Project_Drawings.pdf

VT HANLON SUBSTATION

STAGE 01

SOUTH DAKOTA

SECTION C

DESCRIPTION/SPECIFICATIONS

Solicitation No. DE-SOL-0007930 Spec. No. 15WC112847-834

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 MAP:

1. VH 0015 – Location and Vicinity Map

ELECTRICAL:

2. VH 0001-1 – Switching Diagram (Sheet 1 of 2)

3. VH 0001-2 – Switching Diagram (Sheet 2 of 2)

4. VH 1000 – General Arrangement Plan

5. VH 1010 – 230KV Area East Bus Plan

6. VH 1011 – 230KV Area West Bus Plan

7. VH 1025 – 230/115KV XFMR Area Plan

8. VH 1030 – 115KV & 69KV Areas Plan

9. VH 1040 – 230/69KV XFMR Area Plan

10. VH 1050 – 69KV Area Plan

11. VH 1100 – Equipment and Material Index

12. VH 1110 – 230KV Area Bay V1 Sections

13. VH 1111 – 230KV Area Bay V2 Sections

14. VH 1112 – 230KV Area Bay V3 Sections

15. VH 1113 – 230KV Area Bay V4 Sections

16. VH 1114 – 230KV Area Bay V5 Sections

17. VH 1115 – 230KV Area Bay V6 Sections

18. VH 1116 – 230KV Area Bay V7 Sections

19. VH 1117 – 230KV Area Bay V8 Sections

20. VH 1118 – 230KV Area Sections J1-J1 and K1-K1

21. VH 1119 – 230KV Area Sections J2-J2 and K2-K2

22. VH 1120 – 230KV Area Section M1-M1

23. VH 1121 – 230KV Area Section M2-M2

24. VH 1125 – KV7A XFMR Area Sections A-A, B-B, and C-C

25. VH 1127 – KV3A XFMR Area Section F-F

26. VH 1130 – 115KV & 69KV Areas Bays Y1 and Y2

27. VH 1131 – 115KV & 69KV Areas Bays Y3 and Y4

28. VH 1132 – 115KV & 69KV Areas Bays Z5 and Z6

29. VH 1133 – 115KV & 69KV Areas Bays Z7 and Z8

30. VH 1140 – KV2A XFMR Area Section A-A

31. VH 1145 – KV6A XFMR Area Section B-B

32. VH 1150 – 69KV Area Bays Z9 and Z10

33. VH 1151 – 69KV Area Bays Z11 and Z12

34. VH 1152 – 69KV Area Bays Z13 and Z14

35. VH 1153 – 69KV Area Bays Z15 and Z16

36. VH 1154 – 69KV Area Bays Z17 and Z18

37. VH 1155 – 69KV Area Section F-F

38. VH 1160 – 12.47KV Area Sections D-D and E-E

39. VH 1164 – 12.47KV Area Reactor Dampening Structure

40. VH 1165 – 12.47KV Area Station Service Feed

41. VH 1180 – 230KV Area Instrument Transformer Details

42. VH 1181 – 115KV Area Instrument Transformer Details

43. VH 1182 – 69KV Area Instrument Transformer Details

44. VH 1185 – A-Frame Details

45. VH 1500 – General Grounding Plan

46. VH 1510 – 230KV Area East Bus Grounding Plan

47. VH 1511 – 230KV Area West Bus Grounding Plan

48. VH 1525 – 230/115KV XFMR Area Grounding Plan

49. VH 1530 – 115KV & 69KV Areas Grounding Plan

50. VH 1540 – 230/69KV XFMR Area Grounding Plan

51. VH 1550 – 69KV Area Grounding Plan

52. VH 1600 – Station Service DWA Wiring Diagram

53. VH 1602 – Service Panel DWB Wiring Diagram

54. VH 1604 – Service Panel DWC Wiring Diagram

55. VH 1606 – Service Panel DWD Wiring Diagram

56. VH 1700 – General Conduit Plan

57. VH 1710 – 230KV Area East Bus Conduit Plan

58. VH 1711 – 230KV Area West Bus Conduit Plan

59. VH 1725 – 230/115KV XFMR Area Conduit Plan

60. VH 1730 – 115KV & 69KV Areas Conduit Plan

61. VH 1740 – 230/69KV XFMR Area Conduit Plan

62. VH 1750 – 69KV Area Conduit Plan

63. VH 1780 FIO – Fiber Optic Cable Mounting Details (For Information Only)

CIVIL & SITE DRAWINGS:

64. VH 0016 – Topography

65. VH 2050 Rev. A – Site Plan

66. VH 2051 Rev. A – Grading Plan

67. VH 2052 – Sections & Details (Sheet 1 of 2)

68. VH 2053– Sections & Details (Sheet 2 of 2)

69. VH 2054 – 12” HDPE Pipe & Outlet Headwall Plan & Profile, Detail & Sections

FOUNDATION AND STRUCTURAL DRAWING INDEX:

70. VH 2000 – Foundation/Structural Data and Drawing Index

CONCRETE:

71. VH 2150 – Foundation General Plan

72. VH 2200 – 230KV Area East Bus Foundation Plan

73. VH 2201 – 230KV Area West Bus Foundation Plan

74. VH 2202 – 230/115KV XFMR Area Foundation Plan

75. VH 2203 – 230/69KV XFMR Area Foundation Plan

76. VH 2204 – 115KV & 69KV Area Foundation Plan

77. VH 2205 – 69KV Area Foundation Plan

78. VH 2300-1 – Foundations Outline and Reinforcement (Sheet 1 of 2)

79. VH 2300-2 – Foundations Outline and Reinforcement (Sheet 2 of 2)

80. VH 2301-1 – Foundations Outline and Reinforcement (Sheet 1 of 2)

81. VH 2301-2 – Foundations Outline and Reinforcement (Sheet 2 of 2)

82. VH 2302-1 – Foundations Outline and Reinforcement (Sheet 1 of 2)

83. VH 2302-2 – Foundations Outline and Reinforcement (Sheet 2 of 2)

84. VH 2303 – Foundations Outline and Reinforcement

85. VH 2304 – Foundations Outline and Reinforcement

86. VH 2305 – Foundations Outline and Reinforcement

87. VH 2306 – Foundations Outline and Reinforcement

88. VH 2307 – Foundations Outline and Reinforcement

89. VH 2308 – Foundations Outline and Reinforcement

90. VH 2309 – Foundations Outline and Reinforcement

91. VH 2310 – Foundations Outline and Reinforcement

92. VH 2311 – Foundations Outline and Reinforcement

93. VH 2312 – Foundations Outline and Reinforcement

94. VH 2313 – Foundations Outline and Reinforcement

CABLE TRENCH:

95. VH 2500 – Cable Trench Plan and Details

96. VH 2501 – Cable Trench Sections

ANCHOR BOLTS & EMBEDDED MATERIALS:

97. VH 2550 – Anchor Bolts

STEEL & ALUMINUM STRUCTURES:

98. VH 2600 – 230KV Take-Off Structure Type IV Elevation

99. VH 2601-1 – 230KV Take-Off Structure Type IV - Assemblies and Connections (Sheet 1 of 2)

100. VH 2601-2 – 230KV Take-Off Structure Type IV Assemblies and Connections (Sheet 2 of 2)

101. VH 2602 – 230KV Take-Off Structure Type V Elevation

102. VH 2603-1 – 230KV Take-Off Structure Type V - Assemblies and Connections (Sheet 1 of 2)

103. VH 2603-2 – 230KV Take-Off Structure Type V - Assemblies and Connections (Sheet 2 of 2)

104. VH 2604 – 115KV Take-Off Structure Type I & II Elevation

105. VH 2605 – 115KV Take-Off Structure Type I & II Assemblies and Connections

106. VH 2606 – 115KV Take-Off Structure Type III Elevation

107. VH 2607 – 115KV Take-Off Structure Type III Assemblies and Connections

108. VH 2608 – 230KV Bus Tower Type I Elevation

109. VH 2609 – 230KV Bus Tower Type I Assemblies and Connections

110. VH 2610 – 45 Ft. Ground Mast Type I

111. VH 2611 – 65 Ft. Ground Mast Type II

112. VH 2612 – Bus Poles Aluminum Design and Details

113. VH 2613 – Bus Poles Steel Design and Details

114. VH 2614 – Bus Tee Poles (2 Phase) Aluminum Design and Details

115. VH 2615 – Bus Tee Poles (2 Phase) Steel Design and Details

116. VH 2616 – Bus Tee Poles (3 Phase) Steel Design and Details

117. VH 2617 – Bus Frames Steel Design and Details

118. VH 2618 – Disconnect Switch Supports Steel Design and Details

119. VH 2619 – Equipment Supports Steel Design and Details

120. VH 2620 – Reactor Dampening Support Type I Elevation

121. VH 2621 – Reactor Dampening Support Type I Sections & Details

122. VH 2622 – Station Service Feed Support Type I Elevation

123. VH 2623 – Station Service Feed Support Type I Sections & Details

124. VH 2624 – 69KV Fuse Disconnect Switch Support Type I Steel Design and Details

125. VH 2925 – Equipment Cabinet Platforms Steel Design and Details

126. VH 2926 – Switch Operating Platforms Steel Design and Details

STRINGING REQUIREMENTS:

127. VH 2900 – Stringing Requirements

CONTROL BUILDING:

128. VH 3200 – General Structural Notes, Abbreviations & Reference Drawings

129. VH 3201 – Structural Foundation Plan

130. VH 3202 – Structural Roof Framing Plan

131. VH 3203 – Structural Foundation Sections & Details

132. VH 3204 – Structural Foundation/Cable Entry Details (Sh 1 of 2)

133. VH 3205 – Structural Foundation/Cable Entry Details (Sh 2 of 2)

134. VH 3206 – Structural Typical Wood-Framed Wall

135. VH 3207 – Structural Equipment Mounting Details

136. VH 3208 – Building Entry Platforms Steel Design and Details

137. VH 3000 – Architectural Floor Plan

138. VH 3001 – Architectural Exterior Elevations

139. VH 3002 – Architectural Building Sections

140. VH 3003 – Architectural Detailed Sections

141. VH 3004 – Architectural Detailed Sections

142. VH 3005 – Architectural Mechanical Mounting Details

143. VH 3006 – Architectural Door & Window Details

144. VH 3300 – Mechanical HVAC Floor Plan

145. VH 3301 – Mechanical HVAC Upper Plan

146. VH 3302 – Mechanical Control Room Schedules

147. VH 3303 – Mechanical Battery Room Schedules

148. VH 3304 – Mechanical HVAC Details

149. VH 3400 – Electrical Power Plan

150. VH 3401 – Electrical Luminaire & Egress Marking Plan

151. VH 3402 – Electrical Door Alarms

152. VH 3403 – Electrical Panelboards DHA, DHA1

153. VH 3404 – Electrical Wiring Devices Schematic

154. VH 3405 – Electrical Luminaire & Equipment Schedules

CONTROLS:

155. VH 4000 – Service Building – Arrangement, Conduit & Grounding

156. VH T600-1 - Control Cable List (Sh 1 of 2)

157. VH T600-2 - Control Cable List (Sh 2 of 2)

158. VH 6000 – DC Distribution Panel BHA Wiring Diagram

EXISTING TRANSMISSION LINE STRUCTURES:

159. 43-26S 2200 FIO – 26S Tower 55 and 70FT Bodies (For Information Only)

160. 43-26S 2201 Rev A FIO – 26S Tower Leg Extensions to 55 FT Body and Stub Angle (For Information Only)

161. 43-212N 2200 Rev B FIO – Double Circuit Steel Towers 212N & N1 Tower 50’ Body – 10’ Leg Extension & Stub

(For Information Only)

PLAN AND PROFILES:

162. FT-SF D 4082 Rev. A EI – Fort Thompson – Sioux Falls 230KV Transmission Line Station 1448+00 to 1502+00

(Existing Installation)

163. FT-SF D 4083 Rev. A EI – Fort Thompson – Sioux Falls 230KV Transmission Line Station 1394+00 to 1448+00 (Existing Installation)

GEOLOGY:

164. VH 8000 – Geotechnical Boring Location Plan

165. VH 8001 – Soil Boring Diagram – VT Hanlon Substation Expansion

166. VH 8002 – Boring Number SB-01 and SB-02

167. VH 8003 – Boring Number SB-03 and SB-04

168. VH 8004 – Boring Number SB-05 and SB-06

169. VH 8005 – Boring Number SB-07 and SB-08

170. VH 8006 – Boring Number SB-09

171. VH 8007 – Subsurface Exploration – Penetration Resistance and Log – Hole No. PR14-1 and PR14-2

172. VH 8008 – Subsurface Exploration – Penetration Resistance and Log – Hole No. PR14-3 and PR14-4

173. VH 8009 – Subsurface Exploration – Penetration Resistance and Log – Hole No. PR14-5 and PR14-6

174. VH 8010 – Subsurface Exploration – Penetration Resistance and Log – Hole No. PR14-7 and PR14-8

175. VH 8011 – Subsurface Exploration – Penetration Resistance and Log – Hole No. PR14-9

176. VH 8012 – Geotechnical Subsurface Diagram – SB-01, SB-03, SB-04, SB-05 and SB-06

177. VH 8013 – Geotechnical Subsurface Diagram – SB-07, SB-08 and SB-09

178. VH 8014 – Geotechnical Subsurface Diagram – SB-02, SB-04, SB-07 and SB-08

12" HDPE PIPE

PLAN VIEW

FOR INFORMATION ONLY

lampman Typewritten Text

EXISTING INSTALLATION

EXISTING INSTALLATION

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