ELEC
UG COMM
BURIED CABLE
UG COMM UG COMM
BURIED CABLE UG COMM
UG ELEC
UG COMM
UG COMM
UG COMM
UG ELEC
BURIED CABLE
UG ELEC
UG ELEC
UG ELEC
UG ELEC UG ELEC UG ELEC
UG COMM
UG COMM
UG ELEC
UG ELEC
UG ELEC
UG ELEC
UG ELEC BURIED CABLE
UG COMM
UG ELEC
GAS WTR GAS
GAS
UG COMM
GAS
GAS GAS GAS
GAS
SWR
BURIED CABLE
GAS
UG ELEC
UG COMM UG COMM
BURIED CABLE UG ELEC
UG COMM UG COMM
UG COMM
UG ELEC
UG COMM
UG ELEC
UG ELEC
UG COMM
UG ELEC
UG COMM
UG ELEC
UG ELEC UG ELEC
UG ELEC UG ELEC
UG ELEC UG ELEC UG ELEC UG ELEC UG ELEC UG ELEC UG COMM
UG ELEC
UG ELEC
UG ELEC
UG ELEC
UG ELEC
UG ELEC
UG ELEC
0+
S T
1+
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TATE R
TE 4
69-KV TOS
WESTERN AREA POWER ADMINISTRATION
UNITED STATES DEPARTMENT OF ENERGY
C A
E
CORPORATE SERVICES OFFICE - LAKEWOOD, COLORADO
D E
S
IG
N R
E F.
F
IL
1"=40' VERTICAL
SCALE:
APPROVED DESIGNED
SOUTH DAKOTA
ROSS CLARK
ELECTRICAL ENGINEERING MANAGER
DENE CLAIR
LT 30 FT PROFILE LINE
RT 30 FT PROFILE LINE
RAPID CITY-DRY CREEK
115-KV TRANSMISSION LINE
PLAN & PROFILE
RC-DRY
80 FT R-O-W LINE
NOTES:
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS DOUBLE-CIRCUIT
WITH WESTERN'S RAPID CITY-DRY CREEK 115-KV TRANSMISSION LINE FROM
STRUCTURE NO. 0/2 TO STRUCTURE NO. 5/8.
BLACK HILLS ELECTRIC COOP 69-KV TRANSMISSION LINE IS INSULATED FOR 115-KV.
1.
2.
PHASING
TOS
OGW
TOS
RAPID CITY SUB.
OGW
A B C
LOOKING SOUTH
BLACK HILLS 69-KV
NESC HEAVY LOADING - 0°F, 4 PSF, 1/2" ICE
COND. - 556.5 KCMIL, ACSS, 26/7, "DOVE"
CURVE SHOWN AT 482°F FINAL CONDITIONS
OGW - 3/8-INCH, EHS, 7-STRAND STEEL (BLACK HILLS 69-KV TOS
CURVE SHOWN AT -40°F, INITIAL CONDITIONS
DESIGN RULING SPAN VARIES
GROUND CLEARANCE = 21.1 FT. MINIMUM
ROAD CLEARANCE = 30 FT. MINIMUM
MAXIMUM DESIGN OPERATING TEMP. (DOVE ACSS) = 482°F
STRUCTURE SPOTTING BY PLS-CADD
TO STR. 0/2)
214.3
BLACK HILLS 69-KV
TOS
(RAPID CITY SUB.)
0/2 4000 1975
RULING
SPAN
STRUCTURE NUMBER CONDUCTOR
NESC TMAX
OPGW
NESC TMAX
OGW
NESC TMAX FROM TO
PHASING
OPGW (2) OGW
RC-DRY
115-KV
BLACK
HILLS
69-KV
LOOKING SOUTH
STR NO. 0/2
C
B
A
C
B
A
(BK)
A 5-08-15
A7-DMC
REVISED COORDINATE SYSTEM DESCRIPTION.
A
.5
D
STR 69-KV TOS TO STR 0/2
C
D
R Y
.X
P
R O
J E
C T
S \T
R A
N S
M
IS
S
IO
N L
IN
E S
\R A
P
ID
C
IT
Y D
R Y
C R
E E
K .2
\P
L S
C A
D D
\X Y
Z
R C
D
R Y
E E
D
IT
F
IN
A
L D
E S
IG
N
D
M C
COORDINATE SYSTEM, NAD83 DATUM.
Message from the Administrator
At Western, we show our commitment to safety every day through the actions we take, the training we offer and the work conditions we provide. We expect the same commitment to safety from each of our contractors who provide products or services to Western.
right decisions to ensure that the work environment is as safe as possible.
Our safety program is based on four points:
� Safety procedures or common sense must be applied by each Federal and not be set aside to meet a project schedule or for personal convenience.
� Employees and contractors must believe that they have the right and the responsibility to identify and take action to reduce, if not eliminate, haz
� Managers and supervisors must lead by example and execute their responsibility to ensure each job is accomplished in a safe and healthy way.
� Safety is a personal responsibility. Each individual make a task.
By integrating these principles into every task we take, together we can ensure Western is a safe place to work.
Message from the Administrator t Western, we show our commitment to safety every day through the actions we take, the training we offer and the work conditions we provide. We expect the same commitment to safety from each of our contractors who provide products or services to Western. In performing work for Western, all contractors must make the right decisions to ensure that the work environment is as safe as possible.
Our safety program is based on four points:
Safety procedures or common sense must be applied by each Federal and not be set aside to meet a project schedule or for personal convenience.
Employees and contractors must believe that they have the right and the responsibility to identify and take action to reduce, if not eliminate, hazardous work environments and hazardous work practices.
Managers and supervisors must lead by example and execute their responsibility to ensure each job is accomplished in a safe and healthy way.
Safety is a personal responsibility. Each individual makes the decision on what action to take to accomplish
By integrating these principles into every task we take, together we can ensure Western is a safe place to t Western, we show our commitment to safety every day through the actions we take, the training we offer and the work conditions we provide. We expect the same commitment to safety from each of our contractors
In performing work for Western, all contractors must make the right decisions to ensure that the work environment is as safe as possible.
Safety procedures or common sense must be applied by each Federal and contract employee. Safety should not be set aside to meet a project schedule or for personal convenience.
Employees and contractors must believe that they have the right and the responsibility to identify and take ardous work environments and hazardous work practices.
Managers and supervisors must lead by example and execute their responsibility to ensure each job is s the decision on what action to take to accomplish
By integrating these principles into every task we take, together we can ensure Western is a safe place to
Mark A. Gabriel
Administrator
| Project Drawing Cover Page |
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File details come from the government source that posted it. Updated .