EXHIBIT_D_FKEC_Q_Feeder_-_Conductor_Tensions.pdf
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- Solicitation number
- FKEC BID #26-03
- Issued by
- Florida
About this file
This is an exhibit document containing conductor tension specifications for the Florida Keys Electric Cooperative Association (FKEC) Q Feeder construction project. The exhibit provides detailed tension values in pounds for various conductor types and sizes across multiple feeder segments and temperature ranges from 30 to 100 degrees Fahrenheit. The conductors specified include 336 AAC, 7#8, 1/0 AAAC, and #4 HD CU wire types, with tension data organized by feeder segments such as R00 to R01, R01 to R02, Q12 to Q20, Q22 to Q24, Q24 to STR 1295, STR 1298 to Q29, Q29 to Q45, Q45 to Q55, STR 1237 to B15, and B15 Three Phase Bank sections. These tension specifications are critical reference materials for contractors performing the installation and stringing of conductors on the 1.5-mile overhead distribution feeder and related infrastructure.
The conductor tension values serve as technical performance standards that contractors must adhere to during feeder construction and reconductoring work. Proper tension application is essential for maintaining conductor sag within acceptable limits, ensuring safe distances from ground and structures, and optimizing the operational lifespan of the distribution infrastructure. These specifications must be applied in conjunction with the comprehensive technical requirements outlined in the bid package, including NESC standards, IEEE and ANSI electrical codes, and FKEC-approved equipment specifications, ensuring integration with the cooperative's existing 25-kilovolt distribution system serving the Florida Keys region.
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Text version
FROM TO 30 40 50 60 70 80 90 100
R00 R01 336 AAC 1431 1270 1126 1000 896 810 737 678
R00 R01 7#8 928 863 804 750 705 665 629 597
R01 R02 336 AAC 138 121 109 100 93 87 82 78
R01 R02 7#8 127 116 107 100 94 89 85 81
Q12_BACK Q12 336 AAC 141 135 130 125 121 117 114 110
Q12_BACK Q12 7#8 137 133 129 125 122 119 116 113
Q12 Q20 336 AAC 2084 1888 1692 1500 1317 1148 997 869
Q12 Q20 7#8 1603 1479 1362 1252 1144 1043 951 869
Q22 Q24 1/0 AAAC 639 559 476 400 330 265 211 169
Q22 Q24 1/0 AAAC 639 559 476 400 330 265 211 169
Q24 STR 1295 336 AAC 2319 2131 1939 1752 1567 1394 1232 1089
Q24 STR 1295 7#8 1276 1178 1085 999 924 855 793 740
STR 1298 Q29 336 AAC 2140 1930 1719 1503 1281 1063 849 656
STR 1298 Q29 7#8 1911 1772 1633 1500 1363 1231 1101 971
Q29 Q45 336 AAC 2573 2386 2194 2002 1807 1614 1428 1255
Q29 Q45 7#8 1872 1745 1621 1500 1383 1269 1165 1067
Q45 Q55 336 AAC 2575 2388 2197 2002 1804 1613 1424 1246
Q45 Q55 7#8 980 894 818 750 692 641 597 558
STR 1237 B15 1/0 AAAC 460 438 418 400 384 370 357 345
STR 1237 B15 1/0 AAAC 460 438 418 400 384 370 357 345
B15 Three Phase Bank #4 HD CU 268 242 219 200 183 169 157 147 B15 Three Phase Bank #4 HD CU 268 242 219 200 183 169 157 147
WIRE TENSION
WIRE SECTION
CONDUCTOR
Temperature
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