Designation 47-AL1/8-ST1A LA AL1/11-ST1A LA AL1/34-ST1A

Transcription

1 018 Designation ACSRAluminiumconductorssteelreinforced Alum. ACSR conductors steel reinforced LA AL1/8ST1A 6.80 Ø() LA LA AL1/ST1A AL1/11ST1A LA8 LA180 AL1/9ST1A LA80Hawk AL1/ST1A LA80Gull 0AL1/5ST1A LA55Condor 85AL1/6ST1A LA55Cardinal These conductors are formed by several wires of aluminum and galvanized steel, stranded in concentric layers. The wires (s) which form the core are made by galvanized steel and external layer(s) are of aluminum. LA65F Designation , , , , , , , , , , , , , ,1. Composition Coefficient of linear expansion ºC breaking Diameter Aluminium Diameter of NO OF WIRE Due to the great diameter of the conductor elect tri closes of Corona Effect are reduced. Final modulus of kg/ Alum. core Overall SPANISHSIZESUNE1018 Ø() LA56 Maximum Standard breaking DC load resistance atweight0ºc Diameter It characteristics are, lo weight combined within sigh breaking strength making the ma solution for long spans. steel wire core Overall Maximum Standard DC resistance load diameter ACSR Aluminium conductors steel reinforced Nos Ø() Ø() Da N 1, Kg/ km k CANNA CANNA CANNA , CANNA , CROCUS ,0 0.6 CANNA , CROCUS , , FRENCHSIZESNFC ,100.1x106 CANNA , ,00.8x106 CROCUS , , x106 CANNA , ,00 1.8x106 CROCUS , , x106 CANNA , ,0 5+,000.x106 CROCUS , ,0 5+ 6,800.x106 CROCUS , ,18 CROCUS , ,59 6+1

2 018 ACSR conductors steel reinforced USASIZESASTMB Stranding and wire diameter Approximate overall diameter breaking load MaximumDCr esistanceat 0ºC AWG or MCM Ibf Turkey Swan Swanate /1.68 6/0.06 1/1.68 1/ , /.1 6/0.08 1/.1 1/ , /1.96 /0.0 1/. 1/ ,05, Turkey Swan Swanate Sparrow Sparate Robin Raven Quail /.6 6/ /.6 1/ ,0, /. /0.09 1/. 1/ ,1, /.00 6/ /.00 1/ ,585,56 1/ /. 6/0.1 1/. 1/ ,9, / /.8 6/ /.8 1/ ,6 5, Sparrow Sparate Robin Raven Quail / /.5 6/0.16 1/.5 1/ ,91 6,609 / /. 6/ /. 1/ ,06 8, /.09 18/0.11 1/.09 1/ ,0 6, /.5 6/0.101 /.00 / ,09 11, Pigeon Penguin Waxwing Partridge /. 6/0.10 /.1 / ,65 1, /. 18/0.16 1/. 1/ ,8 8, /.89 6/0.11 /.5 / ,1 1, /.69 / /.69 / ,5 1, /. 18/ /. 1/ ,99 9, Ostrich Merlin Linnet Oriole Chickadee Brant Ibis Lark Pelican Flicker /. /0.18 /.18 / ,69 1, /.1 6/0.16 /. / ,11 16, /.9 / /.9 / ,869, /.1 18/ /.1 1/ ,16 11, /.58 /0.110 /.9 / ,666 1, Brant Ibis Lark Pelican Flicker Hawk Hen Osprey Parakeet Dove Eagle Peacock Squab Wood Duck Teal Kingbird Rook Grosbeak Scoter Egret Swift Flamingo Gannet Stilt Starling /. 6/0.15 /.6 / ,665, /.0 /0.1 /.0 / ,11 10,5, /. 18/ /. 1/ ,088 1, /.8 /0.15 /.58 / ,06 8,8, /. 6/0.16 /.89 / ,10 10,10, /.6 /0.16 /.6 / ,98 1,9, /.0 / /.69 / ,160 9,588 1, /.8 6/0.155 /.01 / ,0 10,81, /. /0.10 /. / ,11 1,88 8, /. /0.10 /.16 / ,99 1,59, /.8 18/ /.8 1/ ,08 6,956 15, /.1 /0.168 /.6 / , 10,08, /.9 6/0.156 /.09 / , 11,180 5, /.0 /0.156 /.0 / ,8 1,5, /.0 /0.156 /. / ,0 1,055 1, /.8 6/0.19 1/.8 1/ ,05 1, /. /0.166 /.8 / ,8 10,566, /.0 6/ /.16 / ,65 11, 6, /.9 /0.1 /.9 / , , 11,5 5, /.1 6/ /.8 / ,005 1,66 1,591 8, Hawk Hen Osprey Parakeet Dove Eagle Peacock Squab Wood Duck Teal Kingbird Rook Grosbeak Scoter Egret Swift Flamingo Gannet Stilt Starling Pigeon Penguin Waxwing Partridge Ostrich Merlin Linnet Oriole Chickadee

3 018 ACSR conductors steel reinforced USA SIZES ASTMB Stranding and AWG or MCM Redwing Tern Condor Cuckoo Drake overall diameter breaking load MaximumDCr esistanceat 0ºC Ibf /.9 /0.15 /.5 / , ,65 15,9, Redwing /.8 5/0.19 /.5 / , , 9, 1, Tern /.08 5/0.11 /.08 / , ,5 1,5, Condor /.6 /0.180 /.08 / , ,5 1,9, Cuckoo /. 6/0.19 /.5 / , ,68 1,99 1, Drake Approximate wire diameter Coot /. 6/ /. 1/ , ,8,85 16, Coot Mallard /.1 /0.168 /.8 / ,1 1,88 1,118 8, Mallard Ruddy Canary /.59 5/0.11 /.0 / ,6 1,510 10,91, /.8 5/0.1 /.8 / ,6 1, 1,095 1, Ruddy Canary Rail Catbird /.0 5/0.156 /. / ,9 6 1,601 11,585 6, Rail /.1 6/ /.1 1/ , 105 1,8 8,66, Catbrid Cardinal /.8 5/0.19 /.8 / ,9 90 1,89 1,96, Cardinal Ortlan 1, /.85 5/ /.5 / ,51 8 1, 1,10, Ortlan Tanger 1, /. 6/ /. 1/ , 11 1,556 9,9 1, Tanger Curlew Bluejay 1, /.5 5/0.18 /.5 / ,51 5 1,981 16,180 6, Curlew 1, /.00 5/0.15 /.66 / , ,868 1,6 9, Bluejay F Bunting 1, /.65 5/0.16 /. / ,50 580,1 1,1 9, F 1, /.1 5/0.168 /.6 / ,6,001 1, 1, Bunting Grackle Bittern Pheasant 1, /. 5/0.186 /. / ,68 600,8 18,68 1, Grackle 1, /. 5/ /.85 / ,85 9,1 15,18, , /.90 5/0.155 /. / ,95 8,,00, Bittern Pheasant 1, /.8 6/ /.8 1/ , 10 1,91 11,585 6, Dipper 1, /.0 5/0.1 /.9 / ,898 68,66 16,00 6, Dipper Martin Bobolink 1, /.0 5/0.158 /.1 / ,906 69,585 0,605 6, Martin 1, /.5 5/0.18 /.0 / ,009 9,0 1,01 8, Bobolink Plover 1, /.1 5/0.168 /.8 / ,0,8 1,8 9, Plover Nuthatch 1, /.65 5/0.18 /.10 / ,10 1,5 1,89 9, Nuthatch Parrot 1, /.5 5/0.165 /.55 / ,11 59,890,00 51, Parrot Lapwing Falcon 1, /. 5/0.188 /.18 / , 5,66 18,0, Lapwing 1, /.6 5/0.116 /.6 / , 99,0,55 5, Falcon Grouse HIGHSTRENGTHSTRANDINGS Grouse /.5 8/ /. 1/ ,60 5, Petrel Minorca /. 1/0.091 /. / ,15 10, Petrel /. 1/0.09 /. / ,15 11, Minorca Leghorn /.69 1/ /.69 / ,10 1, Leghorn Guinea /.9 1/ /.9 / ,55 16, Guinea Dotterel /.08 1/0.11 /.08 / ,850 1,0 0. Dotterel Dorking /.0 1/0.1 /.0 / ,80 18, Dorking Brahma /.86 16/0.11 /.8 / ,880 8, Brahma Cochin /. 1/0.1 /. / ,90 0, Cochin

4 018 ACSR conductors steel reinforced Aluminium area BRITISHSIZESBS15, PART Overall breaking load Ibf Mole Mole 10 6/1.50 6/ /1.50 1/ Squirrel 0 6/.11 6/0.08 1/.11 1/ , Squirrel Gopher 5 6/.6 6/0.09 1/.6 1/ , Gopher Weasel 6/.59 6/0.10 1/.59 1/ ,15, Weasel Aluminium MaximumDCr esistanceat 0ºC Fox 5 6/.9 6/ /.9 1/ ,, Fox Ferret 0 6/.00 6/ /.00 1/ ,50, Ferret Rabbit 50 6/.5 6/0.1 1/.5 1/ ,85, Rabbit Mink 60 6/.66 6/0.1 1/.66 1/ ,180, Mink Skunk 60 1/.59 1/0.10 /.59 / ,0 11, Skunk Beaver 0 6/.99 6/0.15 1/.99 1/ ,50 5, Beaver Horse 0 1/.9 1/0.110 /.9 / ,10 1, Horse Racoon 5 6/.10 6/0.1 1/.10 1/ ,0 6, Racoon Otter 80 6/. 6/ /. 1/ ,880 6,5 0. Otter Cat 90 6/.50 6/0.1 1/.50 1/ ,0, Cat Hare 100 6/. 6/ /. 1/ ,600 8,09 0. Hare Dog 100 6/. 6/0.186 /1.5 / ,0,51 0. Dog Hyena 100 /.9 /0.1 /1.9 / ,090 9,5 0.1 Hyena Leopard 15 6/5.8 6/0.08 /1.5 / ,00 9, Leopard Coyote 15 6/.5 6/0.100 /1.91 / ,60 10, Coyote Cougar 15 18/.05 18/0.10 1/.05 1/ ,980 6, Cougar Tiger 15 /.6 /0.09 /.6 / ,800 1, Tiger Wolf 150 /.59 /0.10 /.59 / ,90 15, Wolf Dingo /.5 18/0.1 1/.5 1/ ,50 8, Dingo Lynx 15 /.9 /0.110 /.9 / ,980 1, Lynx Caracal 15 18/. 18/0.1 1/. 1/ ,110 9, Caracal Panther 00 /.00 /0.118 /.00 / ,5 0, 0.16 Panther Lion 5 /.18 /0.15 /.18 / ,095 10,060, Lion Bear 50 /.5 /0.1 /.5 / ,1 11,110, Bear Goat 0 /.1 /0.16 /.1 / ,89 1,50, Goat Sheep 50 /.99 /0.15 /.99 / ,18 15,590 5, Sheep Antelope 50 5/.9 5/0.11 /1.9 / ,0 9 1,11 11,80 6,5 0.0 Antelope Bison 50 5/.00 5/0.118 /.00 / , , 1,090, 0.05 Bison Jaguar 00 18/.86 18/0.15 1/.86 1/ ,655 10, Jaguar Deer 00 /. /0.168 /. / , ,91 1,850 0, Deer Zebra 00 5/.18 5/0.15 /.18 / , , 1,0 9, Zebra Elk 50 /.50 /0.1 /.50 / ,18 8,0,80, Elk Camel 50 5/.5 5/0.1 /.5 / ,1 8 1,50, Camel Moose 500 5/.5 5/0.19 /.5 / ,6 5 1,999 16,110 6, Moose

5 018 ACSR conductors steel reinforced GERMANSIZESDIN80 Overall diameter 16/, /1.80 1/ /, /.5 1/ / / breaking load MaximumDCresi stanceat0 C 5/6, /.0 1/ , /, /.00 / , /8, /.0 1/ , / /. / , / /1.85 / , / /.15 / , / /.0 / , / /.10 / , / /. / , / /.60 / , / /. / , / /.0 / , / /.0 / , / /.00 / , / /.0 / , / /.00 / , / /.50 / , / /.5 / , / /. / ,00 8, / /.86 / ,6 10, / /.68 / ,160 9, / /.00 / ,180 9, / /.00 / , ,5 1, / /.0 / ,06 1, 10, / /.0 / ,0 50 1,65 1, / /.5 / ,1 1,5 1, / /.0 / , ,866 15, / / / ,6 8 1,66 1, / /.68 /.8.0 1,1 65 1,8 1, / /.60 / ,50 5,09 1, / /.86 / , ,95 1, / /.00 / ,56 5 1,888 1, / /. / ,5 6,118 15, / /.00 / ,868 0,50 1,

6 018 AAC All stranded conductors AAC All stranded conductors These conductors are formed by several aluminum wires stranded in concentric layers. They have a great economical advantage. NOTE: All the data set out in this catalogues is given for purposes and Hind will not Be held responsible for its accuracy Overall diameter MaximumDCresi Standard weight Designation Ø() breakingload stanceat0ºc L L L L , L , L , L , L , L , ,05.6 L , ,55. L , ,51. L , ,6.

7 018 FRENCHSIZES AAC All aluminum stranded conductors SPANISH SIZES UNE 1018 Composition Final modulus of elasticity Overall diameter Designation kg/ Coefficient of linear expansion 6,000 5,00 5,00 5,500 breaking load MaximumDCresi stanceat0ºc Standard weight Ø() , , , , , , , , , , , 0.0 1, , ,66 ºC.0x106.0x106.0x106.0x106

8 z 018 AAC All stranded conductors (Class A and Class AA) USASIZESASTMB1 Approximate overall diameter breaking load AWG or MCM Ibf Peach bell /1.56 / Peach bell Rose /1.96 / Rose MaximumDCresi stanceat0ºc Iris /. / , Iris Pansy /.8 / , Pansy Poppy 1/ /.1 / , Poppy Aster / /.50 / ,110, Aster Phlox / /.9 / ,50,8 0.9 Phlox Oxlip / /. / ,00, Oxlip Valerian /.91 / ,00, Valerian Sneezewort /.80 / ,010, 0.5 Sneezewort Laurel /.01 / ,10, Laurel Daisy /.96 / ,10, Daisy Peony /. / , 5, Peony Tulip /.8 / , 5, Tulip Daffodil /.5 / ,80 6, Daffodil Canna /.6 / ,160 6, Canna Goldentuft /.91 / ,500, Goldentuft Syringa /.88 / ,860 8, Syringa Cosmos /.0 / ,00 8, Cosmos Hyacinth /.95 / ,050 9, Hyacinth Zinnia /.1 / ,890 8, Zinnia Dahlia /.5 / , 9, Dahlia Mistletoe /.1 / , 9, Mistletoe Meadowsweet /. / ,50 10, Meadowsweet Orchid /. / ,00 11, Orchid Heuchera /. / ,10 11, Heuchera Flag /. / ,10 1, Flag Verbena /.9 / ,50 1, Verbena Nasturtium /.5 / ,80 1, Nasturtium Violet /.5 / ,60 1, Violet Cattail /.8 / ,06 6,0 1, Cattail Petunia /.6 / ,06 5,860 1, Petunia Lilac /.90 / ,110 6,80 1, Lilac Arbutus /. / ,109 6,180 1, Arbutus Snapdragon /.09 / ,56,080 15, Snapdragon Cockscomb /.96 / ,56 6,80 15, Cockscomb Goldenrod /.18 / ,1,500 16, Goldenrod Magnolia /.08 / ,1,60 16, Magnolia Camellia 1, /.5 / ,9,8 1, Camellia Hawkweed 1, /.18 / ,95,60 16, Hawkweed

9 018 AAC All stranded conductors (Class A and Class AA) ASTMB1 Approximate overall diameter breaking load AWG or MCM Larkspur Bluebell Marigold Hawthorn Narcissus Columbine 1, /.1 1, ,11 1,.5 1, 1,51.5 / ,1 1, /.5 / , /. / /.55 / / MaximumDCresi stanceat0ºc Ibf 8,1 18, Larkspur 1,1,880 1, Bluebell 1,16 1,55 8,, Marigold ,58 1,66 9,50 1,0 0.0 Hawthorn / ,0 1, 9,810, Narcissus /.8 / ,9 1,88 10,00, Columbine Carnation 1, /.89 / ,9 1,99 10,800, Carnation Gladiolus 1, /.00 / ,1,108 11,00 5, Gladiolus Coreopsis 1, /.10 / ,5,16 1,000 6, Coreopsis Jessamine 1, /. / ,55, 1,00 9, Jessamine,000 1, /. 91/ ,6,8 15,0, ,50 1, /.99 91/ ,9,166 16,00, ,500 1, /.1 91/ ,8,5 18,600 1,900,50 1, /. 91/ ,91,8 0,500 6, Trillium,000 1, /.90 1/ ,996,6,0 50, Trillium Bluebonnet,500 1, /. 1/ ,158,9 6,100 58, Bluebonnet Cowslip Sagebrush Lupine Bitterroot 0.0 Cowslip Sagebrush Lupine Bitterroot

10 018 AAC All stranded conductors GERMANSIZESDIN801 Approximate overall diameter breaking load MaximumDCresi stanceat0ºc NOMINAL REAL / / / / / / , / , / , / , / , / , / , / ,105 6, / ,81, / , 9, , 1, / , /. 1.10,66 1,

11 018 AAC All stranded conductors BRITISHSIZESBS15,Part1 Approximate overall diameter area breaking load aluminum area Midge /.06 Aphis 5 Gnat MaximumDCresi stanceat0ºc Ibf / Midge /.5 / Aphis 5 /.1 / , Gnat Weevil /.66 / , Weevil Mosquito 5 /.59 / , Mosquito Ladybird 0 /.9 / , Ladybird Ant 50 /.10 / ,8 0.5 Ant Fly 60 /.0 / , Fly Bluebottle 0 /.66 / ,1, Bluebottle Earwing 5 /.8 / ,, Earwig Grasshopper 80 /.91 / ,8, Grasshopper Clegg 90 /.1 / ,5, Clegg Wasp 100 /.9 / ,600, Wasp Beetle 100 /.6 / ,, Beetle Bee 15 /.90 / ,99, Bee Cricket 150 /5.6 / ,85 5, Cricket Hornet 150 /.5 / ,0 5, Hornet Caterpillar 15 /.5 / ,86 6, Caterpillar Chafer 00 /.8 / ,0, Chafer Spider 5 /.99 / ,601 8, Spider Cockroach 50 /. / ,00 9, Cockroach Butterfly 0 /.65 / ,80 10, Butterfly Moth 50 /5.00 / ,0 5,6 1, Moth Drone 50 /.58 / ,09 5,5 1, Drone Locust 00 /5.6 / , 6, 1, Locust Centipede 00 /.8 / ,15 6,10 1, Centipede Maybug 50 /.09 / ,,01 16, Maybug Scorpion 500 /. / ,60,998 1, Scorpion Cicada 600 /.65 / , 9,95 1, Cicada Tarantula 50 /5. / ,1 1,010, Tarantula

12 018 AAAC ACSR AAAC alloy conductors The aluminum alloy belongs to the MagnesiumSilicon group, which is also know nine Euro peas Almelec. The aluminum alloy steel reinforced conductors have a much higher strength and its usage is suitable on long spans round every severe me chemical conductors. Overall diameter Designation All alloy conductors and alloy conductors steel reinforced These conductors are formed by several wires of aluminum alloy and galvanized, stranded in concentric layers.the wire(s) which form the core are made by galvanized steel or aluminum alloy and external layer(s) are of alloy. SPANISHSIZESUNE1018 Composition Final modulus of elasticity Coefficient of linear expansion kg/ ºC 6,000.0x106 5,00.0x106 5,00.0x106 5,00.0x ,000.1x106 6+,00.8x106 6+, x ,00 1.8x , x106 5+,000.x ,800.x106 breaking load MaximumDCresi stanceat0ºc Standard weight Ø() D D , D , D , D , D , D , D , D , ,05.6 D , ,55. D , ,51. D , ,6. AACSR alloy conductors steel reinforced Designation Alum. SPANISHSIZESUNE1018 core Overall breaking load Diameter MaximumDCr esistanceat 0ºC Standard weight Ø() Ø() DA , DA , DA , DA , DA , DA , ,09. OVERHEAD CONDUCTORS

13 018 AAAC alloy conductors FRENCHSIZESNFC15 Overall diameter Designation breaking load Maximum DC resistance at0ºc Ø() ASTER ASTER , ASTER , ASTER , , , ASTER , ASTER , ASTER , ASTER , ASTER , , , breaking Diameter Alum. Ø() PHLOX PHLOX PHLOX PHLOX PHLOX PASTEL11 MaximumDCr Standard esistanceat weight 0ºC core Overall load Ø() , , , , , , PHLOX , PASTEL , PHLOX , , PASTEL , PHLOX , ,50 PASTEL , ,0 PASTEL , , PHLOX , PASTEL , ,59 5 ASTER11 ASTER50 Designation ASTER9 Standard weight AACSR alloy conductors steel reinforced FRENCHSIZESNFC15 1,5 OVERHEAD CONDUCTORS

14 018 AAAC alloy conductors AAAC 601 alloy conductor sized to have ASTMB99 diameter equal to ACSR alloy conductors Size and stranding of ACSR with equal diameter DIN801 Stranding and wire diameter Al/steel Overall diameter Breaking load Actual Stranding and wire diameter breaking load Overall diameter Maximum DC resistance at0ºc MCM AWG of MCM Akron /1 / / Alton /1 / / Ames. 9. 6/1 / ,5 5.6 / Azusa /0 6/1 / , / ,8 0. Anaheim /0 6/1 / , / , Amherst /0 6/1 /.5 1.5, / , Alliance /0 6/1 / , / , Butte / /.6 16.,86 Canton / / , / , 0.85 Cairo / / , / , / , / , Darien / / ,5 Elgin / / , Flint / / ,05 10, / , Greeley / / ,95 1, / ,105 11, / ,81 1, ASTMB99 AAAC alloy conductors sized by standard are as area Overall diameter breaking lbf MaximumDCresi stanceat0ºc , ,068, AWG or MCM /1.55 / /1.9 / /. / /.1 / ,69, / /.50 / ,05, / /.9 / ,586 5, / /.1 / ,6, /.91 / ,89 8, /. / ,6 10, /. / ,5 11, /.686 / ,9 1, /.909 / , 15, /.10 / ,6 16, /.096 / ,80 18, /. / ,18 0, /.66 / ,9 1, /.9 / ,0, /. / ,09 10,960, /. / ,11 11,680 6, /.96 / ,58 1,150 9, , /.16 / ,99 1,0, H OVERHEAD CONDUCTORS

15 018 AAAC alloy conductors aluminum area 10 /1. Box 15 Acacia Approximate overall diameter area / /1.85 / /.08 / Almond 5 /. /0.09 Cedar /.5 5 Fir breaking load MaximumDCres istanceat0ºc Ibf , Box , Acacia , Almond / , /. / ,18,660 0 /.95 / ,0, Fir Hazel 50 /. / ,680, Hazel Pine 60 /. / ,010, Pine 0 /.91 / ,5 5, Willow 5 /.0 / ,51 5, Willow 80 /. / ,0 6, /.5 / ,050 6, Oak 100 /.65 / ,, Oak 100 /.8 / ,, Mulberry 15 /.18 / , 9, Mulberry Ash 150 /.8 / ,060 11, Ash Elm 15 /.6 / ,910 1, Elm Poplar 00 /.8 / ,00 15, Poplar 5 /.05 / ,50 1, /. / ,90, Sycamore Upas 0 /.5 / ,150, Upas 50 /.81 / ,16 11,80 6, Yew 00 /.06 / , 1,50, Yew Sycamore BRITISHBS Cedar H OVERHEAD CONDUCTORS

16 018 ACSR/AW ACSR/AW conductor s aluminum clad reinforced These conductors are formed by several wires of aluminum and aluminum clad steel, stranded in concentric layers.the wire(s) which form the core are made by aluminum clad steel and external layer (s) are of aluminum. clad steel (ACS) wire is a highly resistant steel wire, covered with a thick coating of pure aluminum. In comparison with galvanized steel wire ACS as the same tensile strength, it has a lower density; it is more resistant to corrosion and it provides a greater electrical conductivity. Mainly due to these characteristics, it is the ideal material substitutive of galvanized steel on ACSR. H Composition conductor s aluminum clad steel reinforced Designation Finalmodulus ofelasticity kg/ Coefficientoflinearexpansion UNE1018 Alum. AW AW Ø() LARL LARL LARL LARL LARL LARL80 Hawk Diameter breaking load Maximum resistance at0ºc Standard weight Core Overall Ø() kg ,00 1, ,50 1, ,50, ,60 5, ,60 6, ,90 8, LARL80 Gull ,180 10, ,. LARL55 Condor ,00 1, ,58. LARL55 Cardinal ,6 15, ,56.1 LARL65 F ,100 1, ,05.8 ºC 6+1,600.1x106 6+,0 0.0x106 6+,0.1x106 +, x106 +,00 18.x ,00.5x ,500.6x106 OVERHEAD CONDUCTORS

17 018 ACSR/AW conductors clad steel reinforced Aluminium AWG/MCM Stranding and Alum weld ASTMB59 wire diameter Approximate overall diameter Alum weld breaking load Alum weld Ibf MaximumDCr esistanceat 0ºC Swanate /1.96 /0.0 1/. 1/ ,016, Swanate Sparrow /.6 6/ /.6 1/ ,1, Sparrow Sparate /. /0.09 1/. 1/ ,560, Sparate Robin /.00 6/ /.00 1/ ,5, Robin Raven 1/ /. 6/0.1 1/. 1/ ,88, Raven Quail / /.8 6/ /.8 1/ ,85 5, Quail Pigeon / /.5 6/0.16 1/.5 1/ ,80 6,0 0. Pigeon Penguin / /. 6/ /. 1/ ,15, Penguin Waxwing /.09 18/0.11 1/.09 1/ ,00 6, Waxwing Merlin /. 18/0.16 1/. 1/ ,66 8, Merlin Linnet /.89 6/0.11 /.5 / ,995 1, Linnet Oriole /.69 / /.69 / ,65 16, Oriole /. 18/ /. 1/ ,6 9, Chickadee Ibis /.1 6/0.16 /. / ,980 15, Ibis Lark /.9 / /.9 / ,, Chickadee Lark Pelican /.1 18/ /.1 1/ ,086 11, Pelican Flicker /.58 /0.110 /.9 / ,5 16, Flicker Hawk /. 6/0.15 /.6 / ,8 18, Hawk /.0 /0.1 /.0 / ,5, Hen 5,88 1, Osprey Parakeet Hen 1,0 Osprey /. 18/ /. 1/ Parakeet /.8 /0.15 /.58 / ,0 8,56, Dove /. 6/0.16 /.89 / ,085 9,80 1, Dove Eagle /.6 /0.16 /.6 / , 11,896 6, Eagle 880 Peacock /.0 / /.69 / ,11 9,8 0, Peacock Squab /.8 6/0.155 /.01 / ,180 10,89, Squab Wood Duck /. /0.10 /. / ,5 1,66 8, Wood Duck Kingbird /.8 18/ /.8 1/ ,00 6,66 1, Kingbird Rook /.1 /0.168 /.6 / ,10 9,88 1, Rook /.9 6/0.156 /.09 / ,0 11,01, Grosbeak Scoter /.0 /0.156 /.0 / ,9 1,09 9, Scoter Swift /.8 6/0.19 1/.8 1/ ,10 1, Swift Grosbeak Flamingo /. /0.166 /.8 / ,6 10,5, Flamingo Gannet /.0 6/ /.16 / ,0 11,55 5, Gannet Stilt /.9 /0.1 /.9 / , ,16 11,00, Stilt Starling /.1 6/ /.8 / , ,96 1,5, Starling H OVERHEAD CONDUCTORS

18 018 ACSR/AW conductors clad steel reinforced AWG/MCM Redwing 15.5 Stranding and Alum weld ASTMB59 wire diameter Alumo weld Approximate overall diameter breaking load Alumo weld Ibf MaximumDCr esistanceat 0ºC /.9 /0.15 /.5 / , ,55 1,81, 0.0 Redwing Tern /.8 5/0.19 /.5 / , ,0 9,60 1, Tern Condor /.08 5/0.11 /.08 / , , 1,, Condor Cuckoo /.6 /0.180 /.08 / , , 1,, Cuckoo Drake /. 6/0.19 /.5 / ,116 1,550 1,596, Drake Coot /. 6/ /. 1/ ,110 1,18,09 16, Coot Mallard /.1 /0.168 /.8 / , ,8 16,91, Mallard Ruddy /.59 5/0.11 /.0 / ,6 09 1, 10,09, Ruddy Canary /.8 5/0.1 /.8 / ,6 91 1,65 1,, Canary Rail /.0 5/0.156 /. / ,9 1 1,560 11,50 5, Rail Catbird /.1 6/ /.1 1/ , 88 1,1 8,66, Catbird Cardinal /.8 5/0.19 /.8 / ,9 1 1,5 1,559, Cardinal Ortlan 1, /.85 5/ /.5 / ,51 9 1,690 1,055, Ortlan Tanager 1, /. 6/ /. 1/ , 96 1,59 9,5 1, Tanager Curlew 1, /.5 5/0.18 /.5 / ,51 9 1,900 15,516, Curlew Bluejay 1, /.00 5/0.15 /.66 / , ,81 1,988 9, Bluejay Bunting 1, /.1 5/0.168 /.6 / ,6 5 1,99 1,886 1, Bunting Grackle 1, /. 5/0.186 /.1 / ,68 508,0 1,91 0, 0.06 Grackle Bittern 1, /. 5/ /.85 / ,85 95,080 1,8, Bittern Pheasant 1, /.90 5/0.155 /. / ,95 51,6 18,8,5 0.0 Pheasant 1, /.8 6/ /.8 1/ , 118 1,895 11,9 5, Dipper 1, /.0 5/0.1 /.9 / ,908 1,10 15,9 5, 0.01 Dipper Martin 1, /.0 5/0.158 /.1 / ,906 55,81 0,01, Martin Bobolink 1, /.5 5/0.18 /.0 / ,0, 16,16, Bobolink Plover 1, /.1 5/0.168 /.8 / ,0 609,68 1,, Plover Nuthatch 1, /.65 5/0.18 /.10 / ,10 50,0 1,6 9, Nuthatch Parrot 1, /.5 5/0.165 /.55 / ,11 6,,59 50, Parrot Lapwing 1, /. 5/0.188 /.18 / , 6,599 18,5 1, Lapwing Falcon 1, /.6 5/0.116 /.6 / , 6,90,558 5, Falcon H OVERHEAD CONDUCTORS

19 018 ACSR/AW High strength conductor clad steel reinforced Stranding and ASTM B59 wire diameter Overall diameter Alum weld AWGMCM Breaking load Alum weld Ø() , , , , , , , , , , , , , , , , ,1 0.9 Grouse , Grouse , , , , Petrel Minorca ,9 0.6 Minorca , , Leghorn , Leghorn , , Guinea ,98 Dotterel ,50 Dorking ,111 Brahma Petrel Cochin Ø() MaximumDCresi stanceat0ºc 1,06 8, Guinea Dotterel 0.5 Dorking 0.16 Brahma 0.5 Cochin HIND ALUMINIUM INDUSTRES LIMITED SILVASSA OVERHEAD CONDUCTORS

20 018 Earth wires EARTHWIRESACS0SA Composition These conductors are formed by several wires of aluminum clad steel, stranded in concentric layers. clad steel (ACS) wire is a highly resistant steel wire, covered with a thick coating of pure aluminum. In comparison with galvanized steel wire ACS as the same tensile strength, it has a lower density; it is more resistant to corrosion and it provides a greater electrical conductivity. breakingload MaximumDCr esistanceat 0ºC Standard Ø().6 5, , , No.8AWG , No.9AWG , No.10AWG , No.5AWG , Diameter No.5AWG No.6AWG 9.80 No.AWG No and size of wires ACS0SA Coefficient oflinearexpansion No.6AWG , kg/ ºC No.AWG , No.8AWG , No.9AWG , No.10AWG , No.11AWG , No.1AWG , No.5AWG , No.6AWG , No.AWG , No.8AWG , No.9AWG , No.10AWG , ,10 1.0x106 16,10 1.0x106 Mainly due to these characteristics, it is the ideal material substitutive of galvanized steel one earth wires. Finalmodulusof elasticity ASTMB16 16,10 1.0x106 HIND ALUMINIUM INDUSTRES LIMITED SILVASSA OVERHEAD CONDUCTORS

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22 018 SPECIALCONDUCTORS TrapezoidalShaped wire conductors Trapezoidal wire differs from the conventional round wire conductor construction by having strands shaped in the form of a trapezoid. By shaping the wires in to trapezoids the interstices presented by round wires can be practically eliminated creating bigger conductor surface. Trapezoid wires are usually designed in two ways; equivalent constructions; this construction permits the same aluminum are at hat of an equivalent round wire construction.by reducing the interstices a smaller diameter conductor is produced. It results in lower wind and ice loads while maintaining the same ampacity. Diameter equivalent conductors; this constructions pack more aluminum in to the same physical area.it contains approximately 0 % more aluminum, reducing the electrical resistance and increasing the current capacity. Our technical department after analysis of the line parameters and the objectives raised by the customer design the right conductor. OVERHEAD CONDUCTORS

23 018 SPECIALCONDUCTORS HTLSHigh temperature and low sag conductors These conductors have superior sagtemperature characteristics than conventional conductors. Application Over head line ampacity increase, supporting the emergency over load currents and / or permanent increment of electric load, maintaining adequate electrical clearances. Conductor replacement without modification existing structures (towers and found at ions). New lines: structure cost saving because of reduced sag, improving ampacity and capacity at over load situation. TREFINASA have technical department specialized in low sag conductor, which principal function is to help in the line engineering. Our technical department after analysis of the line pars a meter sands the objectives raised by the customer design the right concoctor and provides a feasibility study on the use of low sag conductor in the line. Available technologies; GAP technology ACSS(AW) ACCC ZTACIR OVERHEAD CONDUCTORS

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