05.01 SAGS FOR PRIMARY CONDUCTOR SAG AND TENSION
05.00 CONDUCTOR ELECTRICAL AND PHYSICAL DATAVOLTAGE DROP FACTORS FOR OVERHEAD TRIPLEX CABLESVOLTAGE DROP FACTORS FOR OVERHEAD QUADRUPLEX CABLESVOLTAGE DROP FACTORS FOR OVERHEAD MULTIPLEX CABLESWIRE DATAOVERHEAD CABLE DATA - 600 VOLT05.01 SAGS FOR PRIMARY CONDUCTORSAG AND TENSION GENERAL NOTESSELECTING SPANS AND MEASURING SAGSSAG AND TENSION SLACK SPAN AND SUBSTATION GETAWAY SPANCONDUCTOR SAG AND TENSION - TREE WIRECONDUCTOR SAG AND TENSION #4 AAAC ALTON 100-300 FOOTRULING SPANSCONDUCTOR SAG AND TENSION #4 AAAC ALTON 400-600 FOOTRULING SPANSCONDUCTOR SAG AND TENSION #2 AAAC AMES 100-300 FOOTRULING SPANSCONDUCTOR SAG AND TENSION #2 AAAC AMES 400-600 FOOTRULING SPANSCONDUCTOR SAG AND TENSION 1/0 AAAC AZUZA 100-300 FOOTRULING SPANSCONDUCTOR SAG AND TENSION 1/0 AAAC AZUZA 400-600 FOOTRULING SPANSCONDUCTOR SAG AND TENSION 795 AAC ARBUTUSCONDUCTOR SAG AND TENSION 336 AAC TULIPCONDUCTOR SAG AND TENSION REDUCED TENSION 1/0 AAAC AZUZAFEEDER 5.01-3805.02 SLACK SPANSSLACK SPAN SAG TABLE NESC LIGHT LOADING ZONE05.02-1405.03 SAGS FOR SECONDARY AND SERVICE CABLESAG AND TENSION DATA, SECONDARY CABLESAG AND TENSION DATA, SECONDARY CABLESAG AND TENSION DATA, SECONDARY CABLE05.03-0605.03-0705.03-0805.04 SAGS FOR SECONDARY AND SERVICE CABLES WITH FULL SIZE NEUTRALS#2 TRIPLEX FULL NEUTRAL (SHRIMP) NESC LIGHT LOADING ZONE#1/0 TRIPLEX FULL NEUTRAL (GAMMARUS) NESC LIGHT LOADING ZONE05.04-2205.04-243DECDEMDEPDEFSECTION 5 - CONDUCTORS, NIGUINNELKINSBYCK'DAPPR.REVISEDTABLE OF CONTENTSX05.00-00A
VOLTAGE DROP PER KW PER 100 FT. OF CIRCUIT ON 120 VOLT BASEPOWER FACTORCABLE AND CIRCUIT IMPEDANCE1.0.95.90.85.80.75.70.65#2 TRIPLEX0.0637 j.0062 90.1478#1/0 TRIPLEX0.0401 j.0062 70.0987#4/0 TRIPLEX0.0200 j.0056 60.0553#350 TRIPLEX0.0121 j.0056 10.0389#500 TRIPLEX0.0085 j.0054 20.0309INSTRUCTIONS:1. FIND THE PROPER CONDUCTOR SIZE, AND READ ACROSS UNDER THE POWER FACTOR COLUMN TO FIND THEVOLTAGE DROP CONSTANT.2. USE THE FOLLOWING FORMULA TO FIND THE VOLTAGE DROP IN VOLTS:KW X DISTANCE (IN HUNDREDS OF FEET) X CONSTANT VOLTAGE DROPNOTES:1. THE VOLTAGE DROP FACTORS FOR TRIPLEX ARE FOR 240 VOLT LOAD CONNECTED PHASE TO PHASE.32VOLTAGE DROP FACTORS RHEAD TRIPLEX CABLESDWG.05.00-04
VOLTAGE DROP PER KW PER 100 FT. OF CIRCUIT ON 120 VOLT BASEPOWER FACTORCABLE AND CIRCUIT IMPEDANCE1.0.95.90.85.80.75.70.65#4/0 QUADRUPLEX0.0100 j.0028 60.0213#350 QUADRUPLEX0.0061 j.0028 40.0150#500 QUADRUPLEX0.0043 j.0027 30.0120#750 QUADRUPLEX0.0029 j.0026 90.0095INSTRUCTIONS:1. FIND THE PROPER CONDUCTOR SIZE, AND READ ACROSS UNDER THE POWER FACTOR COLUMN TO FIND THEVOLTAGE DROP CONSTANT.2. USE THE FOLLOWING FORMULA TO FIND THE VOLTAGE DROP IN VOLTS:KW X DISTANCE (IN HUNDREDS OF FEET) X CONSTANT VOLTAGE DROPNOTES:1. THE VOLTAGE DROP FACTORS FOR QUADRUPLEX ARE BASED ON BALANCED THREE-PHASE LOAD ON 208 VOLTCIRCUIT.2. FOR BALANCED THREE-PHASE LOAD ON 480 VOLT CIRCUIT MULTIPLY VALUES BY 0.433. FOR BALANCED THREE-PHASE LOAD ON 240 VOLT CIRCUIT MULTIPLY VALUES BY 0.87.32VOLTAGE DROP FACTORS PR.REVISEDGUINNELKINSOVERHEAD QUADRUPLEX CABLESDWG.05.00-05
VOLTAGE DROP PER KVA PER 100 FT. OF CIRCUIT ON 120 VOLT BASECABLE AND CIRCUIT IMPEDANCESERVICE CABLESPOWER FACTOR1.0.95.90.85.80.50.40.30#6 AWG DUPLEX "VISLA".169 j.0064 30.1185#2 AWG TRIPLEX "SOLASTER".0668 j.0058 80.05331/0 AWG TRIPLEX "SANDCRAB".04202 j.0058 10.0378CABLE AND CIRCUIT IMPEDANCEAERIAL CONDUCTORS-SECONDARYPOWER FACTOR1.0.95.90.85.80.50.40.30#4 AWG DUPLEX "WHIPPET".1063 j.006 10.0784#1/0 AWG DUPLEX NO CODEWORD.04202 j.0058 10.0378#1/0 AWG TRIPLEX "AUBURN".04202 j.0058 10.0378#4/0 AWG TRIPLEX NO CODEWORD.02102 j.0054 80.0239#1/0 AWG QUADRUPLEX "GALLEY".02102 j.0054 10.0378#4/0 AWG QUADRUPLEX NO CODEWORD.1063 j.006 80.0239MULTIPLIER TO CONVERT kW TO kVA1.001.051.111.181.252.002.503.33INSTRUCTIONS:1. CONVERT KW DEMAND TO KVA USING THE APPROPRIATE POWER FACTOR.2. FIND THE PROPER CONDUCTOR SIZE, AND READ ACROSS UNDER THE POWER FACTOR COLUMN TO FIND THEVOLTAGE DROP CONSTANT.3. USE THE FOLLOWING FORMULA TO FIND THE VOLTAGE DROP IN VOLTS:KVA X DISTANCE (IN HUNDREDS OF FEET) X CONSTANT VOLTAGE DROPNOTES:1. FOR 240 VOLT BASE, MULTIPLY VOLTS DROP ABOVE BY 2.2. FOR 120/208 BALANCED 3-PHASE LOADS, MULTIPLY VOLTS DROP ABOVE BY 2/3.RESULT IS ON 120 V. BASE.3. FOR 277/480 BALANCED 3-PHASE LOADS, MULTIPLY VOLTS DROP ABOVE BY 1/8.RESULT IS ON 120 V. BASE.4. FOR 240 VOLT BALANCED 3-PHASE LOADS, MULTIPLY VOLTS DROP ABOVE BY 1/2.RESULT IS ON 120 V. BASE.32VOLTAGE DROP FACTORS OVERHEAD MULTIPLEX CABLESDWG.05.00-06
MATERIALITEMTYPEOFCOVERING*AMPACITY ATWEIGHTIN POUNDSPER FOOTOUTSIDEDIAMETERINCHESBREAKINGSTRENGTHIN POUNDSCOPPER - HARD DRAWN BARE6 SOLID190204-1701350.07950.1621,2804 SOLID190206-2201850.12640.2041,9702 SOLID190208-3052450.20090.2583,0032, 7 STRANDS190312--2650.20490.2921/0, 7 STRANDS--4253400.32570.3684,7522/0, 7 STRANDS190112-4953950.41090.4145,9264/0, 7 STRANDS190164-6755400.65330.5229,154250 KCM, 19 STRANDS190122-7465950.77190.75411,360350 KCM, 19 STRANDS190175-9257401.08060.67915,590500 KCM, 19 STRANDS190177-11609301.54370.81121,95015 KV COPPER (TREE)6 SOLID 1C191355PVC100*.1520.2569092 SOLID 1C-PVC167*.2320.3522,2054/0 STRANDED 1C-PVC340*.7611.1106,731ALL ALUMINUM CABLE (BARE STRANDED) (AAC)336.4 KCM 19 STRANDS200233-6204600.31550.6665,940795 KCM 37 STRANDS200238-10858100.74681.02613,7701,701ALL ALUMINUM ALLOY CABLE (BARE STRANDED) (AAAC)4, 7 STRANDS200251-1951550.04570.2482, 7 STRANDS200252-2652100.07270.31628001/0, 7 STRANDS200255-3502800.11570.3954,3044/0, 7 STRANDS200256-5504400.23180.5638,427336.4 KCM 19 STRANDS200233-7506000.37050.72112,83015 KV ALUMINUM CABLE (TREE WIRE)1/0 STRANDED 1C201204HDP173*.2100.6413,852336.4 KCM COMP. STRD 1C201208HDP363*.4770.9205,346ALUMINUM CABLE, STEEL REINFORCED (BARE STRANDED) (ACSR)4, 6/1 STRANDS200106-1901500.05760.2501,8302, 6/1 STRANDS200108-2552050.09130.3162,7901/0, 6/1 STRANDS200110-3452750.14560.3984,2804/0, 6/1 STRANDS200114-5454350.29110.5638,420*BECAUSE IT EXCEEDS THE DESIGN SPECIFICATIONS OF CONNECTING DEVICES AND WILL CAUSE DAMAGE TO ALUMINUM CONDUCTOR.MATERIALITEMTYPEOFCOVERING** AMPACITYWEIGHT WITH OUTSIDEMESSENGER DIAMETERLBS./FT.INCHESBREAKINGSTRENGTHIN POUNDS15 KV SPACER CABLE1/0, 7 STRAND9220100898HDP234.9030.6671,990795 KCM, 37 STRAND9220100895HDP8053.5331.29213.900**32WIRE APPR.05.00-10
CURRENTLY PURCHASED CABLE USED FOR NEW AND REPLACEMENT TINPOUNDSPER1000 FT.PHASECONDUCTOR"WIRE KINGIN POUNDSSTRENGTHALUMINUM CONDUCTOR (SC) - "SERVICE CABLE"#6 DUPLEX1-#6 AAC, 7 STRAND, XLP1-#6 AAAC, 7 STRAND, BAREVIZSLA-XLP (45 MILS)18040485700.1780.1980.4741110#2 TRIPLEX2-#2 AAC, 7 STRAND, XLP1-#4 AAAC, 7 STRAND, BARESOLASTER-XLP (45 MILS)1814081502210.2830.2500.7621760#1/0 TRIPLEX2-#1/0 AAC, 7 STRAND, XLP1-#2 AAAC, 7 STRAND, BARESANDCRAB-XLP (60 MILS)1814102003550.3570.3160.9702800ALUMINUM AERIAL CONDUCTOR (ASC) - "SECONDARY" - CAN BE USED FOR SERVICE CABLE#4 DUPLEX1-#4 AAC, 7 STRAND, XLP1-#4 AAAC, 7 STRAND, BAREWHIPPET-XLP (45 MILS)2011031151050.2250.2500.5731760#1/0 DUPLEX1-#1/0 AAC, 7 STRAND, XLP1-#1/0 AAAC, 7 STRAND, BARENO CODE WORD-XLP (60 MILS)2011022002560.3570.3980.8834460#1/0 TRIPLEX2-#1/0 AAC, 7 STRAND, XLP1-#1/0 AAAC, 7 STRAND, BAREAUBURN-XLP (60 MILS)2011062003800.3570.3980.9374460#4/0 TRIPLEX2-#4/0 AAC, 19 STRAND, XLP1-#1/0 AAAC, 7 STRAND, BARENO CODE WORD-XLP (60 MILS)2011073106190.5120.3981.2804460#1/0 QUADRUPLEX3-#1/0 AAC, 7 STRAND, XLP1-#1/0 AAAC, 7 STRAND, BAREGALLEY-XLP (60 MILS)2011091805120.3570.3981.0654460#4/0 QUADRUPLEX3-#4/0 AAC, 19 STRAND, XLP1-#1/0 AAAC, 7 STRAND, BARENO CODE WORD-XLP (60 MILS)2011112808700.5120.3981.4214460336.4 QUADRUPLEX3-336.4 AAC 19 STR, XLPE1-336.4 ACSR18242237012710.6660.6841.6814,100NOTES:1. AAC DENOTES ALL ALUMINUM CONDUCTOR 1350-H19.2. AAAC DENOTES ALL ALUMINUM ALLOY CONDUCTOR 6201-T81; SIZE LISTED IS EQUIVALENT ACSR DIAMETER.3. XLP DENOTES CROSSLINKED POLYETHYLENE5. AMPACITY IS FOR PHASE CONDUCTOR FOR BALANCED PHASE LOAD CONDITIONS.6. PHASE CONDUCTOR "WIRE ONLY" DIAMETER IS 97% OF THE EQUIVALENT BARE CONDUCTOR DUE TOCOMPRESSION.7. DATA IS FROM GENERAL CABLE (BICC) DATED MAY 2005.32OVERHEAD CABLE DATA - 600 PPR.05.00-11
GENERALTHE INFORMATION ON THIS PAGE APPLIES TO THE PRIMARY CONDUCTOR SAG CHARTS INSPECIFICATIONS MANUALS.SECTION 05.01 OF THEEACH CONDUCTOR CHART CONTAINS THREE INDIVIDUAL TABLES:INITIAL SAGS:THESE SAGS VALUES ARE USED DURING CONSTRUCTION FOR THE INITIAL INSTALLATION OFCONDUCTORS.RE-SAGGING SAGS:THESE SAG VALUES ARE USED DURING MAINTENANCE TO RE-SAG CONDUCTORS THAT HAVE BEENTAKEN DOWN AND RE-INSTALLED.SAGS AND HORIZONTAL SWINGS:THESE ARE DESIGN SAG VALUES USED TO DETERMINE GROUND CLEARANCES, CLEARANCES FROMOTHER CONDUCTORS AND OBJECTS.ALL SAG VALUES LISTED IN CHARTS ARE IN INCHES UNLESS NOTED; TENSION VALUES ARE IN POUNDS.THE RULING SPANS ARE 150 FT., 200 FT. AND 250 FT. FOR THE LARGER CONDUCTORS (336 AAC AND ABOVE),INCLUDING 1/0 AAAC REDUCED TENSION NEUTRAL. THE RULING SPANS FOR CONDUCTORS 1/0 AND SMALLERARE 100 FT. THROUGH 600 FT. IN 100 FT. INCREMENTS.THE LLT (LIGHT LOADING TENSION) IN THE CHARTS REFERS TO THE MAXIMUM DESIGN TENSION USED FOR THENESC LIGHT LOADING DISTRICT.SOME DRAWINGS ARE DESIGNATED "FOR MAINTENANCE ONLY". THESE ARE FOR SELDOM USED CONDUCTORS.FOR CONDUCTOR SAG CHARTS NOT SHOWN IN THE SPECIFICATIONS, CONTACT DISTRIBUTION STANDARDS.NOTES:1. SAG CONDUCTORS PER SECTION 05.01 .2. WHEN SELECTING SAGS FROM CHARTS, ENTER THE CHART AT THE CALCULATED CLOSEST RULING SPAN ANDINTERPOLATE TO DETERMINE VALUES THAT ARE BETWEEN THE ACTUAL TEMPERATURE AND SPAN.3. THE RE-SAGGING CHARTS APPLY TO OLD CONDUCTOR WHICH IS BEING RE-SAGGED IN PLACE. THIS VALUE ISEQUAL TO 85% OF THE DIFFERENCE BETWEEN THE FINAL AND INITIAL SAG ADDED TO THE INITIAL SAG.4. OLD CONDUCTOR IS THAT WHICH HAS BEEN SUBJECTED TO MODERATE ICE LOADING OR HIGH WINDSCAUSING THE CONDUCTOR TO REACH ITS FINAL SAG VALUE.32SAG AND TENSION GENERAL DAPPR.05.01-00
TARGETSSELECT SPAN NEAR CENTER OF SECTION BEING SAGGED. SELECT SPAN WHOSE SUPPORTS ARE NEAR THE SAME ELEVATION.FIVE SPANS OR LESSTARGETSTARGETSSELECT AT LEAST TWO SPANS, ONE NEAR EACH END OF SECTION BEING SAGGED. MEASURE ONLY SPANS OF AVERAGELENGTH IN SECTION BEING SAGGED.OVER FIVE SPANSCONDUCTORSAGTARGETCONDUCTORSAGTARGETNOTES:1. INSTALL CONDUCTOR IN FREE-RUNNING ADEQUATE SIZE BLOCKS. SAG THE CONDUCTOR TO APPROXIMATESAG WHILE INSTALLING, ADJUST GUYS AS NEEDED, THEN SAG TO EXACT SAG USING PROPER TABLE,CONDUCTOR TEMPERATURE AND SPAN LENGTH. THEN TIE IN. OBSERVE CLEARANCES, MEASURE ANY THAT ARECLOSE TO MINIMUM AND ADVISE ENGINEER OF DETAILS OF TEMPERATURE AND SAG OF ANY SPAN WHICH HASQUESTIONABLE CLEARANCE.2. USE SAG TABLES IN SECTION 05 UNLESS OTHERWISE SPECIFIED. USE SHORT SPAN SAGS FOR LINES UNDER200' MAXIMUM SPAN. USE MEDIUM SPAN SAGS FOR LINES AVERAGING 200' - 350' SPANS WITH 350' MAXIMUMSPAN. USE LONG SPAN FOR LENGTHS WITH MAXIMUM SPANS ABOVE 350'.3. IF NECESSARY TO USE SECTION OF LINE OR DEAD-END SPAN WITH SHORTER SPANS THAN IN SAG TABLE,DETERMINE SAG BY USING DOUBLE SPAN LENGTH AND DIVIDING BY 4. OR USE SAG OF QUADRUPLE SPANDIVIDED BY 16. AVOID INSTALLING SUCH SHORT SPANS WHENEVER POSSIBLE.32SELECTING SPANS AND MEASURING R.05.01-01
SLACK SPANSPAN SAGTENSIONSAG6 COPPER136"2512"3718"4924"2 COPPER219"4218"6327"8036"4/0 COPPER5212"11322"17432"--4 AAAC76"1412"2218"3024"2 AAAC107"1914"2921"4027"1/0 AAAC129"2418"3627"5036"336.4 AAC3010"6319"9929"--795 AAC4516"8036"----NOTE: THE MAXIMUM SLACK SPAN FOR CONDUCTORS IS SHOWN IN THE TABLE ABOVE BUT THE PREFERRED SPAN IS HALF OFMAXIMUM. NOTE THAT 795 AAC, 336 AAC AND 4/0 COPPER HAVE SHORTER MAXIMUM SPAN LENGTHS THAN THE SMALLERCONDUCTORS. SPAN LENGTH, SAG AND TENSION SHOULD BE SUCH THAT CONDUCTORS CANNOT CONTACT EACH OTHERDURING WIND OR FAULT CONDITIONS.SUBSTATION GETAWAY SPANSUBSTATION STRUCTURE TO FIRST POLESAG AND TENSION FOR VARIOUS IALINITIALTENSIONS IN LBS/CONDUCTORNOTES:1. SEE DWG. 05.01-00 FOR GENERAL NOTES.2. ALL SAG VALUES LISTED ON CHART ARE IN INCHES; TENSION IS IN POUNDS.3. TENSION DATA ON A PER CONDUCTOR BASIS.4. MAXIMUM ALLOWABLE SUBSTATION BUS TENSIONS EQUAL 1500 LBS FOR ALL THREE PHASES. SPAN TENSIONS AND SAG WIIL BEGOVERNED BY SUBSTATION REQUIREMENTS.5. SAG, IN NORMAL OPERATING TEMPERATURE RANGES, SHOULD NOT EXCEED 1/2 THE DISTANCE BETWEEN CONDUCTORS. THIS IS TOPREVENT CONDUCTOR TOUCHING (TANGLING) UNDER FAULT CONDITIONS.6. MAXIMUM RECOMMENDED SPAN DISTANCE FOR 795 KCM IS 50 FEET.32SAG AND TENSION SLACK SPAN SUBSTATION GETAWAY SPANDWG.05.01-20
3210CONDUCTOR SAG AND TENSION - TREE 0TEMP.SAG1"1"2"2"TENSION18821460103579550' SPAN1. SEE DWG. 05.01-00 FOR GENERAL NOTES.NOTES:SAG50' SPANTENSION14501190895660TENSION2"3"4"5"SAG100' SPAN14501190895660TENSION5"7"9"1'0"SAG150' SPAN14501190895660TENSION10"1'0"1'4"1'10"SAG200' SPANSAG AND TENSION FOR VARIOUS RULING SPANS18824601035795TENSION4"5"7"9"SAG100' SPAN188214601035795TENSION9"11"1'4"1'8"SAG150' SPAN188214601035795TENSION1'4"1'7"2'4"3'0"SAG200' SPANSAG AND TENSION FOR VARIOUS RULING SPANS336.4 TREE WIRE336 MCM AAC 10/64" HDPE. MAXIMUM TENSION FROM LIGHT LOADING PER 1984 EDITION OF NESC (9 LBS. WIND ANDSTRINGINGCONDITIONSWIRESIZENOTE:TEMP.#1/0 AAAC 10/64" HDPE - MAXIMUM TENSION FROM LIGHT LOADING PER 1984 EDITION OF NESC (9 LBS. WIND 1/0 AAAC TREE "3'7"4'8"SAG250' SPAN14501190895660SAG250' SPANTENSION
ELKINSBYCK'DAPPR.CONDUCTOR SAG AND TENSION#4 AAAC ALTON100-300 FOOT RULING 223319718115562374243174405483334556717822102. ALL SAG VALUES LISTED ON CHART ARE IN INCHES; TENSION IS IN POUNDS.1. SEE DWG. 05.01-00 FOR GENERAL 3135394551546112571262593FLORIDA LIGHT LOADING DISTRICT SAG AND TENSION CHART FOR:CONDUCTOR: ALTON - #4 AAAC (100 - 300 FT RS), 7 STRAND, DIA 0.248 IN, WT .0457 LBS/FT, RBS 1701 LBS100 FOOT RULING SPAN200 FOOT RULING SPAN300 FOOT RULING SPAN(LLT - 582 LBS.)(LLT - 630 LBS.)(LLT - 689 LBS.)50 75 100 125 150 175 200 TENSION 100 125 150 175 200 225 250 275 300 TENSION 200 225 250 275 300 325 350 375 4002582NOTE: SHADED BLOCKS INDICATE THE CONDITIONS USED FOR NESC LIMITS.HORIZONTAL SWINGFINAL SAGFINAL SAGFINAL SAG & TENSIONSFOR DESIGN ANDMAINTENANCEINITIAL SAGINITIAL SAGINITIAL SAG & TENSIONSFOR CONSTRUCTIONAND DESIGNTENSIONFLORIDA LIGHT LOADING DISTRICT SAG AND TENSION CHART FOR:CONDUCTOR: ALTON - #4 AAAC (100 - 300 FT RS), 7 STRAND, DIA 0.248 IN, WT .0457 LBS/FT, RBS 1701 LBS100 FOOT RULING SPAN200 FOOT RULING SPAN300 FOOT RULING SPAN(LLT - 582 LBS.)(LLT - 630 LBS.)(LLT - 689 LBS.)50 75 100 125 150 175 200 TENSION 100 125 150 175 200 225 250 275 300 TENSION 200 225 250 275 300 325 350 375 400
ELKINSBYCK'DAPPR.CONDUCTOR SAG AND TENSION#4 AAAC ALTON400 - 600 FOOT RULING 0391314033683353052772532422241345124324407662. ALL SAG VALUES LISTED ON CHART ARE IN INCHES; TENSION IS IN POUNDS.1. SEE DWG. 05.01-00 FOR GENERAL 7885921001091131211891436766186FLORIDA LIGHT LOADING DISTRICT SAG AND TENSION CHART FOR:CONDUCTOR: ALTON - #4 AAAC (400 - 600 FT RS), 7 STRAND, DIA 0.248 IN, WT .0457 LBS/FT, RBS 1701 LBS400 FOOT RULING SPAN500 FOOT RULING SPAN600 FOOT RULING SPAN(LLT - 749 LBS.)(LLT - 807 LBS.)(LLT - 863 LBS.)TENSION 300 325 350 375 400 425 450 475 500 TENSION 400 425 450 475 500 525 550 575 600 TENSION 500 525 550 575 600 625 650441174956
slack span sag table nesc light loading zone wire data section 5 - conductors, overhead table of contents 05.02-14 05.03-06 05.00 conductor electrical and physical data 05.02 slack spans 05.01 sags for primary conductor selecting spans a
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