YOUR SINGLE SOURCE FOR WIRE AND CABLE PRODUCTS

Transcription

1 T O L L F R E E s a l e b u y a w g. c o m w w w. b u y a w g. c o m YOUR SINGLE SOURCE FOR WIRE AND CABLE PRODUCTS GROUNDING CABLES/ STATIC & GUY WIRE TRANSMISSION & DISTRIBUTION CABLES MULTIPLEX CABLES LOW VOLTAGE CABLES MEDIUM VOLTAGE CABLES ARMORED CABLES CONTROL CABLES OPGW/FIBER OPTIC CABLES PORTABLE POWER CABLES POWERFUL & ECONOMICAL WIRE & CABLE SOLUTIONS FOR... TRANSMISSION & DISTRIBUTION WINDPOWER APPLICATIONS SOLAR APPLICATIONS

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3 GROUNDING, STATIC & GUY WIRE Table of Contents GROUNDING CABLES/ STATIC WIRE/GUY WIRE Grounding Cables Bare Copper Tinned Copper Trolley Wire Copper Copperclad Steel Wire Tracer Wire Polyethylene Insulated Copperclad Steel Static & Guy Wire Alumoclad Steel Wire Type M Alumoclad Steel Wire Guy Strand Galvanized Guy Wire/Static Wire Information on this sheet subject to change without notice. 100 Copyright 2017, American Wire Group, Inc

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5 Bare Copper GROUNDING CABLES/ STATIC WIRE/GUY WIRE Applications Used for overhead electrical distribution lines, grounding electrical substations, electrical test equipment and any other electrical system. Suitable for numerous other applications. Specifications ASTM Specifications, latest issue, as follows: Solid ASTM B-1 Hard Drawn Temper ASTM B-2 Medium Hard Drawn Temper ASTM B-3 Soft Drawn Temper Stranded ASTM B-1 Hard Drawn Temper ASTM B-2 Medium Hard Drawn Temper ASTM B-3 Soft Drawn Temper ASTM B-8 - Concentric Lay, All Tempers Notes Ampacities (Amps per Conductor) are based on a 30 C ambient temperature, single conductor in air, per NEC. Item # Size Number Overall Weight Allowable Breaking Breaking Breaking AWG of Strands Diameter /MFT Amps per Strength Strength Strength or KCMIL (in) (lb) Conductor Soft Medium Hard (lb) (lb) (lb) SCC Solid SCC Solid SCC Solid SCC-04 8 Solid SCC-05 6 Solid SCC-06 4 Solid SCC-07 2 Solid STC STC STC STC STC STC-06 1/ STC-06a 1/ STC-07 2/ STC-07a 2/ STC-08 3/ STC-08a 3/ STC-09 4/ STC-09a 4/ STC STC STC STC STC STC STC Information on this sheet subject to change without notice. 101 Copyright 2017, American Wire Group, Inc

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7 Tinned Copper GROUNDING CABLES/ STATIC WIRE/GUY WIRE Applications Used for overhead electrical distribution lines, grounding electrical substations, electrical test equipment and any other electrical system. Suitable for numerous other applications. Specifications ASTM Specifications, latest issue, as follows: Solid ASTM B-3 Soft Drawn Temper ASTM B-33 Tinned, Soft or Annealed Copper Wire Stranded ASTM B-8 Concentric Lay, All Tempers Tinned ASTM B-33 Tinned, Soft or Annealed Copper Wire Notes Ampacities (Amps per Cond.) are based on a 30 C ambient temperature, single conductor in air, per NEC. Item # Size Number Overall Weight Allowable Breaking Breaking Breaking AWG of Strands Diameter /MFT Amps per Strength Strength Strength or KCMIL (in) (lb) Conductor Soft Medium Hard (lb) (lb) (lb) SCC-T Solid SCC-T Solid SCC-T Solid SCC-T-04 8 Solid SCC-T-05 6 Solid SCC-T-06 4 Solid SCC-T-07 2 Solid STCC-T STCC-T STCC-T STCC-T STCC-T STCC-T-06 1/ STCC-T-06a 1/ STCC-T-07 2/ STCC-T-07a 2/ STCC-T-08 3/ STCC-T-08a 3/ STCC-T-09 4/ STCC-T-09a 4/ STCC-T STCC-T STCC-T STCC-T STCC-T STCC-T STCC-T Information on this sheet subject to change without notice. 102 Copyright 2017, American Wire Group, Inc

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9 Trolley Wire Copper GROUNDING CABLES/ STATIC WIRE/GUY WIRE Applications Trolley wire is used as an overhead power source for electric railroad locomotives, cranes, light rail transit systems, and underground mining motor cars. Construction Single conductor, solid copper, having a hard drawn temper, made in the configurations of: round, grooved, figure 8 or figure 9 deep section. Special alloys available. Specifications ASTM B-47 Item # Nominal Overall Overall Area Area Area Weight Weight Weight Tensile Tensile Resist. Resist. Resist. Min. Min. Conductor Diameter Diameter Circular (in 2 ) (mm 2 ) /MFT /mile /km Strength Strength (68 - (68 - (68 - Break. Break. Size (in) (mm) (lb) (lb) (kg) (lb/in 2 ) (kg/mm 2 ) 20 C) 20 C) 20 C) Strength Strength /MFT /mile /km (lb) (kg) (ohm) (ohm) (ohm) Round R 1/0 1/0 AWG R 2/0 2/0 AWG R 3/0 3/0 AWG R 4/0 4/0 AWG R MCM Grooved G 2/0 2/0 AWG G 3/0 3/0 AWG G 4/0 4/0 AWG G MCM G MCM Figure 8 F8 1/0 1/0 AWG.420x x F8 2/0 2/0 AWG.480x x F8 4/0 4/0 AWG.600x x F MCM.754x x Deep Section F MCM.707x x F MCM.715x x Information on this sheet subject to change without notice. 103 Copyright 2017, American Wire Group, Inc

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11 Copperclad Steel Wire GROUNDING CABLES/ STATIC WIRE/GUY WIRE Applications Copperclad steel wire and strand combines the electrical characteristics of copper with the mechanical properties of steel. Often used for buried ground grid systems, overhead ground wire and messenger wire, it can resist mechanical damage during installation, as well as electrical damage during a fault condition. Copperclad steel has virtually no scrap value, greatly reducing the potential of theft. Construction Dead Soft Annealed (DSA) Copperclad Steel (CCS) conductors are a concentric lay-stranded construction. The CCS strands are a 40% conductivity grade of material using a low carbon steel core rendering greater flexibility to enable easier handling during installation Specifications CCS bare conductors meet or exceed the following ASTM specifications: B-193 Standard Test Method for Resistivity of Electrical Conductor Materials B-227 Standard Specification for Hard-Drawn Copperclad Steel Wire B-228 Standard Specification for Concentric-Lay-Stranded Copperclad Steel Conductors B-258 Standard Specification for Standard Nominal Diameters and Cross-Sectional Areas of AWG Sizes of Solid Round B-910 Standard Specification for Annealed Copperclad Steel Wire Wires Used as Electrical Conductors Note The ampacity rating and the DC and AC resistance of the Copperclad Steel wire conductor is not equivalent to that of copper conductor. To select the correct equivalent please see the chart below. Diameter Comparison for Copper Equivalent Fusing Current for Grounding Applications Copper Clad Steel Copper Product Copper Product Copper Clad Steel 40% DSA SIZE DIAMETER 40% DSA SIZE (in) DIAMETER (in) #6 SOLID #6 SOLID #4 SOLID #4 SOLID #9 40% DSA #2 7W #8 40% DSA 1 SOLID #7 40% DSA 1/0 7W #6 40% DSA 2/0 7W #5 40% DSA 3/0 7W #9 40% DSA 4/0 7W #8 40% DSA W #7 40% DSA W #6 40% DSA W #5 40% DSA W Information on this sheet subject to change without notice. 104 Copyright 2017, American Wire Group, Inc. 2017/0321

12 GROUNDING CABLES/ STATIC WIRE/GUY WIRE Copperclad Steel Wire Item # Nominal Nominal Number Diameter Nominal Maximum Minimum Nominal Cross- Cross- of of Overall Resistance Breaking Weight Sectional Sectional Wires Wires Diameter DC@20 C Strength (lb/ft) Area Area (in) Ohm (lb) (c) (mm 2 ) (M/ft) 7# # # # # # # # # # APPROXIMATE FUSING CURRENTS for 40% COPPER CLAD STEEL Approximate Fusing Current (A) Time to Fuse (seconds) 104 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc. Hallandale, Florida

13 Copperclad Steel Wire GROUNDING CABLES/ STATIC WIRE/GUY WIRE APPROXIMATE SHORT-TIME FUSING CURRENTS Duration of Current in Cycles or Seconds Conductor 3 cycles 6 cycles 9 cycles 30 cycles 60 cycles 120 cycles Size AWG (.05 sec) (.10 sec) (.15 sec) (.5 sec) (1.0 sec) (2.0 sec) Current in Amperes 40% Conductivity 7-Wire Strand 7 No , ,000 89,000 49,000 34,000 24,000 7 No ,000 86,000 70,000 38,000 27,000 19,000 7 No. 6 97,000 68,000 56,000 31,000 22,000 15,000 7 No. 7 77,000 54,000 44,000 24,200 17,000 12,000 7 No. 8 61,000 43,000 35,000 19,000 14,000 10,000 7 No. 9 48,000 34,000 28,000 15,000 11,000 7,600 7 No ,000 27,000 22,000 12,000 8,500 6, Wire Strand 19 No , , , ,000 74,000 52, No , , ,000 83,000 59,000 41, No , , ,000 66,000 46,000 33, No , ,000 95,000 52,000 37,000 26, No ,000 92,000 74,000 41,000 29,000 21,000 Solid Wire No. 2 Wire 35,000 25,000 20,000 11,000 7,800 5,500 No. 4 Wire 22,000 16,000 13,000 6,900 4,900 3,500 No. 6 Wire 14,000 9,800 8,000 4,400 3,100 2,200 Current in Amperes 30% Conductivity 7-Wire Strand 7 No ,000 97,000 79,000 43,000 31,000 22,000 7 No ,000 77,000 63,000 34,000 24,000 17,000 7 No. 6 86,000 61,000 50,000 27,000 19,000 14,000 7 No. 7 68,000 48,000 39,000 22,000 15,000 11,000 7 No. 8 54,000 38,000 31,000 17,000 12,000 9,000 7 No. 9 43,000 30,000 25,000 14,000 9,600 6,800 7 No ,000 24,000 20, ,600 5, Wire Strand 19 No , , ,000 93,000 66,000 47, No , , ,000 74,000 52,000 37, No , , ,000 58,000 41,000 29, No , ,000 85,000 46,000 33,000 23, No ,000 82,000 67,000 37,000 26,000 18,000 Solid Wire No. 2 Wire 31,000 22,000 18,000 9,800 6,900 4,900 No. 4 Wire 20,000 14,000 11,000 6,200 4,400 3,100 No. 6 Wire 12,000 9,000 7,100 3,900 2,700 1,900 Information on this sheet subject to change without notice. 104 Copyright 2017, American Wire Group, Inc

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15 Tracer Wire Polyethelene Insulated Copperclad Steel GROUNDING CABLES/ STATIC WIRE/GUY WIRE Description HMW polyethylene covered copperclad wire. Application Telephone and signal lines, alarm circuits, remote control, tree wire, and grounding wire. Standards ASTM-B228 Item# Conductor Size Wire Breaking DC Covering Appox OD Weight Weight Type AWG Diameter Strength Resistance Thickness PE Covered /MFT /Mile (High Strength (in) (lb) ohms/mft (in) (in) (lb) (lb) PCSC % / PCSC % / PCSC % / PCSC % / PCSC % / PCSC % / PCSC % / PCSC % / PCSC % / Information on this sheet subject to change without notice. 109 Copyright 2017, American Wire Group, Inc

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17 Alumoclad Steel Wire GROUNDING CABLES/ STATIC WIRE/GUY WIRE Application Overhead ground wire, shield wire protecting transmission lines against lightning damage. Construction Alumoclad steel wire and strand is used by power utilities as well as formed wire and optical ground wire manufacturers. alumoclad steel wire outlasts other options by as much as 200% in corrosive environments, significantly lowering maintenance and replacement costs. When compared to solid aluminum wire, alumoclad steel wire offers tremendous savings. Alumoclad steel wire overhead ground wire has excellent corrosion resistance. Its strength and conductivity remain unchanged in any atmosphere where aluminum is satisfactory, especially those known to be corrosive from industrial or atmospheric conditions. This assurance against corrosion is obtained through the application of a thick covering of pure aluminum which provides a substantial barrier of protective metal. The minimum cladding thickness of alumoclad steel wire is 10% of the radius of the wire. the cladding has a continuous, strong metallic bond to the steel core that will not crack or flake. Alumoclad steel wire also provides strength greater than or equal to other overhead ground wires. For commonly used wire sizes, the tensile strength of the individual wire can approach 200,000 pounds per square inch. When used in a strand for overhead ground wire, this high strength permits greater span lengths, less sag and heavier loads under storm loading conditions. Directly related to strength and sag performance is the lighter weight of alumoclad steel wire. Due to its thick cladding of aluminum, alumoclad steel wire is 15% lighter that a steel strand of equivalent size. This lighter weight, combined with high strength, permits alumoclad steel wire to be installed to the same sags as steel with correspondingly lower tensions and tower stresses on the towers or supporting structures. Specifications B415 Standard Specification for Hard-Drawn Aluminum-Clad Steel Wire B416 Standard Specification for Concentric-Lay-Stranded Aluminum-Clad Steel Conductors Item # No. and Size Nominal Nominal Breaking Breaking Weight Weight Resistance Resistance Area Area of Wire Diameter Diameter Load Load /MFT /km /MFT /km (in 2 ) (mm 2 ) (in) (mm) (lb) (kg) (lb) F (ohm) (ohm) ALUM # ALUM # ALUM # ALUM # ALUM # ALUM # ALUM # ALUM # ALUM # ALUM # ALUM # ALUM # ALUM-13 7 # ALUM-14 7 # ALUM-15 7 # ALUM-16 7 # ALUM-17 7 # ALUM-18 7 # Information on this sheet subject to change without notice. 105 Copyright 2017, American Wire Group, Inc

18 GROUNDING CABLES/ STATIC WIRE/GUY WIRE Alumoclad Steel Wire Item # No. and Size Nominal Nominal Breaking Breaking Weight Weight Resistance Resistance Area Area of Wire Diameter Diameter Load Load /MFT /km /MFT /km (in 2 ) (mm 2 ) (in) (mm) (lb) (kg) (lb) F (ohm) (ohm) ALUM-19 7 # ALUM-20 7 # ALUM-21 3 # ALUM-22 3 # ALUM-23 3 # ALUM-24 3 # ALUM-25 3 # ALUM-26 3 # ALUM-27 # ALUM-28 # ALUM-29 # ALUM-30 # ALUM-31 # ALUM-32 # ALUM-33 # ALUM-34 # ALUM-35 # Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

19 Type M Alumoclad Steel Wire Guy Strand GROUNDING CABLES/ STATIC WIRE/GUY WIRE Application Power lines, telephone lines, railway signals, communication lines, towers, masts. Construction Type M alumoclad guy strand is an economical, corrosion resistant buying material for use on overhead line structures. The thick cladding of aluminum on each wire protects the high-strength steel core from rusting and subsequent loss of strength. Costly maintenance is eliminated and the original safety factor of the guy is maintained throughout the life of the line. The alumoclad steel wire used to make Type M guy strand is unique in that the aluminum cladding thickness is guaranteed to be no less than 10% of the wire radius. Thus, a thick corrosion barrier that is pure aluminum not zinc or and iron-aluminum alloy protects the steel core. Another important feature of any coated or clad wire is the bond between the coating material and the base metal. In the case of alumoclad steel wire, the aluminum cladding and steel core are joined by a continuous ductile weld. This assures against cracking or separating of the protective aluminum form the steel core. Type M alumoclad steel wire guy strand is easily handled and installed. It weighs less than any of the other high-strength guying materials. Specifications A474 Standard Specification for Aluminum-Coated Steel Wire Strand B415 Standard Specification for Hard-Drawn Aluminum-Clad Steel Wire B416 Standard Specification for Concentric-Lay-Stranded Aluminumclad Steel Conductors Item # Designation Construction AWG Stranded Cross Breaking Weight Nos. (Equiv.) Diameter Section Load /MFT (in) (in) (in 2 ) (lb) (lb) AGM-1 4 MG3 3/ /10 AWG , AGM-2 5 MG3 3/ /9 AWG , AGM-3 6 MG 7/ /12 AWG , AGM MG 7/0.083 N/A , AGM-5 7 MG3 3/ /8 AWG , AGM-6 8 MG 7/ /11 AWG , AGM-7 5/16 in. MG3 3/ /7 AWG 5/ , AGM-8 10 MG 7/ /10 AWG , AGM-9 5/16 in. MG 7/0.104 N/A 5/ , AGM MG 7/0.110 N/A , AGM MG 7/ /9 AWG , AGM-12 3/8 in. MG 7/0.121 N/A 3/ , AGM MG 7/0.121 N/A , AGM MG 7/ /8 AWG , AGM MG 7/0.139 N/A , AGM-16 7/16 in. MG 7/ /7 AWG 7/ , AGM MG 7/0.148 N/A , AGM-18 1/2 in. MG 7/0.165 N/A 1/ , AGM MG 7/0.173 N/A , Information on this sheet subject to change without notice. 106 Copyright 2017, American Wire Group, Inc

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21 Galvanized Guy Wire/Static Wire GROUNDING CABLES/ STATIC WIRE/GUY WIRE Applications Messenger Wire, Overhead Ground or Static Wire, Guy Wire. Grades Utilities, Common, Siemens-Martin, High Strength and Extra High Strength Finish Coatings Class A, B and C and Bezinal, a superior corrosive coating of 5% Aluminum and 95% Zinc. Specifications Including but not limited to: ASTM A-363 Zinc-Coated (Galvanized) Steel Overhead Ground Wire Strand ASTM A-475 Zinc-Coated Steel Wire Strand ASTM A % Aluminum-Mischmetal Alloy-Coated Steel Overhead Ground Wire Strand ASTM A-855 Zinc-5 % Aluminum-Mischmetal Alloy-Coated Steel Wire Strand ASTM A-640 Zinc-Coated Steel Strand for Messenger Support of Figure 8 Cable Item # Strand Coated Number Approx. Utilities/ Common Siemens- High Extra-High Min. Min. Min. Diameter Diameter of Wires Strand Specification Grade Martin Strength Strength Weight Weight Weight (in) (in) per Strand Weight Grade Min. Min. Grade Min. Grade Min. Grade Min. of Coating of Coating of Coating /MFT Breaking Breaking. Breaking Breaking Breaking CLASS A CLASS B CLASS C (lb) Strength Strength Strength Strength Strength (lb) (lb) (lb) (lb) (lb) (lb) (lb) (lb) GW5-3/ / GW6-3/ / GW7-7/ / GW8-1/ / GW9-9/ / GW10-5 / / GW11-5 / / GW12-3/ / GW13-7/ / GW14-1/ / GW15-9/ / GW16-5/ / GW17-1/ / GW18-9/ / GW19-5/ / GW20-3/ / GW21-7/ / GW Information on this sheet subject to change without notice. 107 Copyright 2017, American Wire Group, Inc

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23 TRANSMISSION & DISTRIBUTION CABLES Table of Contents Bare Aluminum Code Name Finder Bare Aluminum Cables ACSR ACSR/AW ACSS AAC AAAC 6201 Alloy ACAR TP Twisted Pair ACSR/TW ACSS/TW Solid Soft-Drawn Tie Wire Covered AL Line Wire Weatherproof Packaging Information ACSR and ACSR/AW AAC AAAC 6201 Alloy TP Twisted Pair Covered Line Wire Covered Aerial Medium Voltage Cable (Spacer Cable or Tree Wire) AAC 2 Layer 15kV AAC 3 Layer 15kV-35kV AAC 3 Layer 35kV Electrical Properties Spacer Cable Technical Data for 3 Layer Compounds AAAC 2 Layer 15kV AAAC 3 Layer 15kV-35kV ACSR 2 Layer 15kV ACSR 3 Layer 15kV-35kV Copper Cables Covered CU Line Wire Weatherproof Cathodic Protection Cable Transformer Riser Wire (Tap Wire) TRANSMISSION.& DISTRIBUTION CABLES Information on this sheet subject to change without notice. 400 Copyright 2017, American Wire Group, Inc

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25 Bare Aluminum Code Name Finder Code Size Product Catalog Word Type Page Akron AAAC Alliance AAAC Alliance TP TP-AAAC Alton AAAC Ames AAAC Ames TP TP-AAAC Amherst AAAC Amherst TP TP-AAAC Anaheim AAAC Anaheim TP TP-AAAC Arbutus 795 AAC 403 Arbutus TP 795 TP-AAC 405 Aster 2/0 AAC 403 Aster TP 2/0 TP-AAC 405 Azusa AAAC Azusa TP TP-AAAC Bersimis/AW 1361 ACSR/AW 402 Bittern 1272 ACSR 401 Bittern/AW 1272 ACSR/AW 402 Bitterroot 2750 AAC 403 Bluebell 1034 AAC 403 Bluebell TP 1034 TP-AAC 405 Bluebird 2156 ACSR 401 Bluebird/AW 2156 ACSR/AW 402 Bluebonnet 3500 AAC 403 Bluejay 1113 ACSR 401 Bluejay TP 1113 TP-ACSR 405 Bluejay/AW 1113 ACSR/AW 402 Bobolink 1431 ACSR 401 Bobolink/AW 1431 ACSR/AW 402 Brahma ACSR 401 Brahma/AW ACSR/AW 402 Brant ACSR 401 Brant/AW ACSR/AW 402 Bunting 1193 ACSR 401 Bunting/AW 1193 ACSR/AW 402 Butte AAAC Butte TP TP-AAAC Cairo AAAC Camellia 1000 AAC 403 Canary 900 ACSR 401 Canary/AW 900 ACSR/AW 402 Canna AAC 403 Canna TP TP-AAC 405 Canton AAAC Cardinal 954 ACSR 401 Cardinal/AW 954 ACSR/AW 402 TP is Twisted Pair Bare Aluminum Code Size Product Catalog Word Type Page Carnation 1431 AAC 403 Catbird/AW 954 ACSR/AW 402 Cattail 750 AAC 403 Chickadee ACSR 401 Chickadee TP TP-ACSR 405 Chickadee/AW ACSR/AW 402 Chukar 1780 ACSR 401 Chukar/AW 1780 ACSR/AW 402 Cochin ACSR 401 Cochin/AW ACSR/AW 402 Cockscomb 900 AAC 403 Cockscomb TP 900 TP-AAC 405 Columbine 1352 AAC 403 Condor 795 ACSR 401 Condor/AW 795 ACSR/AW 402 Coot 795 ACSR 401 Coot/AW 795 ACSR/AW 402 Coreopsis 1590 AAC 403 Cosmos 477 AAC 403 Cosmos TP 477 TP-AAC 405 Cowslip 2000 AAC 403 Crane/AW ACSR/AW 402 Creeper TP 517 TP-AAC 405 Crow/AW ACSR/AW 402 Cuckoo 795 ACSR 401 Cuckoo/AW 795 ACSR/AW 402 Curlew 1034 ACSR 401 Curlew/AW 1034 ACSR/AW 402 Daffodil 350 AAC 403 Dahlia AAC 403 Dahlia TP TP-AAC 405 Daisy AAC 403 Daisy TP TP-AAC 405 Darien AAAC Day Lily TP 596 TP-AAAC Dipper 1352 ACSR 401 Dipper/AW 1352 ACSR/AW 402 Dorking ACSR 401 Dorking/AW ACSR/AW 402 Dotterel ACSR 401 Dotterel/AW ACSR/AW 402 Dove ACSR 401 Dove TP TP-ACSR 405 Dove/AW ACSR/AW 402 Drake 795 ACSR 401 Drake TP 795 TP-ACSR 405 Drake/AW 795 ACSR/AW 402 Code Size Product Catalog Word Type Page Duck/AW 605 ACSR/AW 402 Dunlin TP TP-ACSR 405 Eagle ACSR 401 Eagle/AW ACSR/AW 402 Egret 636 ACSR 401 Egret/AW 636 ACSR/AW 402 Elgin AAAC Falcon 1590 ACSR 401 Falcon/AW 1590 ACSR/AW 402 Finch 1113 ACSR 401 Finch/AW 1113 ACSR/AW 402 Flag 700 AAC 403 Flamingo ACSR 401 Flamingo TP TP-ACSR 405 Flamingo/AW ACSR/AW 402 Flicker 477 ACSR 401 Flicker TP 477 TP-ACSR 405 Flicker/AW 477 ACSR/AW 402 Flint AAAC Flycatcher TP TP-AAAC Gannet ACSR 401 Gannet/AW ACSR/AW 402 Gladiolus 1511 AAC 403 Gloxinia TP-AAC 405 Goldenrod 954 AAC 403 Goldentuft 450 AAC 403 Goose/AW 636 ACSR/AW 402 Grackle 1193 ACSR 401 Grackle/AW 1193 ACSR/AW 402 Greeley AAAC Grosbeak 636 ACSR 401 Grosbeak/AW 636 ACSR/AW 402 Grouse 80.0 ACSR 401 Guinea ACSR 401 Guinea/AW 159 ACSR/AW 402 Gull/AW ACSR/AW 402 Hawk 477 ACSR 401 Hawk TP 477 TP-ACSR 405 Hawk/AW 477 ACSR/AW 402 Hawkweed 1000 AAC 403 Hawthorn 1193 AAC 403 Hen 477 ACSR 401 Hen/AW 477 ACSR/AW 402 Heron/AW 500 ACSR/AW 402 Heuchera 650 AAC 403 Hyacinth 500 AAC 403 Ibis ACSR 401 TRANSMISSION.& DISTRIBUTION CABLES Information on this sheet subject to change without notice. 002 Copyright 2017, American Wire Group, Inc

26 Bare Aluminum Code Name Finder TRANSMISSION & DISTRIBUTION CABLES Code Size Product Catalog Word Type Page Ibis TP TP-ACSR 405 Ibis/AW ACSR/AW 402 Iris 2 AAC 403 Iris TP 2 TP-AAC 405 Jaeger TP TP-ACSR 405 Jessamine 1750 AAC 403 Joree 2513 ACSR 401 Kingbird 636 ACSR 401 Kingbird TP 636 TP-ACSR 405 Kingbird/AW 636 ACSR/AW 402 Kinglet TP TP-ACSR 405 Kittiwake TP 596 TP-ACSR 405 Kiwi 2167 ACSR 401 Kiwi/AW 2167 ACSR/AW 402 Lapwing 1590 ACSR 401 Lapwing/AW 1590 ACSR/AW 402 Lark ACSR 401 Lark/AW ACSR/AW 402 Larkspur 1034 AAC 403 Laurel AAC 403 Leghorn ACSR 401 Leghorn/AW ACSR/AW 402 Lilac 795 AAC 403 Lily TP 3 TP-AAC 405 Linnet ACSR 401 Linnet TP TP-ACSR 405 Linnet/AW ACSR/AW 402 Lupine 2500 AAC 403 Magnolia 954 AAC 403 Mallard 795 ACSR 401 Mallard/AW 795 ACSR/AW 402 Marigold 1113 AAC 403 Marigold TP 1114 TP-AAC 405 Martin 1352 ACSR 401 Martin/AW 1352 ACSR/AW 402 Meadowsweet 600 AAC 403 Merlin ACSR 401 Merlin TP TP-ACSR 405 Merlin/AW ACSR/AW 402 Minorca ACSR 401 Minorca/AW ACSR/AW 402 Mistletoe AAC 403 Narcissus 1272 AAC 403 Nasturtium AAC 403 Nuthatch 1511 ACSR 401 Nuthatch/AW 1511 ACSR/AW 402 Orchid 636 AAC 403 TP is Twisted Pair Bare Aluminum Code Size Product Catalog Word Type Page Orchid TP 636 TP-AAC 405 Oriole ACSR 401 Oriole/AW ACSR/AW 402 Ortolan 1034 ACSR 401 Ortolan TP 1034 TP-ACSR 405 Ortolan/AW 1034 ACSR/AW 402 Osprey ACSR 401 Osprey TP TP-ACSR 405 Osprey/AW ACSR/AW 402 Ostrich 300 ACSR 401 Ostrich/AW 300 ACSR/AW 402 Oxlip 4/0 AAC 403 Oxlip TP 4/0 TP-AAC 405 Pansy 1 AAC 403 Pansy TP 1 TP-AAC 405 Parakeet ACSR 401 Parakeet TP TP-ACSR 405 Parakeet/AW ACSR/AW 402 Parrot 1511 ACSR 401 Parrot/AW 1511 ACSR/AW 402 Partridge ACSR 401 Partridge TP TP-ACSR 405 Partridge/AW ACSR/AW 402 Peachbell 6 AAC 403 Peacock 605 ACSR 401 Peacock/AW 605 ACSR/AW 402 Pelican 477 ACSR 401 Pelican TP 477 TP-ACSR 405 Pelican/AW 477 ACSR/AW 402 Penguin 4/0 ACSR 401 Penguin TP 4/0 TP-ACSR 405 Penguin/AW 4/0 ACSR/AW 402 Peony 300 AAC 403 Petrel ACSR 401 Petrel/AW ACSR/AW 402 Petunia 750 AAC 403 Pheasant 1272 ACSR 401 Pheasant/AW 1272 ACSR/AW 402 Phlox 3/0 AAC 403 Phlox TP 3/0 TP-AAC 405 Phoebe/AW 300 ACSR/AW 402 Pigeon 3/0 ACSR 401 Pigeon TP 3/0 TP-ACSR 405 Pigeon/AW 3/0 ACSR/AW 402 Piper/AW 300 ACSR/AW 402 Plover 1431 ACSR 401 Plover/AW 1431 ACSR/AW 402 Code Size Product Catalog Word Type Page Poppy 1/0 AAC 403 Poppy TP 1/0 TP-AAC 405 PtarmiganTP TP-ACSR 405 Quail 2/0 ACSR 401 Quail TP 2/0 TP-ACSR 405 Quail/AW 2/0 ACSR/AW 402 Rail 954 ACSR 401 Rail/AW 954 ACSR/AW 402 Raven 1/0 ACSR 401 Raven TP 1/0 TP-ACSR 405 Raven/AW 1/0 ACSR/AW 402 Redwing ACSR 401 Redwing/AW ACSR/AW 402 Robin 1 ACSR 401 Robin TP 1 TP-ACSR 405 Robin/AW 1 ACSR/AW 402 Rook 636 ACSR 401 Rook TP 636 TP-ACSR 405 Rook/AW 636 ACSR/AW 402 Rose 4 AAC 403 Ruddy 900 ACSR 401 Ruddy/AW 900 ACSR/AW 402 Sagebrush 2250 AAC 403 Scoter 636 ACSR 401 Scoter/AW 636 ACSR/AW 402 Siskin TP TP-ACSR 405 Skylark/AW 1272 ACSR/AW 402 Snapdragon 900 AAC 403 Sneezewort 250 AAC 403 Sparate 2 ACSR 401 Sparate/AW 2 ACSR/AW 402 Sparrow 2 ACSR 401 Sparrow TP 2 TP-ACSR 405 Sparrow/AW 2 ACSR/AW 402 Squab 605 ACSR 401 Squab TP 605 TP-ACSR 405 Squab/AW 605 ACSR/AW 402 Starling ACSR 401 Starling/AW ACSR/AW 402 Stilt ACSR 401 Stilt/AW ACSR/AW 402 Surfbird TP TP-ACSR 405 Swallow TP 3 TP-ACSR 405 Swallow/AW 3 ACSR/AW 402 Swan 4 ACSR 401 Swan/AW 4 ACSR/AW 402 Swanate 4 ACSR Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

27 Bare Aluminum Code Name Finder Code Size Product Catalog Word Type Page Swanate/AW 4 ACSR/AW 402 Swift 636 ACSR 401 Swift/AW 636 ACSR/AW 402 Syringa 477 AAC 403 Tanager/AW 1034 ACSR/AW 402 Tatler TP 477 TP-ACSR 405 Teal 605 ACSR 401 Teal/AW 605 ACSR/AW 402 Tern 795 ACSR 401 Tern TP 795 TP-ACSR 405 Code Size Product Catalog Word Type Page Tern/AW 795 ACSR/AW 402 Thrasher 2312 ACSR 401 Thrasher/AW 2312 ACSR/AW 402 Trillium 3000 AAC 403 Tulip AAC 403 Tulip TP TP-AAC 405 Turacos TP 636 TP-ACSR 405 Turkey 6 ACSR 401 Twinstone TP 900 TP-ACSR 405 Valerian 250 AAC 403 Code Size Product Catalog Word Type Page Verbena 700 AAC 403 Violet TP TP-AAC 405 Waxwing ACSR 401 Waxwing TP TP-ACSR 405 Waxwing/AW ACSR/AW 402 Wood Duck 605 ACSR 401 Wood Duck/AW 605 ACSR/AW 402 Zinnia 500 AAC 403 TRANSMISSION.& DISTRIBUTION CABLES TP is Twisted Pair Bare Aluminum Information on this sheet subject to change without notice. 002 Copyright 2017, American Wire Group, Inc

28 NOTES TRANSMISSION & DISTRIBUTION CABLES

29 ACSR Applications Used as bare overhead transmission cable and as primary and secondary distribution cable. ACSR offers optimal strength for line design. Variable steel core stranding enables desired strength to be achieved without sacrificing ampacity. Construction Aluminum alloy 1350-H-19 wires, concentrically stranded about a steel core. Core wire for ACSR is available with class A, B, or C galvanizing; aluminized aluminum coated (AZ); or aluminum-clad (AW). Additional corrosion protection is available through the application of grease to the corer or infusion of the complete cable with grease. TRANSMISSION.& DISTRIBUTION CABLES Specifications ACSR bare conductor meets or exceeds the following ASTM specifications: B-230 Aluminum Wire, 1350-H19 for Electrical Purposes B-231 Aluminum Conductors, Concentric-Lay-Stranded B-232 Aluminum Conductors, Concentric-Lay-Stranded, Coated Steel Reinforced (ACSR) B-502 Aluminum-Coated Steel Core Wire for Aluminum Conductors, Steel Reinforced (ACSR/AW) B-498 Zinc-Coated Steel Core Wire for Aluminum Conductors, Steel Reinforced (ACSR) B-500 Zinc Coated and Aluminum Coated Stranded Steel Core for Aluminum Conductors, Steel Reinforced (ACSR) Notes Resistance is calculated using ASTM standard increments of stranding and metal conductivity of 52.5% IACS, AC resistance at 60Hz. Current ratings are based on 75 C conductor temperature, 25 C ambient, 2ft/s wind, 96/watts/sq.ft sun,.05 coefficients of emissivity and absorption. Item # Size Stranding Diameter Diameter Diameter Diameter Weight Weight Weight Rated Allowable Rating AWG (Al/Stl) Individual Individual Steel Core Complete /MFT /MFT /MFT Breaking Ampacity (amp) Wire Wire (in) Cable Aluminum Steel Total Strength (amp) Aluminum Steel O.D. (lb) (lb) (lb) (lb) (in) (in) (in) Turkey 6 6/ N/A 105 Swan 4 6/ N/A 140 Swanate 4 7/ N/A 140 Sparrow 2 6/ N/A 184 Sparate 2 7/ N/A 184 Robin 1 6/ N/A 212 Raven 1/0 6/ N/A 242 Quail 2/0 6/ N/A 276 Pigeon 3/0 6/ N/A 315 Penguin 4/0 6/ N/A 357 Waxwing / N/A 449 Partridge / N/A 475 Ostrich / N/A 492 Merlin / N/A 519 Linnet / N/A 529 Oriole / N/A 535 Chickadee / N/A 576 Brant / N/A 584 Ibis / N/A 587 Lark / N/A 594 Pelican / N/A 646 Flicker / N/A 655 Information on this sheet subject to change without notice. 401 Copyright 2017, American Wire Group, Inc

30 ACSR TRANSMISSION & DISTRIBUTION CABLES Item # Size Stranding Diameter Diameter Diameter Diameter Weight Weight Weight Rated Allowable Rating AWG (Al/Stl) Individual Individual Steel Core Complete /MFT /MFT /MFT Breaking Ampacity (amp) Wire Wire (in) Cable Aluminum Steel Total Strength (amp) Aluminum Steel (O.D.) (lb) (lb) (lb) (lb) (in) (in) (in) Hawk / N/A 659 Hen / N/A 666 Osprey / N/A 711 Parakeet / N/A 721 Dove / N/A 726 Eagle / N/A 734 Peacock / N/A 760 Squab / N/A 765 Wood Duck / N/A 774 Teal / N/A 773 Kingbird / N/A 773 Swift / N/A 769 Rook / N/A 784 Grosbeak / N/A 789 Scoter / N/A 798 Egret / N/A 798 Flamingo / N/A 807 Gannet / N/A 812 Stilt / N/A 844 Starling / N/A 849 Redwing / N/A 859 Coot / N/A 884 Cuckoo / N/A 901 Drake / N/A 907 Tern / N/A 887 Condor / N/A 889 Mallard / N/A 918 Ruddy / N/A 958 Canary / N/A 961 Rail / N/A 993 Cardinal / N/A 996 Ortolan / N/A 1043 Curlew / N/A 1047 Bluejay / N/A 1092 Finch / N/A 1093 Bunting / N/A 1139 Grackle / N/A 1140 Bittern / N/A 1184 Pheasant / N/A 1187 Dipper / N/A 1229 Martin / N/A 1232 Bobolink / N/A 1272 Plover / N/A 1275 Nuthatch / N/A 1313 Parrot / N/A Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

31 Item # Size Stranding Diameter Diameter Diameter Diameter Weight Weight Weight Rated Allowable Rating AWG (Al/Stl) Individual Individual Steel Core Complete /MFT /MFT /MFT Breaking Ampacity (amp) Wire Wire (in) Cable Aluminum Steel Total Strength (amp) Aluminum Steel O.D. (lb) (lb) (lb) (lb) (in) (in) (in) Lapwing / N/A 1354 Falcon / N/A 1359 Chukar / N/A 1453 Bluebird / N/A 1623 Kiwi / N/A 1607 Thrasher / N/A 1673 Joree / N/A 1751 High Mechanical Strength Grouse / N/A Petrel / N/A Minorca / N/A Leghorn / N/A Guinea / N/A Dotterel / N/A Dorking / N/A Brahma / N/A Cochin / N/A ACSR TRANSMISSION.& DISTRIBUTION CABLES Information on this sheet subject to change without notice. 401 Copyright 2017, American Wire Group, Inc

32 NOTES TRANSMISSION & DISTRIBUTION CABLES

33 ACSR/AW Applications ACSR/AW cables are used for overhead transmission and distribution lines. Also, as neutral messenger for low voltage multiplex cables. Construction Aluminum 1350 H-19 wires, concentrically stranded about an aluminum-clad steel core wire (AW). TRANSMISSION.& DISTRIBUTION CABLES Specifications ASTM B-230 Aluminum Wire, 1350-H19 for Electrical Purposes ASTM B-231 Aluminum Conductors, Concentric-Lay-Stranded ASTM B-232 Aluminum Conductors, Concentric-Lay-Stranded, Coated Steel Reinforced (ACSR) ASTM B-502 Aluminum-Clad Steel Core Wire for Aluminum Conductors, Aluminum-Clad Steel Reinforced ASTM B-549 Aluminum Conductors Concentric-Lay-Stranded, Aluminum-Clad Steel Reinforced (ACSR/AW) Item # Size Stranding Diameter Diameter Diameter Diameter Weight Weight Weight Resistance Allowable Rating* AWG (Al/Stl) Individual Individual Steel Core Complete /MFT /MFT /MFT /MFT Ampacity* (amp) Wire Wire (in) Cable Aluminum AW Total DC 20 C (amp) Aluminum Steel O.D. (lb) (lb) (lb) (ohm) (in) (in) (in) Petrel/AW / N/A Minorca/AW / N/A Leghorn/AW / N/A Guinea/AW / N/A Dotterel/AW / N/A Dorking/AW / N/A Brahma/AW / N/A Cochin/AW / N/A Swan/AW 4 6/ N/A 145 Swanate/AW 4 7/ N/A 148 Swallow/AW 3 6/ N/A N/A Sparrow/AW 2 6/ N/A 194 Sparate/AW 2 7/ N/A 198 Robin/AW 1 6/ N/A 225 Raven/AW 1/0 6/ N/A 260 Quail/AW 2/0 6/ N/A 301 Pigeon/AW 3/0 6/ N/A 347 Penguin/AW 4/0 6/ N/A 402 Waxwing/AW / N/A 451 Partridge/AW / N/A 465 Phoebe/AW / N/A N/A Ostrich/AW / N/A 500 Piper/AW / N/A N/A Merlin/AW / N/A 522 Linnet/AW / N/A 537 Oriole/AW / N/A 547 *Please contact AWG where Ampacity/Rating is N/A. Information on this sheet subject to change without notice. 402 Copyright 2017, American Wire Group, Inc

34 ACSR/AW TRANSMISSION & DISTRIBUTION CABLES Item # Size Stranding Diameter Diameter Diameter Diameter Weight Weight Weight Resistance Allowable Rating* AWG (Al/Stl) Individual Individual Steel Core Complete /MFT /MFT /MFT /MFT Ampacity* (amp) Wire Wire (in) Cable Aluminum AW Total DC 20 C (amp) Aluminum Steel O.D. (lb) (lb) (lb) (ohm) (in) (in) (in) Chickadee/AW / N/A 580 Brant/AW / N/A 592 Ibis/AW / N/A 597 Lark/AW / N/A 608 Pelican/AW / N/A 651 Flicker/AW / N/A 663 Hawk/AW / N/A 669 Hen/AW / N/A 682 Heron/AW / N/A N/A Osprey/AW / N/A 715 Parakeet/AW / N/A 731 Dove/AW / N/A 737 Eagle/AW / N/A 751 Peacock/AW / N/A 770 Squab/AW / N/A 777 WoodDuck/AW / N/A N/A Teal/AW / N/A 791 Duck/AW / N/A N/A Kingbird/AW / N/A 778 Rook/AW / N/A 794 Grosbeak/AW / N/A 801 Scoter/AW / N/A N/A Egret/AW / N/A N/A Swift/AW / N/A N/A Goose/AW / N/A N/A Flamingo/AW / N/A 818 Gannet/AW / N/A 825 Gull/AW / N/A N/A Stilt/AW / N/A N/A Starling/AW / N/A 863 Redwing/AW / N/A 878 Crow/AW N/A N/A Coot/AW / N/A N/A Cuckoo/AW / N/A 913 Drake/AW / N/A 922 Tern/AW / N/A 896 Condor/AW / N/A 913 Mallard/AW / N/A 938 Crane/AW / N/A N/A Ruddy/AW / N/A 970 Canary/AW / N/A 986 Catbird/AW / N/A N/A Rail/AW / N/A 1003 Cardinal/AW / N/A 1022 Tanager/AW / N/A N/A *Please contact AWG where Ampacity/Rating is N/A. 402 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

35 ACSR/AW Item # Size Stranding Diameter Diameter Diameter Diameter Weight Weight Weight Resistance Allowable Rating* AWG (Al/Stl) Individual Individual Steel Core Complete /MFT /MFT /MFT /MFT Ampacity* (amp) Wire Wire (in) Cable Aluminum AW Total DC 20 C (amp) Aluminum Steel O.D. (lb) (lb) (lb) (ohm) (in) (in) (in) Ortolan/AW / N/A 1054 Curlew/AW / N/A 1074 Bluejay/AW / N/A 1103 Finch/AW / N/A N/A Bunting/AW / N/A N/A Grackle/AW / N/A N/A Skylark/AW / N/A N/A Bittern/AW / N/A N/A Pheasant/AW / N/A 1216 Dipper/AW / N/A N/A Martin/AW / N/A N/A Bersimis/AW / N/A N/A Bobolink/AW / N/A 1283 Plover/AW / N/A N/A Nuthatch/AW / N/A N/A Parrot/AW / N/A N/A Lapwing/AW / N/A 1365 Falcon/AW / N/A N/A Chukar/AW / N/A N/A Bluebird/AW / N/A N/A Kiwi/AW / N/A N/A Thrasher/AW / N/A N/A *Please contact AWG where Ampacity/Rating is N/A. TRANSMISSION.& DISTRIBUTION CABLES Information on this sheet subject to change without notice. 402 Copyright 2017, American Wire Group, Inc

36 NOTES TRANSMISSION & DISTRIBUTION CABLES

37 ACSS Applications Used for overhead distribution and transmission lines. Designed to operate continuously at elevated temperatures up to 250 C without loss of strength. It sags less under emergency electrical loadings than ASCR; it is self-damping if prestretched during installation, and the final sags are not affected by long term creep of aluminum. The advantages make ACSS especially useful in reconductoring applications requiring increased current with existing tensions and clearances, new line applications where structures can be economized because of reduced conductor sag, new line applications requiring high emergency loadings, and lines where aeolian vibration is a problem. TRANSMISSION.& DISTRIBUTION CABLES Construction ACSS is a composite concentric-lay stranded conductor. Steel strands form the central core of the conductor with one or more layers of aluminum wire stranded around it. The steel core carries most or all of the mechanical load of the conductor due to the (fully annealed or soft) temper aluminum. Steel core wires are protected from corrosion by galvanizing, aluminizing, or mischmetal alloy coating. Corrosion protection should be selected to suit the environment to which the conductor will be exposed. High strength steel core is also available. Standards ACSS conductor meets or exceeds the following ASTM specifications: B500 Metallic Coated Stranded Steel Core for Use in Overhead Electrical Conductors. B609 Aluminum 1350 Round Wire, Annealed and Intermediate Tempers for Electrical Purposes. B802 Zinc-5% Aluminum-Mischmetal Alloy-Coated Steel Core Wire for Aluminum Conductors, Steel Reinforced (ACSR). B803 High-Strength Zinc-5% Aluminum-Mischmetal Alloy-Coated Steel Core Wire for Use in Overhead Electrical Conductors. B856 Concentric-Lay-Stranded Aluminum Conductors, Coated Steel Supported (ACSS). B958 Extra-High-Strength and Ultra-High-Strength Class A Zinc-5% Aluminum-Mischmetal Alloy- Coated Steel Core Wire for Use in Overhead Electrical Conductors. Options Regular-Strength Class C galvanized steel core High-Strength Class A galvanized steel core Extra-High-Strength Class A galvanized steel core Ultra-High-Strength Class A galvanized steel core Regular-Strength Class A zinc-5% aluminum misch-metal alloy-coated steel core High-Strength Class A zinc-5% aluminum misch-metal alloy-coated steel core Extra-High-Strength Class A zinc-5% aluminum misch-metal alloy-coated steel core Ultra-High-Strength Class A zinc-5% aluminum misch-metal alloy-coated steel core Aluminum-clad steel core 250 C Operating Temperature rating utilizing either the zinc-5% aluminum mischmetal alloycoated steel core wires, or the aluminum-clad steel core wires. Non-specular surface finish Item # Size Stranding Dia. Dia. Dia. Dia. Weight Weight Weight Rated Resist. Resist. Ampacity AWG Al/St Ind. Ind. Steel Complete /MFT /MFT /MFT Strength DC@20 C AC@75 C or Wire Wire Core Cable Aluminum Steel Total (lb) /MFT /MFT KCMIL (in) (in) (in) (in) (lb) (lb) (lb) (ohm) (ohm) Partridge ACSS / , Junco ACSS / , Ostrich ACSS / , Woodcock ACSS / , Linnet ACSS / , Oriole ACSS / , Ptarmigan ACSS / , Brant ACSS / , Ibis ACSS / , Lark ACSS / , Information on this sheet subject to change without notice. 407 Copyright 2017, American Wire Group, Inc

38 ACSS TRANSMISSION & DISTRIBUTION CABLES Item # Size Stranding Dia. Dia. Dia. Dia. Weight Weight Weight Rated Resist. Resist. Ampacity AWG Al/St Ind. Ind. Steel Complete /MFT /MFT /MFT Strength DC@20 C AC@75 C or Wire Wire Core Cable Aluminum Steel Total (lb) /MFT /MFT KCMIL (in) (in) (in) (in) (lb) (lb) (lb) (ohm) (ohm) Tailorbird ACSS / , Flicker ACSS / , Hawk ACSS / , Hen ACSS / , Sapsucker ACSS / , Parakeet ACSS / , Dove ACSS / , Eagle ACSS / , Peacock ACSS / , Squab ACSS / , Wood Duck ACSS / , Teal ACSS / , Goldfinch ACSS / , Rook ACSS / , Grosbeak ACSS / , Scoter ACSS / , Egret ACSS / , Flamingo ACSS / , Gannet ACSS / , Stilt ACSS / , Starling ACSS / , Redwing ACSS / , Cuckoo ACSS / , Drake ACSS / , Macaw ACSS / , Tern ACSS / , Condor ACSS / , Mallard ACSS / , Ruddy ACSS / , Canary ACSS / , Corncrake ACSS / , Redbird ACSS / , Rail ACSS / , Towhee ACSS / , Canvasback ACSS / , Snowbird ACSS / , Ortolan ACSS / , Curlew ACSS / , Bluejay ACSS / , Finch ACSS / , Cardinal ACSS / , Bunting ACSS / , Grackle ACSS / , Bittern ACSS / , Pheasant ACSS / , Dipper ACSS / , Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

39 ACSS Item # Size Stranding Dia. Dia. Dia. Dia. Weight Weight Weight Rated Resist. Resist. Ampacity AWG Al/St Ind. Ind. Steel Complete /MFT /MFT /MFT Strength DC@20 C AC@75 C or Wire Wire Core Cable Aluminum Steel Total (lb) /MFT /MFT KCMIL (in) (in) (in) (in) (lb) (lb) (lb) (ohm) (ohm) Martin ACSS / , Bobolink ACSS / , Plover ACSS / , Nuthatch ACSS / , Parrot ACSS / , Ratite ACSS / , Lapwing ACSS / , Falcon ACSS / , Chukar ACSS / , Mockingbird ACSS / , Roadrunner ACSS / , Bluebird ACSS / , Kiwi ACSS / , Thrasher ACSS / , Joree ACSS / , TRANSMISSION.& DISTRIBUTION CABLES Information on this sheet subject to change without notice. 407 Copyright 2017, American Wire Group, Inc

40 NOTES TRANSMISSION & DISTRIBUTION CABLES

41 AAC Applications Stranded 1350 aluminum conductors shown in this section of data are classified as follows: Class AA For bare conductors usually used in overhead lines. Class A For conductors to be covered with weather-resistant materials and for bare conductors where greater flexibility is required.compact strand conductor for use in bare overhead applications or for use with weather-resistant coverings or insulations is also available. Classes refer to stranding and are an indication of relative conductor flexibility, AA being the least flexible, C the most flexible. TRANSMISSION.& DISTRIBUTION CABLES Construction Aluminum alloy 1350-H19 wires, concentrically stranded. Specifications AAC bare conductors meet or exceed the following ASTM specifications: B-230 Aluminum Wire, 1350-H19 for Electrical Purposes B-231 Aluminum Conductors, Concentric-Lay-Stranded B-400 Compact Round Concentric-Lay-Stranded Aluminum 1350 Conductors Notes Resistance is calculated using ASTM standard increments of stranding and metal conductivity of 52.5% IACS, AC resistance at 60Hz. Current ratings are based on 75 C conductor temperature, 25 C ambient, 2ft/s wind, 96/watts/sq.ft sun,.05 coefficients of emissivity and absorption. Item # Size No. of CLASS Diameter Diameter Cross Weight Rated Resistance Resistance Rating AWG Wires Individual Complete Sectional /MFT Breaking /MFT /MFT (amp) Wire Cable O.D. Area (lb) Strength DC 20 C AC 75 C (in) (in) (in 2 ) (lb) (ohm) (ohm) Peachbell 6 7 A Rose 4 7 A Iris 2 7 A & AA Pansy 1 7 A & AA Poppy 1/0 7 A & AA Aster 2/0 7 A & AA Phlox 3/0 7 A & AA Oxlip 4/0 7 A & AA Sneezewort AA Valerian A Daisy A & AA Laurel A Peony A Tulip A Daffodil A Canna A & AA Goldentuft AA Cosmos AA Syringa A Zinnia AA Hyacinth A Information on this sheet subject to change without notice. 403 Copyright 2017, American Wire Group, Inc

42 AAC TRANSMISSION & DISTRIBUTION CABLES Item # Size No. of CLASS Diameter Diameter Cross Weight Rated Resistance Resistance Rating AWG Wires Individual Complete Sectional /MFT Breaking /MFT /MFT (amp) Wire Cable O.D. Area (lb) Strength DC 20 C AC 75 C (in) (in) (in 2 ) (lb) (ohm) (ohm) Dahlia AA Mistletoe A Meadowsweet A & AA Orchid A & AA Heuchera AA Verbena AA Flag A Violet AA Nasturtium A Petunia AA Cattail A Arbutus AA Lilac A Cockscomb AA Snapdragon A Magnolia AA Goldenrod A Hawkweed AA Camellia A Bluebell AA Larkspur A Marigold A & AA Hawthorn A & AA Narcissus A & AA Columbine A & AA Carnation A & AA Gladiolus A & AA Coreopsis AA Jessamine AA Cowslip A Sagebrush A Lupine A Bitterroot A Trillium A Bluebonnet A Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

43 AAAC 6201 Alloy Applications Used as bare overhead conductor for primary and secondary distribution. Designed utilizing a highstrength aluminum alloy to achieve a high strength-to-weight ratio; affords better sag characteristics. Aluminum alloy gives AAAC higher resistance to corrosion than ACSR. Construction Standard 6201-T81 high strength aluminum conductors, conforming to ASTM Specification B-399, are concentric-lay stranded, similar in construction and appearance to 1350 grade aluminum conductors. Standard 6201 alloy conductors were developed to fill the need for an economical conductor for overhead applications requiring higher strength than that obtainable with 1350 grade aluminum conductors, but without a steel core. The DC resistance at 20 C of the 6201-T81 conductors and of the standard ACSRs of the same diameter are approximately the same. Conductors of the 6201-T81 alloys are harder and, therefore, have a greater resistance to abrasion than conductors of 1350-H19 grade aluminum. TRANSMISSION.& DISTRIBUTION CABLES Specifications AAAC bare conductor meets or exceeds the following ASTM specifications: B-398 Aluminum Alloy 6201-T81 Wire for Electrical Purposes B-399 Concentric-Lay-Stranded 6201-T81 Aluminum Alloy Conductors. Notes Resistance is calculated using ASTM standard increments of stranding and metal conductivity of 52.5% IACS, AC resistance at 60Hz. Current ratings are based on 75 C conductor temperature, 25 C ambient, 2ft/s wind, 96/watts/sq.ft sun,.05 coefficients of emissivity and absorption Item # Size KCM Strand Approx EC Stranding Diameter Diameter Cross Weight Rated Rating KCM Cond. with Individual Complete Sectional /MFT Breaking (amp) Equivalent Wire Cable Area (lb) Strength Resistance (in) (in) (in 2 ) (lb) Akron /w 6 6/ Alton /w 4 6/ Ames /w 2 6/ Azusa /w 1/0 6/ Anaheim /w 2/0 6/ Amherst /w 3/0 6/ Alliance /w 4/0 6/ Butte /w / Canton /w / Cairo /w / Darien /w / Elgin /w / Flint /w / Greely /w / Information on this sheet subject to change without notice. 404 Copyright 2017, American Wire Group, Inc

44 NOTES TRANSMISSION & DISTRIBUTION CABLES

45 ACAR Applications Used as bare overhead transmission cable and as primary and secondary distribution cable. A good strength-to-weight ratio makes ACAR applicable where both ampacity and strength are prime considerations in line design; for equal weight, ACAR offers higher strength and ampacity than ACSR. Construction Concentric-stranded cable formed by a core of 6201-T81 aluminum alloy wires surrounded by 1350 H-19 aluminum wires concentrically stranded over the alloy core. Some designs have 1350 aluminum wires and 6201 alloy wires intercalated in the same layer. Features Very good ratio Tensile Strength to Weight. Highly resistant to corrosion. TRANSMISSION.& DISTRIBUTION CABLES Standards B230 Aluminum 1350-H19 Wire for Electrical Purposes. B398 Aluminum-Alloy 6201-T81 Wire for Electrical Purposes. B524 Concentric-Lay-Stranded Aluminum Conductors, Aluminum-Alloy Reinforced (ACAR, 1350/6201). Item # Size Stranding Diameter Diameter Diameter Weight Rated Resistance. Resistance Allowable KCMIL (EC/6201) Individual Individual Complete /MFT Strength DC@20 C AC@75 C Ampacity Wires 6201 Wires 1350 Cable (lb) (lb) (ohms) (ohms) (amp) (in) (in) (in) ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / ACAR / Information on this sheet subject to change without notice. 406 Copyright 2017, American Wire Group, Inc

46 NOTES TRANSMISSION & DISTRIBUTION CABLES

47 TP Twisted Pair Applications TP Twisted Pair Conductor bare aluminum construction, is designed for use in overhead applications subject to Aeolian vibration and galloping due to wind and ice. TP Conductor can be strung to the maximum allowable tension limits without the need for additional vibration protection. Construction TP Conductor is composed of two identical bare conductors twisted together with a left-hand lay. This gives the cable a rectangular spiral shape. This spiral shape disrupts the forces created by steady cross winds which cause cable vibration, by presenting a continuously changing projected cable diameter to the wind. This spiral shape, together with less torsional stiffness and varying bending stiffness also reduces or eliminates cable galloping due to combined ice and wind loads. The component conducts of TP can be conductor types AAC, AAAC, ACAR, ACSR, AAC/TW or ACSR/TW meeting the requirements of the appropriate ASTM standards. TRANSMISSION.& DISTRIBUTION CABLES Specifications TP Conductor meets or exceeds the following ASTM specifications for the subconductor of each assembly: B-911/B-911M for Twisted Pair Conductor B-231 Aluminum Conductor, Concentric-Lay Stranded. B-232 Aluminum Conductor, Concentric-Lay Stranded, Coated Steel Reinforced (ACSR). B-399 Concentric-Lay Stranded 6201-T81 Aluminum Alloy Conductors. B-524 Concentric-Lay Stranded Aluminum Conductors, Aluminum Alloy Reinforced (ACAR, 1350/6201) B-779 Shaped Wire Compact Concentric-Lay Stranded Aluminum Conductors, Steel Reinforced (ACSR/TW.) Notes Resistance is calculated using ASTM standard increments of stranding and metal conductivity of 52.5% IACS, AC resistance at 60Hz. Current ratings are based on 75 C conductor temperature, 25 C ambient, 2ft/s wind, 96/watts/sq.ft sun,.05 coefficients of emissivity and absorption. Item # Conductor Construction Total Stranding Stranding Outer Equivalent Weight Weight Weight Rated Rating Type Kcmil Aluminum Steel Dimension Diameter /MFT /MFT /MFT Breaking (amp) (in) (in) Alum Steel Total Strength (lb) (lb) (lb) (lb) Lily TP AAC 2x# x N/A 0.260x N/A Ames TP AAAC 2x# x N/A 0.316x N/A Swallow TP ACSR 2x# x x x Iris TP AAC 2x# x N/A 0.292x N/A SparrowTP ACSR 2x# x x x Pansy TP AAC 2x# x N/A 0.328x N/A Robin TP ACSR 2x# x x x Poppy TP AAC 2x1/ x N/A 0.368x N/A Azuza TP AAAC 2x1/ x N/A 0.396x N/A Raven TP ACSR 2x1/ x x x Aster TP AAC 2x2/ x N/A 0.414x N/A Anaheim TP AAAC 2x2/ x N/A 0.447x N/A Quail TP ACSR 2x2/ x x x Phlox TP AAC 2x3/ x N/A 0.464x N/A Amherst TP AAAC 2x3/ x N/A 0.502x N/A Pigeon TP ACSR 2x3/ x x x Oxlip TP AAC 2x4/ x N/A 0.552x N/A Alliance TP AAAC 2x4/ x N/A 0.563x N/A Penguin TP ACSR 2x4/ x x x Information on this sheet subject to change without notice. 405 Copyright 2017, American Wire Group, Inc

48 TP Twisted Pair TRANSMISSION & DISTRIBUTION CABLES Item # Conductor Construction Total Stranding Stranding Outer Equivalent Weight Weight Weight Rated Rating Type Kcmil Aluminum Steel Dimension Diameter /MFT /MFT /MFT Breaking (amp) (in) (in) Alum Steel Total Strength (lb) (lb) (lb) (lb) Jaeger TP ACSR 2x x x x Daisy TP AAC 2x x N/A 0.586x N/A Butte TP AAAC 2x x N/A 0.642x N/A Waxwing TP ACSR 2x x x x Partridge TP ACSR 2x x x x Tulip TP AAC 2x x N/A 0.666x N/A Merlin TP ACSR 2x x x x Linnett TP ACSR 2x x x x Canna TP AAC 2x x N/A 0.724x N/A Chickadee TP ACSR 2x x x x Ptarmigan TP ACSR 2x x x x Ibis TP ACSR 2x x x x Cosmos TP AAC 2x x N/A 0.793x N/A Pelican TP ACSR 2x x x x Taller TP ACSR 2x x x x Flicker-TP ACSR 2x x x x Hawk TP ACSR 2x x x x Dahila TP AAC 2x x N/A 0.856x N/A Flycatcher TP ACSR 2x x x x Creeper TP ACSR 2x x x x OspreyTP ACSR 2x x x x Kinglet TP ACSR 2x x x x Parakeet TP ACSR 2x x x x Dove TP ACSR 2x x x x Day Lily TP AAC 2x x N/A 0.886x N/A Kittiwake TP ACSR 2x x x x Squab TP ACSR 2x x x x Orchid TP AAC 2x x N/A 0.918x N/A Kingbird TP ACSR 2x x x x Turacos TP ACSR 2x x x x Rook TP ACSR 2x x x x Gloxinia TP AAC 2x x N/A 0.939x N/A Siskin TP ACSR 2x x x x Flamingo TP ACSR 2x x x x Violet TP AAC 2x x N/A 1.974x N/A Dunlin TP ACSR 2x x x x Arbutus TP AAC 2x x N/A 1.026x N/A Tern TP ACSR 2x x x x Drake TP ACSR 2x x x x Cockscomb TP AAC 2x x N/A 1.092x N/A Surfbird TP ACSR 2x x x x Twinstone TP ACSR 2x x x x Bluebell TP AAC 2x x N/A 1.170x N/A Marigold TP AAC 2x x N/A 1.216x N/A Ortolan TP ACSR 2x x x x Bluejay TP ACSR 2x x x x Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

49 ASCR/TW APPLICATION Shaped Wire Compact Concentric-Lay-Stranded Aluminum Conductor, Steel-Reinforced (ACSR/TW) is designed for use as a bare overhead conductor. There are two designs of ACSR/TW. One design gives an equal area of aluminum when compared to the standard ACSR conductor sizes. The other design gives an overall outside diameter equal to standard ACSR conductor sizes. Use of this conductor in the equal area design allows equal ampacity in a smaller diameter conductor when compared with standard ACSR conductor. Use of this conductor in the equal diameter design allows more ampacity in an equal diameter conductor when compared with standard ACSR conductor. TRANSMISSION.& DISTRIBUTION CABLES SPECIFICATIONS B-230 Aluminum Wire, 1350-H19 for Electrical Purposes B-231 Aluminum Conductors, Concentric-Lay-Stranded B-232 Aluminum Conductors, Concentric-Lay-Stranded, Coated Steel Reinforced (ACSR) B-498 Zinc-Coated Steel Core Wire for Aluminum Conductors, Steel Reinforced (ACSR/AZ) B-500 Zinc Coated and Aluminum Coated Stranded Steel Core for Aluminum Conductors, Steel Reinforced (ACSR) B-779 Shaped Wire Compact Concentric-Lay-Stranded Aluminum Conductors, Steel-Reinforced (ACSR/TW). CONSTRUCTION Aluminum alloy 1350-H19 trapezoidal shaped wires, concentrically stranded about a steel core. Core wire for ACSR/TW is available with class A, B, or C galvanizing; aluminized aluminum coated (AZ); or aluminum-clad (AW1). Additional corrosion protection is available through the application of grease to the core or infusion of the complete cable with grease. NOTES * Ampacity calculated assuming: ambient 250 C, conductor 75 C, wind 2 ft./sec., sun. Item # Conductor Conductor Type Stranding Outside Diameter Weight Rated Resistance Allowable Size Area Area Code No. Al St Complete Steel Total Aluminum Steel Strength DC@20 C AC@75 C Ampacities Al Total Layers Conductor Core (lb/mft) (lb/mft) (lb/mft) (lb) (OMS/ (OMS/ * (sq.in) (sq.in) of Al (in) (in) MFT) MFT) Merlin/TW x Flicker/TW x Hawk/TW x Parakeet/TW x Dove/TW x Swift/TW x Rook/TW x Grosbeak/TW x Tern/TW x Puffin/TW x Condor/TW x Drake/TW x Phoenix/TW x Rail/TW x Cardinal/TW x Snowbird/TW x Ortolan/TW x Curlew/TW x Avocet/TW x Bluejay/TW x Finch/TW x Oxbird/TW x Bunting/TW x Information on this sheet subject to change without notice. 419 Copyright 2017, American Wire Group, Inc

50 ASCR/TW TRANSMISSION & DISTRIBUTION CABLES Item # Conductor Conductor Type Stranding Outside Diameter Weight Rated Resistance Allowable Size Area Area Code No. Al St Complete Steel Total Aluminum Steel Strength DC@20 C AC@75 C Ampacities Al Total Layers Conductor Core (lb/mft) (lb/mft) (lb/mft) (lb) (OMS/ (OMS/ * (sq.in) (sq.in) of Al (in) (in) MFT) MFT) Grackel/TW x Scissortail/TW x Bittern/TW x Pheasant/TW x Dipper/TW x Martin/TW x Bobolink/TW x Plover/TW x Lapwing/TW x Falcon/TW x Chukar/TW x Bluebird/TW x Monongahela/TW x Mohawk/TW x Calumet/TW x Mystic/TW x Oswego/TW x Nechako/TW x Maumee/TW x Wabash/TW x Kettle/TW x Fraser/TW x Columbia/TW x Suwannee/TW x Cheyenne/TW x Genesee/TW x Hudson/TW x Catawba/TW x Nelson/TW x Yukon/TW x Truckee/TW x Mackenzie/TW x Thames/TW x St. Croix/TW x Miramichi/TW x Merrimack/TW x Platte/TW x Potomac/TW x Rio Grande/TW x Schuylkill/TW x Pecos/TW x Pee Dee/TW x James/TW x Athabaska/TW x Cumberland/TW x Powder/TW x Santee/TW x Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

51 ACSS/TW APPLICATIONS ACSS/TW is designed for overhead distribution and transmission lines. It is designed to operate continuously at elevated temperatures up to 250 C without loss of strength, it sags less under emergency electrical loadings than ACSR/TW, excellent self-damping properties, and its final sags are not affected by long-term creep of aluminum. ACSS/TW is available in equal area and equal diameter design. The equal area design allows equal ampacity in a smaller diameter conductor when compared with a standard ACSS conductor. The equal diameter design allows more ampacity in an equal diameter conductor when compared with a standard ACSS conductor. ACSS/TW also provides many design opportunities for new line construction: i.e., reduced tower cost, decreased sag, increased self-damping properties, increased operating temperature and improved corrosion resistance. TRANSMISSION.& DISTRIBUTION CABLES CONSTRUCTION ACSS is a composite concentric-lay-stranded conductor. Steel strands form the central core of the conductor with one or more layers of 63% minimum average conductivity aluminum wire stranded around it. The steel core carries most or all of the mechanical load of the conductor due to the "0" (fully annealed or soft) temper aluminum. Steel core wires are protected from corrosion by a zinc-5% aluminum-mischmetal alloy coating. High strength steel core, aluminized, and aluminum clad steel core is also available. SPECIFICATIONS B500 Metallic Coated Stranded Steel Core for Aluminum Conductors, Steel Reinforced. B609 Aluminum 1350 Round Wire, Annealed and Intermediate Tempers, for Electrical Purposes. B802 Zinc-5% Aluminum-Mischmetal Alloy-Coated Steel Core Wire for Aluminum Conductors, Steel Reinforced. B803 High-Strength Zinc-5% Aluminum-Mischmetal Alloy-Coated Steel Core Wire for Aluminum and Aluminum-Alloy Conductors, Steel Reinforced. B856 Concentric-Lay-Stranded Aluminum Conductors, Coated Steel Supported (ACSS) B857 Shaped Wire Compact Concentric-Lay-Stranded Aluminum Conductors, Coated-Steel Supported (ACSS/TW). NOTES 1)Data based on a nominal cable manufactured in accordance with ASTM B )Resistance and ampacity based on an aluminum conductivity of 63% IACS at 20 C and a steel conductivity of 8% IACS at 20 C. 3)Ampacity based on referenced conductor temperature, 25 C ambient temperature, 2 ft/sec wind, in sun, with an emmisivity of 0.5 and a coefficient of solar absorption of 0.5, at sea level. 4)Rated breaking strength for standard core based on Class A zinc-5% aluminum-mischmetal alloy coated steel core wire in accordance with ASTM B )Rated strength for high strength core based on Class A zinc-5% aluminum-mischmetal alloy coated high strength steel core wire in accordance with ASTM B )The final design of a shaped wire compact conductor is contingent upon several factors such as: layer diameter, wire width and wire thickness. The actual configuration of a given size may vary between manufacturers. This may result in a slight variation in the number of wires, number of layers and dimensions of individual wires from that shown in the chart. Item # Size Type Cross Stranding Diameter Weight Rated Breaking Resistance Ampacity KCMIL No. Sectional (in) (lb/mft) Strength (lb) (ohm/mile) (amps) Al/Total Layers No. x Dia./ St Complete Al St Total Standard High Ultra DC AC 75 C 100 C 150 C 200 C 250 C (in) 2 Wires St Wire Core Cable High 20 C 75 C Linnet/ACSS/TW / x Oriole/ACSS/TW / x Flicker/ACSS/TW / x Hawk/ACSS/TW / x Hen/ACSS/TW / x Parakeet/ACSS/TW / x Dove/ACSS/TW / x Information on this sheet subject to change without notice. 418 Copyright 2017, American Wire Group, Inc

52 ACSS/TW TRANSMISSION & DISTRIBUTION CABLES Item # Size Type Cross Stranding Diameter Weight Rated Breaking Resistance Ampacity KCMIL No. Sectional (in) (lb/mft) Strength (lb) (ohm/mile) (amps) Al/Total Layers No. x Dia./ St Complete Al St Total Standard High Ultra DC AC 75 C 100 C 150 C 200 C 250 C (in) 2 Wires St Wire Core Cable High 20 C 75 C Rook/ACSS/TW / x Grosbeak/ACSS/TW / x Scoter/ACSS/TW / x Tern/ACSS/TW / x Puffin/ACSS/TW / x Condor/ACSS/TW / x Drake/ACSS/TW / x Canary/ACSS/TW / x Phoenix/ACSS/TW / x Rail/ACSS/TW / x Cardinal/ACSS/TW / x Snowbird/ACSS/TW / x Ortolan/ACSS/TW / x Curlew/ACSS/TW / x Avocet/ACSS/TW / x Bluejay/ACSS/TW / x Finch/ACSS/TW / x Oxbird/ACSS/TW / x Bunting/ACSS/TW / x Grackle/ACSS/TW / x Scissortail/ACSS/TW / x Bittern/ACSS/TW / x Pheasant/ACSS/TW / x Dipper/ACSS/TW / x Martin/ACSS/TW / x Bobolink/ACSS/TW / x Plover/ACSS/TW / x Lapwing/ACSS/TW / x Falcon/ACSS/TW / x Chukar/ACSS/TW / x Bluebird/ACSS/TW / x Mohawk/ACSS/TW / x Calumet/ACSS/TW / x Mystic/ACSS/TW / x Oswego/ACSS/TW / x Maumee/ACSS/TW / x Wabash/ACSS/TW / x Kettle/ACSS/TW / x Fraser/ACSS/TW / x Columbia/ACSS/TW / x Suwannee/ACSS/TW / x Cheyenne/ACSS/TW / x Genesee/ACSS/TW / x Hudson/ACSS/TW / x Catawba/ACSS/TW / x Nelson/ACSS/TW / x Yukon/ACSS/TW / x Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

53 ACSS/TW Item # Size Type Cross Stranding Diameter Weight Rated Breaking Resistance Ampacity KCMIL No. Sectional (in) (lb/mft) Strength (lb) (ohm/mile) (amps) Al/Total Layers No. x Dia./ St Complete Al St Total Standard High Ultra DC AC 75 C 100 C 150 C 200 C 250 C (in) 2 Wires St Wire Core Cable High 20 C 75 C Truckee/ACSS/TW / x Mackenzie/ACSS/TW / x Thames/ACSS/TW / x St. Croix/ACSS/TW / x Miramichi/ACSS/TW / x Merrimack/ACSS/TW / x Platte/ACSS/TW / x Potomac/ACSS/TW / x Rio Grande/ACSS/TW / x Schuylkill/ACSS/TW / x Pecos/ACSS/TW / x Pee Dee/ACSS/TW / x James/ACSS/TW / x Athabaska/ACSS/TW / x Cumberland/ACSS/TW / x Powder/ACSS/TW / x Santee/ACSS/TW / x TRANSMISSION.& DISTRIBUTION CABLES Information on this sheet subject to change without notice. 418 Copyright 2017, American Wire Group, Inc

54 NOTES TRANSMISSION & DISTRIBUTION CABLES

55 Application To secure conductor to pin type insulators on a distribution line. Construction Bare aluminum EC grade solid conductor Standards ASTM B-230 Aluminum 1350-H19 Wire for electrical purposes Packaging 25lb coil, 50lb coil, coil boxes, spool or as required Solid Soft-Drawn Bare Aluminum Tie Wire TRANSMISSION.& DISTRIBUTION CABLES Item # Size Weight /MFT (lb) ATW ATW ATW Information on this sheet subject to change without notice. 408 Copyright 2017, American Wire Group, Inc

56 NOTES TRANSMISSION & DISTRIBUTION CABLES

57 Covered AL Line Wire Weatherproof Applications Covered Line Wire is used primarily for overhead secondary distribution lines. It is not an electrically insulated conductor and is treated as bare conductor when installed. Construction Conductors are aluminum alloy 1350-H19, , or ACSR conductors, concentrically stranded and covered for weather proofing with polyethylene, high density polyethylene (HD) or crosslinked polyethylene (XLP). TRANSMISSION.& DISTRIBUTION CABLES Standards ASTM B-230 Aluminum 1350-H19 Wire for Electrical Purposes ASTM B-231 Concentric-Lay-Stranded Aluminum Conductors, Coated-Steel Reinforced (ACSR). ASTM B-1248 Polyethylene Plastics Molding and Extrusion Materials. ASTM C-8.35 Specifications for Weather-Resistant Polethylene-Covered Wire and Cable. ICEA S Notes The code words as given apply to conventional polyethylene line wire. For 6201 aluminum conductors diameter equivalent to ACSR construction or 1350 aluminum equivalent. Ampacity ratings based on 75 C conductor temperature, 25 C ambient temperature elevation sea level. Emissivity 0.91 coefficient of absorption Thermal reisitivity of covering -375 C- Cm2/Watt-CM. Wind speed 2ft/sec in sun. To determine correct ampacity by conductor size, please consult the National Electric Code, latest edition. Item # Size Strand Insulation Outside Rated XLP Poly XLP AWG or Thickness Diameter Breaking Weight Weight Ampacity MCM (mil) (in) Strength /MFT /MFT (lb) (lb) (lb) AAC Apple 6 Solid Pear 4 Solid Apricot 4 7/w Peach 2 7/w Quince 1/0 7/w Orange 2/0 7/w Fig 3/0 7/w Olive 4/0 7/w Pomegranate 4/0 19/w Mulberry /w Anona /w Molles /w Huckleberry /w Paw Paw /w Breadfruit /w Persimmon /w Grapefruit /w Information on this sheet subject to change without notice. 409 Copyright 2017, American Wire Group, Inc

58 Covered AL Line Wire Weatherproof TRANSMISSION & DISTRIBUTION CABLES Item # Size Strand Insulation Outside Rated XLP Poly XLP AWG or Thickness Diameter Breaking Weight Weight Ampacity MCM (mil) (in) Strength /MFT /MFT (lb) (lb) (lb) ACSR Walnut 6 6/ Butternut 4 6/ Hickory 4 7/ Pignut 2 6/ Beech 2 7/ Chestnut 1 6/ Almond 1/0 6/ Pecan 2/0 6/ Filbert 3/0 6/ Buckeye 4/0 6/ Hackberry / T81 Hornbeam 4 7/w Linden 2 7/w Oilnut 1/0 7/w Waterash 2/0 7/w Shellbark 3/0 7/w Planetree 4/0 7/w Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

59 Code Size Stranding Standard Packages Word Circular Length Weight Reel (ml or AWG) (ft) (lb) Size Turkey 6 6/1 5, Coil 16, NR Swan 4 6/1 3, Coil 15, NR Swanate 4 7/1 3, Coil 17,910 1,200 NR , NR Sparrow 2 6/1 2, Coil 19,390 1,700 NR , NR , NR Sparate 2 7/1 2, coji 11,250 1,200 NR , NR Robin 1 6/1 1, Coil 15,380 1,770 NR , NR , NR Raven 1/0 6/1 1, Coil 12,180 1,770 NR , NR , NR Quail 210 6/1 9,660 1,770 NR , NR , NR Pigeon 3/0 6/1 7,670 1,770 NR , NR , NR Penguin 4/0 6/1 6,080 1,770 NR , NR , NR Waxwing /1 14,370 4,160 NR ,185 2,080 NR Owl /7 4,555 1,560 NR Partridge /7 10,330 3,795 NR Merlin /1 11,390 4,160 NR ,695 2,080 NR Linnet /7 16,410 7,590 RMT ,205 3,795 NR Oriole /7 9,430 4,970 RM ,430 4,970 NR Chickadee /1 9,640 4,160 RM ,640 4,160 NR ,820 2,080 NR Brant /7 12,790 6,550 RMT ,395 3,275 NR Packaging Information ACSR and ACSR/AW Code Size Stranding Standard Packages Word Circular Length Weight Reel (ml or AWG) (ft) (lb) Size Ibis /7 13,890 7,590 RMT ,945 3,795 NR Lark /7 7,980 4,970 RM ,980 4,970 NR Pelican /1 8,030 4,160 RM ,030 4,160 NR ,015 2,080 NR Flicker /7 10,660 6,550 RMT ,330 3,275 NR Hawk /7 11,570 7,590 RMT ,785 3,795 NR Hen /7 6,650 4,970 RM ,650 4,970 NR Osprey /1 6,890 4,160 RM ,890 4,160 NR ,445 2,080 NR Parakeet /7 9,140 6,550 RMT ,570 3,275 NR Dove /7 9,910 7,590 RMT ,955 3,795 NR Eagle /7 5,700 4,970 RM ,700 4,970 NR Peacock /7 8,400 6,550 RMT ,200 3,275 NR Squab /7 9,120 7,590 RMT ,560 3,795 NR Teal /19 10,490 9,860 RMT ,245 4,930 RM ,245 4,930 NR Swift /1 6,025 3,880 RM ,025 3,880 NR ,015 2,585 NR Kingbird /1 6,020 4,160 RM ,020 4,160 NR ,515 3,120 NR ,010 2,080 NR Rook /7 8,000 6,550 RMT ,000 3,275 NR Grosbeak /7 8,670 7,590 RMT ,335 3,795 NR Egret /19 9,980 9,860 RMT ,990 4,930 RM ,990 4,930 RM TRANSMISSION.& DISTRIBUTION CABLES Information on this sheet subject to change without notice. 410 Copyright 2017, American Wire Group, Inc

60 TRANSMISSION & DISTRIBUTION CABLES Packaging Information ACSR and ACSR/AW Code Size Stranding Standard Packages Word Circular Length Weight Reel (ml or AWG) (ft) (lb) Size Flamingo /7 11,440 9,830 RMT ,630 6,550 RMT ,815 3,275 NR Gannet /7 12,410 11,380 RMT ,270 7,590 RMT ,135 3,795 NR Starling /7 11,560 11,380 RMT ,710 7,590 RMT ,855 3,795 NR Redwing /19 8,880 9,860 RMT ,440 4,930 RM ,440 4,930 NR Coot /1 9,640 7,760 RMT ,820 3,880 RM ,820 3,880 NR Tern /7 12,000 10,750 RMT ,000 5,375 RM ,000 3,585 NR 60,28 Cuckoo /7 9,600 9,830 RMT ,400 6,550 RMT ,200 3,275 NR Condor /7 11,520 11,800 RMT ,760 5,900 RM Drake /7 10,400 11,380 RMT ,940 7,590 RMT ,470 3,795 NR Mallard /19 7,980 9,860 RMT ,990 4,930 RM ,990 4,930 NR Ruddy /7 10,590 10,750 RMT ,295 5,375 RM Canary /7 10,180 11,800 RMT ,090 5,900 RM Catbird /1 8,030 7,760 RMT ,015 3,880 RM ,015 3,880 NR Rail /7 14,990 16,125 RMT ,990 10,750 RMT ,995 5,375 RM Cardinal /7 9,600 11,800 RMT ,800 5,900 RM Ortolan /7 13,850 16,125 RMT ,230 10,750 RW ,615 5,375 RM Curlew /7 8,870 11,800 RMT ,435 5,900 RM Code Size Stranding Standard Packages Word Circular Length Weight Reel (ml or AWG) (ft) (lb) Size Bluejay /7 12,850 16,125 RMT ,570 10,750 RMT ,285 5,375 RM ,855 3,585 NR Finch /19 8,190 11,720 RMT ,095 5,860 RM Bunting /7 12,000 16,125 RMT ,000 10,750 RMT ,000 5,375 RM Grackle /19 7,650 11,720 RMT ,825 5,860 RM Bittern /7 11,245 16,125 RMT ,500 10,750 RMT ,750 5,375 RM Pheasant /19 7,170 11,720 RMT ,585 5,860 RM Dipper /7 10,585 16,125 RMT ,060 10,750 RMT ,530 5,375 RM Martin /19 6,750 11,720 RMT ,375 5,860 RM Bobolink /7 10,000 16,125 RMT ,660 10,750 RMT ,335 5,375 RM Plover /19 6,370 11,720 RMT ,185 5,860 RM Nuthatch /7 9,470 16,125 RMT ,310 10,750 RMT ,155 5,375 RM Parrot /19 6,040 11,720 RMT ,020 5,860 RM Lapwing /7 9,000 16,125 RMT ,000 10,750 RMT ,000 5,375 RM Falcon /19 5,730 11,720 RMT ,865 5,860 RM Chukar /19 9,200 19,080 RMT Bluebird /19 7,500 18,830 RMT Kiwi /7 7,000 16,120 RMT Thrasher /19 9,500 24,000 RMT ,940 17,530 RMT Joree /19 8,730 24,000 RMT Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

61 Code Size Stranding Standard Packages Word Circular Length Weight Reel (ml or AWG) (ft) (lb) Size Petrel /7 12,500 3,175 NR Minorca /7 11,480 3,175 NR Leghorn /7 9,450 3,175 NR Guinea /7 8,000 3,175 NR Dotterel /7 7,195 3,175 NR Dorking /7 6,665 3,175 NR Brahma /19 7,875 5,330 NR Cochin /7 6,020 3,175 NR Packaging Information ACSR and ACSR/AW TRANSMISSION.& DISTRIBUTION CABLES Information on this sheet subject to change without notice. 410 Copyright 2017, American Wire Group, Inc

62 NOTES TRANSMISSION & DISTRIBUTION CABLES

63 Code Size Stranding Standard Packages Word Circular Length Weight Reel (ml or AWG) (ft) (lb) Size Peachbell ,910 1,400 NR , NR , Coil Rose ,710 1,400 NR , NR , Coil Iris ,470 1,400 NR , NR , Coil Pansy ,830 1,400 NR , NR , Coil Poppy 1/0 7 14,130 1,400 NR , NR , Coil Aster 2/0 7 11,210 1,400 NR , NR Phlox 3/0 7 8,890 1,400 NR , NR Oxlip 4/0 7 7,050 1,400 NR , NR Sneezewort ,970 1,400 NR , NR Valerian ,190 3,800 RM ,190 3,800 NR ,095 1,900 NR Daisy ,590 1,400 NR , NR Laurel ,170 3,800 RM ,170 3,800 NR ,585 1,900 NR Peony ,490 3,800 RM ,490 3,800 NR ,745 1,900 NR Tulip ,030 3,800 RM ,030 3,800 NR ,015 1,900 NR Packaging Information AAC Code Size Stranding Standard Packages Word Circular Length Weight Reel (ml or AWG) (ft) (lb) Size Daffodil ,560 3,800 RM ,560 3,800 NR ,780 1,900 NR Canna ,180 3,800 RM ,180 3,800 NR ,090 1,900 NR Golden Tuft ,000 3,800 RM ,000 3,800 NR ,500 1,900 NR Cosmos ,490 3,800 RM ,490 3,800 NR ,245 1,900 NR Syringa ,530 7,400 RMT ,265 3,700 NR ,265 3,700 NR Zinnia ,100 3,800 RM ,100 3,800 NR ,050 1,900 NR Hyacinth ,760 7,400 RMT ,880 3,700 RM ,880 3,700 NR Dahlia ,270 3,800 RM ,270 3,800 NR ,635 1,900 NR Mistletoe ,170 7,400 RMT ,085 3,700 RM ,085 3,700 NR Meadowsweet ,140 7,400 RMT ,570 3,700 RM ,570 3,700 NR Orchid ,400 7,400 RMT ,200 3,700 RM ,200 3,700 NR Heuchera ,130 7,400 RMT ,065 3,700 RM ,065 3,700 NR TRANSMISSION.& DISTRIBUTION CABLES Information on this sheet subject to change without notice. 411 Copyright 2017, American Wire Group, Inc

64 TRANSMISSION & DISTRIBUTION CABLES Packaging Information AAC Code Size Stranding Standard Packages Word Circular Length Weight Reel (mil) or AWG) (ft) (lb) Size Verbena ,260 7,400 RMT ,630 3,700 RM ,630 3,700 NR ,815 1,850 NR Flag ,850 9,760 RMT ,425 4,800 RM Violet ,020 7,400 RMT ,510 3,700 RM ,510 3,700 NR ,755 1,850 NR Nasturtium ,530 9,760 RMT ,265 4,800 RM Petunia ,510 7,400 RMT ,255 3,700 RM ,255 3,700 NR Cattail ,860 9,760 RMT ,930 4,880 NR Arbutus ,920 7,400 RMT ,960 3,700 RM ,960 3,700 NR ,480 1,850 NR Lilac ,080 9,760 RMT ,540 4,880 RM Cockscomb ,760 7,400 RMT ,380 3,700 RM ,380 3,700 NR Snapdragon ,550 9,760 RMT ,775 4,880 RM Magnolia ,260 7,400 RMT ,130 3,700 RM ,130 3,700 NR Goldenrod ,900 9,760 RMT ,450 4,880 RM Code Size Stranding Standard Packages Word Circular Length Weight Reel (mil) or AWG) (ft) (lb) Size Hawkweed ,880 7,400 RMT ,940 3,700 RM ,940 3,700 NR Camellia ,400 9,760 RMT ,200 4,880 NR Bluebell ,630 7,400 RMT ,815 3,700 RM ,815 3,700 NR Larkspur ,060 9,760 RMT ,030 4,880 RM Marigold ,430 9,760 RMT ,670 4,880 RM Hawthorn ,720 9,760 RMT ,360 4,880 RM Narcissus ,170 9,760 RMT ,085 4,880 RM Columbine ,690 9,760 RMT ,845 4,880 RM Carnation ,270 9,760 RMT ,635 4,880 RM Gladiolus ,880 9,760 RMT ,440 4,880 RM Coreopsis ,540 9,760 RMT ,270 4,880 RM Jassamine ,940 9,760 RMT Cowslip ,850 9,100 RMT Sagebrush ,270 9,100 RMT Lupine ,840 9,100 RMT Bitterroot ,490 9,100 RMT Trillium ,350 9,530 RMT Bluebonnet ,840 9,530 RMT Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

65 Code Approx EC Size Standard Packages Word Cond. with Circular Length Weight Reel Equivalent (mil) (ft) (lb) Size Resistance Akron ,780 1,400 NR , NR , Coil Alton ,630 1,400 NR , NR , Coil Ames ,260 1,400 NR , NR , Coil Azusa 1/ ,100 1,400 NR , NR , Coil Anaheim 2/ ,600 1,400 NR , NR Amherst 3/ ,600 1,400 NR , NR Alliance 4/ ,040 1,400 NR , NR Butte ,940 3,800 RM ,940 3,800 NR ,470 1,900 NR ,315 1,265 NR Note Length Tolerances: Standard lengths shown in these data are nominal. The allowable tolerance shall be plus or minus 5% for sizes larger than kcmil. Packaging Information AAAC 6201 Alloy Code Approx EC Size Standard Packages Word Cond. with Circular Length Weight Reel Equivalent (mil) (ft) (lb) Size Resistance Canton ,260 3,800 RM ,260 3,800 NR ,130 1,900 NR ,420 1,265 NR Cairo ,700 3,800 RM ,700 3,800 NR ,350 1,900 NR ,900 1,265 NR Darien ,240 3,800 RM ,240 3,800 NR ,620 1,900 NR ,415 1,265 NR Elgin ,210 3,800 RM ,210 3,800 NR ,105 1,900 NR ,070 1,265 NR Flint ,640 7,400 RMT ,320 3,700 RM ,320 3,700 NR ,660 1,850 NR Greeley ,500 7,400 RMT ,250 3,700 RM ,250 3,700 NR ,125 1,850 NR TRANSMISSION.& DISTRIBUTION CABLES 8Information on this sheet subject to change without notice. 412 Copyright 2017, American Wire Group, Inc

66 NOTES TRANSMISSION & DISTRIBUTION CABLES

67 Bare Aluminum Cable ACSR ACSR/TP Code Size Standard Packages Word Circular Length Weight Reel (ml or AWG) (ft) (lb) Size Swallow TP 2x#3-6/ NR NR Sparrow TP 2x#2-6/ NR NR Robin TP 2x#1-6/ NR NR Raven TP 2xl/0-6/ NR NR Quail TP 2x2/0-6/ NR NR Pigeon TP 2x3/0-6/ NR NR Penguin TP 2x4/0-6/ NR NR Waxwing TP 2x / NR NR RMT Partridge TP 2x / NR RMT Merlin TP 2x / NR NR RMT Linnet TP 2x / NR RMT RMT Chickadee TP 2x / RM RMT Packaging Information: TP Twisted Pair Bare Aluminum Cable ACSR ACSR/TP Code Size Standard Packages Word Circular Length Weight Reel (ml or AWG) (ft) (lb) Size Ptarmigan TP 2x / RMT RMT lbis TP 2x / RMT RMT Pelican TP 2x / RM RMT Tatler TP 2x / RM RMT Flicker TP 2x / RMT RMT Hawk TP 2x / RMT RMT Creeper TP 2x / RM RMT Osprey TP 2x / RM RMT Parakeet TP 2x / RM RMT Dove TP 2x / RMT RMT Rook TP 2x / RMT Drake TP 2x / RMT RMT Tern TP 2x / RMT RMT Bluejay TP 2x / RMT TRANSMISSION.& DISTRIBUTION CABLES Information on this sheet subject to change without notice. 413 Copyright 2017, American Wire Group, Inc

68 TRANSMISSION & DISTRIBUTION CABLES Packaging Information: TP Twisted Pair Bare Aluminum Cable AAC AAC/TP Code Size Standard Packages Word Circular Length Weight Reel (ml or AWG) (ft) (lb) Size Lily TP 2x# NR NR NR Iris TP 2x# NR NR Pansy TP 2x# NR NR Poppy TP 2xl/ NR NR Aster TP 2x2/ NR NR Phlox TP 2x3/ NR NR Oxlip TP 2x4/ NR NR Valerian TP 2x NR RMT Tulip TP 2x NR NR RMT Canna TP 2x NR NR RMT Cosmos TP 2x NR NR NR Dahlia TP 2x NR NR RMT Bare Aluminum Cable AAC AAAC Alloy 3201/TP Code Size Standard Packages Word Circular Length Weight Reel (ml or AWG) (ft) (lb) Size Ames TP 2x#2-7 9,700 1, NR 19,400 3, NR Azusa TP 2x1/0-7 6,050 1, NR 12,100 2, NR Anaheim TP 2x2/0-7 4,800 1, NR 9,600 2, NR Amherst TP 2x3/0-7 3,810 1, NR 7,625 2, NR Alliance TP 2x4/0-7 3,020 1, NR 6,040 2, NR Butte TP 2x ,475 3, NR 413 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

69 AAC Code Aluminum Conductors Standard Packages Word Size Stranding Length Poly XLP Reel AWG (ft) Weight Weight Size (lb) (lb) Pear 4 1 2, Coil 8, NRC AAC 1350-H19 Stranded Code Aluminum Conductors Standard Packages Word Size Stranding Length Poly XLP Reel AWG or (ft) Weight Weight Size Cmils (lb) (lb) Apricot 4 7 2, Coil 7, NRC Peach 2 7 1, Coil 7, NRC Quince 1/0 7 1, Coil 4, NRC Orange , NRC Fig 3/0 7 4, NRC Olive 4/0 7 3, NRC Pomegranate 4/0 19 3, NRC Mulberry , NRC Anona , NRC Molles , NRC Huckleberry ,300 1,774 1,815 NRC Paw Paw ,800 1,463 1,772 NRC Breadfruit ,500 1,812 1,857 NRC Persimmon ,200 1,958 2,002 NRC Grapefruit ,700 1,927 1,966 NRC Packaging Information Covered Line Wire ACSR Code Aluminum Conductors Standard Packages Word Size Stranding Length Poly XLP Reel AWG or (ft) Weight Weight Size Cmils (lb) (lb) Butternut , Coil 5, NRC Hickory 4 7/1 1, Coil 6, NRC Pignut 2 6/1 1, Coil 6, NRC Beech 2 7/1 1, Coil 5, NRC Chestnut 1 6/1 1, Coil 5, NRC Almond 1/0 6/1 1, Coil 4, NRC Pecan 210 6/1 3, NRC Filbert 3/0 6/1 3,800 1,069 1,096 NRC Buckeye 410 6/1 3,000 1,046 1,070 NRC Hackberry /1 2, NRC AAAC Alloy 6201-T81 Code Aluminum Conductors Standard Packages Word Size Stranding Length Poly XLP Reel AWG or (ft) Weight Weight Size Cmils (lb) (lb) Hornbeam , Coil 5, NRC Linden , Coil 6, NRC Oilnut , Coil 4, NRC Waterash , NRC Shellbark , NRC Planetree , NRC TRANSMISSION.& DISTRIBUTION CABLES Information on this sheet subject to change without notice. 414 Copyright 2017, American Wire Group, Inc

70 NOTES TRANSMISSION & DISTRIBUTION CABLES

71 Application Used for primary and secondary overhead distribution where limited space is available or desirable for rights of way. Installed as an uninsulated conductor; however, covering is effective in preventing direct shorts and instantaneous flashovers should tree limbs or other objects contact conductors in such close proximity. The resulting close-proximity configuration minimizes the amount of space and hardware required for line installation; particularly useful in congested areas such as alleyways or tight corridors. Construction Conductors are concentric strand AAC (1350- H19), AAAC (either compressed or full compact depending on conductor size) or ACSR. The conductor shield shall be an extruded back semiconductor polymer meeting the physical requirements of ICEA S Available with track-resistant high-density polyethylene (TR- HDPE) per ASTM D1248 or Track-Resistant Cross-linked Polyethylene (XLPE) covering per ASTM D2656. The minimum thickness of each layer at any point shall not be less than listed in the data table. The outer layer shall contain a carbon black additive, not less than 0.02% to provide the weather resistance, and track resistance. Specification 15kV - 35kV Covered Aerial Medium Voltage Cable wire meets or exceeds all applicable ICEA specifications and the following ASTM specifications: AAC 2 Layer 15kV ASTM B230 Standard Specification for Aluminum 1350 H19 Wire for Electrical Purposes ASTM B231 Standard Specification for Concentric-Lay-Stranded Aluminum 1350 Conductors ASTM B232 Standard Specification for Concentric-Lay-Stranded Aluminum Conductors, Coated-Steel Reinforced (ACSR) ASTM B398 Standard Specification for Aluminum-Alloy 6201-T81 and 6201-T83 Wire for Electrical Purposes ASTM B399 Standard Specification for Concentric-Lay-Stranded Aluminum-Alloy T81 Conductors ASTM B400 Standard Specification for Compact Round Concentric-Lay-Stranded Conductors ASTM D2656 Standard Specification for Cross-linked Polyethylene Insulation for Wire and Cable Rated 2001 to V ASTM D1248 Standard Specification for Polyethylene Plastics Extrusion Materials for Wire and Cable ICEA S Standard Specification for Weather Resistant Polyethylene Covered Conductors Notes Full hardware solution is available, including spacers, brackets, installation tools and hardware. Please consult with AWG for more information. TRANSMISSION.& DISTRIBUTION CABLES Item # Size Stranding Conductor Covering Covering Cable Rated Weight AWG or Diameter Thickness Thickness O.D. Strength (lb/mft) kcmil (mil) Inner Outer (mil) (lb) Layer Layer (mil) (mil) TW15-2-AAC-1/0-7 1/ TW15-2-AAC-2/0-7 2/ TW15-2-AAC-3/0-7 3/ TW15-2-AAC-4/0-7 4/ TW15-2-AAC TW15-2-AAC TW15-2-AAC TW15-2-AAC TW15-2-AAC TW15-2-AAC Information on this sheet subject to change without notice. 420 Copyright 2017, American Wire Group, Inc

72 NOTES TRANSMISSION & DISTRIBUTION CABLES

73 Application Used for primary and secondary overhead distribution where limited space is available or desirable for rights of way. Installed as an uninsulated conductor; however, covering is effective in preventing direct shorts and instantaneous flashovers should tree limbs or other objects contact conductors in such close proximity. The resulting close-proximity configuration minimizes the amount of space and hardware required for line installation; particularly useful in congested areas such as alleyways or tight corridors. Construction Conductors are concentric strand AAC (1350- H19), AAAC (either compressed or full compact depending on conductor size) or ACSR. The conductor shield shall be an extruded back semiconductor polymer meeting the physical requirements of ICEA S Available with track-resistant high-density polyethylene (TR- HDPE) per ASTM D1248 or Track-Resistant Cross-linked Polyethylene (XLPE) covering per ASTM D2656. The minimum thickness of each layer at any point shall not be less than listed in the data table. The outer layer shall contain a carbon black additive, not less than 0.02% to provide the weather resistance, and track resistance. Specification 15kV - 35kV Covered Aerial Medium Voltage Cable wire meets or exceeds all applicable ICEA specifications and the following ASTM specifications: AAC 3 Layer 15kV-35kV ASTM B230 Standard Specification for Aluminum 1350 H19 Wire for Electrical Purposes ASTM B231 Standard Specification for Concentric-Lay-Stranded Aluminum 1350 Conductors ASTM B232 Standard Specification for Concentric-Lay-Stranded Aluminum Conductors, Coated-Steel Reinforced (ACSR) ASTM B398 Standard Specification for Aluminum-Alloy 6201-T81 and 6201-T83 Wire for Electrical Purposes ASTM B399 Standard Specification for Concentric-Lay-Stranded Aluminum-Alloy T81 Conductors ASTM B400 Standard Specification for Compact Round Concentric-Lay-Stranded Conductors ASTM D2656 Standard Specification for Cross-linked Polyethylene Insulation for Wire and Cable Rated 2001 to V ASTM D1248 Standard Specification for Polyethylene Plastics Extrusion Materials for Wire and Cable ICEA S Standard Specification for Weather Resistant Polyethylene Covered Conductors Notes Full hardware solution is available, including spacers, brackets, installation tools and hardware. Please consult with AWG for more information. TRANSMISSION.& DISTRIBUTION CABLES Item # Size Stranding Conductor Covering Covering Covering Cable Rated Weight AWG or Diameter Thickness Thickness Thickness O.D. Strength (lb/mft) kcmil (mil) Conductor Inner Outer (mil) (lb) Shield Layer Layer (mil) (mil) (mil) 15kV TW15-3-AAC-1/0-7 1/ TW15-3-AAC-2/0-7 2/ TW15-3-AAC-3/0-7 3/ TW15-3-AAC-4/0-7 4/ TW15-3-AAC TW15-3-AAC TW15-3-AAC TW15-3-AAC TW15-3-AAC TW15-3-AAC TW15-3-AAC Information on this sheet subject to change without notice. 421 Copyright 2017, American Wire Group, Inc

74 AAC 3 Layer 15kV-35kV TRANSMISSION & DISTRIBUTION CABLES Item # Size Stranding Conductor Covering Covering Covering Cable Rated Weight AWG or Diameter Thickness Thickness Thickness O.D. Strength (lb/mft) kcmil (mil) Conductor Inner Outer (mil) (lb) Shield Layer Layer (mil) (mil) (mil) 25kV TW25-3-AAC-1/0-7 1/ TW25-3-AAC-2/0-7 2/ TW25-3-AAC-3/0-7 3/ TW25-3-AAC-4/0-7 4/ TW25-3-AAC TW25-3-AAC TW25-3-AAC TW25-3-AAC TW25-3-AAC TW25-3-AAC TW25-3-AAC kV TW35-3-AAC-1/0-7 1/ TW35-3-AAC-2/0-7 2/ TW35-3-AAC-3/0-7 3/ TW35-3-AAC-4/0-7 4/ TW35-3-AAC TW35-3-AAC TW35-3-AAC TW35-3-AAC TW35-3-AAC TW35-3-AAC TW35-3-AAC Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

75 Application Used for primary and secondary overhead distribution where limited space is available or desirable for rights of way. Installed as an uninsulated conductor; however, covering is effective in preventing direct shorts and instantaneous flashovers should tree limbs or other objects contact conductors in such close proximity. The resulting close-proximity configuration minimizes the amount of space and hardware required for line installation; particularly useful in congested areas such as alleyways or tight corridors. Construction Conductors are concentric strand AAC (1350- H19), AAAC (either compressed or full compact depending on conductor size) or ACSR. The conductor shield shall be an extruded back semiconductor polymer meeting the physical requirements of ICEA S Available with track-resistant high-density polyethylene (TR- HDPE) per ASTM D1248 or Track-Resistant Cross-linked Polyethylene (XLPE) covering per ASTM D2656. The minimum thickness of each layer at any point shall not be less than listed in the data table. The outer layer shall contain a carbon black additive, not less than 0.02% to provide the weather resistance, and track resistance. Specification 15kV - 35kV Covered Aerial Medium Voltage Cable wire meets or exceeds all applicable ICEA specifications and the following ASTM specifications: AAC 3 Layer 35kV Electrical Properties ASTM B230 Standard Specification for Aluminum 1350 H19 Wire for Electrical Purposes ASTM B231 Standard Specification for Concentric-Lay-Stranded Aluminum 1350 Conductors ASTM B232 Standard Specification for Concentric-Lay-Stranded Aluminum Conductors, Coated-Steel Reinforced (ACSR) ASTM B398 Standard Specification for Aluminum-Alloy 6201-T81 and 6201-T83 Wire for Electrical Purposes ASTM B399 Standard Specification for Concentric-Lay-Stranded Aluminum-Alloy T81 Conductors ASTM B400 Standard Specification for Compact Round Concentric-Lay-Stranded Conductors ASTM D2656 Standard Specification for Cross-linked Polyethylene Insulation for Wire and Cable Rated 2001 to V ASTM D1248 Standard Specification for Polyethylene Plastics Extrusion Materials for Wire and Cable ICEA S Standard Specification for Weather Resistant Polyethylene Covered Conductors Notes Full hardware solution is available, including spacers, brackets, installation tools and hardware. Please consult with AWG for more information. TRANSMISSION.& DISTRIBUTION CABLES Item # Size Strands AC AC AC GMR Inductive Inductive Inductive Inductive Inductive Impedance Impedance Impedance Impedance Impedance AWG or Resistance Resistance Resistance (ft) Reactance Reactance Reactance Reactance Reactance Z@75 C Z@75 C Z@75 C Z@75 C Z@75 C C ohms/mile ohms/mile ohms/mile ohms/mile ohms/mile ohms/mile ohms/mile ohms/mile ohms/mile ohms/mile ohms/mile ohms/mile ohms/mile w/h-46d w/h-35d w/rtl-15 w/rtl-46 w/rtl-g095 H-46D H-35D RTL-15 RTL-46 RTL-G095 TW35-3-AAC TW35-3-AAC-1/0-7 1/ TW35-3-AAC-2/0-7 2/ TW35-3-AAC-3/0-7 3/ TW35-3-AAC-4/0-7 4/ TW35-3-AAC TW35-3-AAC TW35-3-AAC TW35-3-AAC TW35-3-AAC TW35-3-AAC TW35-3-AAC TW35-3-AAC TW35-3-AAC TW35-3-AAC TW35-3-AAC Information on this sheet subject to change without notice. 426 Copyright 2017, American Wire Group, Inc

76 NOTES TRANSMISSION & DISTRIBUTION CABLES

77 SPACER CABLE TECHNICAL DATA FOR 3 LAYER COMPOUNDS The first layer data (inner layer) 35kV semi-conducting shield compound DESCRIPTION UNIT REQUIRED VALUE 1 Color Black 2 Density (23 ) g/cm Tensile strength before aging Mpa min 14 Elongation at break before aging % min Performance after air oven aging Testing temperature 135±2 Testing time hours 168 Tensile strength variation before & after aging % 15 At-break-elongation variation before & after aging % Hot set test (0.2MPa, 200, 15min) Elongation under load % 43 Variation after cool % 0 6 Volume resistivity at 20 Ω.cm 33 7 Volume resistivity at 90 Ω.cm Volume resistivity at 90 (volume resistivity at 90, after air oven aging (100 * 168 hours)) Ω.cm 124 TRANSMISSION.& DISTRIBUTION CABLES The second layer data (middle layer) 35kV XLPE, color natural (clear) DESCRIPTION UNIT REQUIRED VALUE 1 Color clear, natural 2 Density (23 ) g/cm Tensile strength before aging Mpa min 23 Elongation at break before aging % min Performance after air oven aging Testing temperature 135±2 Testing time hours 168 Tensile strength variation before & after aging % -9.3 At-break-elongation variation before & after aging % Hot set test (0.2MPa, 200, 15min) Elongation under load % 35 Variation after cool % 0 6 Dielectric loss factor, 20, 50Hz Dielectric coefficient, 20, 50Hz Volume resistivity at 20 Ω.m 1.5x Dielectric strength MV/m 35 Information on this sheet subject to change without notice. 427 Copyright 2017, American Wire Group, Inc

78 SPACER CABLE TECHNICAL DATA FOR 3 LAYER COMPOUNDS TRANSMISSION & DISTRIBUTION CABLES The third layer data (outer layer) 35kV XLPE, Gray, UV resistant, weather resistant DESCRIPTION UNIT REQUIRED VALUE 1 Color Gray 2 Density (23 ) g/cm Tensile strength before aging Mpa min 24.7 Elongation at break before aging % min Performance after air oven aging Testing temperature 135±2 Testing time hours 168 Tensile strength variation before & after aging % -7 At-break-elongation variation before & after aging % -5 5 Hot set test (0.2MPa, 200, 15min) Elongation under load % 33 Variation after cool % 0 6 Dielectric loss factor, 20, 50Hz Dielectric coefficient, 20, 50Hz Volume resistivity at 20 Ω.m 1.4x Dielectric strength MV/m Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

79 Application Used for primary and secondary overhead distribution where limited space is available or desirable for rights of way. Installed as an uninsulated conductor; however, covering is effective in preventing direct shorts and instantaneous flashovers should tree limbs or other objects contact conductors in such close proximity. The resulting close-proximity configuration minimizes the amount of space and hardware required for line installation; particularly useful in congested areas such as alleyways or tight corridors. Construction Conductors are concentric strand AAC (1350- H19), AAAC (either compressed or full compact depending on conductor size) or ACSR. The conductor shield shall be an extruded back semiconductor polymer meeting the physical requirements of ICEA S Available with track-resistant high-density polyethylene (TR- HDPE) per ASTM D1248 or Track-Resistant Cross-linked Polyethylene (XLPE) covering per ASTM D2656. The minimum thickness of each layer at any point shall not be less than listed in the data table. The outer layer shall contain a carbon black additive, not less than 0.02% to provide the weather resistance, and track resistance. Specification 15kV - 35kV Covered Aerial Medium Voltage Cable wire meets or exceeds all applicable ICEA specifications and the following ASTM specifications: AAAC 2 Layer 15kV ASTM B230 Standard Specification for Aluminum 1350 H19 Wire for Electrical Purposes ASTM B231 Standard Specification for Concentric-Lay-Stranded Aluminum 1350 Conductors ASTM B232 Standard Specification for Concentric-Lay-Stranded Aluminum Conductors, Coated-Steel Reinforced (ACSR) ASTM B398 Standard Specification for Aluminum-Alloy 6201-T81 and 6201-T83 Wire for Electrical Purposes ASTM B399 Standard Specification for Concentric-Lay-Stranded Aluminum-Alloy T81 Conductors ASTM B400 Standard Specification for Compact Round Concentric-Lay-Stranded Conductors ASTM D2656 Standard Specification for Cross-linked Polyethylene Insulation for Wire and Cable Rated 2001 to V ASTM D1248 Standard Specification for Polyethylene Plastics Extrusion Materials for Wire and Cable ICEA S Standard Specification for Weather Resistant Polyethylene Covered Conductors Notes Full hardware solution is available, including spacers, brackets, installation tools and hardware. Please consult with AWG for more information. TRANSMISSION.& DISTRIBUTION CABLES Item # Size Equivalent Stranding Conductor Covering Covering Cable Rated Weight AWG or AAC Diameter Thickness Thickness O.D. Strength (lb/mft) kcmil AWG or (mil) Inner Outer (mil) (lb) kcmil Layer Layer (mil) (mil) TW15-2-AAAC TW15-2-AAAC TW15-2-AAAC / TW15-2-AAAC / TW15-2-AAAC / TW15-2-AAAC / TW15-2-AAAC TW15-2-AAAC TW15-2-AAAC TW15-2-AAAC TW15-2-AAAC TW15-2-AAAC Information on this sheet subject to change without notice. 422 Copyright 2017, American Wire Group, Inc

80 NOTES TRANSMISSION & DISTRIBUTION CABLES

81 Application Used for primary and secondary overhead distribution where limited space is available or desirable for rights of way. Installed as an uninsulated conductor; however, covering is effective in preventing direct shorts and instantaneous flashovers should tree limbs or other objects contact conductors in such close proximity. The resulting close-proximity configuration minimizes the amount of space and hardware required for line installation; particularly useful in congested areas such as alleyways or tight corridors. Construction Conductors are concentric strand AAC (1350- H19), AAAC (either compressed or full compact depending on conductor size) or ACSR. The conductor shield shall be an extruded back semiconductor polymer meeting the physical requirements of ICEA S Available with track-resistant high-density polyethylene (TR- HDPE) per ASTM D1248 or Track-Resistant Cross-linked Polyethylene (XLPE) covering per ASTM D2656. The minimum thickness of each layer at any point shall not be less than listed in the data table. The outer layer shall contain a carbon black additive, not less than 0.02% to provide the weather resistance, and track resistance. Specification 15kV - 35kV Covered Aerial Medium Voltage Cable wire meets or exceeds all applicable ICEA specifications and the following ASTM specifications: AAAC 3 Layer 15k-35kV ASTM B230 Standard Specification for Aluminum 1350 H19 Wire for Electrical Purposes ASTM B231 Standard Specification for Concentric-Lay-Stranded Aluminum 1350 Conductors ASTM B232 Standard Specification for Concentric-Lay-Stranded Aluminum Conductors, Coated-Steel Reinforced (ACSR) ASTM B398 Standard Specification for Aluminum-Alloy 6201-T81 and 6201-T83 Wire for Electrical Purposes ASTM B399 Standard Specification for Concentric-Lay-Stranded Aluminum-Alloy T81 Conductors ASTM B400 Standard Specification for Compact Round Concentric-Lay-Stranded Conductors ASTM D2656 Standard Specification for Cross-linked Polyethylene Insulation for Wire and Cable Rated 2001 to V ASTM D1248 Standard Specification for Polyethylene Plastics Extrusion Materials for Wire and Cable ICEA S Standard Specification for Weather Resistant Polyethylene Covered Conductors Notes Full hardware solution is available, including spacers, brackets, installation tools and hardware. Please consult with AWG for more information. TRANSMISSION.& DISTRIBUTION CABLES Item # Size Equivalent Stranding Conductor Covering Covering Covering Cable Rated Weight AWG or AAC Diameter Thickness Thickness Thickness O.D. Strength (lb/mft) kcmil AWG or (mil) Conductor Inner Outer (mil) (lb) kcmil Shield Layer Layer (mil) (mil) (mil) 15kV TW15-3-AAAC TW15-3-AAAC TW15-3-AAAC / TW15-3-AAAC / TW15-3-AAAC / TW15-3-AAAC / TW15-3-AAAC TW15-3-AAAC TW15-3-AAAC TW15-3-AAAC TW15-3-AAAC TW15-3-AAAC Information on this sheet subject to change without notice. 423 Copyright 2017, American Wire Group, Inc

82 AAAC 3 Layer 15k-35kV TRANSMISSION & DISTRIBUTION CABLES Item # Size Equivalent Stranding Conductor Covering Covering Covering Cable Rated Weight AWG or AAC Diameter Thickness Thickness Thickness O.D. Strength (lb/mft) kcmil AWG or (mil) Conductor Inner Outer (mil) (lb) kcmil Shield Layer Layer (mil) (mil) (mil) 25kV TW25-3-AAAC TW25-3-AAAC TW25-3-AAAC / TW25-3-AAAC / TW25-3-AAAC / TW25-3-AAAC / TW25-3-AAAC TW25-3-AAAC TW25-3-AAAC TW25-3-AAAC TW25-3-AAAC TW25-3-AAAC TW25-3-AAAC kV TW35-3-AAAC TW35-3-AAAC TW35-3-AAAC / TW35-3-AAAC / TW35-3-AAAC / TW35-3-AAAC / TW35-3-AAAC TW35-3-AAAC TW35-3-AAAC TW35-3-AAAC TW35-3-AAAC Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

83 Application Used for primary and secondary overhead distribution where limited space is available or desirable for rights of way. Installed as an uninsulated conductor; however, covering is effective in preventing direct shorts and instantaneous flashovers should tree limbs or other objects contact conductors in such close proximity. The resulting close-proximity configuration minimizes the amount of space and hardware required for line installation; particularly useful in congested areas such as alleyways or tight corridors. Construction Conductors are concentric strand AAC (1350- H19), AAAC (either compressed or full compact depending on conductor size) or ACSR. The conductor shield shall be an extruded back semiconductor polymer meeting the physical requirements of ICEA S Available with track-resistant high-density polyethylene (TR- HDPE) per ASTM D1248 or Track-Resistant Cross-linked Polyethylene (XLPE) covering per ASTM D2656. The minimum thickness of each layer at any point shall not be less than listed in the data table. The outer layer shall contain a carbon black additive, not less than 0.02% to provide the weather resistance, and track resistance. Specification 15kV - 35kV Covered Aerial Medium Voltage Cable wire meets or exceeds all applicable ICEA specifications and the following ASTM specifications: ACSR 2 Layer 15kV ASTM B230 Standard Specification for Aluminum 1350 H19 Wire for Electrical Purposes ASTM B231 Standard Specification for Concentric-Lay-Stranded Aluminum 1350 Conductors ASTM B232 Standard Specification for Concentric-Lay-Stranded Aluminum Conductors, Coated-Steel Reinforced (ACSR) ASTM B398 Standard Specification for Aluminum-Alloy 6201-T81 and 6201-T83 Wire for Electrical Purposes ASTM B399 Standard Specification for Concentric-Lay-Stranded Aluminum-Alloy T81 Conductors ASTM B400 Standard Specification for Compact Round Concentric-Lay-Stranded Conductors ASTM D2656 Standard Specification for Cross-linked Polyethylene Insulation for Wire and Cable Rated 2001 to V ASTM D1248 Standard Specification for Polyethylene Plastics Extrusion Materials for Wire and Cable ICEA S Standard Specification for Weather Resistant Polyethylene Covered Conductors Notes Full hardware solution is available, including spacers, brackets, installation tools and hardware. Please consult with AWG for more information. TRANSMISSION.& DISTRIBUTION CABLES Item # Size Stranding Conductor Covering Covering Cable Rated Weight AWG or Diameter Thickness Thickness O.D. Strength (lb/mft) kcmil (mil) Inner Outer (mil) (lb) Layer Layer (mil) (mil) TW15-2-ACSR-4-6/1 4 6/ TW15-2-ACSR-2-6/1 2 6/ TW15-2-ACSR-1/0-6/1 1/0 6/ TW15-2-ACSR-2/0-6/1 2/0 6/ TW15-2-ACSR-3/0-6/1 3/0 6/ TW15-2-ACSR-4/0-6/1 4/0 6/ TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / Information on this sheet subject to change without notice. 424 Copyright 2017, American Wire Group, Inc

84 ACSR 2 Layer 15kV TRANSMISSION & DISTRIBUTION CABLES Item # Size Stranding Conductor Covering Covering Cable Rated Weight AWG or Diameter Thickness Thickness O.D. Strength (lb/mft) kcmil (mil) Inner Outer (mil) (lb) Layer Layer (mil) (mil) TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / TW15-2-ACSR / / Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

85 Application Used for primary and secondary overhead distribution where limited space is available or desirable for rights of way. Installed as an uninsulated conductor; however, covering is effective in preventing direct shorts and instantaneous flashovers should tree limbs or other objects contact conductors in such close proximity. The resulting close-proximity configuration minimizes the amount of space and hardware required for line installation; particularly useful in congested areas such as alleyways or tight corridors. Construction Conductors are concentric strand AAC (1350- H19), AAAC (either compressed or full compact depending on conductor size) or ACSR. The conductor shield shall be an extruded back semiconductor polymer meeting the physical requirements of ICEA S Available with track-resistant high-density polyethylene (TR- HDPE) per ASTM D1248 or Track-Resistant Cross-linked Polyethylene (XLPE) covering per ASTM D2656. The minimum thickness of each layer at any point shall not be less than listed in the data table. The outer layer shall contain a carbon black additive, not less than 0.02% to provide the weather resistance, and track resistance. Specification 15kV - 35kV Covered Aerial Medium Voltage Cable wire meets or exceeds all applicable ICEA specifications and the following ASTM specifications: ACSR 3 Layer 15kV-35kV ASTM B230 Standard Specification for Aluminum 1350 H19 Wire for Electrical Purposes ASTM B231 Standard Specification for Concentric-Lay-Stranded Aluminum 1350 Conductors ASTM B232 Standard Specification for Concentric-Lay-Stranded Aluminum Conductors, Coated-Steel Reinforced (ACSR) ASTM B398 Standard Specification for Aluminum-Alloy 6201-T81 and 6201-T83 Wire for Electrical Purposes ASTM B399 Standard Specification for Concentric-Lay-Stranded Aluminum-Alloy T81 Conductors ASTM B400 Standard Specification for Compact Round Concentric-Lay-Stranded Conductors ASTM D2656 Standard Specification for Cross-linked Polyethylene Insulation for Wire and Cable Rated 2001 to V ASTM D1248 Standard Specification for Polyethylene Plastics Extrusion Materials for Wire and Cable ICEA S Standard Specification for Weather Resistant Polyethylene Covered Conductors Notes Full hardware solution is available, including spacers, brackets, installation tools and hardware. Please consult with AWG for more information. TRANSMISSION.& DISTRIBUTION CABLES Item # Size Stranding Conductor Covering Covering Covering Cable Rated Weight AWG or Diameter Thickness Thickness Thickness O.D. Strength (lb/mft) kcmil (mil) Conductor Inner Outer (mil) (lb) Shield Layer Layer (mil) (mil) (mil) 15kV TW15-3-ACSR-4-6/1 4 6/ TW15-3-ACSR-2-6/1 2 6/ TW15-3-ACSR-1/0-6/1 1/0 6/ TW15-3-ACSR-2/0-6/1 2/0 6/ TW15-3-ACSR-3/0-6/1 3/0 6/ TW15-3-ACSR-4/0-6/1 4/0 6/ TW15-3-ACSR / / TW15-3-ACSR / / TW15-3-ACSR / / TW15-3-ACSR / / TW15-3-ACSR / / TW15-3-ACSR / / TW15-3-ACSR / / TW15-3-ACSR / / TW15-3-ACSR / / Information on this sheet subject to change without notice. 425 Copyright 2017, American Wire Group, Inc

86 ACSR 3 Layer 15kV-35kV TRANSMISSION & DISTRIBUTION CABLES Item # Size Stranding Conductor Covering Covering Covering Cable Rated Weight AWG or Diameter Thickness Thickness Thickness O.D. Strength (lb/mft) kcmil (mil) Conductor Inner Outer (mil) (lb) Shield Layer Layer (mil) (mil) (mil) TW15-3-ACSR / / TW15-3-ACSR / / TW15-3-ACSR / / TW15-3-ACSR / / TW15-3-ACSR / / TW15-3-ACSR / / TW15-3-ACSR / / kV TW25-3-ACSR-1/0-6/1 1/0 6/ TW25-3-ACSR-2/0-6/1 2/0 6/ TW25-3-ACSR-3/0-6/1 3/0 6/ TW25-3-ACSR-4/0-6/1 4/0 6/ TW25-3-ACSR / / TW25-3-ACSR / / TW25-3-ACSR / / TW25-3-ACSR / / TW25-3-ACSR / / TW25-3-ACSR / / TW25-3-ACSR / / TW25-3-ACSR / / TW25-3-ACSR / / TW25-3-ACSR / / TW25-3-ACSR / / TW25-3-ACSR / / TW25-3-ACSR / / TW25-3-ACSR / / kV TW35-3-ACSR-1/0-6/1 1/0 6/ TW35-3-ACSR-2/0-6/1 2/0 6/ TW35-3-ACSR-4/0-6/1 4/0 6/ TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / TW35-3-ACSR / / Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

87 Covered CU Line Wire Weatherproof Description Copper line wire available in vearious sizes, tempers and strandings with HMW-Polyethylene covering or crosslinked. Application Primary and secondary distribution on pole lines, service from pole to weatherhead, distribution infoors and out. Mining, industrial, railroad and other application. TRANSMISSION.& DISTRIBUTION CABLES Specification ASTM B1 Hard-Drawn Copper Wire ASTM B2 Medium-Hard-Drawn Copper WIre ASTM B3 Soft or Annealed Copper Wire ASTM B4 Concentric-Lay-Stranded Copper Conductors, Hard, Medium-Hard or Soft ASTM D-1248 Polyethylene Plastics, Molding and Extrusion Materials ANSI C-8.35 Specifications for Weather-Resistant Polyethylene-Covered Wire and Cable Item # Size Stranding Insulation Poly XLP Thickness Weight Weight (in) /MFT /MFT (lb) (lb) 14S-01WP 14 SOLID 2/ S-01WP 12 SOLID 2/ S-01WP 10 SOLID 2/ S-01WP 9 SOLID 2/ S-01WP 8 SOLID 2/ S-01WP 6 SOLID 2/ S-01WP 4 SOLID 2/ S-01WP 3 SOLID 3/ S-01WP 2 SOLID 3/ S-01WP 1 SOLID 3/ /0S-01WP 1/0 SOLID 4/ /0S-01WP 2/0 SOLID 4/ WP-7 6 7/W 2/ WP-7 4 7/W 2/ WP-7 2 7/W 3/ WP-7 1 7/W 3/ /0-01WP-7 1/0 7/W 4/ /0-01WP-19 1/0 19/W 4/ /0-01WP-7 2/0 7/W 4/ /0-01WP-19 2/0 19/W 4/ /0-01WP-7 3/0 7/W 4/ /0-01WP-19 3/0 19/W 4/ /0-01WP-7 4/0 7/W 4/ /0-01WP-19 4/0 19/W 4/ WP /W 4/ WP /W 4/ WP /W 4/ WP /W 5/ WP /W 6/ Information on this sheet subject to change without notice. 415 Copyright 2017, American Wire Group, Inc

88 NOTES TRANSMISSION & DISTRIBUTION CABLES

89 Cathodic Protection Cable Description Soft drawn bare copper strand. High-molecular-weight, low density black polyethylene (HMW PE) covering. Application Designed for use in Cathodic systems to protect against galvanic and electrolytic corrosion of underground or submerged metallic objects. Specifically applied to underground pipelines, dams and lock gates, fresh or salt water steel piles, tanks, condensers, and ship hulls. TRANSMISSION.& DISTRIBUTION CABLES Specification ASTM B-3 Bare Copper ASTM B-8 Class B Stranding ICEA S ASTM 1248 Item # Size AWG or MCM Stranding Insulation Thickness Nominal Weight Nominal Diameter (mil) /MFT (in) (lb) 8-01CPC 8 7/ CPC 6 7/ CPC 4 7/ CPC 2 7/ CPC 1 19/ /0-01CPC 1/0 19/ /0-01CPC 2/0 19/ /0-01CPC 3/0 19/ /0-01CPC 4/0 19/ CPC / CPC / CPC / Information on this sheet subject to change without notice. 416 Copyright 2017, American Wire Group, Inc

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91 Transformer Riser Wire (Tap Wire) Application Used as non-insulated transformer risers intended to reduce faults due to atmospheric conditions, vibrations, and crossed leads. Construction Soft drawn copper conductors, either solid or stranded, covered with HMW Polyethylene. TRANSMISSION.& DISTRIBUTION CABLES Standards ASTM B-3 ASTM B-8 ANSI C-8.35 Item # Size Stranding Covering Diameter Diameter Weight Thickness Bare Conductor Covered /MFT (mil) (mil) (mil) (lb) TRW-8S 8 SOLID TRW-6S 6 SOLID TRW STRANDS TRW-4S 4 SOLID TRW STRANDS Information on this sheet subject to change without notice. 417 Copyright 2017, American Wire Group, Inc

92 NOTES TRANSMISSION & DISTRIBUTION CABLES

93 MULTIPLEX CABLES Table of Contents Aluminum Duplex Overhead Service Drop 600V Aluminum Triplex Overhead Service Drop 600V Aluminum Quadruplex Overhead Service Drop 600V Copper Duplex Service Drop Cable 600V Copper Triplex Service Drop Cable 600V Copper Quadruplex Service Drop Cable 600V Aluminum Single Secondary Type URD Cable Aluminum Duplex Secondary Type URD Cable Aluminum Triplex Secondary Type URD Cable Aluminum Quadruplex Secondary Type URD Cable Aluminum Mobile Home Feeder Type URD Packaging Information Duplex Overhead Service Drop Triplex Overhead Service Drop Quadruplex Overhead Service Drop Secondary Type URD Cable 600V: Single, Duplex, Triplex, Quadruplex MULTIPLEX CABLES Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc

94 NOTES MULTIPLEX CABLES

95 Aluminum Duplex Overhead Service Drop 600V Applications To supply 120V aerial service for temporary service at construction sites, outdoor or street lighting. For service at 600V or lower at a conductor temperature of 75 C maximum. Construction Concentric strand or compressed 1350-H19 conductor, polyethylene or cross-linked polyethylene insulation, concentric strand AAC, ACSR, or 6201 alloy neutral messenger. Standards B-230 Aluminum Wire, 1350-H19 for Electrical Purposes. B-231 Aluminum Conductors, Concentric-Lay-Stranded. B-232 Aluminum Conductors, Concentric-Lay-Stranded, Coated Steel Reinforced (ACSR). B-399 Concentric-Lay-Stranded 6201-T81 Aluminum Alloy Conductors. B498 Zinc-Coated Steel Core Wire for Aluminum Conductors, Steel Reinforced (ACSR). Duplex Service Drop cable meets or exceeds all applicable requirements of ANSI/ICEA S MULTIPLEX CABLES Item # Phase Phase Phase Bare Bare Bare Weight Weight Ampacity Ampacity Conductor Conductor Conductor Neutral Neutral Neutral /MFT /MFT XLP Poly Size Stranding Insulation Messenger Messenger Messenger XLP Poly AWG Thickness Size AWG Stranding Breaking (lb) (lb) (mil) (lb) AAC Pekingese 6 Solid Collie Dachshund 4 Solid Spaniel Doberman Malemute 1/ / ACSR Neutral Messenger Setter 6 Solid / Shepherd / Eskimo 4 Solid / Terrier / Chow / Bull 1/ /0 6/ AAAC 6201 Alloy Neutral Messenger Chihuahua 6 Solid Vizsla Harrier 4 Solid Whippet Schnauzer Heeler 1/ / Information on this sheet subject to change without notice. 206 Copyright 2017, American Wire Group, Inc

96 NOTES MULTIPLEX CABLES

97 Aluminum Triplex Overhead Service Drop 600V Applications To supply power from the utility s lines to the consumer s weatherhead. For service at 600V or less (phase to phase) at a conductor temperature of 75 C maximum for polyethylene Insulation or 90 C maximum for cross-linked insulation. Construction Concentric strand or compressed 1350-H19 conductor, polyethylene or cross-linked polyethylene insulation, concentric strand AAC, ACSR or 6201 alloy neutral messenger. Standards B-230 Aluminum Wire 1350-H19 for Electrical Purposes B-231 Aluminum Conductors, Concentric-Lay-Stranded B-232 Aluminum Conductors, Concentric-Lay-Stranded, Coated Steel Reinforced (ACSR) B-399 Concentric-Lay-Stranded 6201-T81 Aluminum Alloy Conductors B-498 Zinc-Coated Steel Core Wire for Aluminum Conductors, Steel Reinforced (ACSR). Triplex Service Drop cable meets or exceeds all applicable requirements of ANSI/ICEA body S MULTIPLEX CABLES Item # Phase Phase Phase Bare Bare Bare Weight Weight Ampacity Ampacity Conductor Conductor Conductor Neutral Neutral Neutral /MFT /MFT XLP Poly Size Stranding Insulation Messenger Messenger Messenger XLP Poly AWG Thickness Size AWG Stranding Breaking (lb) (lb) (mil) (lb) AAC Neutral Messenger Haiotis 6 Solid Patella Fusus 4 Solid Oyster Clam Murex 1/ / Purpura 1/ / Nassa 2/ / Melita 3/ / Portunus 4/ / Nannynose Full Size ACSR Messenger Paludina 6 Solid / Voluta / Whelk 4 Solid / Periwinkle / Conch / Neritina 1/ /0 6/ Cenia 1/ /0 6/ Runcina 2/ /0 6/ Triton 2/ /0 6/ Cherrystone 3/ /0 6/ Mursia 3/ /0 6/ Razor 4/ /0 6/ Zuzara 4/ /0 6/ Limpet / Information on this sheet subject to change without notice. 207 Copyright 2017, American Wire Group, Inc

98 Aluminum Triplex Overhead Service Drop 600V MULTIPLEX CABLES Item # Phase Phase Phase Bare Bare Bare Weight Weight Ampacity Ampacity Conductor Conductor Conductor Neutral Neutral Neutral /MFT /MFT XLP Poly Size Stranding Insulation Messenger Messenger Messenger XLP Poly AWG Thickness Size AWG Stranding Breaking (lb) (lb) (mil) (lb) ACSR Reduced Messenger Scallop 4 Solid / Strombus / Cockle / Janthina 1/ / Ranella 1/ / Cavolinia 2/ / Clio 2/ / Sanddollar 3/ /0 6/ Aega 3/ /0 6/ Cuttlefish 4/ /0 6/ Cerapus 4/ /0 6/ Cowry /0 6/ AAAC 6201 Alloy Neutral Messenger Minex 6 Solid Hippa Prawn 4 Solid Barnacles Shrimp Gammarus 1/ / Leda 1/ / Dungenese 2/ / Cyclops 2/ / Flustra 3/ / Lepas 4/ / AAAC 6201 Alloy Reduced Neutral Messenger Artemia 4 Solid Crab Solaster Sandcrab 1/ Echinus 1/ Crayfish 2/ Sipho 2/ Fulgar 3/ / Arca 4/ / Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

99 Aluminum Quadruplex Overhead Service Drop 600V Applications Used to supply 3 phase power, usually from a pole- mounted transformer, to the user s service head where connection to the service entrance cable is made. To be used at voltages of 600V or less phase to phase and at conductor temperatures not to exceed 75 C for polyethylene insulated conductors or 90 C for cross-linked polyethylene (XLP) insulated conductors. Construction Conductors are concentrically stranded, compressed 1350-H19 aluminum. Insulated with either polyethylene or XLP cross-linked polyethylene. Neutral messengers are concentrically stranded 6201, AAC, or ACSR. One conductor is manufactured with an extruded ridge for phase identification. Standards B-230 Aluminum Wire, 1350-H19 for Electrical Purposes. B-231 Aluminum conductors, Concentric-Lay-Stranded. B-232 Aluminum Conductors, Concentric- Lay-Stranded, Coated Steel Reinforced (ACSR). B-399 Concentric-Lay-Stranded, 6201-T81 Aluminum Alloy Conductors. B498 Zinc-Coated Steel Core Wire for Aluminum Conductors, Steel Reinforced (ACSR). Quadruplex Service Drop cable meets or exceeds all applicable requirements of ANSI/ICEA S Note Designated sizes are: ACSR 6/1 diameter equivalent and AAC with equivalent resistivity per ASTMB- 399 for Conductor temperature of 90 C for XLR 75 C for Poly; ambient temperatures of 40 C; emissivity 0.9; 2ft./sec ind in sun. To determine current ampacity by conductor size, please consult The National Electric Code, latest edition. MULTIPLEX CABLES Item # Phase Phase Phase Bare Bare Bare Weight Weight Ampacity Ampacity Conductor Conductor Conductor Neutral Neutral Neutral /MFT /MFT XLP Poly Size Stranding Insulation Messenger Messenger Messenger XLP Poly AWG Thickness Size AWG Stranding Breaking (lb) (lb) (mil) (lb) AAC Neutral Messenger Clydesdale 4 Solid Pinto Mustang Criollo 1/ / Percheron 2/ / Hanoverian 3/ / Oldenburg 4/ / Lippizaner ACSR Neutral Messenger Morochuca 6 Solid / Chola / Morgan 4 Solid / Hackney / Palomino / Costena 1/ /0 6/ Grullo 2/ /0 6/ Suffolk 3/ /0 6/ Appaloosa 4/ /0 6/ Bronco / Gelding /0 6/ Information on this sheet subject to change without notice. 208 Copyright 2017, American Wire Group, Inc

100 Aluminum Quadruplex Overhead Service Drop 600V MULTIPLEX CABLES Item # Phase Phase Phase Bare Bare Bare Weight Weight Ampacity Ampacity Conductor Conductor Conductor Neutral Neutral Neutral /MFT /MFT XLP Poly Size Stranding Insulation Messenger Messenger Messenger XLP Poly AWG Thickness Size AWG Stranding Breaking (lb) (lb) (mil) (lb) AAAC 6201 Alloy Neutral Messenger Bay 6 Solid French Coach 6 7/w German Coach 4 Solid Arabian 4 7/w Belgian 2 7/w Shetland 1/0 19/w 60 1/ Thoroughbred 2/0 19/w 60 2/ Trotter 3/0 19/w 60 3/ Walking 4/0 19/w 60 4/ Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

101 Copper Duplex Service Drop Cable 600V Application Used to supply power, usually from a pole-mounted transformer, to the user's service head where connection to the service entrance cable is made. Also suitable for installations for street lighting, security lights, and temporary service for construction. To be used at voltages of 600 volts phase-tophase or less and at conductor temperatures not to exceed 75 C for polyethylene insulated conductors and 90 C for cross-linked polyethylene (XLP) insulated conductors. Specifications Meets or exceeds the following ASTM specifications: B-1 Hard-Drawn Copper Wire B-3 Soft or Annealed Copper Wire B-8 Concentric-Lay-Stranded Copper Conductors, Hard, Medium-Hard, or Soft Meets or exceeds all applicable requirements of ANSI/ICEA S for polyethylene and crosslinked polyethylene insulated conductors. MULTIPLEX CABLES Construction Conductors are concentrically stranded compressed soft copper insulated with either crosslinked polyethylene, or conventional polyethylene. Neutral messengers are either solid or concentrically stranded bare hard-drawn copper. Notes: Code words for XLP insulated products are formed by adding "XLP" to the conventional polyethylene code words above (e.g. Theta/XLP). Ampacity figures for black insulation only. Based on conductor temperature of 75 C for polyethylene insulated conductors,90 C for XLP insulated conductors, ambient temperature of 40 C; 2 ft./sec. wind in sun. Item # Phase Phase Phase Neutral Neutral Neutral Nominal Weight Weight Allowable Allowable Conductor Conductor Conductor Messenger Messenger Messenger Lay /MFT /MFT Ampacities Ampacities Size Stranding Cover Size Stranding Rated Length XLP Poly XLP Poly AWG Thickness AWG Strength (in) (lb) (lb) (mil) (lb) Theta Omega Iota Kappa Lambda Omicron Sigma Information on this sheet subject to change without notice. 227 Copyright 2017, American Wire Group, Inc

102 NOTES MULTIPLEX CABLES

103 Copper Triplex Service Drop Cable 600V Application Used to supply power, usually from a pole-mounted transformer, to the user's service head where connection to the service entrance cable is made. Also suitable for installations for street lighting, security lights, and temporary service for construction. To be used at voltages of 600 volts phase-tophase or less and at conductor temperatures not to exceed 75 C for polyethylene insulated conductors and 90 C for cross-linked polyethylene (XLP) insulated conductors. Specifications Meets or exceeds the following ASTM specifications: B-1 Hard-Drawn Copper Wire B-3 Soft or Annealed Copper Wire B-8 Concentric-Lay-Stranded Copper Conductors, Hard, Medium-Hard, or Soft Meets or exceeds all applicable requirements of ANSI/ICEA S for polyethylene and crosslinked polyethylene insulated conductors. MULTIPLEX CABLES Construction Conductors are concentrically stranded compressed soft copper insulated with either crosslinked polyethylene, or conventional polyethylene. Neutral messengers are either solid or concentrically stranded bare hard-drawn copper. Notes: Code words for XLP insulated products are formed by adding "XLP" to the conventional polyethylene code words above (e.g. Pica/XLP). Ampacity figures for black insulation only. Based on conductor temperature of 75 C for polyethyl ene insulated conductors, 90 C for XLP insulated conductors, ambient temperature of 40 C; 2 ft./sec. wind in sun. Item # Phase Phase Phase Neutral Neutral Neutral Nominal Weight Weight Allowable Allowable Conductor Conductor Conductor Messenger Messenger Messenger Lay /MFT /MFT Ampacities Ampacities Size Stranding Cover Size Stranding Rated Length XLP Poly XLP Poly AWG Thickness AWG Strength (in) (lb) (lb) (mil) (lb) Pica Columbian Bodoni Garamond Tudor Futura Gothic Nonpareil Ionic Caslon Minion Primer Century Corinthian 1/ / Doric 2/ / Information on this sheet subject to change without notice. 228 Copyright 2017, American Wire Group, Inc

104 NOTES MULTIPLEX CABLES

105 Copper Quadruplex Service Drop Cable 600V Application Used to supply power, usually from a pole-mounted transformer, to the user's service head where connection to the service entrance cable is made. Also suitable for installations for street lighting, security lights, and temporary service for construction. To be used at voltages of 600 volts phase-tophase or less and at conductor temperatures not to exceed 75 C for polyethylene insulated conductors and 90 C for cross-linked polyethylene (XLP) insulated conductors. Specifications Meets or exceeds the following ASTM specifications: B-1 Hard-Drawn Copper Wire B-3 Soft or Annealed Copper Wire B-8 Concentric-Lay-Stranded Copper Conductors, Hard, Medium-Hard, or Soft Meets or exceeds all applicable requirements of ANSI/ICEA S for polyethylene and crosslinked polyethylene insulated conductors. MULTIPLEX CABLES Construction Conductors are concentrically stranded compressed soft copper insulated with either crosslinked polyethylene, or conventional polyethylene. Neutral messengers are either solid or concentrically stranded bare hard-drawn copper. Notes: Code words for XLP insulated products are formed by adding "XLP" to the conventional polyethylene code words above (e.g. Atlanta/XLP). Ampacity figures for black insulation only. Based on conductor temperature of 75 C for polyethylene insulated conductors,90 C for XLP insulated conductors, ambient temperature of 40 C; 2 ft./sec. wind in sun. Item # Phase Phase Phase Neutral Neutral Neutral Nominal Weight Weight Allowable Allowable Conductor Conductor Conductor Messenger Messenger Messenger Lay /MFT /MFT Ampacities Ampacities Size Stranding Cover Size Stranding Rated Length XLP Poly XLP Poly AWG Thickness AWG Strength (in) (lb) (lb) (mil) (lb) Atlanta Tallahassee Richmond BatonRouge Jackson Seattle Nashville 1/ / Lincoln 2/ / Raleigh 3/ / Denver 4/ / Information on this sheet subject to change without notice. 229 Copyright 2017, American Wire Group, Inc

106 NOTES MULTIPLEX CABLES

107 Aluminum Single Secondary Type URD Cable 600V Applications Directly buried or installed in ducts for 600V secondary distribution. Construction Concentric stranded or compressed 1350-H19 aluminum conductor, cross-linked polyethylene insulation. Standards Secondary URD single conductor 600V cable meets or exceeds the following ASTM specifications. B-230 Aluminum Wire, 1350-H19 for Electrical Purposes. B-231 Aluminum 1350 conductors, Concentric-Lay-Stranded. B-786 "19 Wire combination unilay-stranded Aluminum Conductors for subsequent insulation". B-901 "Compressed round stranded Aluminum Conductors using single input wire construction". Secondary URD single conductor 600V cable meets or exceeds all applicable requirements of ICEA S USE-2 per UL 854 available upon request. Options Cable in Duct (CIC) Abrasion Resistant Ampacity 90 C conductor temperature, 20 C ambient, RHO factor 90, 100% load factor for three conductor triplexed, 3 phase operation. To determine correct ampacity by conductor size, please consult the National Electric Code, latest edition. MULTIPLEX CABLES Item # Size AWG Stranding Insulation Outside Weight Ampacity Ampacity or MCM Thickness Diameter /MFT Direct In Duct (mil) (in) (lb) Burial Princeton Mercer Clemson Kenyon Harvard 1/ Yale 2/ Tufts 3/ Beloit 4/ Hofstra Gonzaga Rutgers Emory Duke Furman Sewanee Fordham Information on this sheet subject to change without notice. 209 Copyright 2017, American Wire Group, Inc

108 NOTES MULTIPLEX CABLES

109 Aluminum Duplex Secondary Type URD Cable 600 V Applications Directly buried or installed in ducts for 600V secondary distribution. Construction Concentric stranded or compressed 1350-H19 aluminum conductor, cross-linked polyethylene insulation. Standards Secondary URD single conductor 600V cable meets or exceeds the following ASTM specifications. B-230 Aluminum Wire, 1350-H19 for Electrical Purposes. B-231 Aluminum 1350 conductors, Concentric-Lay-Stranded. B-786 "19 Wire combination unilay-stranded Aluminum Conductors for subsequent insulation". B-901 "Compressed round stranded Aluminum Conductors using single input wire construction". Secondary URD single conductor 600V cable meets or exceeds all applicable requirements of ICEA S USE-2 per UL 854 available upon request. Options Cable in Duct (CIC) Abrasion Resistant Ampacity 90 C conductor temperature, 20 C ambient, RHO factor 90, 100% load factor for three conductor triplexed, 3 phase operation. To determine correct ampacity by conductor size, please consult the National Electric Code, latest edition. MULTIPLEX CABLES Item # Phase Phase Phase Neutral Neutral Neutral Single Outside Weight Ampacity Ampacity Conductor Conductor Conductor Size Stranding Insulation Phase Diameter /MFT Direct in Duct Size Stranding Insulation AWG Thickness Conductor (in) Poly Burial AWG Thickness (mil) (in) (lb) (mil) Bard Claflin Delgado Everett Information on this sheet subject to change without notice. 210 Copyright 2017, American Wire Group, Inc

110 NOTES MULTIPLEX CABLES

111 Aluminum Triplex Secondary Type URD Cable 600 V Applications Directly buried or installed in ducts for 600V secondary distribution. Construction Concentric stranded or compressed 1350-H19 aluminum conductor, cross-linked polyethylene insulation. Standards Secondary URD single conductor 600V cable meets or exceeds the following ASTM specifications. B-230 Aluminum Wire, 1350-H19 for Electrical Purposes. B-231 Aluminum 1350 conductors, Concentric-Lay-Stranded. B Wire combination unilay-stranded Aluminum Conductors for subsequent insulation. B-901 Compressed round stranded Aluminum Conductors using single input wire construction. Secondary URD single conductor 600V cable meets or exceeds all applicable requirements of ICEA S USE-2 per UL 854 available upon request. Options Cable in Duct (CIC) Abrasion Resistant Ampacity 90 C conductor temperature, 20 C ambient, RHO factor 90, 100% load factor for three conductor triplexed, 3 phase operation. To determine correct ampacity by conductor size, please consult the National Electric Code, latest edition. MULTIPLEX CABLES Item # Phase Phase Phase Neutral Neutral Neutral Single Outside Weight Ampacity Ampacity Conductor Conductor Conductor Size Stranding Insulation Phase Diameter /MFT Direct in Duct Size Stranding Insulation AWG Thickness Conductor (in) Poly Burial AWG Thickness (mil) (in) (lb) (mil) Erskine Vassar Stephens Ramapo Brenau 1/ Bergen 1/ / Converse 2/ Hunter 2/ / Hollins 3/ / Rockland 3/ / Sweetbriar 4/ / Monmouth 4/ / Pratt / Wesleyan / Holyoke Rider Fairfield Information on this sheet subject to change without notice. 211 Copyright 2017, American Wire Group, Inc

112 NOTES MULTIPLEX CABLES

113 Aluminum Quadruplex Secondary Type URD Cable 600 V Applications Directly buried or installed in ducts for 600V secondary distribution. Construction Concentric stranded or compressed 1350-H19 aluminum conductor, cross-linked polyethylene insulation. Standards Secondary URD single conductor 600V cable meets or exceeds the following ASTM specifications. B-230 Aluminum Wire, 1350-H19 for Electrical Purposes. B-231 Aluminum 1350 conductors, Concentric-Lay-Stranded. B Wire combination unilay-stranded Aluminum Conductors for subsequent insulation. B-901 Compressed round stranded Aluminum Conductors using single input wire construction. Secondary URD single conductor 600V cable meets or exceeds all applicable requirements of ICEA S USE-2 per UL 854 available upon request. Options Cable in Duct (CIC) Abrasion Resistant Ampacity 90 C conductor temperature, 20 C ambient, RHO factor 90, 100% load factor for three conductor triplexed, 3 phase operation. To determine correct ampacity by conductor size, please consult the National Electric Code, latest edition. MULTIPLEX CABLES Item # Phase Phase Phase Neutral Neutral Neutral Single Outside Weight Ampacity Ampacity Conductor Conductor Conductor Size Stranding Insulation Phase Diameter /MFT Direct in Duct Size Stranding Insulation AWG Thickness Conductor (in) Poly Burial AWG Thickness (mil) (in) (lb) (mil) Tulsa /w Dyke /w Wittenberg /w Notre Dame 1/ /w Purdue 1/ /0 19/w Syracuse 2/ /w Lafayette 2/ /0 19/w Swarthmore 3/ /0 19/w Davidson 3/ /0 19/w Wake Forest 4/ /0 19/w Earlham 4/ /0 19/w Slippery Rock /0 19/w Wofford /w Windham /w Information on this sheet subject to change without notice. 212 Copyright 2017, American Wire Group, Inc

114 NOTES MULTIPLEX CABLES

115 Aluminum Mobile Home Feeder Type URD 600 V Application Mobile Home Feeder Cable is mainly used for supplying the energy required within the mobile home. The cable is designed for use at 600V or less and conductor temperatures not exceeding 90 C. Construction Quadruplexed type USE-2 or RHH or RHW-2 compact stranded AA-8000 Series aluminum alloy conductors. Insulation is sunlight-resistant Cross-linked Polyethylene (XLPE). Neutral is identified by triple extruded white stripes and Grounding is identified by total green surface coating. Marking Manufacturer's ID plus E FILE NUMBER (SIZE AWG) AA-8000 AL TYPE USE-2 OR RHH OR RHW-2 SUN-RES 600V XLPE (UL) plus YEAR OF MANUFACTURE. Sequential footage markings. Installation Suitable for direct burial or underground installations and in raceways. MULTIPLEX CABLES Standards Mobile Home Feeder cable meets or exceeds the following specifications: ASTM B800 and B801 or B836 as applicable. UL 44 UL 854 NEC requirements. To determine correct ampacity by conductor size, please consult the National Electric Code, latest edition. Item # Phase Phase Phase Neutral Neutral Neutral Grounding Grounding Grounding Diameter Allowable Conductor Conductor Conductor Size Conductor Conductor Conductor Conductor Conductor Complete Ampacity Size Const. Diameter AWG Const. Diameter Size AWG Const. Diameter Cable AWG (in) (in) (in) (in) /0-2/0-2/0-1 2/ / /0-2/ / /0-4/0-4/0-2/0 4/ / / /0-4/0-2/0-4 4/ / Information on this sheet subject to change without notice. 213 Copyright 2017, American Wire Group, Inc

116 NOTES MULTIPLEX CABLES

117 Packaging Information: Duplex Service Drop Aluminum Conductor Code Aluminum Conductors Standard Packages Word Phase Neutral Length Weight Reel Size & Size & (ft) Poly XLP Size Stranding Stranding (lb) (lb) AAC Messenger Collie Coil 2, NRC Spaniel Coil 2, NRC ACSR Messenger Shepherd /1 1, Coil 3, NRC Terrier / Coil 2, NRC MULTIPLEX CABLES Aluminum Alloy 6201-T81 Messenger Vizsla Coil 2, NRC Whippet Coil 2, NRC Information on this sheet subject to change without notice. 214 Copyright 2017, American Wire Group, Inc

118 NOTES MULTIPLEX CABLES

119 Packaging Information: Triplex Service Drop Aluminum Conductor Code Aluminum Conductors Standard Packages Word Phase Neutral Length Weight Reel Size & Size & (ft) Poly XLP Size Stranding Stranding (lb) (lb) AAC Neutral Messenger Patella , Coil 2, NRC Oyster Coil 1, NRC Clam Coil 1, NRC Murex 1/0-7 1/ Coil 1, NRC Purpura 1/0-19 1/ Coil 1, NRC Nassa /0-7 1, NRC Traphon 2/0-19 2/0-7 1, NRC Quahog 3/0-7 3/0-7 1, NRC Melita 3/0-19 3/0-19 1, NRC Coquina 4/0-7 4/0-7 1, NRC Portunus 4/0-19 4/0-19 1, NRC ACSR Full Size Messenger Voluta /1 1, Coil 2, NRC Periwinkle / Coil 1, NRC Conch / Coil 1, NRC Neritina 1/0-7 1/0-6/ Coil 1, NRC Cenia 1/0-19 1/0-6/ Coil 1, NRC Runcina /0-6/1 1, NRC Triton 2/0-19 2/0-6/1 1, NRC Cherrystone 3/0-7 3/0-6/1 1, NRC Mursia 3/0-19 3/0-6/1 1, NRC Razor 4/0-7 4/0-6/1 1, NRC Zuzara 4/0-19 4/0-6/1 1, NRC Limpet /1 1, NRC Code Aluminum Conductors Standard Packages Word Phase Neutral Length Weight Reel Size & Size & (ft) Poly XLP Size Stranding Stranding (lb) (lb) AAAC-6201 Alloy Messenger Hippa Coil 2, NRC Prawn Soo Coil 1, NRC Barnacle Coil 1, NRC Shrimp Coil 1, NRC Gammarus 1/ Coil 1, NRC Leda 1/ Coil 1, NRC Dungeness 2/ , NRC Cyclops 2/ , NRC Stonecrab 3/ , NRC Flustra 3/ , NRC Kingcrab 4/ , NRC Lepas 4/ W-7 1, NRC Aluminum Alloy 6201-T81 Reduced Size Messenger Crab Coil 1, NRC Solaster Coil 1, NRC Sandcrab 1/ Coil 1, NRC Echinus 1/ Coil 1, NRC Crayfish 2/ , NRC Sipho 2/ , NRC Slub 3/ , NRC Fulgar , NRC Squid 4/ , NRC Arca 4/ , NRC MULTIPLEX CABLES Information on this sheet subject to change without notice. 215 Copyright 2017, American Wire Group, Inc

120 Packaging Information: Triplex Service Drop Aluminum Conductor MULTIPLEX CABLES Code Aluminum Conductors Standard Packages Word Phase Neutral Length Weight Reel Size & Size & (ft) Poly XLP Size Stranding Stranding (lb) (lb) ACSR Reduced Size Messenger Stombus / Coil 1, NRC Cockle / Coil 1, NRC lanthina 1/ / Coil 1, NRC Ranelia 1/ / Coil 1, NRC Cavolinia 2/ /1 1, NRC Clio 2/ /1 1, NRC Sanddollar 3/0-7 1/0-6/1 1, NRC Aega 3/0-19 1/0-6/1 1, NRC Cuttlefish 4/0-7 2/0-6/1 1, NRC Cerapus 4/0-19 2/0-6/1 1, NRC Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

121 Packaging Information: Quadraplex Service Drop Aluminum Conductor Code Aluminum Conductors Standard Packages Word Phase Neutral Length Weight Reel Size & Size & (ft) Poly XLP Size Stranding Stranding (lb) (lb) AAC Neutral Messenger Pinto Coil 1, NRC Mustang Coil 1, NRC Libyan 1/0-7 1/ NRC , NRC Criollo 1/0-19 1/ NRC , NRC Orloff 2/ NRC , NRC Percheron 2/0-19 2/ NRC , NRC Mongolian / NRC , NRC Hanoverian 3/0-19 3/ NRC , ,023 NRC Singlefoot 4/0-7 4/ NRC , NRC Oldenberg 4/0-19 4/ NRC , NRC ACSR Messenger Chola / Coil 2, NRC Hackney / Coil 1, NRC Palornino / Coil 1, NRC Standardbred 1/0-7 1/0-6/ NRC , NRC Costena 1/ / NRC , NRC Chicoteagues 2/0-7 2/0-6/ NRC , NRC Grullo 2/ / NRC ,500 1,020 1,046 NRC Mare 3/ / NRC 36.24, 1,300 1,104 1,130 NRC Suffolk 3/0-19 3/0-6/ NRC ,300 1,093 1,118 NRC Stallion 4/0-7 4/0-6/-l NRC ,000 1,053 1,075 NRC Appaloosa 4/0-19 4/0-16/ NRC ,000 1,042 1,063 NRC Bronco /1 1, NRC Code Aluminum Conductors Standard Packages Word Phase Neutral Length Weight Reel Size & Size & (ft) Poly XLP Size Stranding Stranding (lb) (lb) AAAC-6201 Alloy Neutral Messenger French Coach Coil 2, NRC Arabian Coil 1, NRC Belgian Coil 1, NRC Plow NRC , NRC Shetland 1/ NRC , NRC Dapple-Grey 2/ NRC , NRC Thoroughbred 2/ NRC , NRC Dobbin 3/ NRC ,300 1,043 1,069 NRC Trotter 3/ NRC ,300 1,032 1,057 NRC Pony 4/ NRC , ,016 NRC Walking 4/ NRC , NRC MULTIPLEX CABLES Information on this sheet subject to change without notice. 216 Copyright 2017, American Wire Group, Inc

122 NOTES MULTIPLEX CABLES

123 Packaging Information: Secondary Type URD Cable Code Aluminum Conductor Standard Packages Word Size Stranding Length Weight Reel AWG or (ft) (lb) Size Cir. Mils Single Conductor Type URD Cable Clemson 2 7 1, NRC , NRC Kenyon , NRC , NRC Harvard 1/0 19 1, NRC , NRC Yale , NRC ,500 1,040 NRC Tufts 3/0 19 1, NRC ,800 1,100 NRC Beloit 4/0 19 1, NRC , NRC ,100 1,140 NRC Hoistra , NRC Rutgers , NRC Emory , NRC Sewanee , NRC Fordham ,000 1,166 NRC Code Aluminum Conductor Standard Packages Word Size Stranding Length Weight Reel AWG or (ft) (lb) Size Cir. Mils Triplex Conductor Type URD Cable Stephens , NRC Brenau 1/ , NRC Converse 2/ , NRC Hollins 3/0-19 1/0-19 1, NRC Sweetbriar 4/0-19 2/0-19 1, NRC Pratt /0-19 1, NRC Wesleyan /0-19 1,000 1,168 NRC Rider ,000 1,606 NRC Triplex Conductor Type URD Cable Ramapo , NRC Bergen 1/0 1/0-19 1, NRC Hunter 210 2/0-19 1, NRC Rockland 3/0 3/0-19 1, NRC Monmouth 4/0 4/0-19 1, NRC Also available master reel lengths up to 20,000 ft. We custom cut to any length you need. MULTIPLEX CABLES Quadruplex Conductor Type URD Cable Tulsa , NRC , NRC Dyke , NRC , NRC , NRC Wittenberg , NRC , NRC , NRC Notre Dame 1/ , NRC , NRC , NRC Purdue 1/0-19 1/0-19 1, NRC , NRC , NRC Syracuse 2/ , NRC , NRC , NRC Lafayette 2/0-19 2/0-19 1, NRC Wake Forest 4/0-19 2/0-19 1, NRC , NRC , NRC Farlham 4/0-19 4/0-19 1, NRC , NRC Slippery Rock /0-19 1, NRC , NRC Information on this sheet subject to change without notice. 217 Copyright 2017, American Wire Group, Inc

124 NOTES MULTIPLEX CABLES

125 LOW VOLTAGE CABLES Table of Contents TowerGuard CCA 2kV RHH or RHW Aluminum HYLUG Terminal and HYLINK Splice Connectors Aluminum XLP UL XHHW V Aluminum XLP UL RHH/RHW-2 or USE-2 90 C 600V TowerGuard Aluminum XLP UL RHH/RHW-2 or USE-2 90 C 2kV Towerguard Plus Class 33 Aluminum XLPE 105 C 2kV SunGuard TM Aluminum XLPE UL Type PV Photovoltaic Wire 600V SunGuard TM Aluminum XLPE UL Type PV Photovoltaic Wire 2kV PHYSICAL & ELECTRICAL PROPERTIES SunGuardTM Duplexed Aluminum XLPE UL Type PV Photovoltaic Wire 2kV Copper PVC UL THW-2 75 C 600V Copper PVC UL TFFN/TFN 90 C 600V Copper PVC/Nylon UL THHN/THWN-2 90 C Dry 75 C Wet 600V UF-B Underground Feeder 600V Copper XLP UL XHHW-2 600V Copper XLP Type SIS VW-1 90 C 600V Copper XLP UL RHH/RHW-2 or USE-2 90 C 600V SunGuard TM Copper XLPE UL Type PV Photovoltaic Wire 600V Copper EPR/CPE UL RHH/RHW-2 or USE-2 90 C 600V Copper XLP UL RHH/RHW-2 or USE-2 90 C 2kV DLO Copper EPR/CPE UL TRJJ/RHW-2 2kV SunGuard TM Copper XLPE Type PV Photovoltaic Wire 2kV LSZH XLPO/LSZH XLPO UL Type RHH/RHW-2/USE-2 Unshielded 600V SunGuardTMTracker Motor Cable UL Type PV/TC 2kV LOW VOLTAGE CABLES Information on this sheet subject to change without notice. 200 Copyright 2017, American Wire Group, Inc

126 NOTES LOW VOLAGE CABLES

127 TowerGuard CCA Power Cable 2kV UL RHH/RHW-2 Copperclad Aluminum Conductor/90 C Wet or Dry For Cable Tray Use Sunlight Resistant For Direct Burial U.S. Patent No. 8,618,688 Applications This cable is intended for fixed installation in wind turbine towers. Good resistance to temperatures, oils, ozone and fire. This cable is intended for use in solar power generation applications to connect the inverter to transformer where high flexibility is required, commonly applied to prefabricated inverter and transformer skids. Additionally, this cable is appropriate for tight battery applications, as well as superior alternatives to battery cable. Tower- Guard CCA can also be used for secondary voltage resistance welding leads and in power supply applications not exceeding 2000V volts. Not commonly for use on DC power circuits, please consult AWG for your applications. Construction Nominal voltage: RHH/RHW V UL Conductor: The conductor shall be a flexible Copperclad Aluminum (CCA), an electrical conductor that has an outer sleeve of copper metallurgically bonded to a solid aluminum core. The combination of these two metals makes it uniquely suited to many electrical applications where weights to electrical conductivity issues are important. This bimetallic wire is much lighter than copper and only slightly heavier than bare aluminum. The density of CCA is about 35% lighter than copper. CCA conducts like copper for AC frequencies. This product meets or exceeds the minimum requirements set forth in ASTM B Separator: A suitable tape separator between the conductor and insulation. Insulation: Ethylene-propylene rubber (EPR) type EP, meeting UL and ICEA requirements for 90ºC. Jacket: A heavy duty, thermosetting CPE in accordance with ICEA S NEMA WC70 Jacket Color: Black Print Legend: TOWERGUARD CCA SIZE AWG OR KCMIL) CU CLAD AL UL RHH or RHW V SUN RES OIL RES U.S. Patent No. 8,618,688 (SEQUENTIAL FOOTAGE MARKER) Specifications ICEA S / NEMA WC70 UL Standard 44 ASTM B 566 ASTM B 172 Product Features 35% less expensive than copper cables with equal ampacity Flexible cable design TowerGuard RHH or RHW-2 can bend to a radius of 6 times the O.D. without impairing the insulation. Surface printed for easy identification 35% lighter weight and easier to install than copper cables with equal ampacity Ozone, sunlight, oil, grease, weather, water, chemical and abrasion resistant jacket 90 C (dry) 90 C (wet) No scrap value (theft deterrent) Sequential footage markers U.S. Patent No. 8,618,688 Terminals and Splices Testing has been competed using TowerGuard CCA with BURNDY aluminum HYLUG TM terminals an HYLINK TM splices. Both are UL Listed for use on copperclad aluminum cable. Wire Size BURNDY LUG PART NUMBER 1 hole 2 hole Butt Splice CCA4/0 4/0awg YA30A1 YA30A3 YS30A1 CCA kcmil YA31A1 YA31A3 YS31A1 CCA kcmil YA34A1 YA34A3 YS34A1 CCA kcmil YA36A1 YA36A3 YS36A1 CCA kcmil YA39A1 YA39A5 YS39A1 CCA kcmil YA44A1 YA44A3 YS44A1 CCA kcmil YA44A1 YA44A3 YS44A1 CCA kcmil YA45A5 YS45A1 CCA kcmil YA45A5 YS45A1 LOW VOLTAGE CABLES Information on this sheet subject to change without notice. 201 Copyright 2017, American Wire Group, Inc

128 NOTES LOW VOLAGE CABLES Item # Conductor Stranding Nominal Nominal Nominal Nominal Copper Aluminum Net Ampacity* Ampacity** Size Conductor Insulation Jacket Cable Weight Weight Cable 90 C 90 C AWG/kcmil Diameter Thickness Thickness Diameter /MFT /MFT Weight Free Air Duct (in) (mil) (mil) (in) (lb) (lb) /MFT (lb) CCA4/0-01TWRGRD 4/ CCA250-01TWRGRD CCA350-01TWRGRD CCA500-01TWRGRD CCA600-01TWRGRD CCA750-01TWRGRD CCA800-01TWRGRD CCA900-01TWRGRD CCA TWRGRD *Ampacity is calculated based on a single conductor in free air with a 90 C conductor temperature and 30 C ambient, per 2008 NEC, Table **Ampacity is calculated based on 3 conductors in a duct with a 90 C conductor temperature and 30 C ambient, per 2008 NEC, Table Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

129 Listed Wire Connector Aluminum HYLUG Terminal and HYLINK Splice Connectors Types YA-A and YS-A, 90 C, up to 35 kv 1. Use a HYLUG terminal or HYLINK splice marked for the wire size to be used. Never use a copper crimp connector on aluminum wire. 2.Strip the wire insulation without nicking or ringing the conductor strands. Dieless tools and nest/indenter tools will have a completed crimp similar to illustration shown. 3. Always wire brush the stripped portion of the conductor to remove oxide film. 4.Insert the conductor all the way into the barrel and crimp the connector using a die index number and color marked on the connector. Be sure orientation is correct before crimping. Other die sets listed have a completed crimp of a more circumferential nature and will look similar to this illustration. 5.Wire brush any unplated surface to which the HYLUG will be attached and coat the contact surface with PENETROX joint compound. 6.Remove any excess PENETROX before taping. LOW VOLTAGE CABLES Catalog # Conductor Color Die BUNDY Installation Tooling (# Crimps) Wire HYLUG TM HYLINK TM Size Code Information Mechanical Hydraulic Dieless Strip Terminal Splice Al or CU Die Die OUR840 MD6 Y35 Y46(1) Y45(1) Y60 Mechanical Hydraulic Length Concentric Index Type PATMD6 Y39 PAT46(1) Compressed PAT600 Y750 Compact PAT750 YA8CA- YS8CA- 8 AWG BLUE 374 DIE SET X8CART(2) W374(1) U8CABT(1) U8CABT(1) U8CABT(1) - MRC840AL(1) PAT644(1) 3/4 MY29-3(1) Y644(1) PAT81KFT(1) Y81KFT(1) YA6CA- YS6CA- 6 AWG GRAY 346 DIE SET X6CART(2) - U6CABT(1) U6CABT(1) U6CABT(1) - MRC840AL(1) PAT644(1) 7/8 161 X161(2) W161(1) U161(1) U161(1) U161(1) - MY29-3(1) Y644(1) PAT81KFT(1) Y81KFT(1) YA4CA- YS4CA- 4 AWG GREEN 375 DIE SET X4CART(3) - U4CABT(1) U4CABT(1) U4CABT(1) - MRC840AL(2) PAT644(1) W162(3) U162(1) U162(1) U162(1) - MY29-3(1) Y644(1) PAT81KFT(1) Y81KFT(1) YA2CA- YS2CA- 2 AWG PINK 348 DIE SET X2CART(4) - U2CAB(1) U2CABT(1) U2CABT(1) - MRC840AL(2) PAT644(1) 1-1/ W163(3) U163(1) U163(1) U163(1) - MY29-3(2) Y644(1) 239 X239(4) W239(2) U239(1) U239(1) U239(1) - PAT81KFT(2) Y81KFT YA1CA- YS1CA- 1 AWG GOLD 371 DIE SET X1CART(3) - U1CART(1) U1CART(1) U1CART(1) - MRC840AL(2) PAT644(1) 1-1/ W163(3) U163(1) U163(1) U163(1) - MY29-3(2) Y644(1) PAT81KFT(2) Y81KFT(2) 1 Catalog # PUADP-1 Adaptor is required to use "U" dies in Y46 series tools 2 Catalog # PT6515 Adaptor is required to use "U" dies in Y45 series tools 3 CCA DLO Conductor to be installed with Y644/PAT644 series of tools only Information on this sheet subject to change without notice. 242 Copyright 2017, American Wire Group, Inc

130 Aluminum HYLUG Terminal and HYLINK Splice Connectors Types YA-A and YS-A, 90 C, up to 35 kv LOW VOLAGE CABLES Catalog # Conductor Color Die BUNDY Installation Tooling (# Crimps) Wire HYLUG TM HYLINK TM Size Code Information Mechanical Hydraulic Dieless Strip Terminal Splice Al or CU Die Die OUR840 MD6 Y35 Y46(1) Y45(1) Y60 Mechanical Hydraulic Length Concentric Index Type PATMD6 Y39 PAT46(1) Compressed PAT600 Y750 Compact PAT750 YA25A- YS25A- 1/0 AWG TAN 296 DIE SET X25ART(4) - U25ART(1) U25ART(1) U25ART(1) - MRC840AL(2) PAT644(1) 1-3/ X241(4) W241(2) U241(1) U241(1) U241(1) - MY29-3(2) Y644(1) PAT81KFT(2) Y81KFT(2) YA26A- YS26A- 2/0 AWG OLIVE 297 DIE SET X26ART(4) - U26ART(2) U26ART(2) U26ART(2) - MRC840AL(3) PAT644(1) 1-3/8 245 X245(4) W245(3) U245(1) U245(1) U245(1) - MY29-3(2) Y644(1) PAT81KFT(2) Y81KFT(2) YA27A- YA27A- 3/0 AWG RUBY 467 DIE SET X27ART(4) - U27ART(2) U27ART(2) U27ART(2) - MRC840AL(3) PAT644(1) 1-1/ W166(4) U166(2) U166(2) U166(2) - MY29-3(2) Y644(1) PAT81KFT(2) Y81KFT(2) 467 NEST P30D(1) INDENTOR P34PR YA28A- YS28A- 4/0AWG WHITE 298 DIE SET X28ART(6) - U28ART 2 U28ART(2) U28ART(2) - MRC840AL(3) PAT644(1) 1-5/8 660 X660(8) W660(3) U660 2 U660(2) U660(2) - MY29-3(2) Y644(1) PAT81KFT(2) Y81KFT(2) 298 NEST P31D(1) INDENTOR P34PR YA29A- YS29A- 250 kcmil RED 324 DIE SET - - U29ART(2) U29ART(2) U29ART(2) L29ART(1) - PAT644(1) 1-5/8 Y644(1) PAT81KFT(2) Y81KFT(2) NEST P32D(1) INDENTOR P34PR-5 YA30A- YS30A- 300 kcmil BLUE 470 DIE SET - - U30ART(2) U30ART(2) U30ART(2) L30ART(1) - PAT644(1) 1-3/4 (4/0AWG Y644(1) CCA DLO3 PAT81KFT(2) [329/22]) Y81KFT(2) NEST P34D(1) INDENTOR P48PR YA31A- YS31A- 350 kcmil BROWN 299 DIE SET - - U31ART(2) U31ART(2) U31ART(2) - - PAT644(1) 2-1/8 (250 kcmil Y644(1) CCA DLO3 PAT81KFT(3) [399/22]) Y81KFT(3) NEST P35D(1) - - INDENTOR P48PR YA32A- YS32A- 400 kcmil GREEN 472 DIE SET - - U32ART(4) U32ART(4) U32AR(2) L32ART(2) - PAT644(1) 2-1/2 Y644(1) PAT81KFT(4) Y81KFT(4) NEST P35D(1) INDENTOR P48PR YA34A- YS34A- 500 kcmil PINK 300 DIE SET - - U34ART(4) U34ART(4) U34ART(4) L34ART(2) - PAT644(1) 2-5/8 (350 kcmil Y644(1) CCA DLO3 PAT81KFT(4) [551/22]) Y81KFT(4) NEST P39D(1) INDENTOR P48PR Catalog # PUADP-1 Adaptor is required to use "U" dies in Y46 series tools 2 Catalog # PT6515 Adaptor is required to use "U" dies in Y45 series tools 3 CCA DLO Conductor to be installed with Y644/PAT644 series of tools only 242 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

131 Aluminum HYLUG Terminal and HYLINK Splice Connectors Types YA-A and YS-A, 90 C, up to 35 kv Catalog # Conductor Color Die BUNDY Installation Tooling (# Crimps) Wire HYLUG TM HYLINK TM Size Code Information Mechanical Hydraulic Dieless Strip Terminal Splice Al or CU Die Die OUR840 MD6 Y35 Y46(1) Y45(1) Y60 Mechanical Hydraulic Length Concentric Index Type PATMD6 Y39 PAT46(1) Compressed PAT600 Y750 Compact PAT750 YA36A- YS36A- 600 kcmil BLACK 473 DIE SET - - U36ART(4) U36ART(4) U36ART(4) L36ART(2) - PAT644(1) 2-7/8 (500 kcmil Y644(1) CCA DLO3 PAT81KFT(4) [779/22] Y81KFT(4) NEST P44D(2) INDENTOR P48PR YA39A- YS39A- 700/750 kcmil YELLOW 936 DIE SET - - U39ART-2(4) U39ART-2(4) U39ART-2(4) L39ART-2(2) - PAT644(1) 2-7/8 (600 kcmil Y644(1) CCA DLO3 PAT81KFT(4) [925/22]) Y81KFT(4) YA39AM- YS39AM- 700 kcmil RED 301 DIE SET P39ART(4) S39ART(4) L39ART(2) - PAT644(1) 2-7/8 or 750 kcmil Y644(2) NEST P45D(2) PAT81KFT(4) INDENTOR P48PR Y81KFT(4) YA40A- YS40A- 800 kcmil GRAY 474 DIE SET P40ART(4) S40ART(4) L40ART(2) - Y644MBH(1) 3 NEST P45D(4) INDENTOR P48PR YA42A- YS42A- 900 kcmil GRAY 303 DIE SET - - U42ART(4) U42ART(4) U42ART(4) - - PAT644(2) 2-7/8 ALUMINUM Y644(2) ONLY YA44A- YS44A kcmil BROWN 302 DIE SET P44ART(4) S44ART(4) L44ART(2) - Y644MBH 3-1/8 (750/800 kcmil ONLY CCA DLO3 (1) [1184/1258]) NEST NO NEST INDENTOR P48PR-1(2) YA45A- YS45A kcmil BROWN 302 DIE SET P44ART(4) S44ART(4) L44ART(2) - Y644MBH 3-1/8 (900/1000 kcmil ONLY CCA DLO3 (1) [1406/1554]) NEST NO NEST INDENTOR P48PR-1(2) YA46A- YS46A kcmil BLUE 478 DIESET L46ART(2) /4 YA47A- YS47A kcmil WHITE 587 DIESET L47ART(2) /8 YA48A- YS48A kcmil RED 479 DIESET L48ART(2) /8 LOW VOLTAGE CABLES 1 Catalog # PUADP-1 Adaptor is required to use "U" dies in Y46 series tools 2 Catalog # PT6515 Adaptor is required to use "U" dies in Y45 series tools 3 CCA DLO Conductor to be installed with Y644/PAT644 series of tools only Information on this sheet subject to change without notice. 242 Copyright 2017, American Wire Group, Inc

132 NOTES LOW VOLAGE CABLES 20X Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

133 Aluminum XLP UL XHHW-2 600V 90 C Wet or Dry Applications Type XHHW-2 is intended for use as general purpose wiring in air conduit or other recognized raceways for services, feeder and branch circuit wiring as specified in the National Electric Code at a maximum conductor temperature of 90 C in wet or dry locations. Construction Compact stranded 8000 Series aluminum alloy conductor, black abrasion, heat and moisture resistant cross-linked polyethylene insulation. Standards UL 44 Federal specifications JC-30B NEC, ASTM B 800, B 801, B 836 as applicable. Ampacity To determine correct ampacity by conductor size, please consult the National Electric Code, latest edition. Item # Size AWG Stranding Insulation Outside Weight Ampacity or MCM Thickness Diameter /MFT 90 C (mil) (in) (lb) XHHW XHHW XHHW XHHW XHHW XHHW-2-01/0 1/ XHHW-2-02/0 2/ XHHW-2-03/0 3/ XHHW-2-04/0 4/ XHHW XHHW XHHW XHHW XHHW XHHW XHHW XHHW XHHW LOW VOLTAGE CABLES Information on this sheet subject to change without notice. 205 Copyright 2017, American Wire Group, Inc

134 NOTES LOW VOLAGE CABLES

135 Aluminum XLP UL RHH/RHW-2 or USE-2 600V 90 C Wet or Dry Applications Type RHH-RHW-2 or USE-2 building wire and service cable is recognized for use as general purpose wiring at a maximum conductor temperature of 90 C in wet or dry locations for installation in air, conduit or other recognized raceways and for direct burial in circuits not exceeding 600V. Construction Compact stranded 8000 Series aluminum alloy conductor, black abrasion, heat, moisture and sunlight resistant cross-linked polyethylene insulation. Standards UL Standards 44 (RHW or RHH) UL standard 854 (USE-2) Federal specification JC-30B NEC ASTM B800, B801, B836 as applicable. Ampacity To determine correct ampacity by conductor size, please consult the National Electric Code, latest edition. LOW VOLTAGE CABLES Item # Size AWG Stranding Insulation Outside Weight Ampacity or MCM Thickness Diameter /MFT 90 C (mil) (in) (lb) USE-RHH-RHW USE-RHH-RHW USE-RHH-RHW USE-RHH-RHW USE-RHH-RHW USE-RHH-RHW-2-01/0 1/ USE-RHH-RHW-2-02/0 2/ USE-RHH-RHW-2-03/0 3/ USE-RHH-RHW-2-04/0 4/ USE-RHH-RHW USE-RHH-RHW USE-RHH-RHW USE-RHH-RHW USE-RHH-RHW USE-RHH-RHW USE-RHH-RHW USE-RHH-RHW USE-RHH-RHW Information on this sheet subject to change without notice. 204 Copyright 2017, American Wire Group, Inc

136 NOTES LOW VOLAGE CABLES

137 TowerGuard Aluminum XLP UL RHH/RHW-2 or USE-2 2kV 90 C Applications For use from the lower control box at the base of the wind power tower and out to the stepup transformer through conduit General purpose building wire for use in air and approved raceways Industrial environments where superior insulation toughness and chemical resistance is required Maximum operating temperature not to exceed 90 C in wet or dry locations For use in free air, raceways or direct burial in accordance with NEC. Product Construction Conductor: 8 AWG thru 1000 kcmil compacted aluminum ACM (AA-8000 Series) Insulation: Flame-retardant Cross-Linked Polyethylene (XLPE) Black Print: TOWERGUARD XLP AWG/KCMIL TYPE RHH/RHW-2 SR CT (UL) 2000V (MM/YYYY) SEQUENTIAL FOOTAGE MARK Sizes smaller than 1/0 AWG do not include the CT marking Compliances National Electric Code (NEC) UL 44 Stranded for rubber-insulated wires and cables CT for 1/0 AWG and larger in accordance with NEC ICEA S /NEMA WC70 UL listed as Type RHH/RHW-2 OSHA acceptable Features Rated at 90 C wet or dry UV resistant black is marked SR Excellent electrical, thermal and physical properties Excellent resistance to moisture Excellent resistance to crush, compression cuts and heat deformation Packaging All produced or cut-to-order material will be shipped on non-returnable wooden reels unless specifically requested Cable is stocked in 3 colors - Black with 3 Red Stripes, Black with 3 Yellow Stripes, Black with 3 Orange Stripes. LOW VOLTAGE CABLES Item # Conductor No. of Conductor Insulation Cable Aluminum Net Ampacity Size Wires 1 Diameter Thickness Diameter Weight Weight 90 C AWG/kcmil (in) (mil) (in) /MFT /MFT (lb) (lb) TGXL TGXL TGXL TGXL TGXL TGXL-1/0 1/ TGXL-2/0 2/ TGXL-3/0 3/ TGXL-4/0 4/ TGXL TGXL TGXL TGXL TGXL TGXL Dimensions and weights are nominal; subject to industry tolerances. 1 Minimum number of wires utilized for compact-strand constructions. Information on this sheet subject to change without notice. 202 Copyright 2017, American Wire Group, Inc

138 NOTES LOW VOLAGE CABLES

139 Towerguard Plus Class 33 Aluminum XLPE 105 C 2kV Applications For use from the lower control box at the base of the wind power tower and out to the stepup transformer through conduit General purpose building wire for use in air and approved raceways Industrial environments where superior insulation toughness and chemical resistance is required Maximum operating temperature not to exceed 105 ºC in wet or dry locations For use in free air, raceways or direct burial in accordance with NEC. Construction Conductor: 8 AWG thru 1000 kcmil compacted aluminum ACM (AA-8000 Series) Conductor. Insulation is Class 33 Flame-retardant Cross- Linked Polyethylene (XLPE) Black. Colors: Black, Red, Blue, Green, Orange, Yellow Brown. 3 extruded stripes and other colors are available upon request. Print Legend:TOWERGUARD PLUS AWG/KCMIL AL XLPE 2000V 105 ºC (MM/YYYY) SEQUENTIAL FOOTAGE MARK Standards UL 1581 ICEA S /NEMA WC70 CSA standard C 22.2 No. 38 Features Rated at 105 ºC wet or dry UV resistant - black is marked SR Smaller cable O.D. Excellent electrical, thermal and physical properties Excellent resistance to moisture Excellent resistance to crush, compression cuts and heat deformation Packaging Material can be produced and cut to length upon request All produced or cut-to-order material will be shipped on non-returnable wooden reels unless specifically requested LOW VOLTAGE CABLES Item # Conductor Number of Conductor Insulation Cable Aluminum Net Size Wires 1 Diameter Thickness Diameter Weight Weight AWG or kcmil (in) (mil) (in) (lb/mft) (lb/mft) A4/0-01XLP2BLK105 4/ A500-01XLP2BLK A750-01XLP2BLK A XLP2BLK Dimensions and weights are nominal: subject to industry tolerances. 1Minimum number of wires utilized for compact-strand constructions. Information on this sheet subject to change without notice. 240 Copyright 2017, American Wire Group, Inc

140 NOTES LOW VOLAGE CABLES

141 SunGuard Aluminum XLPE UL Type PV Photovoltaic Wire 600V UL Type PV/USE-2 or 2kV RHH or RHW-2 or c(ul) RWU90, 1kV, 90 C Applications Single conductor, sunlight-resistant, photovoltaic wire rated 90 C wet or dry, 600 V for interconnection wiring of grounded and ungrounded photovoltaic power systems as described in Section (A) and other applicable parts of the National Electrical Code (NEC), NFPA 70. For use in free air, raceways or direct burial in accordance with NEC. Construction Conductor: 8 AWG thru 1000 kcmil compact aluminum ACM (8000 series) Insulation: Flame-retardant Cross-Linked Polyethylene (XLPE), black Print: AWG (PLANT OF MFG) SUNGUARD 600 V PV WIRE OR USE-2 OR 2000 V RHH OR RHW-2 (SIZE) AL ACM 90 C WET OR DRY SUN RES (UL) -40 C c(ul) RWU V DIR BUR MONTH/YEAR OF MFG SEQUENTIAL FOOTAGE MARK Options Colored phase ID stripes available on request Multi-plexing available on request Features Rated 90 C wet and dry Deformation-resistant at high temperatures Excellent moisture resistance, exceeds UL 44 Stable electrical properties over a broad temperature range Excellent resistance to crush and compression cuts Resistant to most oils and chemicals UV/sunlight-resistant Meets cold bend test at -40 C Compliances UL 4703 Type PV National Electrical Code (NEC) ICEA S /NEMA WC70 UL 44 Type RHH or RHW-2 UL 854 Type USE-2 c(ul) RWU90 1 kv Packaging Material cut to length and shipped on non-returnable wood reels. LOW VOLTAGE CABLES Item # Conductor Conductor Nominal Minimum Average Nominal Cable Aluminum Net Size Stranding Conductor O.D. Insulation Thickness Diameter Weight Weight (AWG/ (in) (mm) (in) (mm) (in) (mm) /MFT /km /MFT /km kcmil) (lb) (Kg) (lb) (Kg) 8 AWG kcmil CONDUCTORS A8-01PVX0700* 8 7/ A6-01PVX0700* 6 7/ A4-01PVX0700* 4 7/ A2-01PVX0700* 2 7/ A1-01PVX1900* 1 19/ A1/0-01PVX190* 1/0 19/ A2/0-01PVX1900* 2/0 19/ A3/0-01PVX1900* 3/0 19/ A4/0-01PVX1900* 4/0 19/ A250-01PVX3700* / A300-01PVX3700* / A350-01PVX3700* / A400-01PVX3700* / A500-01PVX3700* / A600-01PVX6100* / A750-01PVX6100* / A PVX6100* / Dimensions and weights are nominal; subject to industry tolerances. Information on this sheet subject to change without notice. 230 Copyright 2017, American Wire Group, Inc

142 NOTES LOW VOLAGE CABLES

143 SunGuard Aluminum XLPE UL Type PV Photovoltaic Wire 2kV UL Type PV/RHH or RHW-2 or 600V USE-2 or c(ul) RWU90, 1kV 90 C PHYSICAL & ELECTRICAL PROPERTIES Applications Single conductor, sunlight-resistant, photovoltaic wire rated 90 C wet or dry, 2000 V for interconnection wiring of grounded and ungrounded photovoltaic power systems as described in Section (A) and other applicable parts of the National Electrical Code (NEC), NFPA 70. For use in free air, raceways or direct burial in accordance with NEC. Construction Conductor: 8 AWG thru 1000 kcmil compact aluminum ACM (8000 series) Insulation: Flame-retardant Cross-Linked Polyethylene (XLPE), black Print: AWG (PLANT OF MFG) SUNGUARD 2000 V PV WIRE OR RHH OR RHW-2 OR 600 V USE-2 (SIZE) AL ACM 90 C WET OR DRY SUN RES (UL) -40 C c(ul) RWU V DIR BUR MONTH/YEAR OF MFG SEQUENTIAL FOOTAGE MARK Options Colored phase ID stripes available on request Multi-plexing available on request Features Rated 90 C wet and dry Deformation-resistant at high temperatures Excellent moisture resistance, exceeds UL 44 Stable electrical properties over a broad temperature range Excellent resistance to crush and compression cuts Resistant to most oils and chemicals UV/sunlight-resistant Meets cold bend test at -40 C Compliances ASTM B800-05(2011) Standard Specification for 8000 Series Aluminum Alloy Wire for Electrical Purposes - Annealed and Intermediate Tempers ASTM B801-07(2012) Standard Specification for Concentric-Lay-Stranded Conductors of 8000 Series Aluminum Alloy for Subsequent Covering or Insulation ASTM B836-00(2011) Standard Specification for Compact Round Stranded Aluminum Conductors Using Single Input Wire Construction UL 4703 Type PV National Electrical Code (NEC) ICEA S /NEMA WC70 UL 44 Type RHH or RHW-2 UL 854 Type USE-2 c(ul) RWU90 1kV Packaging Material cut to length and shipped on non-returnable wood reels. LOW VOLTAGE CABLES Item # Conductor Conductor Nominal Minimum Average Nominal Cable Aluminum Net Size Stranding Conductor O.D. Insulation Thickness Diameter Weight Weight (AWG/ (in) (mm) (in) (mm) (in) (mm) /MFT /km /MFT /km kcmil) (lb) (Kg) (lb) (Kg) PHYSICAL PROPERTIES A8-01PV2X0700* 8 7/ A6-01PV2X0700* 6 7/ A4-01PV2X0700* 4 7/ A2-01PV2X0700* 2 7/ A1-01PV2X1900* 1 19/ A1/0-01PV2X190* 1/0 19/ A2/0-01PV2X1900* 2/0 19/ A3/0-01PV2X1900* 3/0 19/ A4/0-01PV2X1900 4/0 19/ A250-01PV2X / A300-01PV2X / A350-01PV2X / A400-01PV2X / A500-01PV2X / A600-01PV2X6100* / A750-01PV2X6100* / A PV2X6100* / Dimensions and weights are nominal; subject to industry tolerances. Information on this sheet subject to change without notice. 225 Copyright 2017, American Wire Group, Inc

144 SunGuard Aluminum XLPE UL Type PV Photovoltaic Wire Type PV/RHH or RHW-2 2kV or 600V USE-2 PHYSICAL & ELECTRICAL PROPERTIES LOW VOLAGE CABLES Item # Conductor DC Resistance Positive Capacitance Three Core Three Core Three Core Size of Conductor Sequence x10-9f/m Paralleled Paralleled Paralleled (AWG/ 20 C of Inductance Positive Sequence Zero-Sequence kcmil) Conductor mh/km Reactance Reactance Ohms/km H/km H/km ELECTRICAL PROPERTIES A8-01PV2X0700* A6-01PV2X0700* A4-01PV2X0700* A2-01PV2X0700* A1-01PV2X1900* A1/0-01PV2X190* 1/ A2/0-01PV2X1900* 2/ A3/0-01PV2X1900* 3/ A4/0-01PV2X1900 4/ A250-01PV2X A300-01PV2X A350-01PV2X A400-01PV2X A500-01PV2X A600-01PV2X6100* A750-01PV2X6100* A PV2X6100* AA8000 Maximum Electrical Resistivity Temperature 20 AWG size Ω/1000ft Ω/1000m / / / / AWG size Ω/1000ft Ω/1000m 250kmil Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

145 SunGuard Duplexed Aluminum XLPE UL Type PV Photovoltaic Wire 2kV Applications Duplexed conductors are sunlight-resistant, photovoltaic wire rated 90 C wet or dry, 2000 volts for interconnection wiring of grounded and ungrounded photovoltaic power systems as described in Section (A) and other applicable parts of the National Electrical Code (NEC), NFPA 70. For use in free air, raceways or direct burial in accordance with NEC. Construction Conductor: 8 AWG thru 1000 kcmil compact aluminum ACM (8000 series) conductors. Insulation is Flame-Retardant Cross-Linked Polyethylene (XLPE), black, suitable for 2000 V. Print Legend: AWG (PLANT OF MFG) SUN- GUARD 2000 V PV WIRE OR RHH OR RHW-2 OR 600 V USE-2 (SIZE) AL ACM 90 C WET OR DRY SUN RES (UL) -40 ºC c(ul) RWU V DIR BUR MONTH/YEAR OF MFG SEQUENTIAL FOOTAGE MARK Duplexing: One phase conductor is black, the other conductor is black with three white stripes. Conductors are pre-twisted together on reel. Features Rated 90ºC wet and dry Deformation-resistant at high temperatures Excellent moisture resistance, exceeds UL 44 Stable electrical properties over a broad temperature range Excellent resistance to crush and compression cuts Resistant to most oils and chemicals UV/sunlight-resistant Meets cold bend test at -40ºC Use Duplex SunGard to avoid mismatch of Positive and Negative sets Reduce labor costs and equipment cost for laying cable in trench by deploying one reel, instead of two Standards Rated 90 C wet and dry Deformation-resistant at high temperatures Excellent moisture resistance, exceeds UL 44 Stable electrical properties over a broad temperature range Excellent resistance to crush and compression cuts Resistant to most oils and chemicals UV/sunlight-resistant Meets cold bend test at -40ºC Material cut to length and shipped on non-returnable wood reels. LOW VOLTAGE CABLES Item # Conductor Single Nominal Minimum Duplexed Aluminum Net Size Conductor Conductor Average Cable Weight Weight (AWG/kcmil) Stranding OD Insulation Diameter (lb/mft) (lb/mft) (in) Thickness (in) (in) A8-02PV2X / A6-02PV2X / A4-02PV2X / A2-02PV2X / A1-02PV2X / A1/0-02PV2X190 1/0 19/ A2/0-02PV2X1900 2/0 19/ A3/0-02PV2X1900 3/0 19/ A4/0-02PV2X1900 4/0 19/ A250-02PV2X / A300-02PV2X / A350-02PV2X / A400-02PV2X / A500-02PV2X / A600-02PV2X / A750-02PV2X / A PV2X / Information on this sheet subject to change without notice. 234 Copyright 2017, American Wire Group, Inc

146 LOW VOLAGE CABLES

147 Copper PVC UL THW-2 75 C 600V Application Single conductor general purpose wiring for lighting and power. The product is insulated with polyvinylchloride (PVC), and dual rated as UL Types TW and THW. It is intended for use in accordance with the NEC in residential, commercial and industrial applications not exceeding 600V and/or 75 C in wet or dry locations. Construction Single conductor copper insulated with polyvinylchloride (PVC), solid or stranded, tinned or bare soft annealed copper per ASTM B-3, B-8 and complying with the physical and electrical requirements of UL standards 83 and Identified by surface marking indicating manufacturers identification, conductor size, voltage rating, and UL Type TW and THW designations. Standards Underwriters Lab standard 83 for thermoplastic insulated wires. Underwriters Lab standard 1581 for wires, cables, and cords. ICEA S /NEMA WC70 Federal Specification JC-30B Item # Size AWG Number of Insulation Approximate Amapcity Shipping or MCM Strands Thickness O.D. 3/C in Weight (mil) (in) Raceway /MFT (lb) THW-C14S 14 Solid THW-C12S 12 Solid THW-C10S 10 Solid THW-C THW-C THW-C THW-C THW-C THW-C THW-C THW-C THW-C THW-C1/0 1/ THW-C2/0 2/ THW-C3/0 3/ THW-C4/0 4/ THW-C THW-C THW-C THW-C THW-C LOW VOLTAGE CABLES Information on this sheet subject to change without notice. 219 Copyright 2017, American Wire Group, Inc

148 NOTES LOW VOLAGE CABLES

149 Copper PVC UL TFFN/TFN 90 C 600V Applications For internal wiring of fixtures, fixture raceways, fire alarm circuits in raceways. Construction Conductor is fully Annealed bare copper per ASTM B-3 and B-174. Insulation is color coded premium grade flame retardant PVC (polyvinyl chloride). Jacket is tough polyamide nylon. VW-1 Flame Test rated. Gasoline and Oil Resistant II Resistant to abrasion, acids, alkalines, ozone and water. Standards ASTM B-3 and B-174. UL Standard 62 for fixture wire. UL Standard 1063 for machine tool wire NY State DOS OSHA acceptable NFPA 70 (NECR) NFPA 79 AWM 600V 105 C (75 C in oil). Item # Conductor Number of Approx. Insulation Jacket Shipping Size Strands O.D. Thickness Thickness Weight AWG (in) (mil) (mil) /MFT (lb) TFFN-C TFFN-C TFN-C18S 18 Solid TFN-C16S 16 Solid LOW VOLTAGE CABLES Information on this sheet subject to change without notice. 226 Copyright 2017, American Wire Group, Inc

150 NOTES LOW VOLAGE CABLES

151 Copper PVC/Nylon UL THHN/THWN-2 90 C Dry or 75 C Wet 600V Application General purpose building wire for services, feeders and branch circuits. Suitable for use in conduit and raceways; 1/0 and larger for cable tray use. Construction Conductor is bare annealed copper per ASTM B-3. Stranded conductors per ASTM B-8. Insulation is color coded premium grade flame retardant PVC (polyvinyl chloride). Jacket is tough polyamide nylon. VW-1 AWG rated through 4/0 AWG. 1/0 AWG and larger rated for CT use. 1/0 AWG and larger rated Sunlight Resistant. Gasoline and Oil Resistant II. Resistant to abrasion, acids, alkalines, ozone, and water. Standards ASTM B-3 and B-8 UL Standard 83 THHN/THWN-2 UL Standard 1581 for machine tool wire ICEA S /NEMA WC70 Federal Specification JC-30B OSHA acceptable NFPA 70 (NECR) NFPA 79 AWM 600V 105 C (75 C in oil). LOW VOLTAGE CABLES Item # Size AWG Number of Insulation Nylon Approximate Amapcity Ampacity Shipping or MCM Strands Thickness Jacket O.D. 75 C 90 C Weight (mil) Thickness (in) Wet Dry /MFT (mil) (lb) THHN-C14S 14 Solid THHN-C12S 12 Solid THHN-C10S 10 Solid THHN-C THHN-C THHN-C THHN-C THHN-C THHN-C THHN-C THHN-C THHN-C THHN-C1/0 1/ THHN-C2/0 2/ THHN-C3/0 3/ THHN-C4/0 4/ THHN-C THHN-C THHN-C THHN-C THHN-C THHN-C THHN-C THHN-C Information on this sheet subject to change without notice. 218 Copyright 2017, American Wire Group, Inc

152 NOTES LOW VOLAGE CABLES

153 UF-B Copper Underground Feeder 600V 75 C Applications For direct burial, for use in dwellings not exceeding 3 floors above grade, as underground feeder to outdoor lighting or apparatus, or as general branch circuit wiring. Recognized for use as exposed or concealed wiring in damp, moist, wet, dry, and corrosive locations. For use as new wiring or as replacement wiring. Construction Conductor is bare annealed copper per ASTM B-3 or stranded conductors, per ASTM B-8. Insulation is color coded PVC (polyvinyl chloride) with a nylon jacket. Type THHN inners, rated 90 C. Ampacity is limited to that for 60 C conductors per NECR Articles 336 and 339. Jacket is gray PVC (polyvinyl chloride). Color code 2 conductor: black, white; 3 conductor: black, white, red. Standards Listed under UL Standard 493. Federal Specification JC-30B. ASTM B-3 and B-8 Item # Constr./ Number of Ground Approximate Shipping Size AWG Strands Wire O.D. Weight Size (in) /MFT (lb) UFB-1 14/2 Solid (None).20 x UFB-2 12/2 Solid (None).21 x UFB-3 10/2 Solid (None).23 x UFB-4 14/3 Solid (None).20 x UFB-5 12/3 Solid (None).21 x UFB-6 10/3 Solid (None).23 x UFB-7 8/3 7 (None).34 x UFB-8 6/3 7 (None).40 x UFB-9 14/2 Solid x UFB-10 12/2 Solid x UFB-11 10/2 Solid x UFB-12 8/ x UFB-13 6/ x UFB-14 14/3 Solid x UFB-15 12/3 Solid x UFB-16 10/3 Solid x UFB-17 8/ x UFB-18 6/ x LOW VOLTAGE CABLES Information on this sheet subject to change without notice. 220 Copyright 2017, American Wire Group, Inc

154 NOTES LOW VOLAGE CABLES

155 Copper XLP UL XHHW-2 600V 90 C Wet or Dry Applications Single conductor crosslinked polyethylene (XLP or XLPE) Type XHHW-2, intended for use at 600 volts or less. It is approved for general purpose lighting and power applications at a maximum continuous operating temperature of 90 C in wet or dry locations. VW-1 available where required. Construction Single copper conductors, solid or stranded annealed or hard uncoated copper per UL83 and ASTM requirements. Insulates with XLP as specified and applied tightly to the conductor in a concentric manner. The mimimum at any point shall not be less than 90% of the specified average thickness in compliance with UL 44. Identified by surface marking indicating the manufacturer, conductor size, voltage rating, UL symbol, and type designation. Continuously spark tested at 7500 Volts DC and pass the 4 hour cold bend test of -25 C. Other electrical and mechanical tests shall be in accordance with UL 44 and UL Standards Underwriter s Laboratories UL 44 Canadian Standard C22.2 No. 38 Insulated Cable Engineers Association ICEA S Institute of Electrical and Electronics Engineers IEEE 1202 Federal Specification A-A NEMA Publication No. WC-70 Gas and Oil Resistant II (UL) LOW VOLTAGE CABLES Item # Size Number of Insulation Approximate Copper Shipping Ampacity AWG or Strands Thickness O.D. Weight Weight 90 C MCM (mil) (in) /MFT /MFT Dry (lb) (lb) XHHW-C / XHHW-C / XHHW-C / XHHW-C XHHW-C XHHW-C XHHW-C XHHW-C XHHW-C XHHW-C1/0 1/ XHHW-C2/0 2/ XHHW-C3/0 3/ XHHW-C4/0 4/ XHHW-C XHHW-C XHHW-C XHHW-C N/A XHHW-C XHHW-C XHHW-C XHHW-C Information on this sheet subject to change without notice. 222 Copyright 2017, American Wire Group, Inc

156 NOTES LOW VOLAGE CABLES

157 Copper XLP Type SIS VW-1 90 C 600V Applications Single conductor cross-linked polyethylene (XLP or XLPE) Type SIS-VW-1 for use at 600V or less. Approved per NEC Article 384 for instrument and control wiring where wiring is required to pass the UL vertical flame test. Rated for a maximum continuous operating temperature of 90 C in wet or dry locations. Construction Stranded conductor, annealed, coated copper per UL83 and ASTM requirements. Insulated with XLP as specified and applied tightly to the conductor in a concentric manner. Conductors are Oil and Gas Resistant II. The standard color is gray; other colors available. All black insulation is rated Sunlight Resistant. The minimum at any point shall not be less than 90% of the specified average thickness in compliance with UL 44. Identified by surface marking indicating manufacturers identification, conductor size, voltage rating, and UL symbol, VW-1, and type designation. Continuously spark tested at 7500V DC and pass the 4 hour cold bend test at -25 C. Other electrical and mechanical tests shall be in accordance with UL 44 and UL Standards Tin-coated, soft annealed copper per ASTM B-33, Class B stranding ASTM B-8 ICEA S /NEMA WC-70 UL 44 for Thermoset Insulated Wires & Cables Fed Spec J-C-30B LOW VOLTAGE CABLES Item # Size Number of Optional Insulation Nominal Shipping AWG Strands Stranding Thickness Overall Weight (mil) Diameter /MFT (in) (lb) SIS , / SIS , / SIS , / SIS , / SIS , / SIS , / SIS , / SIS , / SIS , / SIS , / SIS-11-1/0 1/ , / Information on this sheet subject to change without notice. 221 Copyright 2017, American Wire Group, Inc

158 NOTES LOW VOLAGE CABLES

159 Copper XLP UL RHH/RHW-2 or USE-2 90 C 600V Applications Single conductor cross-linked polyethylene (XLP or XLPE) Type RHW-2 and USE-2 for use at 600V or less. It is approved per the NEC for general purpose lighting and power applications at a maximum continuous operating temperature of 90 C in wet and dry locations. Suitable for direct burial. Construction The single copper conductors shall be solid or stranded annealed or hard uncoated copper per UL83 and ASTM requirements. Insulated with XLP as specified and applied tightly to the conductor in a concentric manner. All black insulation is rated Sunlight Resistant. The minimum at any point shall not be less than 90% of the specified average thickness in compliance with UL 44. The wire shall be identified by surface marking indicating the manufacturer, conductor size, voltage rating, UL symbol, and type designation. The wire shall be continuously spark tested at 7500V DC. Other electrical and mechanical tests shall be in accordance with UL44, UL 854 and UL Standards ASTM B-1, B-3 and B-8 for copper conductors ICEA S /NEMA WC70 UL 854 for Service Entrance Cables (incl. Para for 300 hr. sunlight resistance) and UL 44 for Thermoset Insulated Wires & Cables Fed Spec J-C-30B LOW VOLTAGE CABLES Item # Size Number of Insulation Approximate Copper Shipping Ampacity AWG or Strands Thickness O.D. Weight Weight 90 C MCM (mil) (in) /MFT /MFT Dry (lb) (lb) USE2-C USE2-C USE2-C USE2-C USE2-C USE2-C USE2-C USE2-C USE2-C USE2-C1/0 1/ USE2-C2/0 2/ USE2-C3/0 3/ USE2-C4/0 4/ USE2-C USE2-C USE2-C USE2-C USE2-C USE2-C USE2-C USE2-C Information on this sheet subject to change without notice. 223 Copyright 2017, American Wire Group, Inc

160 NOTES LOW VOLAGE CABLES

161 SunGuard Copper XLPE UL Type PV Photovoltaic Wire UL Type PV/RHH or RHW-2 600V or 600V USE-2 Applications For use in grounded and ungrounded Photovoltaic power systems Construction Stranded bare and tinned copper conductors per ASTM B-3, B-8. Chemically Cross-linked Polyethylene insulation. Available Colors: Black, Green, White, Red. Print on one side with a contrasting ink. An extruded stripe and other colors are available upon request. Industry Listings & Standards Industry Compliances UL 4703 Type PV National Electrical Code (NEC) ICEA S /NEMA WC70 UL 44 Type RHH or RHW-2 UL 854 Type USE-2 for 600 V c(ul) RWU90 1 kv (-40C) Other Compliances EPA 40 CFR, Part 261 for leachable lead content per TCLP OSHA Acceptable RoHS Compliant Item # AWG Stranding Nominal Nominal Minimum Minimum Nominal Nominal Copper Copper Net Net Conductor Conductor Average Average Cable Cable Weight Weight Weight Weight O.D. O.D. Insulation Insulation Diameter Diameter (lb/mft) (kg/km) (lb/mft) (kg/km) (in) (mm) (in) (mm) (in) (mm) PV / PV / PV / PV / PV / PV / PV / PV / PV / PV / PV-600-1/0 1/0 19/ PV-600-2/0 2/0 19/ PV-600-3/0 3/0 19/ PV-600-4/0 4/0 19/ PV / PV / PV / PV / PV / PV / PV / PV / LOW VOLTAGE CABLES Information on this sheet subject to change without notice. 203 Copyright 2017, American Wire Group, Inc

162 NOTES LOW VOLAGE CABLES

163 Copper EPR/CPE RHH/RHW-2 or USE-2 90 C 600V Applications Recommended for use in all low voltage circuits where continuity of service is the prime consideration. These cables may be installed in wet or dry locations, indoors or outdoors, in raceways, underground ducts, directly buried in the earth, or lashed to a messenger for aerial installation. These cables may also be installed in cable tray (size 1/0 AWG and larger per NEC 392.2). Specifications Conductor: Uncoated copper solid per ASTM-B-3, compress stranded per ASTM B-8, or compact per ASTM B-496. Insulation: Meets or exceeds all requirements of ICEA S /NEMA WC-70 and UL Standards 44 and 854. Jacket: CSPE. Listed by Underwriters Laboratories, Inc. as Type RHH or RHW-2 or USE-2, VW-1. Sizes 1/0 AWG and larger are also marked sunlight resistant, for use in cable tray. Listed by CSA as RW-90, -25C, FT1 (1/0 and larger FT4), outdoor. Product Features Sizes 1/0 AWG and larger pass the Vertical Tray Flame Test requirements of UL 1581 for use in cable tray. Passes the IEEE Vertical Tray Flame Test. Passes the IEEE Vertical Tray Flame Test. (sizes 1/0 AWG & larger). Extreme heat resistance; 90 C continuous rating, wet or dry 110 C hot spot rating 130 C emergency overload rating 250 C short circuit rating Notes These ampacities are based on single conductor in free air, 40 C ambient air temperature, 90 C conductor operating temperature. LOW VOLTAGE CABLES Options PVC or LSOH jacket Item # Conductor Conductor Conductor Nominal N o m i n a l J a c k e t T h i c k n e s s Nominal Approx. Ampacity Size Stranding Diameter Insulation Min. Min. Approx. Approx. Max. Max. O.D. Weight 40 C AWG or (in) (in) (in) (mm) (in) (mm) (in) (mm) (in) /MFT Ambient MCM (lb) Temp. USE AWG USE AWG USE AWG USE2-8 8 AWG USE2-6 6 AWG USE2-4 4 AWG USE2-2 2 AWG USE2-1/0 1/0 AWG USE2-2/0 2/0 AWG USE2-4/0 4/0 AWG USE MCM USE MCM USE MCM USE MCM USE MCM Information on this sheet subject to change without notice. 224 Copyright 2017, American Wire Group, Inc

164 NOTES LOW VOLAGE CABLES

165 Copper XLP UL RHH/RHW-2 or USE-2 90 C 2kV Application Type RHH, RHW-2 is suitable for wiring in raceways, conduit, etc. Applications include general purpose wiring for power distribution, services, feeders, and branch circuit wiring in residential, industrial, and commercial buildings. For use in free air, raceways or direct burial in accordance with NEC. Construction Conductor: Single copper conductor, stranded Insulation: Heat resistant cross-linked polyethylene. Temperature rating is 90 C in wet and dry applications Packaging: All produced or cut-to-order material will be shipped on non-returnable wooden reels unless specifically requested. Standards ASTM B3, B8 and B787 UL 44 ICEA S /NEMA WC-70 For CT use 1/0 AWG and larger Gasoline and Oil Resistant II -40 C rated to 90 C in wet and dry applications C(UL) US RWU90 1kV:CSA/UL Listed C(UL) RPVU90 1kV Sunlight Resistant RoHS Compliant Item # Stranding Size Insulation Nominal Approximate Ampacity* AWG Thickness Overall Net Weight 90 C or (mil) Diameter (lb/mft) Wet/Dry KCMIL (in) 14-01XLP XLP XLP XLP XLP XLP XLP XLP XLP /0-01XLP / /0-01XLP / /0-01XLP / /0-01XLP / XLP XLP , XLP , XLP , XLP , XLP , XLP , *Based on ambient temperature of 30 C per NEC-Table The overcurrent protection for items marked with an obelisk ( ) shall not exceed 15 amps for #14 AWG, 20 amps for #12 AWG, and 30 amps for #10 AWG per NEC footnote. Data shown is approximate and subject to standard industry tolerances. LOW VOLTAGE CABLES Information on this sheet subject to change without notice. 233 Copyright 2017, American Wire Group, Inc

166 LOW VOLAGE CABLES

167 DLO Copper EPR/CPE UL RHH/RHW-2 2kV Applications This cable is for wiring down tower applications and may be used on electrically driven, earth moving equipment, as power supply to A.C. welding equipment, as water heater leads, and in motor and power lead applications. May be installed in wet or dry areas, conduit, ducts, trays or troughs. Construction Conductor is extra flexible tinned, stranded copper with a separator layer. EPR insulation. Jacket is CPE (Hypalon jacket available upon request). Standards Meets flame test requirements of MSHA and passes ICEA cold bend test at -40 C. Meets AAR specifications. UL listed as RHH-RHW-2. Rated for CT use, 1/0 and larger. Notes Ampacity based on single conductor in free air, 90 C conductor temperature, 40 C ambient per ICEAS Sequential footage marks. Shipping tolerance +/- 10% Item # Area Size Number of Insulation Jacket Overall Net Weight Ampacity Circular AWG Strands in Thickness Thickness Diameter /MFT 1/C Free Air (mil) Conductor (in) (mil) (in) (lb) 90 C DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ / DL-600/ / DL-600/ / DL-600/ / DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ LOW VOLTAGE CABLES Information on this sheet subject to change without notice. 709 Copyright 2017, American Wire Group, Inc

168 NOTES LOW VOLAGE CABLES

169 SunGuard Copper XLPE UL Type PV Photovoltaic Wire Type PV/RHH 2kV or 600kV USE-2 Applications Appropriate for use in solar power applications that require 1000 or 2000 volt rating. For use in grounded and ungrounded Photovoltaic power systems. For use in free air, raceways or direct burial in accordance with NEC. Construction Stranded bare and tinned copper conductors per ASTM B-3, B-8. Chemically Cross-linked Polyethylene insulation. Available Colors: Black, Green, White, Red. Print on one side with a contrasting ink. An extruded stripe and other colors are available upon request. Industry Listings & Standards Industry Compliances UL 4703 Type PV National Electrical Code (NEC) ICEA S /NEMA WC70 UL 44 Type RHH or RHW-2 UL 854 Type USE-2 for 600 V c(ul) RWU90 1 kv (-40C) Other Compliances EPA 40 CFR, Part 261 for leachable lead content per TCLP OSHA Acceptable RoHS Compliant LOW VOLTAGE CABLES Item # AWG Stranding Nominal Nominal Minimum Minimum Nominal Nominal Copper Copper Net Net Conductor Conductor Average Average Cable Cable Weight Weight Weight Weight O.D. O.D. Insulation Insulation Diameter Diameter (lb/mft) (kg/km) (lb/mft) (kg/km) (in) (mm) (in) (mm) (in) (mm) PV / PV / PV / PV / PV / PV / PV / PV / PV / PV / PV /0 1/0 19/ PV /0 2/0 19/ PV /0 3/0 19/ PV /0 4/0 19/ PV / PV / PV / PV / PV / PV / PV / PV / Information on this sheet subject to change without notice. 231 Copyright 2017, American Wire Group, Inc

170 NOTES LOW VOLAGE CABLES

171 LSZH XLPO/LSZH XLPO Low-Voltage Power, Unshielded 600 V UL Type RHH/RHW-2/USE-2 Applications For use in closed environments or populated spaces such as auditoriums, arenas and health facilities where more stringent customer specifications for smoke and halogen-free materials are desired. Ideally suited for use in a broad range of commercial, industrial and utility applications where reliability is a major concern, where maximum performance will be demanded and where space is limited. For use in free air, raceways or direct burial in accordance with NEC. Construction Conductor: 14 AWG thru 1000 kcmil compressed tinned copper per ASTM B33, Class B stranding per ASTM B8 Insulation: Composite Low-Smoke, Zero-Halogen Cross-linked Polyolefin (LSZH XLPO) colored for contrast with black Low-Smoke, Zero- Halogen Cross-linked Polyolefin (LSZH XLPO) Print: AMERICAN WIRE GROUP LSZH TYPE USE-2 OR RHH OR RHW-2 (SIZE) 600 V OIL RES I SUN RES -40C ST1* FOR CT USE* (UL) DAY/MONTH/YEAR OF MFG SEQUENTIAL- FOOTAGE MARK* ST1 and FOR CT USE on 1/0 AWG and larger. Features Rated at 90 C wet or dry Low-Smoke, Zero-Halogen insulation system Extra-tough, mechanically rugged composite insulation construction Low friction for easy pulling on 8 AWG and larger Excellent electrical, thermal and physical properties Excellent moisture resistance, exceeding UL 44 requirements Excellent resistance to crush, compression cuts and heat deformation Excellent flame resistance Resistant to most oils and chemicals UV/sunlight-resistant Rated ST-1 for Limited Smoke per UL 44 on sizes 1/0 AWG and larger Stable electrical properties over a broad temperature range Excellent low temperature cold bend characteristics, meets cold bend and cold impact test at -40 C Compliances National Electrical Code (NEC) FOR CT USE on 1/0 AWG and larger in accordance with NEC UL 44 Type RHH/RHW-2 UL 854 Type USE-2 Limited Smoke rating per UL 44 and UL 1685 Compressed tinned copper per ASTM B33 Class B stranding per ASTM B8 ICEA T smoke, halogen and acid gas requirements ICEA S /NEMA WC70 Flame Test Compliances For 1/0 AWG and larger: IEEE 383, IEEE 1202/CSA FT4 UL 1685 Other Compliances EPA 40 CFR, Part 261 for leachable lead content per TCLP OSHA Acceptable RoHS Compliant Packaging Material cut to length and shipped on non-returnable wood reels Options 2 kv version Bare copper conductor Other stranding available LOW VOLTAGE CABLES Item# Size Insulation Nominal Minimum Minimum Minimum Minimum Copper Net AWG or Thickness Conductor Average Average Average Average Weight Weight KCMIL (mil) Diameter Insulation Insulation Jacket Jacket (lb/mft) (lb/mft) (in) Thickness Diameter Thickness Diameter (in) (in) (in) (in) 14-01XLSOH 14 7/ XLSOH 12 7/ XLSOH 10 7/ XLSOH 8 7/ XLSOH 6 7/ XLSOH 4 7/ XLSOH 2 7/ /0-01XLSOH 1/0 19/ /0-01XLSOH 2/0 19/ Information on this sheet subject to change without notice. 241 Copyright 2017, American Wire Group, Inc

172 LSZH XLPO/LSZH XLPO Low-Voltage Power, Unshielded 600 V UL Type RHH/RHW-2/USE-2 Item# Size Insulation Nominal Minimum Minimum Minimum Minimum Copper Net AWG or Thickness Conductor Average Average Average Average Weight Weight KCMIL (mil) Diameter Insulation Insulation Jacket Jacket (lb/mft) (lb/mft) (in) Thickness Diameter Thickness Diameter (in) (in) (in) (in) 4/0-01XLSOH 4/0 19/ XLSOH / XLSOH / XLSOH / XLSOH / XLSOH / LOW VOLAGE CABLES 241 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

173 SunGuard Tracker Motor Cable UL Type PV/TC 2kV Applications As three-conductor power cables rated 2000 volts, 90 C in dry or wet locations for Solar PV generation, this cable is connected to the tracker motors. Approved for installation in cable trays per Article 336 of the NEC. Type TC-ER cables are approved for use in Class 1, Division 2 hazardous locations. Cables may be installed in open air, in ducts or conduits, or in tray or trough. All cables when used in accordance with the NEC meet the requirements of OSHA. Construction Stranded copper conductors, XLP (Cross-Linked Polyethylene) insulation, Method 4 phase-identified; three insulated conductors cabled together with a stranded copper grounding conductor in one interstice, fillers as necessary, cable tape, black sunlight-resistant PVC (Polyvinyl Chloride) jacket overall, surface printed. Specifications Copper conductors conform to ASTM B-3 and B-8. Insulated conductors RHH/RHW-2 Type per UL 44, USE-2 Type per UL 854, and PV Type per UL 4703, UL 1277 Type TC-ER Cable is suitable for sunlight resistant and direct burial applications, and is approved For CT Use. Cable meets the requirements of ICEA S /NEMA WC70. Notes Dimensions are approximate and subject to normal manufacturing tolerances. SHIPPING TOLERANCE +/- 10% Item # Size No. of Ground Insulation Jacket Nominal Approx. AWG Conductors Wire Thickness Thickness Conductor Weight Size AWG (mil) (mil) OD (lb/mft) (in) 10-03XHPGTC LOW VOLTAGE CABLES Information on this sheet subject to change without notice. 239 Copyright 2017, American Wire Group, Inc

174 NOTES LOW VOLAGE CABLES

175 MEDIUM VOLTAGE CABLES Table of Contents EPR Non-Shielded 2400V MV L824 Type C Single Conductor, Non-Shielded XLPE 5000V Airport Lighting MV-105 Copper EPR Copper Tape Shield 5kV-133%/8kV-100% Insulation Level MV-105 Copper EPR Copper Tape Shield 15kV 133% & 100% Insulation Levels MV-105 Copper EPR Copper Tape Shield 35kV 133% & 100% Insulation Level URD 175 Mil TRXLP 15kV 100% LLDPE Jacket AEIC CS URD 175 Mil EPR 15kV 100% LLDPE Jacket AEIC CS URD 220 Mil TRXLP 15kV 133% LLDPE Jacket AEIC CS URD 220 Mil EPR 15kV 133% LLDPE Jacket AEIC CS URD 260 Mil TRXLP 25kV 100% LLDPE Jacket AEIC CS URD 260 Mil EPR 25kV 100% LLDPE Jacket AEIC CS URD 345 Mil EPR 35kV 100% LLDPE Jacket AEIC CS PowerGuard 35kV 100% MV TR-XLPE Aluminum Collection System Cable LLDPE Jacket UL MV-90/AEIC CS PowerGuard 35kV 133% MV 420 Mil TR-XLPE AL Collection System Cable LLDPE Jacket UL MV- 90/AEIC CS PHYSICAL PROPERTIES PowerGuard 35kV 100% MV TR-XLPE Aluminum Collection System Cable XLPE Jacket UL MV-105/AEIC CS PowerGuard 15kV 133% MV TR-XLPE Aluminum Collection System Cable XLPE Jacket UL MV-105/AEIC CS PowerGuard 5kV-35kV AluminumTR-XLPE Tape Shield PVC Jacket UL MV-105/AEIC CS PowerGuard 5kV-35kV Copper 3-Conductor TR-XLPE Tape Shield w/ground PVC Jacket UL MV-105/AEIC CS PowerGuard 5kV-35kV Aluminum 3-Conductor TR-XLPE Tape Shield w/ground PVC Jacket UL MV-105/AEIC CS PowerGuard 15kV 133% Shielded Power Cable AL Conductor 220 mils EPR Copper Tape PVC Jacket MV PowerGuard Testing Recommendations MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 300 Copyright 2017, American Wire Group, Inc

176 NOTES MEDIUM VOLAGE CABLES

177 Power Cable EPR Non-Shielded PVC Jacket 2400V MV-90 Application These cables comply with the exception notes of NEC Article with respect to non-shielded cables above 2000V and the requirements of Table for wet and dry locations. Consequently, where NEC requirements apply, this cable is suitable for use in wet and dry locations at a continuous conductor operating temperature of 90 C, at an emergency overload conductor temperature of 130 C and at a short circuit conductor temperature of 250 C. These cables may be installed in duct or conduit or properly supported aerial installations. Cables that are rated for use in cable tray applications are shown on the individual product specification sheets. Construction Conductors:The conductor is made up of uncoated soft, copper strands meeting the requirements of ASTM B3. Unless otherwise specified the conductors are supplied as Class B compact per ASTM B496. Insulation: The insulation is ethylene-propylene rubber (EPR) extruded concentrically over the conductor to the wall thickness as specified in the governing specifications listed and as shown on the individual product specification sheets. Jacket: A sunlight and ozone resistant jacket of polyvinylchloride (PVC) or chlorinated polyethylene (CPE) is extruded over the single and multi conductor assembly. Optional jacket materials are available that offer enhanced ratings and performance. Standards 1)Listed by UL as Type MV-90 per Standard )Conforms to ICEA S /N EMA WC71 Non-Shielded 2001 V - 5KV Cables. 3)Listed by UL For CT Use (Sizes #1/0 AWG and larger CPE jacketed). Notes NEC 2005 no longer recognizes non-shielded 5000V construction and only recognizes 2400V nonshielded with the specific constructions attributes included in this specification. These cables meet the current relevant ICEA standards for 5000V non-shielded cables. MEDIUM VOLTAGE CABLES Item # Size Number of Conductor Insulation Jacket Approximate Ampacity** Approximate AWG Strands Nominal (mil) (mil) O.D. 40 C Net Weight or KCM O.D. (in) Ambient /MFT (in) (lb) 2400-EPR-8 8* EPR-6 6* EPR-4 4* EPR EPR-1 1* EPR-1/0 1/ EPR-2/0 2/ EPR-3/0 3/ EPR-4/0 4/ EPR EPR EPR EPR EPR * *Compressed conductors. **Based on three single conductor cables in isolated conduit in air per NEC tolerances. Information on this sheet subject to change without notice. 301 Copyright 2017, American Wire Group, Inc

178 NOTES MEDIUM VOLAGE CABLES

179 L824 Type C Airport Lighting Cables Single Conductor, Non-Shielded XLPE 5000V Application For runway, taxiway and approach in underground series airport lighting circuits. At 5000 V rated voltage and maximum conductor temperatures of 90 C for continuous normal operation and 250 C for short circuit. Suitable for use in wet or dry conditions in metallic and non-metallic conduits, ducts, aerial and direct earth burial installations. Construction A bare copper seven wires stranded circular conductor covered with a separator tape has an extruded tracking resistant XLPE (crosslinked polyethylene) insulation, non-jacketed. Also available with conductor shield, insulation shield and / or PVC or PE jacket, upon request. Standard supply lengths are 5000 ft / reel. Other reel lengths are available upon request. Flexible stranding of 19 strands available. Standards Conforms to: FAA Advisory Circular (AC)150/5345-7E, Specification for L-824 Type C L824 Type B also available. NEMA WC71 / ICEA S for non-shielded cables. Certification ETL Certified. FAA Listed as an Approved Supplier Option Shielded LSOH Jacket Item # Conductor Number Nominal DC Resistance Separator Nominal Nominal Ampacity Size of Strands Diameter of Conductor Tape of Insulation Diameter Underground AWG in Conductor of 25 C Thickness (in) (in) in Duct (in) /MFT (mil) ALC ALC ALC MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 302 Copyright 2017, American Wire Group, Inc

180 NOTES MEDIUM VOLAGE CABLES

181 MV-105 Copper EPR Copper Tape Shield 5kV-133%/8kV-100% Insulation Level Applications For installation in tray, trough, conduit, ducts, aerial and direct buried as allowed by the NEC. The cables can be used in main feeder, distribution, and branch circuits for industrial, commercial and electric utility installations. They may operate continuously in wet or dry locations at conductor temperatures not exceeding 105 C, at not more than 140 C. for emergency overload conditions and 250 C during short-circuits. Suitable for systems rated 5kV/8kV, 133% insulation level (grounded systems). Construction Copper concentrically stranded compressed conductor; triple single head extruded conductor shield, EPR (ethylene propylene rubber) insulation and easy strippable insulation shield, all dry cured; bare copper tape shielded; surface printed black PVC jacket. Standards National Electrical Code (NEC) UL-1072 MV-105 ICEA S /NEMA WC74 ICEA S AEIC CS8 UL listed as Type MV-105 for use in accordance with NEC Sizes 4/0 AWG and larger are listed and marked Sunlight-Resistant FOR CT USE in accordance with NEC Notes Ampacities are based on the NEC. Cable Tray: Three single cables, installed in uncovered cable tray in accordance with NEC Section ; operating at 105 C conductor, at an ambient temperature of 40 C. Buried Duct: Three cables per duct operating at 105 C conductor, 20 C ground ambient, earth ρ = 90, 100% load factor. Conduit in Air: Three cables per isolated conduit in air at 40 C; operating at 105 C conductor (NEC Table ). CPE or CSPE Jacket available. MEDIUM VOLTAGE CABLES Item # Size Stranding Insulation Jacket Diameter Diameter Diameter Net Ampacity Ampacity Ampacity AWG or Thickness Thickness Over Over Overall Weight 1/C 1/C 1/C KCM (mil) (mil) Insulation Insulation (in) per in Cable Duct Conduit (in) Shield 1000 ft. Tray Buried in Air (in) (lb) E E E1/0 1/ E2/0 2/ E3/0 3/ E4/0 4/ E E E E E Information on this sheet subject to change without notice. 303 Copyright 2017, American Wire Group, Inc

182 NOTES MEDIUM VOLAGE CABLES

183 MV Mil EPR Copper Tape Shield 15kV 133% & 100% Insulation Levels Applications For installation in tray, trough, conduit, ducts, aerial and direct buried as allowed by the NEC. The cables can be used in main feeder, distribution, and branch circuits for industrial, commercial and electric utility installations. They may operate continuously in wet or dry locations at conductor temperatures not exceeding 105 C, at not more than 140 C. for emergency overload conditions and 250 C during short-circuits. Suitable for systems rated 15 kv, 133% & 100% insulation level (grounded systems). Construction Copper concentrically stranded compressed conductor; triple single head extruded conductor shield, EPR (ethylene propylene rubber) insulation and easy strippable insulation shield, all dry cured; bare copper tape shielded; surface printed black PVC jacket. Standards National Electrical Code (NEC) UL-1072 MV-105 ICEA S /NEMA WC74 ICEA S AEIC CS8 UL listed as Type MV-105 for use in accordance with NEC Sizes 4/0 AWG and larger are listed and marked Sunlight-Resistant FOR CT USE in accordance with NEC Notes Ampacities are based on the NEC. Cable Tray: Three single cables, installed in uncovered cable tray in accordance with NEC Section ; operating at 105 C conductor, at an ambient temperature of 40 C. Buried Duct: Three cables per duct operating at 105 C conductor, 20 C ground ambient, earth ρ = 90, 100% load factor. Conduit in Air: Three cables per isolated conduit in air at 40 C; operating at 105 C conductor (NEC Table ). CPE or CSPE Jacket available. MEDIUM VOLTAGE CABLES Item # Size Stranding Insulation Jacket Diameter Diameter Diameter Net Ampacity Ampacity Ampacity AWG or Thickness Thickness Over Over Overall Weight 1/C 1/C 1/C KCM (mil) (mil) Insulation Insulation (in) per in Cable Duct Conduit (in) Shield 1000 ft. Tray Buried in Air (in) (lb) 220 Mils EPR 133% E E1/0 1/ E2/0 2/ E3/0 3/ E4/0 4/ E E E E E Information on this sheet subject to change without notice. 304 Copyright 2017, American Wire Group, Inc

184 MV Mil EPR Copper Tape Shield 15kV 133% & 100% Insulation Levels Item # Size Stranding Insulation Jacket Diameter Diameter Diameter Net Ampacity Ampacity Ampacity AWG or Thickness Thickness Over Over Overall Weight 1/C 1/C 1/C KCM (mil) (mil) Insulation Insulation (in) per in Cable Duct Conduit (in) Shield 1000 ft. Tray Buried in Air (in) (lb) 175 Mils EPR 100% E E1/0 1/ E2/0 2/ E3/0 3/ E4/0 4/ E E E E E MEDIUM VOLAGE CABLES 304 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

185 MV-105 Copper EPR Copper Tape Shield 35kV 133% & 100% Insulation Level Applications For installation in tray, trough, conduit, ducts, aerial and direct buried as allowed by the NEC. The cables can be used in main feeder, distribution, and branch circuits for industrial, commercial and electric utility installations. They may operate continuously in wet or dry locations at conductor temperatures not exceeding 105 C, at not more than 140 C for emergency overload conditions and 250 C during short-circuits. Suitable for systems rated 35 kv, 133% & 100% insulation level (grounded systems). Construction Copper concentrically stranded compressed conductor; triple single head extruded conductor shield, EPR (ethylene propylene rubber) insulation and easy strippable insulation shield, all dry cured; bare copper tape shielded; surface printed black PVC jacket. Standards National Electrical Code (NEC) UL-1072 MV-105 ICEA S /NEMA WC74 ICEA S AEIC CS8 UL listed as Type MV-105 for use in accordance with NEC Sizes 4/0 AWG and larger are listed and marked Sunlight-Resistant FOR CT USE in accordance with NEC Notes Ampacities are based on the NEC. Cable Tray: Three single cables, installed in uncovered cable tray in accordance with NEC Section ; operating at 105 C conductor, at an ambient temperature of 40 C. Buried Duct: Three cables per duct operating at 105 C conductor, 20 C ground ambient, earth ρ = 90, 100% load factor. Conduit in Air: Three cables per isolated conduit in air at 40 C; operating at 105 C conductor (NEC Table ). MEDIUM VOLTAGE CABLES Item # Size Stranding Minimum Minimum Diameter Diameter Diameter Net Ampacity Ampacity Ampacity AWG or Point Point Over Over Overall Weight 1/C 1/C 1/C KCM Insulation Jacket Insulation Insulation (in) /MFT in Cable Duct Conduit (mil) (mil) (in) Shield (lb) Tray Buried in Air (in) 420 Mils EPR 133% E1/0 1/ N/A E2/0 2/ N/A E3/0 3/ N/A E4/0 4/ E E E E E Information on this sheet subject to change without notice. 305 Copyright 2017, American Wire Group, Inc

186 MV-105 Copper EPR Copper Tape Shield 35kV 133% & 100% Insulation Level Item # Size Stranding Minimum Minimum Diameter Diameter Diameter Net Ampacity Ampacity Ampacity AWG or Point Point Over Over Overall Weight 1/C 1/C 1/C KCM Insulation Jacket Insulation Insulation (in) /MFT in Cable Duct Conduit (mil) (mil) (in) Shield (lb) Tray Buried in Air (in) 345 mils EPR 100% E1/0 1/ N/A E2/0 2/ N/A E3/0 3/ N/A E4/0 4/ E E E E E MEDIUM VOLAGE CABLES 305 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

187 URD 175 Mil TRXLP 15 kv 100% LLDPE Jacket AEIC CS-8 Applications For use on single phase and three phase primary underground distribution systems operating at 15kV phase to phase at 100% insulation level. Suitable for either direct burial or installation in ducts. Construction Copper or aluminum concentrically stranded compressed conductor, triple single head extruded conductor shield, TRXLPE (tree-retardant cross-linked polyethylene) insulation and easy strippable insulation shield, all dry nitrogen cured; solid bare copper wires uniformly spaced around the cable as a concentric neutral; LLDPE jacket with extruded longitudinal colored stripes, surface printed. Standards AEIC CS8 Specification for Extruded Dielectric Shielded Power Cables Rated 5 through 46kV ICEA S Standard for Concentric Neutral Cables Rated 5,000-46,000V ICEA T Guide for Conducting a Longitudinal Water Penetration Resistance Tests on Blocked Conductors ICEA T Test Method for Conducting Longitudinal Water Penetration Resistance Tests on Longitudinal Water Blocked Cables Options EPR insulation Filled strand Cable core water blocking Notes Ampacities are based on the NEC. Cable Tray: Three single cables, installed in uncovered cable tray in accordance with NEC Section ; operating at 105 C conductor, at an ambient temperature of 40 C. Buried Duct: Three cables per duct operating at 105 C conductor, 20 C ground ambient, earth ρ = 90, 100% load factor. Conduit in Air: Three cables per isolated conduit in air at 40 C; operating at 105 C conductor (NEC Table ). Maximum conductor temperature: 90 C normal continuous, 130 C overload, 250 C short circuit. MEDIUM VOLTAGE CABLES Item # Code Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Name Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Aluminum Conductor 175-TRXPL-01 Arch 2 Solid TRXPL-02 Cezanne TRXPL-03 Soffit 1 Solid TRXPL-04 Botticelli TRXPL-05 Joists 1/0 Solid TRXPL-06 Van Gogh 1/ TRXPL-07 Goya 2/ TRXPL-08 El Greco 3/ TRXPL-09 Corot 4/ /3 Neutral Aluminum Conductor 175-TRXLP-10 Gable 1/0 Solid TRXLP-11 N/A 1/ TRXLP-12 N/A 2/ TRXLP-13 N/A 3/ TRXLP-14 N/A 4/ TRXLP-15 Degas TRXLP-16 Hals TRXLP-17 Bosch TRXLP-18 Vernet TRXLP-19 N/A Information on this sheet subject to change without notice. 306 Copyright 2017, American Wire Group, Inc

188 URD 175 Mil TRXLP 15 kv 100% LLDPE Jacket AEIC CS-8 MEDIUM VOLAGE CABLES Item # Code Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Name Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Copper Conductor 175-TRXLP-20 Titan TRXLP-21 Monet TRXLP-22 Raphael 1/ TRXLP-23 Rubens 2/ TRXLP-24 Bruegel 3/ TRXLP-25 N/A 4/ /3 Neutral Copper Conductor 175-TRXLP-26 N/A 1/ TRXLP-27 N/A 2/ TRXLP-28 N/A 3/ TRXLP-29 Holbein 4/ TRXLP-30 Moreau TRXLP-31 McNeil TRXLP-32 Daumier TRXLP-33 N/A TRXLP-34 N/A Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

189 URD 175 Mil EPR 15 kv 100% LLDPE Jacket AEIC CS-8 Applications For use on single phase and three phase primary underground distribution systems operating at 15kV phase to phase at 100% insulation level. Suitable for either direct burial or installation in ducts. Construction Copper or aluminum concentrically stranded compressed conductor, triple single head extruded conductor shield, EPR (ethylene propylene rubber) insulation and easy strippable insulation shield, all dry nitrogen cured; solid bare copper wires uniformly spaced around the cable as a concentric neutral; LLDPE jacket with extruded longitudinal colored stripes, surface printed. Standards AEIC CS8 Specification for Extruded Dielectric Shielded Power Cables Rated 5 through 46kV ICEA S Standard for Concentric Neutral Cables Rated 5,000-46,000V ICEA T Guide for Conducting a Longitudinal Water Penetration Resistance Tests on Blocked Conductors ICEA T Test Method for Conducting Longitudinal Water Penetration Resistance Tests on Longitudinal Water Blocked Cables Notes. Maximum conductor temperature: 90 C normal continuous, 130 C overload, 250 C short circuit. Item # Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Aluminum Conductor 175-EPR-01 2 Solid EPR EPR-03 1 Solid EPR EPR-05 1/0 Solid EPR-06 1/ EPR-07 2/ EPR-08 3/ EPR-09 4/ /3 Neutral Aluminum Conductor 175-EPR-10 1/0 Solid EPR-11 1/ EPR-12 2/ EPR-13 3/ EPR-14 4/ EPR EPR EPR EPR EPR MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 307 Copyright 2017, American Wire Group, Inc

190 URD 175 Mil EPR 15 kv 100% LLDPE Jacket AEIC CS-8 Item # Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Copper Conductor 175-EPR EPR EPR-22 1/ EPR-23 2/ EPR-24 3/ EPR-25 4/ /3 Neutral Copper Conductor 175-EPR-26 1/ EPR-27 2/ EPR-28 3/ EPR-29 4/ EPR EPR EPR EPR EPR MEDIUM VOLAGE CABLES 307 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

191 URD 220 Mil TRXLP 15kV 133% LLDPE Jacket AEIC CS-8 Applications For use on single phase and three phase primary underground distribution systems operating at 15kV phase to phase at 100% and 133% insulation level. Suitable for either direct burial or installation in ducts. Construction Copper or aluminum concentrically stranded compressed conductor, triple single head extruded conductor shield, TRXLPE (tree-retardant cross-linked polyethylene) insulation and easy strippable insulation shield, all dry cured; solid bare copper wires uniformly spaced around the cable as a concentric neutral; LLDPE jacket with extruded longitudinal colored stripes, surface printed. Standards AEIC CS8 Specification for Extruded Dielectric Shielded Power Cables Rated 5 through 46 kv ICEA S Standard for Concentric Neutral Cables Rated 5,000-46,000V ICEA T Guide for Conducting a Longitudinal Water Penetration Resistance Tests on Blocked Conductors ICEA T Test Method for Conducting Longitudinal Water Penetration Resistance Tests on Longitudinal Water Blocked Cables Options EPR insulation Filled strand Cable core water blocking Notes Ampacities are based on the NEC. Cable Tray: Three single cables, installed in uncovered cable tray in accordance with NEC Section ; operating at 105 C conductor, at an ambient temperature of 40 C. Buried Duct: Three cables per duct operating at 105 C conductor, 20 C ground ambient, earth ρ = 90, 100% load factor. Conduit in Air: Three cables per isolated conduit in air at 40 C; operating at 105 C conductor (NEC Table ). Maximum conductor temperature: 90 C normal continuous, 130 C overload, 250 C short circuit. MEDIUM VOLTAGE CABLES Item # Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Aluminum Conductor 220-TRXLP-01 2 Solid TRXLP TRXLP-03 1 Solid TRXLP TRXLP-05 1/0 Solid TRXLP-06 1/ TRXLP-07 2/ TRXLP-08 3/ TRXLP-09 4/ /3 Neutral Aluminum Conductor 220-TRXLP-10 1/0 Solid TRXLP-11 1/ TRXLP-12 2/ TRXLP-13 3/ TRXLP-14 4/ TRXLP TRXLP TRXLP TRXLP TRXLP Information on this sheet subject to change without notice. 308 Copyright 2017, American Wire Group, Inc

192 URD 220 Mil TRXLP 15kV 133% LLDPE Jacket AEIC CS-8 MEDIUM VOLAGE CABLES Item # Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Copper Conductor 220-TRXLP TRXLP TRXLP-22 1/ TRXLP-23 2/ TRXLP-24 3/ TRXLP-25 4/ /3 Neutral Copper Conductor 220-TRXLP-26 1/ TRXLP-27 2/ TRXLP-28 3/ TRXLP-29 4/ TRXLP TRXLP TRXLP TRXLP TRXLP Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

193 URD 220 Mil EPR 15kV 133% LLDPE Jacket AEIC CS-8 Applications For use on single phase and three phase primary underground distribution systems operating at 15kV phase to phase at 100% and 133% insulation level. Suitable for either direct burial or installation in ducts. Construction Copper or aluminum concentrically stranded compressed conductor, triple single head extruded conductor shield, EPR (ethylene propylene rubber) insulation and easy strippable insulation shield, all dry cured; solid bare copper wires uniformly spaced around the cable as a concentric neutral; LLDPE jacket with extruded longitudinal colored stripes, surface printed. Standards AEIC CS8 Specification for Extruded Dielectric Shielded Power Cables Rated 5 through 46 kv ICEA S Standard for Concentric Neutral Cables Rated 5,000-46,000V ICEA T Guide for Conducting a Longitudinal Water Penetration Resistance Tests on Blocked Conductors ICEA T Test Method for Conducting Longitudinal Water Penetration Resistance Tests on Longitudinal Water Blocked Cables Notes Maximum conductor temperature: 90 C normal continuous, 130 C overload, 250 C short circuit. Item # Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Aluminum Conductor 220-EPR-01 2 Solid EPR EPR-03 1 Solid EPR EPR-05 1/0 Solid EPR-06 1/ EPR-07 2/ EPR-08 3/ EPR-09 4/ /3 Neutral Aluminum Conductor 220-EPR-10 1/0 Solid EPR-11 1/ EPR-12 2/ EPR-13 3/ EPR-14 4/ EPR EPR EPR EPR EPR MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 309 Copyright 2017, American Wire Group, Inc

194 URD 220 Mil EPR 15kV 133% LLDPE Jacket AEIC CS-8 Item # Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Copper Conductor 220-EPR EPR EPR-22 1/ EPR-23 2/ EPR-24 3/ EPR-25 4/ MEDIUM VOLAGE CABLES 1/3 Neutral Copper Conductor 220-EPR-26 1/ EPR-27 2/ EPR-28 3/ EPR-29 4/ EPR EPR EPR EPR EPR Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

195 URD 260 Mil TRXLP 25kV 100% LLDPE Jacket AEIC CS-8 Applications For use on single phase and three phase primary underground distribution systems operating at 25kV phase to phase at 100% insulation level. Suitable for either direct burial or installation in ducts. Construction Copper or aluminum concentrically stranded compressed conductor, triple single head extruded conductor shield, TRXLPE (tree-retardant cross-linked polyethylene insulation and easy strippable insulation shield, all dry nitrogen cured; solid bare copper wires uniformly spaced around the cable as a concentric neutral; LLDPE jacket with extruded longitudinal colored stripes, surface printed. Standards AEIC CS8 Specification for Extruded Dielectric Shielded Power Cables Rated 5 through 46 kv ICEA S Standard for Concentric Neutral Cables Rated 5,000-46,000V ICEA T Guide for Conducting a Longitudinal Water Penetration Resistance Tests on Blocked Conductors ICEA T Test Method for Conducting Longitudinal Water Penetration Resistance Tests on Longitudinal Water Blocked Cables Options EPR insulation Filled strand Cable core water blocking Notes Ampacities are based on the NEC. Cable Tray: Three single cables, installed in uncovered cable tray in accordance with NEC Section ; operating at 105 C conductor, at an ambient temperature of 40 C. Buried Duct: Three cables per duct operating at 105 C conductor, 20 C ground ambient, earth ρ = 90, 100% load factor. Conduit in Air: Three cables per isolated conduit in air at 40 C; operating at 105 C conductor (NEC Table ). Maximum conductor temperature: 90 C normal continuous, 130 C overload, 250 C short circuit. MEDIUM VOLTAGE CABLES Item # Code Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Name Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Aluminum Conductor 260-TRXLP-01 N/A 1 Solid TRXLP-02 Liszt TRXLP-03 N/A 1/0 Solid TRXLP-04 Verdi 1/ TRXLP-05 Ives 2/ TRXLP-06 Bach 3/ TRXLP-07 Mozart 4/ /3 Neutral Aluminum Conductor 260-TRXLP-08 N/A 1/0 Solid TRXLP-09 N/A 1/ TRXLP-10 N/A 2/ TRXLP-11 N/A 3/ TRXLP-12 N/A 4/ TRXLP-13 Wagner TRXLP-14 Gould TRXLP-15 Schubert TRXLP-16 Strauss TRXLP-17 N/A Information on this sheet subject to change without notice. 310 Copyright 2017, American Wire Group, Inc

196 URD 260 Mil TRXLP 25kV 100% LLDPE Jacket AEIC CS-8 Item # Code Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Name Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Copper Conductor 260-TRXLP-18 Handel TRXLP-19 Haydn 1/ TRXLP-20 Brahms 2/ TRXLP-21 Ravel 3/ TRXLP-22 Chopin 4/ /3 Neutral Copper Conductor 260-TRXLP-23 N/A 1/ TRXLP-24 N/A 2/ TRXLP-25 N/A 3/ TRXLP-26 N/A 4/ TRXLP-27 Dufay TRXLP-28 Schuetz TRXLP-29 Lully TRXLP-30 N/A TRXLP-31 N/A MEDIUM VOLAGE CABLES 310 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

197 URD 260 Mil EPR 25kV 100% LLDPE Jacket AEIC CS-8 Applications For use on single phase and three phase primary underground distribution systems operating at 25kV phase to phase at 100% insulation level. Suitable for either direct burial or installation in ducts. Construction Copper or aluminum concentrically stranded compressed conductor, triple single head extruded conductor shield, EPR (ethylene propylene rubber) insulation and easy strippable insulation shield, all dry cured; solid bare copper wires uniformly spaced around the cable as a concentric neutral; LLDPE jacket with extruded longitudinal colored stripes, surface printed. Standards AEIC CS8 Specification for Extruded Dielectric Shielded Power Cables Rated 5 through 46 kv ICEA S Standard for Concentric Neutral Cables Rated 5,000-46,000V ICEA T Guide for Conducting a Longitudinal Water Penetration Resistance Tests on Blocked Conductors ICEA T Test Method for Conducting Longitudinal Water Penetration Resistance Tests on Longitudinal Water Blocked Cables Notes Maximum conductor temperature: 90 C normal continuous, 130 C overload, 250 C short circuit. Item # Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Aluminum Conductor 260-EPR-01 1 Solid EPR EPR-03 1/0 Solid EPR-04 1/ EPR-05 2/ EPR-06 3/ EPR-07 4/ /3 Neutral Aluminum Conductor 260-EPR-08 1/0 Solid EPR-09 1/ EPR-10 2/ EPR-11 3/ EPR-12 4/ EPR EPR EPR EPR EPR MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 311 Copyright 2017, American Wire Group, Inc

198 URD 260 Mil EPR 25kV 100% LLDPE Jacket AEIC CS-8 Item # Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Copper Conductor 260-EPR EPR-19 1/ EPR-20 2/ EPR-21 3/ EPR-22 4/ /3 Neutral Copper Conductor 260-EPR-23 1/ EPR-24 2/ EPR-25 3/ EPR-26 4/ EPR EPR EPR MEDIUM VOLAGE CABLES 311 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

199 URD 345 Mil EPR 35kV 100% LLDPE Jacket AEIC CS-8 Applications For use on single phase and three phase primary underground distribution systems operating at 35kV phase to phase at 100% insulation level. Suitable for either direct burial or installation in ducts. Construction Copper or aluminum concentrically stranded compressed conductor, triple single head extruded conductor shield, EPR (ethylene propylene rubber) insulation and easy strippable insulation shield, all dry nitrogen cured; solid bare copper wires uniformly spaced around the cable as a concentric neutral; LLDPE jacket with extruded longitudinal colored stripes, surface printed. Standards AEIC CS8 Specification for Extruded Dielectric Shielded Power Cables Rated 5 through 46 kv ICEA S Standard for Concentric Neutral Cables Rated 5,000-46,000V ICEA T Guide for Conducting a Longitudinal Water Penetration Resistance Tests on Blocked Conductors ICEA T Test Method for Conducting Longitudinal Water Penetration Resistance Tests on Longitudinal Water Blocked Cables Notes Maximum conductor temperature: 90 C normal continuous, 130 C overload, 250 C short circuit. Item # Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Aluminum Conductor 345-EPR-01 1/0 Solid EPR-02 1/ EPR-03 2/ EPR-04 3/ EPR-05 4/ /3 Neutral Aluminum Conductor 345-EPR-06 1/0 Solid EPR-07 1/ EPR-08 2/ EPR-09 3/ EPR-10 4/ EPR EPR EPR EPR EPR MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 313 Copyright 2017, American Wire Group, Inc

200 URD 345 Mil EPR 35kV 100% LLDPE Jacket AEIC CS-8 Item # Cond. Cond. Copper Copper Conductor Diameter Diameter Diameter Diameter Total Total Ampacity Ampacity Ampacity. Size Stranding Neutral Neutral Diameter Over Over Over Over w/o w/embedded 1/C 1/C 1/C AWG No.of Size Insulation Insulation Neutral Embedded Jacket Jacket in Cable Duct Conduit. Wires AWG (in) Shield Wires Jacket Weight Weight Tray Buried in Air (in) (in) (in) (lb) (lb) Full Neutral Copper Conductor 345-EPR-16 1/ EPR-17 2/ EPR-18 3/ EPR-19 4/ /3 Neutral Copper Conductor 345-EPR-20 1/ EPR-21 2/ EPR-22 3/ EPR-23 4/ EPR EPR EPR EPR EPR MEDIUM VOLAGE CABLES 313 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

201 PowerGuard 35kV 100% MV TR-XLPE Aluminum Collection System Cable LLDPE Jacket UL MV-90/AEIC CS8-07 Manufactured by Seoul Electric Cable Co., Ltd Applications PowerGuard cables are intended for use in wet or dry locations for distribution of single or three phase medium-voltage power. These cables may be installed in ducts or direct buried. Description Single conductor cable with filled strand aluminum conductors, triple extruded dry cured insulation system consisting of a thermosetting semiconducting conductor shield, high dielectric strength PowerGuardTRXLPE insulation, thermosetting semiconducting insulation shield, copper concentric neutral wires, water blocking agents, black encapsulating linear low-density polyethylene (LLDPE) jacket. Construction Conductor: Class A or B Compressed concentric stranded aluminum alloy 1350 per ASTM B 231. Stranded conductors are water-blocked with conductor filling compound. Conductor Shield: Extruded thermosetting semiconducting shield which is free stripping from the conductor and bonded to the insulation. Insulation: Extruded, Tree-Retardant Cross-linked Polyethylene (TRXLPE) as defined in ANSI/ICEA S % insulation level. Insulation Shield: Extruded thermosetting semiconducting shield with controlled adhesion to the insulation providing the required balance between electrical integrity and ease of stripping. Metallic Shield: Solid bare copper wires helically applied and uniformly spaced. Water Block: Water-blocking agents applied over the insulation shield and around the neutral wires to resist longitudinal water penetration. Longitudinal water penetration shall be tested in accordance with the latest edition of ICEA T except that the minimum requirement is 15 psig for 1 hour. Jacket: Black insulating sunlight resistant linear low-density polyethylene encapsulating the neutral wires with three extruded red stripes and NESC lightning bolt symbol. Insulation Temperature Rating Normal C Emergency* C Short Circuit C *Operation at the emergency overload temperature shall not exceed 1500 hours cumulative during the lifetime of the cable. MEDIUM VOLTAGE CABLES Specifications ASTM B-231 AEIC CS8 ICEA S ICEA T ICEA T as applicable for TRXLPE insulated concentric neutral cable UL 1072 MV-90 CSA Standard C File # Primary Shielded and Concentric Neutral Cable for Distribution Options Copper Conductors Black LLDPE jacket with no stripes Multiplex cables Factory Warranty 20 Years Information on this sheet subject to change without notice. 312 Copyright 2017, American Wire Group, Inc

202 PowerGuard 35kV 100% MV TR-XLPE Aluminum Collection System Cable LLDPE Jacket UL MV-90/AEIC CS8-07 Manufactured by Seoul Electric Cable Co., Ltd MEDIUM VOLAGE CABLES Item # CONDUCTOR INSULATION 2 CONCENTRIC NEUTRAL JACKET 4 WEIGHTS AL Size Nominal Minimum Maximum Size No. of Size of Nominal Aluminum Copper Net AWG or Diameter 1 Diameter Diameter Wires Wires Diameter Weight Weight Weight 4 kcmil (in) (in) (in) (in) /MFT /MFT /MFT (lb) (lb) (lb) PHYSICAL PROPERTIES UR1C1ALW-1614DA35 1/ Full UR1C1ALW-1114DA35 1/ / UR1C1ALW-0814DA35 1/ / UR1C1ALW-0614DA35 1/ / UR1C2ALW-2014DA35 2/ Full UR1C2ALW-1414DA35 2/ / UR1C2ALW-1014DA35 2/ / UR1C2ALW-0714DA35 2/ / UR1C3ALW-1612DA35 3/ Full UR1C3ALW-1714DA35 3/ / UR1C3ALW-1314DA35 3/ / UR1C3ALW-0914DA35 3/ / UR1C4ALW-2012DA35 4/ Full UR1C4ALW-2114DA35 4/ / UR1C4ALW-1614DA35 4/ / UR1C4ALW-1114DA35 4/ / UR1C4ALW-0614DA35 4/ / UR1E5ALX-1314DA / UR1E5ALX-1016DA / UR1E5ALX-0616DA / UR1F5ALX-1609DA Full UR1F5ALX-2212DA / UR1F5ALX-1712DA / UR1F5ALX-1814DA / UR1F5ALX-0914DA / UR1F5ALX-0716DA / UR1H0ALX-2010DA / UR1H0ALX-2412DA / UR1H0ALX-1612DA / UR1H0ALX-1314DA / UR1H0ALX-1016DA / UR1J5ALY-2310DA / UR1J5ALY-2412DA / UR1J5ALY-1914DA / UR1J5ALY-1014DA / UR1K0ALY-3010DA / UR1K0ALY-2010DA / UR1K0ALY-1612DA / UR1K0ALY-1314DA / UR1M5ALZ-2510DA / UR1M5ALZ-2012DA / UR1M5ALZ-1614DA / UR1P0ALZ-2409DA / UR1P0ALZ-2412DA / UR1P0ALZ-1914DA / ) Diameters are based on ASTM Class B Compressed diameters. 2) Extruded layer thicknesses, insulation and insulation shield diameters are in accordance with ANSI/ICEA S for Concentric Neutral Cables Rated 5-46kV and also meet the requirements of the latest revisions of AEIC CS8. Dimensions and weights not designated as minimum or maximum are nominal values and are subject to manufacturing tolerances. 3) Ampacity based on earth thermal resistivity of 90 C-cm/watt, 90 C conductor temperature, 20 C earth ambient temperature, 75% load factor and 36" depth of burial. Values are based on one three-phase circuit, one conductor per phase, with neutral wires bonded at each end. 4) Cables buried in flat adjacent configuration with 7.5" spacing between conductors. 312 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

203 PowerGuard 35kV 100% MV TR-XLPE Aluminum Collection System Cable LLDPE Jacket UL MV-90/AEIC CS8-07 Manufactured by Seoul Electric Cable Co., Ltd Item # CONDUCTOR NEUTRAL TREFOIL FLAT 7.5 FLAT SPACED TOUCHING AL Size Size Pos./Neg. Seq 1 Zero Seq 1 Ampacity 1 Pos./Neg Seq 2 Zero Seq 2 Ampacity 2 Pos./Neg Seq 3 Zero Seq 3 Ampacity 3. AWG or Impedence Impedence Trefoil Impedence Impedence Flat Impedence Impedence Flat kcmil (μω/ft) (μω/ft) (amps) (μω/ft) (μω/ft) (amps) (μω/ft) (μω/ft) (amps) ELECTRICAL PROPERTIES UR1C1ALW-1614DA35 1/0 FULL J J J J J J UR1C1ALW-1114DA35 1/0 2/ J J J J J J UR1C1ALW-0814DA35 1/0 1/ J J J J J J UR1C1ALW-0614DA35 1/0 1/ J J J J J J UR1C2ALW-2014DA35 2/0 Full J J J J J J UR1C2ALW-1414DA35 2/0 2/ J J J J J J UR1C2ALW-1014DA35 2/0 1/ J J J J J J UR1C2ALW-0714DA35 2/0 1/ J J J J J J UR1C3ALW-1612DA35 3/0 Full J J J J J J UR1C3ALW-1714DA35 3/0 2/ J J J J J J UR1C3ALW-1314DA35 3/0 1/ J J J J J J UR1C3ALW-0914DA35 3/0 1/ J J J J J J UR1C4ALW-2012DA35 4/0 Full J J J J J J UR1C4ALW-2014DA35 4/0 2/ J J J J J J UR1C4ALW-1614DA35 4/0 1/ J J J J J J UR1C4ALW-1114DA35 4/0 1/ J J J J J J UR1C4ALW-0614DA35 4/0 1/ J J J J J J UR1C5ALX-1314DA / J J J J J J UR1C5ALX-1016DA / J J J J J J UR1C5ALX-0616DA / J J J J J J UR1C5ALX-1609DA Full 74 + J J J J J J UR1C5ALX-2212DA / J J J J J J UR1C5ALX-1712DA / J J J J J J UR1C5ALX-1814DA / J J J J J J UR1C5ALX-0914DA / J J J J J J UR1C5ALX-0716DA / J J J J J J UR1H0ALX-2010DA / J J J J J J UR1H0ALX-2412DA / J J J J J J UR1H0ALX-1612DA / J J J J J J UR1H0ALX-1314DA / J J J J J J UR1H0ALX-1016DA / J J J J J J UR1J0ALY-2310DA / J J J J J J UR1J0ALY-2412DA / J J J J J J UR1J0ALY-1914DA / J J J J J J UR1J0ALY-1014DA / J J J J J J UR1K0ALY-3010DA / J J J J J J UR1K0ALY-2010DA / J J J J J J UR1K0ALY-1612DA / J J J J J J UR1K0ALY-1314DA / J J J J J J UR1M0ALZ-2510DA / J J J J J J UR1M0ALZ-2012DA / J J J J J J UR1M0ALZ-1614DA / J J J J J J UR1P0ALZ-2409DA / J J J J J J UR1P0ALZ-2412DA / J J J J J J UR1P0ALZ-1914DA / J J J J J J ) Ampacities and impedances based on cables operating in a 3-phase installation with one cable per phase, in a trefoil configuration, earth rho of 90 C cm/w, earth ambient of 20 C, neutral wires grounded at both ends, 75% load factor, conductor temperature of 90 C, and 36 depth of burial. 2) Ampacities and impedances based on cables operating in a 3-phase installation with one cable per phase, flat spaced at 7.5 center-to-center spacing, earth rho of 90 C-cm/W, earth ambient of 20 C, neutral wires grounded at both ends, 75% load factor, conductor temperature of 90 C, and 36 depth of burial. 3) Ampacities and impedances based on cables operating in a 3-phase installation with one cable per phase, flat spaced and touching, earth rho of 90 C-cm/ W, earth ambient of 20 C, neutral wires grounded at both ends, 75% load factor, conductor temperature of 90 C, and 36 depth of burial. MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 312 Copyright 2017, American Wire Group, Inc

204 PowerGuard 35kV 100% MV TR-XLPE Aluminum Collection System Cable LLDPE Jacket UL MV-90/AEIC CS8-07 Manufactured by Seoul Electric Cable Co., Ltd MEDIUM VOLAGE CABLES Item # CONDUCTOR NEUTRAL 10 CYCLES (AMPS) 20 CYCLES (AMPS) 30 CYCLES (AMPS) AL Size Size Neutral Conductor Capacitance Adiabatic Non Adiabatic Non Adiabatic Non AWG or or No. Size Resistance (μf/mft) Adiabatic Adiabatic Adiabatic kcmil of Wires 20 C μω/mft CONCENTRIC NEUTRAL CURRENT WITHSTAND UR1C1ALW-1614DA35 1/0 16X14 Full UR1C1ALW-1114DA35 1/0 11X14 2/ UR1C1ALW-0814DA35 1/0 8X14 1/ UR1C1ALW-0614DA35 1/0 6X14 1/ UR1C2ALW-2014DA35 2/0 20X14 Full UR1C2ALW-1414DA35 2/0 14X14 2/ UR1C2ALW-1014DA35 2/0 10X14 1/ UR1C2ALW-0714DA35 2/0 7X14 1/ UR1C3ALW-1612DA35 3/0 16X12 Full UR1C3ALW-1714DA35 3/0 17X14 2/ UR1C3ALW-1314DA35 3/0 13X14 1/ UR1C3ALW-0914DA35 3/0 9X14 1/ UR1C4ALW-2012DA35 4/0 20X12 Full UR1C4ALW-2114DA35 4/0 21X14 2/ UR1C4ALW-1614DA35 4/0 16X14 1/ UR1C4ALW-1114DA35 4/0 11X14 1/ UR1C4ALW-0614DA35 4/0 6X14 1/ UR1E5ALX-1314DA X14 1/ UR1E5ALX-1016DA x16 1/ UR1E5ALX-0616DA X16 1/ UR1F5ALX-1609DA X9 Full UR1F5ALX-2212DA X12 2/ UR1F5ALX-1712DA X12 1/ UR1F5ALX-1814DA X14 1/ UR1F5ALX-0914DA X14 1/ UR1F5ALX-0716DA X16 1/ UR1H0ALX-2010DA X10 2/ UR1H0ALX-2412DA X12 1/ UR1H0ALX-1612DA X12 1/ UR1H0ALX-1314DA x14 1/ UR1H0ALX-1016DA x16 1/ UR1J5ALY-2310DA X10 1/ UR1J5ALY-2412DA X12 1/ UR1J5ALY-1914DA X14 1/ UR1J5ALY-1014DA X14 1/ UR1K0ALY-3010DA X10 1/ UR1K0ALY-2010DA X10 1/ UR1K0ALY-1612DA X12 1/ UR1K0ALY-1314DA X14 1/ UR1M5ALZ-2510DA X10 1/ UR1M5ALZ-2012DA X12 1/ UR1M5ALZ-1614DA X14 1/ UR1P0ALZ-2409DA X9 1/ UR1P0ALZ-2412DA X12 1/ UR1P0ALZ-1914DA X14 1/ ) Ampacities and impedances based on cables operating in a 3-phase installation with one cable per phase, in a trefoil configuration, earth rho of 90 C cm/w, earth ambient of 20 C, neutral wires grounded at both ends, 75% load factor, conductor temperature of 90 C, and 36 depth of burial. 2) Ampacities and impedances based on cables operating in a 3-phase installation with one cable per phase, flat spaced at 7.5 center-to-center spacing, earth rho of 90 C cm/w, earth ambient of 20 C, neutral wires grounded at both ends, 75% load factor, conductor temperature of 90 C, and 36 depth of burial. 3) Ampacities and impedances based on cables operating in a 3-phase installation with one cable per phase, flat spaced and touching, earth rho of 90 C cm/ W, earth ambient of 20 C, neutral wires grounded at both ends, 75% load factor, conductor temperature of 90 C, and 36 depth of burial Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

205 PowerGuard 35kV 133% MV 420 Mil TR-XLPE AL Collection System Cable LLDPE Jacket Concentric Neutral UL MV- 90/AEIC CS8-07 PHYSICAL PROPERTIES Description Single conductor cable with filled strand aluminum conductors, triple extruded dry cured insulation system consisting of a thermosetting semiconducting conductor shield, high dielectric strength PowerGuard TRXLPE insulation, thermosetting semiconducting insulation shield, copper concentric neutral wires, water blocking agents, black encapsulating linear low-density polyethylene (LLDPE) jacket. Design Parameters Conductor: Class B compact stranded aluminum alloy 1350 per ASTM B 231. Stranded conductors are water-blocked with conductor filling compound. Conductor Shield: Extruded thermosetting semiconducting shield which is free stripping from the conductor and bonded to the insulation. Insulation: Extruded, Tree-Retardant Cross-linked Polyethylene 420 Mil (TRXLPE) as defined in ANSI/ICEA S % insulation level. Insulation Shield: Extruded thermosetting semiconducting shield with controlled adhesion to the insulation providing the required balance between electrical integrity and ease of stripping. Metallic Shield: Solid bare copper wires helically applied and uniformly spaced. Water Block: Water-blocking agents applied over the insulation shield and around the neutral wires to resist longitudinal water penetration. Longitudinal water penetration shall be tested in accordance with the latest edition of ICEA T except that the minimum requirements are 15 psig for 1 hour. Jacket: Black insulating sunlight resistant linear low-density polyethylene encapsulating the neutral wires with three extruded red stripes and NESC lightning bolt symbol. Insulation Temperature Rating Normal... 90º C Emergency* ºC (*Operation at the emergency overload temperature shall not exceed 1500 hours cumulative during the lifetime of the cable. ) Short Circuit º C MEDIUM VOLTAGE CABLES Specifications ASTM B-231 AEIC CS8 ICEA S ICEA T ICEA T as applicable for TRXLPE insulated concentric neutral cable UL 1072 MV-90 CSA Standard C File # Primary Shielded and Concentric Neutral Cable for Distribution Applications PowerGuard cables are intended for use in wet or dry locations for distribution of single or three phase medium-voltage power. These cables may be installed in ducts or direct buried. Options Copper Conductors Black LLDPE jacket with no stripes Multiplex cables Notes 1. Diameters are based on ASTM Class B Compressed diameters. Sizes 1250 kcmil and 1500 kcmil are based on ASTM Class A Compressed diameters. 2.Extruded layer thicknesses, insulation and insulation shield diameters are in accordance with ANSI/ICEA S for Concentric Neutral Cables Rated 5-46kV and also meet the requirements of the latest revisions of AEIC CS8. Dimensions and weights not designated as minimum or maximum are nominal values and are subject to manufacturing tolerances. 3.Cables buried in flat adjacent configuration with 7.5"" spacing between conductors. 4.Ampacity based on earth thermal resistivity of 90 ºC-cm/watt, 90 ºC conductor temperature, 20 ºC earth ambient temperature, 75% load factor and 36"" depth of burial. Values are based on one three-phase circuit, one conductor per phase, with neutral wires bonded at each end. Information on this sheet subject to change without notice. 318 Copyright 2017, American Wire Group, Inc

206 PowerGuard 35kV 133% MV 420 Mil TR-XLPE AL Collection System Cable LLDPE Jacket Concentric Neutral UL MV- 90/AEIC CS8-07 PHYSICAL PROPERTIES MEDIUM VOLAGE CABLES Item # Conductor Neutral No. ofc Size of Nominal Minimal Maximum Nominal Aluminum Copper Total Size Size Wires Wires Diameter Insulation Insulation Jacket Conductor Neutral Weight AWG or (in) Diameter Diameter Diameter (lb/mft) (lb/mft) (lb/mft) kcmil (2) (in) (in) (in) (1) (2) (2) (2) A1/0-01UD35UT100 1/0 Full ,115 A1/0-01UD35UT203 1/0 2/ ,026 A1/0-01UD35UT102 1/0 1/ A1/0-01UD35UT103 1/0 1/ A2/0-01UD35UT100 2/0 Full ,198 A2/0-01UD35UT203 2/0 2/ ,113 A2/0-01UD35UT102 2/0 1/ ,055 A2/0-01UD35UT103 2/0 1/ ,040 A3/0-01UD35UT100 3/0 Full ,452 A3/0-01UD35UT203 3/0 2/ ,274 A3/0-01UD35UT102 3/0 1/ ,160 A3/0-01UD35UT103 3/0 1/ ,152 A4/0-01UD35UT100 4/0 Full ,622 A4/0-01UD35UT203 4/0 2/ ,429 A4/0-01UD35UT102 4/0 1/ ,374 A4/0-01UD35UT103 4/0 1/ ,310 A4/0-01UD35UT103 4/0 1/ ,244 A250-01UD35UT / ,415 A250-01UD35UT / ,304 A250-01UD35UT / ,260 A350-01UD35UT Full ,431 A350-01UD35UT / ,068 A350-01UD35UT / ,955 A350-01UD35UT / ,777 A350-01UD35UT / ,657 A350-01UD35UT / ,532 A500-01UD35UT / ,660 A500-01UD35UT / ,419 A500-01UD35UT / ,261 A500-01UD35UT / ,036 A750-01UD35UT / ,326 A750-01UD35UT / ,969 A750-01UD35UT / ,638 A750-01UD35UT / ,532 A UD35UT / ,038 A UD35UT / ,677 A UD35UT / ,242 A UD35UT / ,994 A UD35UT / , ,580 A UD35UT / , ,933 A UD35UT / , , Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

207 PowerGuard 35kV 100% MV TR-XLPE Aluminum Collection System Cable XLPE Jacket UL MV-105/AEIC CS8-07 Manufactured by Seoul Electric Cable Co., Ltd Application PowerGuard -XL cables are intended for use in wet or dry locations for distribution of single or three phase medium-voltage power. These cables may be installed in ducts or direct buried. Construction Single conductor cable with filled strand aluminum conductors, triple extruded dry cured insulation system consisting of a thermosetting semiconducting conductor shield, high dielectric strength PowerGuard -XLTRXLPE insulation, thermosetting semiconducting insulation shield, copper concentric neutral wires, water blocking agents, black encapsulating cross-linked polyethylene jacket. Conductor is a Class A or B Compressed concentric stranded aluminum alloy 1350 per ASTM B 231. Stranded conductors are water-blocked with conductor filling compound. Conductor Shield is extruded thermosetting semiconducting shield which is free stripping from the conductor and bonded to the insulation. Insulation is extruded, Tree-Retardant Cross-linked Polyethylene (TRXLPE) as defined in ANSI/ICEA S % insulation level. Insulation Shield is extruded thermosetting semiconducting shield with controlled adhesion to the insulation providing the required balance between electrical integrity and ease of stripping. Metallic Shield is solid bare copper wires helically applied and uniformly spaced. Water-blocking agents applied over the insulation shield and around the neutral wires to resist longitudinal water penetration. Longitudinal water penetration shall be tested in accordance with the latest edition of ICEA T except that the minimum requirement is 15 psig for 1 hour. The outer jacket is an extruded-to-fill black non-conducting cross-linked polyethylene jacket, meeting the physical requirements of Table 1 when tested by the methods specified in ANSI/ICEA S The jacket shall be free-stripping and not interfere with an intimate contact between the neutral wires and the underlying extruded insulation shield. The jacket shall contain a print legend marking, sequential length marking and three longitudinal extruded red stripes. Factory Warranty is 20 Years. Options Copper Conductors Physical Properties of Extruded-to-Fill XLPE Jacket Unaged Tensile Strength, min. (PSI) Aged* Tensile Strength, min. ret. (%) Unaged Elongated, min. (%) Aged* Elongated, min. ret. (%) Heat Distortion 1 hr at 131 ºC, max. (%)...3 *Aged for 168 hrs at 121 ºC Insulation Temperature Rating Normal C Emergency* C Short Circuit C *Operation at the emergency overload temperature shall not exceed 1500 hours cumulative during the lifetime of the cable. MEDIUM VOLTAGE CABLES Standards ASTM B-231 AEIC CS8 ICEA S ICEA T ICEA T as applicable for TRXLPE insulated concentric neutral cable UL 1072 MV-105 CSA Standard C File # Primary Shielded and Concentric Neutral Cable for Distribution Information on this sheet subject to change without notice. 315 Copyright 2017, American Wire Group, Inc

208 PowerGuard 35kV 100% MV TR-XLPE Aluminum Collection System Cable XLPE Jacket UL MV-105/AEIC CS8-07 Manufactured by Seoul Electric Cable Co., Ltd MEDIUM VOLAGE CABLES Item # CONDUCTOR INSULATION 1 CONCENTRIC NEUTRAL JACKET WEIGHTS AMPACITY AL Size Nominal Minimum Maximum Size No. Size Nominal Aluminum Copper Net DIRECT BURIED AWG Diameter 1 Diameter Diameter of of Diameter Weight Weight Weight Flat 2 Tre-Foil 3 or kcmil (in) (in) (in) Wires Wires (in) /MFT /MFT /MFT (lb) (lb) (lb) PHYSICAL PROPERTIES A1/0-01UD35GT101X 1/ Full A1/0-01UD35GT203X 1/ / A1/0-01UD35GT102X 1/ / A1/0-01UD35GT103X 1/ / A2/0-01UD35GT101X 2/ Full A2/0-01UD35GT203X 2/ / A2/0-01UD35GT102X 2/ / A2/0-01UD35GT103X 2/ / A3/0-01UD35GT101X 3/ Full A3/0-01UD35GT203X 3/ / A3/0-01UD35GT102X 3/ / A3/0-01UD35GT103X 3/ / A4/0-01UD35GT101X 4/ Full A4/0-01UD35GT203X 4/ / A4/0-01UD35GT102X 4/ / A4/0-01UD35GT103X 4/ / A250-01UD35GT203X / A250-01UD35GT102X / A250-01UD35GT103X / A250-01UD35GT106X / A350-01UD35GT203X / A350-01UD35GT102X / A350-01UD35GT103X / A350-01UD35GT106X / A500-01UD35GT203X / A500-01UD35GT102X / A500-01UD35GT103X / A500-01UD35GT106X / A750-01UD35GT102X / A750-01UD35GT103X / A750-01UD35GT106X / A750-01UD35GT112X / A UD35GT102X / A UD35GT103X / A UD35GT106X / A UD35GT112X / A UD35GT103X / A UD35GT106X / A UD35GT112X / A UD35GT103X / A UD35GT106X / A UD35GT112X / ) Extruded layer thicknesses and insulation and insulation shield diameters are in accordance with ANSI/ICEA S for concentric neutral cables rated 5-46 kv and also meet the requirements of the latest revisions of AEIC CS8. Dimensions and weights not designated as minimum or maximum are nominal values and are subject to manufacturing tolerances. 2) Ampacities based on cables operating in a 3-phase installation with one cable per phase, flat spaced and touching, earth rho of 90ºC-cm/ W, earth ambient of 20ºC, neutral wires grounded at both ends, 75% load factor, conductor temperature of 105ºC, and 36" depth of burial. 3) Ampacities based on cables operating in a 3-phase installation with one cable per phase, flat spaced and touching, earth rho of 90 ºC-cm/W, earth ambient of 20ºC, neutral wires grounded at both ends, 75% load factor, conductor temperature of 105ºC, and 36" depth of burial. 4) UL Type MV-105 PowerGuard -XL is rated MV-105 in accordance with the UL 1072 Standard. It should be noted that utilizing a 105 ºC normal operating conductor temperature will increase cable ampacity rating but will reduce the shield fault capability slightly. If the user plans on operating these cables at 105ºC conductor temperature for normal operation and 140ºC for emergency overload, please contact American Wire Group for the applicable cable ampacity and shield fault capability ratings. Another important consideration is that the migration of soil moisture away from the cable is more likely at the higher operating conductor temperature and can result in an increase in soil thermal resistivity, resulting in an increase in conductor and soil temperature. 315 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

209 PowerGuard 35kV 100% MV TR-XLPE Aluminum Collection System Cable XLPE Jacket UL MV-105/AEIC CS8-07 Manufactured by Seoul Electric Cable Co., Ltd Item # CONDUCTOR NEUTRAL TREFOIL FLAT 7.5 FLAT SPACED TOUCHING AL Size Size Pos./Neg. Seq 1 Zero Seq 1 Ampacity 1 Pos./Neg Seq 2 Zero Seq 2 Ampacity 2 Pos./Neg Seq 3 Zero Seq 3 Ampacity 3. AWG or Impedence Impedence Trefoil Impedence Impedence Flat Impedence Impedence Flat kcmil (μω/ft) (μω/ft) (amps) (μω/ft) (μω/ft) (amps) (μω/ft) (μω/ft) (amps) ELECTRICAL PROPERTIES A1/0-01UD35GT101X 1/0 Full J J J J J J 233 A1/0-01UD35GT203X 1/0 2/ J J J J J J 234 A1/0-01UD35GT102X 1/0 1/ J J J J J J 234 A1/0-01UD35GT103X 1/0 1/ J J J J J J 234 A2/0-01UD35GT101X 2/0 Full J J J J J J 269 A2/0-01UD35GT203X 2/0 2/ J J J J J J 269 A2/0-01UD35GT102X 2/0 1/ J J J J J J 270 A2/0-01UD35GT103X 2/0 1/ J J J J J J 270 A3/0-01UD35GT101X 3/0 Full J J J J J J 307 A3/0-01UD35GT203X 3/0 2/ J J J J J J 307 A3/0-01UD35GT102X 3/0 1/ J J J J J J 308 A3/0-01UD35GT103X 3/0 1/ J J J J J J 308 A4/0-01UD35GT101X 4/0 Full J J J J J J 351 A4/0-01UD35GT203X 4/0 2/ J J J J J J 352 A4/0-01UD35GT102X 4/0 1/ J J J J J J 353 A4/0-01UD35GT103X 4/0 1/ J J J J J J 354 A250-01UD35GT203X 250 2/ J J J J J J 355 A250-01UD35GT102X 250 1/ J J J J J J 388 A250-01UD35GT103X 250 1/ J J J J J J 389 A250-01UD35GT106X 250 1/ J J J J J J 390 A350-01UD35GT203X 350 2/ J J J J J J 459 A350-01UD35GT102X 350 1/ J J J J J J 462 A350-01UD35GT103X 350 1/ J J J J J J 464 A350-01UD35GT106X 350 1/ J J J J J J 468 A500-01UD35GT203X 500 2/ J J J J J J 552 A500-01UD35GT102X 500 1/ J J J J J J 556 A500-01UD35GT103X 500 1/ J J J J J J 563 A500-01UD35GT106X 500 1/ J J J J J J 571 A750-01UD35GT102X 750 1/ J J J J J J 659 A750-01UD35GT103X 750 1/ J J J J J J 671 A750-01UD35GT106X 750 1/ J J J J J J 689 A750-01UD35GT112X 750 1/ J J J J J J 702 A UD35GT102X / J J J J J J 748 A UD35GT103X / J J J J J J 766 A UD35GT106X / J J J J J J 797 A UD35GT112X / J J J J J J 821 A UD35GT103X / J J J J J J 823 A UD35GT106X / J J J J J J 797 A UD35GT112X / J J J J J J 912 A UD35GT103X / J J J J J J 876 A UD35GT106X / J J J J J J 931 A UD35GT112X / J J J J J J 982 1) Extruded layer thicknesses and insulation and insulation shield diameters are in accordance with ANSI/ICEA S for concentric neutral cables rated 5-46 kv and also meet the requirements of the latest revisions of AEIC CS8. Dimensions and weights not designated as minimum or maximum are nominal values and are subject to manufacturing tolerances. 2) Ampacities based on cables operating in a 3-phase installation with one cable per phase, flat spaced and touching, earth rho of 90ºC-cm/ W, earth ambient of 20ºC, neutral wires grounded at both ends, 75% load factor, conductor temperature of 105ºC, and 36" depth of burial. 3) Ampacities based on cables operating in a 3-phase installation with one cable per phase, flat spaced and touching, earth rho of 90 ºC-cm/W, earth ambient of 20ºC, neutral wires grounded at both ends, 75% load factor, conductor temperature of 105ºC, and 36" depth of burial. 4) UL Type MV-105 PowerGuard -XL is rated MV-105 in accordance with the UL 1072 Standard. It should be noted that utilizing a 105 ºC normal operating conductor temperature will increase cable ampacity rating but will reduce the shield fault capability slightly. If the user plans on operating these cables at 105ºC conductor temperature for normal operation and 140ºC for emergency overload, please contact American Wire Group for the applicable cable ampacity and shield fault capability ratings. Another important consideration is that the migration of soil moisture away from the cable is more likely at the higher operating conductor temperature and can result in an increase in soil thermal resistivity, resulting in an increase in conductor and soil temperature. MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 315 Copyright 2017, American Wire Group, Inc

210 PowerGuard 35kV 100% MV TR-XLPE Aluminum Collection System Cable XLPE Jacket UL MV-105/AEIC CS8-07 Manufactured by Seoul Electric Cable Co., Ltd MEDIUM VOLAGE CABLES Item # Conductor Neutral Conductor Capacitance 10 CYCLES (AMPS) 20 CYCLES (AMPS) 30 CYCLES (AMPS) AL Size Size Resistance (μf/mft) Adiabatic Non Adiabatic Non Adiabatic Non AWG or 20 C μω/mft Adiabatic Adiabatic Adiabatic kcmil CURRENT WITHSTAND A1/0-01UD35GT101X 1/0 Full A1/0-01UD35GT203X 1/0 2/ A1/0-01UD35GT102X 1/0 1/ A1/0-01UD35GT103X 1/0 1/ A2/0-01UD35GT101X 2/0 Full A2/0-01UD35GT203X 2/0 2/ A2/0-01UD35GT102X 2/0 1/ A2/0-01UD35GT103X 2/0 1/ A3/0-01UD35GT101X 3/0 Full A3/0-01UD35GT203X 3/0 2/ A3/0-01UD35GT102X 3/0 1/ A3/0-01UD35GT103X 3/0 1/ A4/0-01UD35GT101X 4/0 Full A4/0-01UD35GT203X 4/0 2/ A4/0-01UD35GT102X 4/0 1/ A4/0-01UD35GT103X 4/0 1/ A250-01UD35GT203X 250 2/ A250-01UD35GT102X 250 1/ A250-01UD35GT103X 250 1/ A250-01UD35GT106X 250 1/ A350-01UD35GT203X 350 2/ A350-01UD35GT102X 350 1/ A350-01UD35GT103X 350 1/ A350-01UD35GT106X 350 1/ A500-01UD35GT203X 500 2/ A500-01UD35GT102X 500 1/ A500-01UD35GT103X 500 1/ A500-01UD35GT106X 500 1/ A750-01UD35GT102X 750 1/ A750-01UD35GT103X 750 1/ A750-01UD35GT106X 750 1/ A750-01UD35GT112X 750 1/ A UD35GT102X / A UD35GT103X / A UD35GT106X / A UD35GT112X / A UD35GT103X / A UD35GT106X / A UD35GT112X / A UD35GT103X / A UD35GT106X / A UD35GT112X / ) Extruded layer thicknesses and insulation and insulation shield diameters are in accordance with ANSI/ICEA S for concentric neutral cables rated 5-46 kv and also meet the requirements of the latest revisions of AEIC CS8. Dimensions and weights not designated as minimum or maximum are nominal values and are subject to manufacturing tolerances. 2) Ampacities based on cables operating in a 3-phase installation with one cable per phase, flat spaced and touching, earth rho of 90ºC-cm/ W, earth ambient of 20ºC, neutral wires grounded at both ends, 75% load factor, conductor temperature of 105ºC, and 36" depth of burial. 3) Ampacities based on cables operating in a 3-phase installation with one cable per phase, flat spaced and touching, earth rho of 90 ºC-cm/W, earth ambient of 20ºC, neutral wires grounded at both ends, 75% load factor, conductor temperature of 105ºC, and 36" depth of burial. 4) UL Type MV-105 PowerGuard -XL is rated MV-105 in accordance with the UL 1072 Standard. It should be noted that utilizing a 105 ºC normal operating conductor temperature will increase cable ampacity rating but will reduce the shield fault capability slightly. If the user plans on operating these cables at 105ºC conductor temperature for normal operation and 140ºC for emergency overload, please contact American Wire Group for the applicable cable ampacity and shield fault capability ratings. Another important consideration is that the migration of soil moisture away from the cable is more likely at the higher operating conductor temperature and can result in an increase in soil thermal resistivity, resulting in an increase in conductor and soil temperature. 315 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

211 PowerGuard 15kV 133% MV TR-XLPE Aluminum Collection System Cable XLPE Jacket UL MV-105/AEIC CS8-07 Applications PowerGuard XL cables are intended for use in wet or dry locations for distribution of single or three phase medium-voltage power. These cables may be installed in ducts or direct buried. Description Single conductor cable with filled strand aluminum conductors, triple extruded dry cured insulation system consisting of a thermosetting semiconducting conductor shield, high dielectric strength PowerGuard XLTRXLPE insulation, thermosetting semiconducting insulation shield, copper concentric neutral wires, water blocking agents, black encapsulating cross-linked polyethylene jacket. Construction Conductor: Class A or B Compressed concentric stranded aluminum alloy 1350 per ASTM B 231. Stranded conductors are water-blocked with conductor filling compound. Conductor Shield: Extruded thermosetting semiconducting shield which is free stripping from the conductor and bonded to the insulation. Insulation: Extruded, unfilled Tree-Retardant Cross-linked Polyethylene (TRXLPE) as defined in ANSI/ICEA S % insulation level. Insulation Shield: Extruded thermosetting semiconducting shield with controlled adhesion to the insulation providing the required balance between electrical integrity and ease of stripping. Metallic Shield: Solid bare copper wires helically applied and uniformly spaced. Water Block: Water-blocking agents applied over the insulation shield and around the neutral wires to resist longitudinal water penetration. Longitudinal water penetration shall be tested in accordance with the latest edition of ICEA T except that the minimum requirement is 15 psig for 1 hour. Jacket: The outer jacket is an extruded-to-fill black non-conducting cross-linked polyethylene jacket, meeting the physical requirements of Table 1 when tested by the methods specified in ANSI/ICEA S The jacket shall be free-stripping and not interfere with an intimate contact between the neutral wires and the underlying extruded insulation shield. The jacket shall contain a print legend marking, sequential length marking and three longitudinal extruded red stripes. Factory Warranty: 20 Years MEDIUM VOLTAGE CABLES Physical Properties of Extruded-to-Fill XLPE Jacket Unaged Tensile Strength, min. (PSI) 1500 Aged* Tensile Strength, min. ret. (%) 70 Unaged Elongated, min. (%) 1500 Aged* Elongated, min. ret. (%) 70 Heat Distortion 1 hr at 131 C, max. (%) 30 *Aged for 168 hrs at 121 C Insulation Temperature Rating Normal 105 C Emergency* 140 C Short Circuit 250 C * Operation at the emergency overload temperature shall not exceed 1500 hours cumulative during the lifetime of the cable. Specifications ASTM B-231 AEIC CS8 ICEA S ICEA T ICEA T as applicable for TRXLPE insulated concentric neutral cable UL-1072 MV-105 Options Copper Conductors Information on this sheet subject to change without notice. 320 Copyright 2017, American Wire Group, Inc

212 PowerGuard 15kV 133% MV TR-XLPE Aluminum Collection System Cable XLPE Jacket UL MV-105/AEIC CS8-07 MEDIUM VOLAGE CABLES Item # Conductor Neutral Neutral Neutral TRXLPE TRXLPE TRXLPE 1 Encap XLPE Encap XLPE Aprox Weight Ampacity Direct Buried Size No. of Nominal Size No. of Size Insulation 1 Insulation 1 Insulation Jacket 1 Jacket 1 Conductor Neutral Net Flat 2 Tre-Foil 3 AWG/ Wires Diameter AWG/ Wires Nominal Minimum Maximum Nominal Nominal (lbs/mft) (lbs/mft) (lbs/mft) kcmil (in) kcmil (mil) Thickness Diameter Diameter Thickness Diameter (mil) (in) (in) (mil) (in) A1/0-01UD15UT100X 1/ Full A1/0-01UD15UT203X 1/ / A1/0-01UD15UT102X 1/ / A1/0-01UD15UT103X 1/ / A2/0-01UD15UT100X 2/ Full A2/0-01UD15UT203X 2/ / A2/0-01UD15UT102X 2/ / A2/0-01UD15UT103X 2/ / A3/0-01UD15UT100X 3/ Full A3/0-01UD15UT203X 3/ / A3/0-01UD15UT102X 3/ / A3/0-01UD15UT103X 3/ / A4/0-01UD15UT100X 4/ Full A4/0-01UD15UT203X 4/ / A4/0-01UD15UT102X 4/ / A4/0-01UD15UT103X 4/ / A250-01UD15UT203X / A250-01UD15UT102X / A250-01UD15UT103X / A250-01UD15UT106X / A350-01UD15UT203X / A350-01UD15UT102X / A350-01UD15UT103X / A350-01UD15UT106X / A500-01UD15UT203X / A500-01UD15UT102X / A500-01UD15UT103X / A500-01UD15UT106X / A750-01UD15UT102X / A750-01UD15UT103X / A750-01UD15UT106X / A750-01UD15UT112X / A UD15UT102X / A UD15UT103X / A UD15UT106X / A UD15UT112X / A UD15UT103X / A UD15UT106X / A UD15UT112X / ) Extruded layer thicknesses and insulation and insulation shield diameters are in accordance with ANSI/ICEA S for concentric neutral cables rated 5-46 kv and also meet the requirements of the latest revisions of AEIC CS8. Dimensions and weights not designated as minimum or maximum are nominal values and are subject to manufacturing tolerances. 2) Ampacities based on cables operating in a 3-phase installation with one cable per phase, flat spaced and touching, earth rho of 90ºC-cm/ W, earth ambient of 20ºC, neutral wires grounded at both ends, 75% load factor, conductor temperature of 105ºC, and 36" depth of burial. 3) Ampacities based on cables operating in a 3-phase installation with one cable per phase, flat spaced and touching, earth rho of 90 ºC-cm/W, earth ambient of 20ºC, neutral wires grounded at both ends, 75% load factor, conductor temperature of 105ºC, and 36" depth of burial. 4) UL Type MV-105 PowerGuard -XL is rated MV-105 in accordance with the UL 1072 Standard. It should be noted that utilizing a 105 ºC normal operating conductor temperature will increase cable ampacity rating but will reduce the shield fault capability slightly. If the user plans on operating these cables at 105ºC conductor temperature for normal operation and 140ºC for emergency overload, please contact Classic Wire and Cable, LLC for the applicable cable ampacity and shield fault capability ratings. Another important consideration is that the migration of soil moisture away from the cable is more likely at the higher operating conductor temperature and can result in an increase in soil thermal resistivity, resulting in an increase in conductor and soil temperature. 320 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

213 PowerGuard 5kV-35kV Aluminum TR-XLPE Tape Shield PVC Jacket UL MV-105/AEIC CS8-07 Manufactured by Seoul Electric Cable Co., Ltd Applications PowerGuard cables are intended for use in wet or dry locations for distribution of single or three phase medium-voltage power. These cables may be installed in ducts or direct buried. Construction Cross-linked semi-conducting conductor shield, insulation and semi-conducting insulation shield are extruded over an aluminum conductor and cured in a single operation. Uncoated copper tape (helically applied) and overlaying black PVC jacket are applied over the cable core. The conductor Class B compressed concentric lay, filled stranded 1350 aluminum. Conductor shield is an extruded semi-conducting thermosetting polymeric stress control layer. Insulation is extruded, TRXLPE (Tree- Retardant Cross-linked Polyethylene). Insulation shield is an extruded semi-conducting thermosetting layer, clean and free-stripping from insulation. The metallic shield is flat uncoated 5-mil-thick copper tape helically applied with minimum 25% overlap. The jacket is sunlight and moisture resistant black, non-conducting PVC (Polyvinyl Chloride). Features Triple-extruded for clean interfaces Dry nitrogen cure for enhanced performance Class 10,000 environment utilized for material handling Excellent moisture resistance High dielectric strength Low dielectric loss Excellent resistance to treeing Clean-stripping insulation shield Sunlight and moisture resistant Approved for CT use 1/0 and larger Standards ANSI/ICEA S UL-1072 MV-105 AEIC CS8 as applicable for TRXLPE (Tree-Retardant Cross-linked Polyethylene) insulated shielded power cable ICEA T CSA Standard C File # Primary Shielded and Concentric Neutral Cable for Distribution Temperature Rating Normal C Emergency* C Short Circuit C *Operation at the emergency overload temperature shall not exceed 1500 hours cumulative during the lifetime of the cable. MEDIUM VOLTAGE CABLES Options Copper conductors CPE (chlorinated polyethylene) Jacket conforming to the requirements specified for chlorinated polyethylene jackets in ICEA. The average thickness shall be in accordance with Table 4-3 of ICEA and the minimum spot thickness shall be not less than 80% of the average thickness Non-filled conductor Compact strand conductor For information on conductor sizes or voltage ratings not shown in the tables, contact your AWG sales representative or . Information on this sheet subject to change without notice. 314 Copyright 2017, American Wire Group, Inc

214 PowerGuard 5kV-35kV Aluminum TR-XLPE Tape Shield PVC Jacket UL MV-105/AEIC CS8-07 Manufactured by Seoul Electric Cable Co., Ltd MEDIUM VOLAGE CABLES Item # Compressed Nominal Diameter Diameter Diameter Diameter Nominal Approx. Approx. Approx. Ampacity 2 Ampacity 2 Conductor Insulation Insulation Insulation 5 mil CU PVC Jacket Weight Weight Weight Direct in Duct Aluminum Thickness Min Max Tape Jacket Thickness AL CU Total Buried Size/No of Wires (mil) (in) 1 (in) 1 (in) 1 (in) 1 (in) 1 (lb/mft) 1 (lb/mft) 1 (lb/mft) Mils TRXLPE 5kV 133% OR 8kV 100% A2-01MV5UT / A1/0-01MV5UT /0 / A2/0-01MV5UT /0 / A3/0-01MV5UT /0 / A4/0-01MV5UT /0 / A250-01MV5UT / A350-01MV5UT / A500-01MV5UT / A750-01MV5UT / A MV5UT / Mils TRXLPE 15kV 100% A2-01MV15GT / A1-01MV15GT / A1/0-01MV15GT /0 / A2/0-01MV15GT /0 / A3/0-01MV15GT /0 / A4/0-01MV15GT /0 / A250-01MV15GT / A350-01MV15GT / A500-01MV15GT / A750-01MV15GT / A MV15GT / Mils TRXLPE 15kV 133% A2-01MV15UT / A1-01MV15UT / A1/0-01MV15UT /0 / A2/0-01MV15UT /0 / A3/0-01MV15UT /0 / A4/0-01MV15UT /0 / A250-01MV15UT / A350-01MV15UT / A500-01MV15UT / A750-01MV15UT / A MV15UT / (1) Extruded layer thicknesses and insulation and insulation shield diameters are in accordance with ANSI/ICEA S for shielded power cables rated 5-46 kv and also meet the requirements of the latest revisions of AEIC CS8. (2) Ampacity based on earth thermal resistivity of 90 C-cm/watt, 105 C conductor temp., 20 C earth ambient temperature, 75% load factor and 36" depth of burial. Values are based on one three-phase circuit, one conductor per phase, in flat adjacent configuration (direct buried) with metallic shield bonded at each end. Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass. 314 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

215 PowerGuard 5kV-35kV Aluminum TR-XLPE Tape Shield PVC Jacket UL MV-105/AEIC CS8-07 Manufactured by Seoul Electric Cable Co., Ltd Item # Compressed Nominal Diameter Diameter Diameter Diameter Nominal Approx. Approx. Approx. Ampacity 2 Ampacity 2 Conductor Insulation Insulation Insulation 5 mil CU PVC Jacket Weight Weight Weight Direct in Duct Aluminum Thickness Min Max Tape Jacket Thickness AL CU Total Buried Size/No of Wires (mil) (in) 1 (in) 1 (in) 1 (in) 1 (in) 1 (lb/mft) 1 (lb/mft) 1 (lb/mft) Mils TRXLPE 25kV 100% A1-01MV25GT / A1/0-01MV25GT /0 / A2/0-01MV25GT /0 / A3/0-01MV25GT /0 / A4/0-01MV25GT /0 / A250-01MV25GT / A350-01MV25GT / A500-01MV25GT / A750-01MV25GT / A MV25GT / Mils TRXLPE 35kV 100% A1/0-01MV35GT /0 / A2/0-01MV35GT /0 / A3/0-01MV35GT /0 / A4/0-01MV35GT /0 / A250-01MV35GT / A350-01MV35GT / A500-01MV35GT / A750-01MV35GT / A MV35GT / Mils TRXLPE 35kV 133% A1/0-01MV35UT /0 / A2/0-01MV35UT /0 / A3/0-01MV35UT /0 / A4/0-01MV35UT /0 / A250-01MV35UT / A350-01MV35UT / A500-01MV35UT / A750-01MV35UT / A MV35UT / (1) Extruded layer thicknesses and insulation and insulation shield diameters are in accordance with ANSI/ICEA S for shielded power cables rated 5-46 kv and also meet the requirements of the latest revisions of AEIC CS8. (2) Ampacity based on earth thermal resistivity of 90 C-cm/watt, 105 C conductor temp., 20 C earth ambient temperature, 75% load factor and 36" depth of burial. Values are based on one three-phase circuit, one conductor per phase, in flat adjacent configuration (direct buried) with metallic shield bonded at each end. Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass. MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 314 Copyright 2017, American Wire Group, Inc

216 NOTES MEDIUM VOLAGE CABLES

217 PowerGuard 5kV-35kV Copper 3-Conductor TR-XLPE Tape Shield w/ground PVC Jacket UL MV-105/AEIC CS8-07 Applications Medium voltage power cables offer an economical, rugged and reliable alternative to labor-intensive cable in conduit wiring methods. Installed on metal racks, troughs, in raceways, in cable trays or secured to supports spaced not more than six feet apart. Installed in both exposed and concealed work, wet or dry locations, directly buried. Construction Conductor: Class A or B Compressed concentric stranded aluminum alloy 1350 per ASTM B 231. Stranded conductors are water-blocked with conductor filling compound. Conductor Shield: Extruded thermosetting semiconducting shield which is free stripping from the conductor and bonded to the insulation Insulation: Extruded, Tree-Retardant Cross-linked Polyethylene (TRXLPE) as defined in ANSI/ICEA S Insulation Shield: Extruded thermosetting semiconducting shield with controlled adhesion to the insulation providing the required balance between electrical integrity and ease of stripping. Metallic Shield:The metallic shield is flat uncoated 5-mil thick copper tape helically applied with minimum 20% overlap. A Mylar ribbon is longitudinally applied under the copper tape shield for phase identification - 1C w/red, 1C w/blue, and 1C w/none. Grounding Conductors: Three bare stranded copper conductor, one in each interstice. Fillers: Non hydroscopic fillers, forming a firm and cylindrical cable core. Binder Tape: A binder tape is applied to maintain core symmetry and mechanical stability. Jacket: Black, sunlight resistant, flame retardant PVC jacket tightly applied over the binder tape. Standards AEIC CS8, Specifications for Shielded Power Cable, 5-46kV ICEA S , 5-46 kv Shielded Power Cable ICEA S , Utility Shielded Power Cable Rated 5-46 kv UL 1072 MV-105 IEEE- IEEE 383 Flame Test For 105 C continuous, 140 C emergency, 250 C short-circuit operation. CSA Standard C File # Primary Shielded and Concentric Neutral Cable for Distribution NOTES: Ampacities are based on three phase operation In Duct (2011 NEC Table (B)(80): Three-conductor cable in plastic duct, direct-buried, 90 C conductor temperature, 20 C ambient temperature, earth RHO of 90 C-cm/Watt, and 100% load factor, and shields short-circuited. Isolated in Air (2011 NEC Table (B)(72)): Three-conductor cable, 90 C conductor temperature, and 40 C ambient temperature, and shields grounded at one point only. In Cable Tray: Per 2011 NEC (B)(1)(b), for single conductor cables, sizes 1/0 AWG and larger, installed in a single layer in an uncovered table tray, with a maintained space of not less than one cable diameter between individual conductors, the ampacities shall not exceed the allowable ampacities stated in 2011 NEC Table (B)(72) (Aluminum), Isolated in Air values noted above. MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 316 Copyright 2017, American Wire Group, Inc

218 PowerGuard 5kV-35kV Copper 3-Conductor TR-XLPE Tape Shield w/ground PVC Jacket UL MV-105/AEIC CS8-07 MEDIUM VOLAGE CABLES Item # Size Insulation No. of Size of Conductor Insulation Insulation Overall Approx. Minimum Ampacity Ampacity AWG Thickness Ground Ground Diameter Diameter Shield Jacket Weight Bending 90 C 90 C or (mil) Wires Wires (in) (in) (in) (in) (lb/mft) Radius in Duct in Air KCMIL (in) 5kV Copper 100% 4-03MV5GT MV5GT MV5GT /0-03MV5GT / /0-03MV5GT / /0-03MV5GT / /0-03MV5GT / MV5GT MV5GT MV5GT MV5GT MV5GT kV Copper 133% 4-03MV5UT MV5UT MV5UT /0-03MV5UT / /0-03MV5UT / /0-03MV5UT / /0-03MV5UT / MV5UT MV5UT MV5UT MV5UT MV5UT kV Copper 100% 4-03MV8GT MV8GT MV8GT /0-03MV8GT / /0-03MV8GT / /0-03MV8GT / /0-03MV8GT / MV8GT MV8GT MV8GT MV8GT MV8GT Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

219 PowerGuard 5kV-35kV Copper 3-Conductor TR-XLPE Tape Shield w/ground PVC Jacket UL MV-105/AEIC CS8-07 Item # Size Insulation No. of Size of Conductor Insulation Insulation Overall Approx. Minimum Ampacity Ampacity AWG Thickness Ground Ground Diameter Diameter Shield Jacket Weight Bending 90 C 90 C or (mil) Wires Wires (in) (in) (in) (in) (lb/mft) Radius in Duct in Air KCMIL (in) 8kV Copper 133% 2-03MV8UT MV8UT /0-03MV8UT / /0-03MV8UT / /0-03MV8UT / /0-03MV8UT / MV8UT MV8UT MV8UT MV8UT MV8UT kV Copper 100% 2-03MV15GT MV15GT /0-03MV15GT / /0-03MV15GT / /0-03MV15GT / /0-03MV15GT / MV15GT MV15GT MV15GT MV15GT MV15GT kV Copper 133% 2-03MV15UT MV15UT /0-03MV15UT / /0-03MV15UT / /0-03MV15UT / /0-03MV15UT / MV15UT MV15UT MV15UT MV15UT MV15UT MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 316 Copyright 2017, American Wire Group, Inc

220 PowerGuard 5kV-35kV Copper 3-Conductor TR-XLPE Tape Shield w/ground PVC Jacket UL MV-105/AEIC CS8-07 MEDIUM VOLAGE CABLES Item # Size Insulation No. of Size of Conductor Insulation Insulation Overall Approx. Minimum Ampacity Ampacity AWG Thickness Ground Ground Diameter Diameter Shield Jacket Weight Bending 90 C 90 C or (mil) Wires Wires (in) (in) (in) (in) (lb/mft) Radius in Duct in Air KCMIL (in) 25kV Copper 100% 1-03MV25GT /0-03MV25GT / /0-03MV25GT / /0-03MV25GT / /0-03MV25GT / MV25GT MV25GT MV25GT MV25GT MV25GT kV Copper 133% 1/0-03MV25UT / /0-03MV25UT / /0-03MV25UT / /0-03MV25UT / MV25UT MV25UT MV25UT kV Copper 100% 1/0-03MV35GT / /0-03MV35GT / /0-03MV35GT / /0-03MV35GT / MV35GT MV35GT MV35GT kV Copper 133% 1/0-03MV35UT / /0-03MV35UT / /0-03MV35UT / /0-03MV35UT / MV35UT MV35UT MV35UT Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

221 PowerGuard 5kV-35kV Aluminum 3-Conductor TR-XLPE Tape Shield w/ground PVC Jacket UL MV-105/AEIC CS8-07 Applications Medium-Voltage power cables offer an economical, rugged and reliable alternative to labor-intensive cable in conduit wiring methods. Installed on metal racks, troughs, in raceways, in cable trays or secured to supports spaced not more than six feet apart. Installed in both exposed and concealed work, wet or dry locations, directly buried. Construction Conductor: Class A or B Compressed concentric stranded aluminum alloy 1350 per ASTM B 231. Stranded conductors are water-blocked with conductor filling compound. Conductor Shield: Extruded thermosetting semiconducting shield which is free stripping from the conductor and bonded to the insulation Insulation: Extruded, Tree-Retardant Cross-linked Polyethylene (TRXLPE) as defined in ANSI/ICEA S Insulation Shield: Extruded thermosetting semiconducting shield with controlled adhesion to the insulation providing the required balance between electrical integrity and ease of stripping. Metallic Shield:The metallic shield is flat uncoated 5-mil thick copper tape helically applied with minimum 20% overlap. A Mylar ribbon is longitudinally applied under the copper tape shield for phase identification - 1C w/red, 1C w/blue, and 1C w/none. Grounding Conductors: Three bare stranded copper conductor, one in each interstice. Fillers: Non hydroscopic fillers, forming a firm and cylindrical cable core. Binder Tape: A binder tape is applied to maintain core symmetry and mechanical stability. Jacket: Black, sunlight resistant, flame retardant PVC jacket tightly applied over the binder tape. Standards AEIC CS8, Specifications for Shielded Power Cable, 5-46kV ICEA S , 5-46 kv Shielded Power Cable ICEA S , Utility Shielded Power Cable Rated 5-46 kv UL 1072 MV-105 IEEE- IEEE 383 Flame Test For 105 C continuous, 140 C emergency, 250 C short-circuit operation. CSA Standard C File # Primary Shielded and Concentric Neutral Cable for Distribution NOTES: Ampacities are based on three Phase Operation In Duct (2011 NEC Table (B)(80): Three-conductor cable in plastic duct, direct-buried, 90 C conductor temperature, 20 C ambient temperature, earth RHO of 90 C-cm/Watt, and 100% load factor, and shields short-circuited. Isolated in Air (2011 NEC Table (B)(72)): Three-conductor cable, 90 C conductor temperature, and 40 C ambient temperature, and shields grounded at one point only. In Cable Tray: Per 2011 NEC (B)(1)(b), for single conductor cables, sizes 1/0 AWG and larger, installed in a single layer in an uncovered table tray, with a maintained space of not less than one cable diameter between individual conductors, the ampacities shall not exceed the allowable ampacities stated in 2011 NEC Table (B)(72) (Aluminum), Isolated in Air values noted above. MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 317 Copyright 2017, American Wire Group, Inc

222 PowerGuard 5kV-35kV Aluminum 3-Conductor TR-XLPE Tape Shield w/ground PVC Jacket UL MV-105/AEIC CS8-07 MEDIUM VOLAGE CABLES Item # Size Insulation No. of Size of Conductor Insulation Insulation Overall Approx. Minimum Ampacity Ampacity AWG Thickness Ground Ground Diameter Diameter Shield Jacket Weight Bending 90 C 90 C or (mil) Wires Wires (in) (in) (in) (in) (lb/mft) Radius in Duct in Air KCMIL (in) 5kV Aluminum 100% A4-03MV5GT A2-03MV5GT A1-03MV5GT A1/0-03MV5GT / A2/0-03MV5GT / A3/0-03MV5GT / A4/0-03MV5GT / A250-03MV5GT A350-03MV5GT A500-03MV5GT A750-03MV5GT A MV5GT kV Aluminum 133% A4-03MV5UT A2-03MV5UT A1-03MV5UT A1/0-03MV5UT / A2/0-03MV5UT / A3/0-03MV5UT / A4/0-03MV5UT / A250-03MV5UT A350-03MV5UT A500-03MV5UT A750-03MV5UT A MV5UT kV Aluminum 100% A4-03MV8GT A2-03MV8GT A1-03MV8GT A1/0-03MV8GT / A2/0-03MV8GT / A3/0-03MV8GT / A4/0-03MV8GT / A250-03MV8GT A350-03MV8GT A500-03MV8GT A750-03MV8GT A MV8GT Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

223 PowerGuard 5kV-35kV Aluminum 3-Conductor TR-XLPE Tape Shield w/ground PVC Jacket UL MV-105/AEIC CS8-07 Item # Size Insulation No. of Size of Conductor Insulation Insulation Overall Approx. Minimum Ampacity Ampacity AWG Thickness Ground Ground Diameter Diameter Shield Jacket Weight Bending 90 C 90 C or (mil) Wires Wires (in) (in) (in) (in) (lb/mft) Radius in Duct in Air KCMIL (in) 8kV Aluminum 133% A2-03MV8UT A1-03MV8UT A1/0-03MV8UT / A2/0-03MV8UT / A3/0-03MV8UT / A4/0-03MV8UT / A250-03MV8UT A350-03MV8UT A500-03MV8UT A750-03MV8UT A MV8UT kV Aluminum 100% A2-03MV15GT A1-03MV15GT A1/0-03MV15GT / A2/0-03MV15GT / A3/0-03MV15GT / A4/0-03MV15GT / A250-03MV15GT A350-03MV15GT A500-03MV15GT A750-03MV15GT A MV15GT kV Aluminum 133% A2-03MV15UT A1-03MV15UT A1/0-03MV15UT / A2/0-03MV15UT / A3/0-03MV15UT / A4/0-03MV15UT / A250-03MV15UT A350-03MV15UT A500-03MV15UT A750-03MV15UT A MV15UT MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 317 Copyright 2017, American Wire Group, Inc

224 PowerGuard 5kV-35kV Aluminum 3-Conductor TR-XLPE Tape Shield w/ground PVC Jacket UL MV-105/AEIC CS8-07 MEDIUM VOLAGE CABLES Item # Size Insulation No. of Size of Conductor Insulation Insulation Overall Approx. Minimum Ampacity Ampacity AWG Thickness Ground Ground Diameter Diameter Shield Jacket Weight Bending 90 C 90 C or (mil) Wires Wires (in) (in) (in) (in) (lb/mft) Radius in Duct in Air KCMIL (in) 25kV Aluminum 100% A1-03MV25GT A1/0-03MV25GT / A2/0-03MV25GT / A3/0-03MV25GT / A4/0-03MV25GT / A250-03MV25GT A350-03MV25GT A500-03MV25GT A750-03MV25GT A MV25GT kV Aluminum 133% A1/0-03MV25UT / A2/0-03MV25UT / A3/0-03MV25UT / A4/0-03MV25UT / A250-03MV25UT A350-03MV25UT A500-03MV25UT kV Aluminum 100% A1/0-03MV35GT / A2/0-03MV35GT / A3/0-03MV35GT / A4/0-03MV35GT / A250-03MV35GT A350-03MV35GT A500-03MV35GT kV Aluminum 133% A1/0-03MV35UT / A2/0-03MV35UT / A3/0-03MV35UT / A4/0-03MV35UT / A250-03MV35UT A350-03MV35UT A500-03MV35UT Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

225 PowerGuard 15kV 133% Shielded Power Cable AL Conductor 220 mils EPR Copper Tape PVC Jacket MV-105 Applications For installation in tray, trough, conduit, ducts, aerial and direct buried as allowed by the NEC. The cables can be used in main feeder, distribution, and branch circuits for industrial, commercial and electric utility installations. They may operate continuously in wet or dry locations at conductor temperatures not exceeding 105 C, at not more than 140 C. for emergency overload conditions and 250 C during short circuits. Suitable for systems rated 15 kv 100% insulation level (grounded systems). Suitable for Direct Burial. Sunlight Resistant. Construction Aluminum concentrically stranded compressed conductor; triple single head extruded conductor shield, EPR (ethylene propylene rubber) insulation and easy strippable insulation shield, all dry cured; bare copper tape shielded; surface printed black PVC jacket. Standards National Electrical Code (NEC) UL-1072 MV-105 ICEA S /NEMA WC74 ICEA S AEIC CS8 UL listed as Type MV-105 for use in accordance with NEC Sizes 1/0 AWG and larger are listed and marked Sunlight-Resistant FOR CT USE in accordance with NEC Notes Ampacities are based on the NEC. Cable Tray: Three single cables, installed in uncovered cable tray in accordance with NEC Section ; operating at 105 C conductor, at an ambient temperature of 40 C. Buried Duct: Three cables per duct operating at 105 C conductor, 20 C ground ambient, earth ρ = 90, 100% load factor. Conduit in Air: Three cables per isolated conduit in air at 40 C; operating at 105 C conductor (NEC Table ). Item # Size/AWG Insulation Conductor Insulation Overall Approx. Insulation Ampacity Ampacity Thickness Diameter Diameter Diameter Weight Shield (Amps) (Amps) (in) (in) (in) (in) lb/mft (in) 105 C 105C in Duct in Air A2-01PC15EPPU A1/0-01PC15EPPU2 1/ A2/0-01PC15EPPU2 2/ A4/0-01PC15EPPU2 4/ A250-01PC15EPPU A350-01PC15EPPU A500-01PC15EPPU A750-01PC15EPPU A PC15EPPU MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 319 Copyright 2017, American Wire Group, Inc

226 NOTES MEDIUM VOLAGE CABLES

227 PowerGuard Testing Recommendations June 7, 2016 Regarding field testing cables for commissioning, we recommend the VLF Testing in Accordance to IEEE 400: IEEE Guide for Field Testing and Evaluation of the Insulation of Shielded Power Cable Systems in accordance to Table 1 IEEE400.2 VLF Test Voltage Levels for Sinusoidal, Cosine-Rectangular. Voltage Peak values are shown in brackets for Cosine-Rectangular and Squarewave. The most important application part of the new IEEE400.2 cable testing guide is the Table 1 below that shows the recommended VLF Hipot voltage testing levels for the various medium voltage cable ratings for both new (Acceptance and Installation Testing) and old (Maintenance Testing) cable installations. This is a Pass/Fail type test, the cable either withstands the specified test voltage or it does not. The IEEE400 defines types of field tests: Installation Test This test is conducted after the installation of the cable but before the installation ofaccessories like the splices and terminations. Its purpose is to detect any transport, manufacturing, storage or installation defects. Acceptance Test This test is performed after the installation of the accessories, but before energization ofthe cable. It checks for installation defects of the complete cable system, as well as defects as a result of shipping, manufacturing or storage. Test Frequency VLF test frequency is 0.1Hz of a testing of 30 minutes. Cable Rating Installation Test Acceptance Test Maintenance Test phase to phase phase to ground phase to ground phase to ground (RMS) kv rms kv rms (or peak) kv rms (or peak) kv rms (or peak) 5 9 (13) 10 (14) 7 (10) 8 11 (16) 13 (18) 10 (14) (25) 20 (28) 16 (22) (38) 31 (44) 23 (33) (55) 44 (62) 33 (47) MEDIUM VOLTAGE CABLES Information on this sheet subject to change without notice. 321 Copyright 2017, American Wire Group, Inc

228 MEDIUM VOLAGE CABLES

229 ARMORED CABLES Table of Contents UL Type MC Two Conductor Aluminum with Ground PVC Jacket 600V UL Type MC Three Conductor Aluminum with Ground PVC Jacket 600V UL Type MC Four Conductor Aluminum with Ground PVC Jacket 600V UL Type MC Two Conductor Aluminum with Ground PVC Jacket 2kV PowerGuard Armored Copper Three Conductor 5kV-35kV PowerGuard Armored Aluminum Three Conductor 5kV-35kV Continuously Corrugated Welded Armored Power Cable, FR-XLP Insulation (XHHW-2), 600V/1kV, Type MC-HL 1/C Continuously Corrugated Welded Armored Power Cable, FR-XLP Insulation (XHHW-2), 600V/1kV, Type MC-HL 2/C Continuously Corrugated Welded Armored Power Cable, FR-XLP Insulation (XHHW-2), 600V/1kV, Type MC-HL 3/C Continuously Corrugated Welded Armored Power Cable, FR-XLP Insulation (XHHW-2), 600V/1kV, Type MC-HL 4/C Continuously Corrugated Welded Armored Power Cable, FR-XLP Insulation (XHHW-2), 600V/1kV, Type MC-HL 5/C UL Type MC Copper Conductor with Ground PVC Jacket 600V ARMORED CABLES Information on this sheet subject to change without notice. 900 Copyright 2017, American Wire Group, Inc

230 NOTES ARMORED CABLES

231 UL Type MC Two Conductor Aluminum with Ground PVC Jacket 600V Applications MC Cable is approved for use in many applications including direct burial, use in cable tray and outdoor exposure. The PVC jacket is free of harmful heavy metals in compliance with RoHS, Directive 2002/95/EC. Run from the combiner box to the inverter Suitable for rooftop solar applications Outdoors In wet locations (Type XHHW-2, or RHW-2 conductors) Direct buried Encased in concrete Hazardous locations Strong, but lightweight alloy armor resists damage Suitable for wet locations, direct burial, encased in concrete and other uses per the NEC More flexible than conduit Factory tested engineered product that protects conductors from damage during installation Meets or exceeds requirements of the NEC, as well as applicable UL Standards. Construction Stranded Aluminum alloy (AA8000) compacted conductor, Class B stranding, per ASTM B 801. Flame retardant thermoset crosslinked polyethylene (XLPE) insulation. Grounding is one bare aluminum alloy (AA-8000) compacted stranded conductor. Phase and grounding conductors are cabled together with binder tape. Aluminum interlocked armor, applied over the binder tape and a longitudinal marker tape, for ID, when unjacketed. Black sunlight resistant and flame retardant polyvinyl chloride (PVC) compound jacket. Standards Single conductors are rated XHHW-2 600V, and CT Use 1/0 AWG and larger. Additional UL Type PV available upon request. Aluminum armor is rated for Direct Burial, using 6 AWG and larger conductors, with overall jacket UL Type MC-HL available upon request of purchaser where cable is approved for use in certain hazardous locations as permitted in Articles 501, 502, 503 and 504 UL 1569, Metal Clad Cables UL 44, Rubber-Insulated wires and cables ICEA S Standard for Non-shielded Power Cables Rated 2000 volts or less Item # Conductor Grounding Cable Cable Cable Cable Size Conductor Diameter Diameter Diameter Weight AWG/ AWG/ Under Armor Over Armor Over PVC (lb/mft) kcmil kcmil (in) (in) Jacket (in) A6-02AIA-WG-600V A4-02AIA-WG-600V A2-02AIA-WG-600V A1-02AIA-WG-600V A1/0-02AIA-WG-600V 1/ A2/0-02AIA-WG-600V 2/ A3/0-02AIA-WG-600V 3/ A4/0-02AIA-WG-600V 4/ A250-02AIA-WG-600V A300-02AIA-WG-600V A350-02AIA-WG-600V A400-02AIA-WG-600V A500-02AIA-WG-600V A750-02AIA-WG-600V 750 1/ Data is approximate and subject to normal manufacturing tolerances. For sizes not listed above please contact sales. ARMORED CABLES Information on this sheet subject to change without notice. 236 Copyright 2017, American Wire Group, Inc

232 NOTES ARMORED CABLES.

233 UL Type MC Three Conductor Aluminum with Ground PVC Jacket 600V Applications MC Cable is approved for use in many applications including direct burial, use in cable tray and outdoor exposure. The PVC jacket is free of harmful heavy metals in compliance with RoHS, Directive 2002/95/EC. Run from the combiner box to the inverter Suitable for rooftop solar applications Outdoors In wet locations (Type XHHW-2, or RHW-2 conductors) Direct buried Encased in concrete Hazardous locations Strong, but lightweight alloy armor resists damage Suitable for wet locations, direct burial, encased in concrete and other uses per the NEC More flexible than conduit Factory tested engineered product that protects conductors from damage during installation Meets or exceeds requirements of the NEC, as well as applicable UL Standards Construction Stranded Aluminum alloy (AA8000) compacted conductor, Class B stranding, per ASTM B 801. Flame retardant thermoset crosslinked polyethylene (XLPE) insulation. Grounding is one bare aluminum alloy (AA-8000)compacted stranded conductor. Phase and grounding conductors are cabled together with binder tape. Aluminum interlocked armor, applied over the binder tape and a longitudinal marker tape, for ID, when unjacketed. Black sunlight resistant and flame retardant polyvinyl chloride (PVC) compound jacket. Specifications Single conductors are rated XHHW-2 600V, and CT Use 1/0 AWG and larger. Additional UL Type PV available upon request. Aluminum armor is rated for Direct Burial, using 6 AWG and larger conductors, with overall jacket UL Type MC-HL available upon request of purchaser where cable is approved for use in certain hazardous locations as permitted in Articles 501, 502, 503 and 504 UL 1569, Metal Clad Cables UL 44, Rubber-Insulated wires and cables ICEA S Standard for Non-shielded Power Cables Rated 2000 volts or less Item # Conductor Grounding Cable Cable Cable Cable Size Conductor Diameter Diameter Diameter Weight AWG/ AWG/ Under Armor Over Armor Over PVC (lb/mft) kcmil kcmil (in) (in) Jacket (in) A4-03AIA-WG-600V A2-03AIA-WG-600V A1-03AIA-WG-600V A1/0-03AIA-WG-600V 1/ A2/0-03AIA-WG-600V 2/ A3/0-03AIA-WG-600V 3/ A40-03AIA-WG-600V A250-03AIA-WG-600V A300-03AIA-WG-600V A350-03AIA-WG-600V A400-03AIA-WG-600V A500-03AIA-WG-600V A600-03AIA-WG-600V A700-03AIA-WG-600V 700 1/ A750-03AIA-WG-600V 750 1/ A900-03AIA-WG-600V Data is approximate and subject to normal manufacturing tolerances. For sizes not listed above please contact sales. ARMORED CABLES Information on this sheet subject to change without notice. 237 Copyright 2017, American Wire Group, Inc

234 NOTES ARMORED CABLES

235 UL Type MC Four Conductor Aluminum with Ground PVC Jacket 600V Applications MC Cable is approved for use in many applications including direct burial, use in cable tray and outdoor exposure. The PVC jacket is free of harmful heavy metals in compliance with RoHS, Directive 2002/95/EC. Run from the combiner box to the inverter Suitable for rooftop solar applications Outdoors In wet locations (Type XHHW-2, or RHW-2 conductors) Direct buried Encased in concrete Hazardous locations Strong, but lightweight alloy armor resists damage Suitable for wet locations, direct burial, encased in concrete and other uses per the NEC More flexible than conduit Factory tested engineered product that protects conductors from damage during installation Meets or exceeds requirements of the NEC, as well as applicable UL Standards Construction Stranded Aluminum alloy (AA8000) compacted conductor, Class B stranding, per ASTM B 801. Flame retardant thermoset crosslinked polyethylene (XLPE) insulation. Grounding is one bare aluminum alloy (AA-8000) compacted stranded conductor. Phase and grounding conductors are cabled together with binder tape. Aluminum interlocked armor, applied over the binder tape and a longitudinal marker tape, for ID, when unjacketed. Black sunlight resistant and flame retardant polyvinyl chloride (PVC) compound jacket. Specifications Single conductors are rated XHHW-2 600V, and CT Use 1/0 AWG and larger. Additional UL Type PV available upon request. Aluminum armor is rated for Direct Burial, using 6 AWG and larger conductors, with overall jacket UL Type MC-HL available upon request of purchaser where cable is approved for use in certain hazardous locations as permitted in Articles 501, 502, 503 and 504 UL 1569, Metal Clad Cables UL 44, Rubber-Insulated wires and cables ICEA S Standard for Non-shielded Power Cables Rated 2000 volts or less Item # Conductor Grounding Cable Cable Cable Cable Size Conductor Diameter Diameter Diameter Weight AWG/ AWG/ Under Armor Over Armor Over PVC (lb/mft) kcmil kcmil (in) (in) Jacket (in) A6-04AIA-WG-600V A4-04AIA-WG-600V A2-04AIA-WG-600V A1-04AIA-WG-600V A1/0-04AIA-WG-600V 1/ A2/0-04AIA-WG-600V 2/ A3/0-04AIA-WG-600V 3/ A40-04AIA-WG-600V 4/ A250-04AIAWG-600V A300-04AIAWG-600V A350-04AIAWG-600V 350 1/ A400-04AIAWG-600V 400 1/ A500-04AIAWG-600V 500 2/ A600-04AIAWG-600V A700-04AIAWG-600V 700 2/ A750-04AIAWG-600V A700-04AIAWG-600V 700 2/ A750-04AIAWG-600V 750 3/ A750-04AIAWG-600V A900-04AIAWG-600V A900-04AIAWG-600V Data is approximate and subject to normal manufacturing tolerances. For sizes not listed above please contact sales. ARMORED CABLES Information on this sheet subject to change without notice. 238 Copyright 2017, American Wire Group, Inc

236 ARMORED CABLES

237 UL Type MC Two Conductor Aluminum with Ground PVC Jacket 2kV Applications MC Cable is approved for use in many applications including direct burial, use in cable tray and outdoor exposure. The PVC jacket is free of harmful heavy metals in compliance with RoHS, Directive 2002/95/EC. Run from the combiner box to the inverter Suitable for rooftop solar applications Outdoors In wet locations (Type XHHW-2, or RHW-2 conductors) Direct buried Encased in concrete Hazardous locations Strong, but lightweight alloy armor resists damage Suitable for wet locations, direct burial, encased in concrete and other uses per the NEC More flexible than conduit Factory tested engineered product that protects conductors from damage during installation Meets or exceeds requirements of the NEC, as well as applicable UL Standards. Construction Stranded Aluminum alloy (AA8000) compacted conductor, Class B stranding, per ASTM B 801. Flame retardant thermoset crosslinked polyethylene (XLPE) insulation. Grounding is one bare aluminum alloy (AA-8000)compacted stranded conductor. Phase and grounding conductors are cabled together with binder tape. Aluminum interlocked armor, applied over the binder tape and a longitudinal marker tape, for ID, when unjacketed. Black sunlight resistant and flame retardant polyvinyl chloride (PVC) compound jacket. Specifications Single conductors are rated XHHW-2 600V, and CT Use 1/0 AWG and larger. Additional UL Type PV available upon request. Aluminum armor is rated for Direct Burial, using 6 AWG and larger conductors, with overall jacket UL Type MC-HL available upon request of purchaser where cable is approved for use in certain hazardous locations as permitted in Articles 501, 502, 503 and 504 UL 1569, Metal Clad Cables UL 44, Rubber-Insulated wires and cables ICEA S Standard for Non-shielded Power Cables Rated 2000 volts or less Item # Conductor Grounding Cable Cable Cable Cable Size Conductor Diameter Diameter Diameter Weight AWG/ AWG/ Under Armor Over Armor Over PVC (lb/mft) kcmil kcmil (in) (in) Jacket (in) A6-02AIA-WG-2KV A4-02AIA-WG-2KV A2-02AIA-WG-2KV A1-02AIA-WG-2KV A1/0-02AIA-WG-2KV 1/ A2/0-02AIA-WG-2KV 2/ A3/0-02AIA-WG-2KV 3/ A4/0-02AIA-WG-2KV 4/ A250-02AIA-WG-2KV A300-02AIA-WG-2KV A350-02AIA-WG-2KV A400-02AIA-WG-2KV A500-02AIA-WG-2KV A750-02AIA-WG-2KV 750 1/ Data is approximate and subject to normal manufacturing tolerances. For sizes not listed above please contact sales. ARMORED CABLES Information on this sheet subject to change without notice. 235 Copyright 2017, American Wire Group, Inc

238 NOTES ARMORED CABLES

239 PowerGuard Armored 5kV-35kV Copper 3/C with Copper Ground Wire TR-XLPE Insulation Copper Tape Shield AIA PVC Jacket UL Type MV-105 or MC, AEIC CS8 Applications Armored Medium-Voltage power cables offer an economical, rugged and reliable alternative to labor-intensive cable in conduit wiring methods Installed on metal racks, troughs, in raceways, in cable trays or secured to supports spaced not more than six feet apart Installed in both exposed and concealed work, wet or dry locations, directly buried or embedded in concrete Construction Conductor: Class A or B Compressed concentric stranded copper conductor. Optional water-blocking. Conductor Shield: Extruded thermosetting semiconducting shield which is free stripping from the conductor and bonded to the insulation Insulation: Extruded, unfilled Tree-Retardant Cross-linked Polyethylene (TRXLPE) as defined in ANSI/ICEA S Insulation Shield: Extruded thermosetting semiconducting shield with controlled adhesion to the insulation providing the required balance between electrical integrity and ease of stripping. Metallic Shield:The metallic shield is flat uncoated 5-mil thick copper tape helically applied with minimum 20% overlap Ground Wire: Three bare copper ground wires placed at the interstice of the conductor. Fillers: Non hydroscopic fillers, forming a firm and cylindrical cable core. Binder Tape: A binder tape is applied to maintain core symmetry and mechanical stability. Armor: Aluminum Interlocked Armor applied over the binder tape of the cable core Jacket: Black, sunlight resistant, flame retardant PVC jacket Specifications AEIC CS8, Specifications for Shielded Power Cable, 5-46kV ICEA S , 5-46 kv Shielded Power Cable ICEA S , Utility Shielded Power Cable Rated 5-46kV UL-1072 MV-105 UL-1569, Metal Clad Cables IEEE 383 Flame Test For 105 C continuous, 140 C emergency, 250 C short-circuit operation. UL MC-HL available upon request NOTES: The above dimensions are approximate and subject to normal manufacturing tolerances. Ampacities are based on the following: Three Phase Operation In Duct (2011 NEC Table (C)(80): Three-conductor cable in plastic duct, direct-buried, 105 C conductor temperature, 20 C ambient temperature, earth RHO of 90 C-cm/Watt, and 100% load factor, and shields shortcircuited. Isolated in Air (2011 NEC Table (C)(72)): Three-conductor cable, 105 C conductor temperature, and 40 C ambient temperature, and shields grounded at one point only. In Cable Tray: per 2011 NEC (B)(1)(b)3, for single conductor cables, sizes 1/0 AWG and larger, installed in a single layer in an uncovered table tray, with a maintained space of not less than one cable diameter between individual conductors, the ampacities shall not exceed the allowable ampacities stated in 2011 NEC Table (C)(72) (Aluminum), Isolated in Air values noted above. Insulated cables are capable of operating at 105 C. However, the maximum operating temperature of the cable should be based on the maximum operating temperature of the cable accessories to be used. ARMORED CABLES Information on this sheet subject to change without notice. 903 Copyright 2017, American Wire Group, Inc

240 PowerGuard Armored 5kV-35kV Copper 3/C with Copper Ground Wire TR-XLPE Insulation Copper Tape Shield AIA PVC Jacket UL Type MV-105 or MC, AEIC CS8 ARMORED CABLES Item # Size Insulation No. of Size of Conductor Insulation Insulation Overall Approx. Minimum Ampacity Ampacity AWG Thickness Ground Ground Diameter Diameter Shield Jacket Weight Bending 90 C 90 C or (mil) Wires Wires (in) (in) (in) (in) (lb/mft) Radius in Duct in Air KCMIL (in) 5kV Copper 100% 2-03AIAPC5GT AIAPC5GT /0-03AIAPC5GT105 1/ /0-03AIAPC5GT105 2/ /0-03AIAPC5GT105 3/ /0-03AIAPC5GT105 4/ AIAPC5GT AIAPC5GT AIAPC5GT AIAPC5GT AIAPC5GT kV Copper 133% 4-03AIAPC5UT AIAPC5UT AIAPC5UT /0-03AIAPC5UT105 1/ /0-03AIAPC5UT105 2/ /0-03AIAPC5UT105 3/ /0-03AIAPC5UT105 4/ AIAPC5UT AIAPC5UT AIAPC5UT AIAPC5UT AIAPC5UT kV Copper 100% 4-03AIAPC8GT AIAPC8GT AIAPC8GT /0-03AIAPC8GT105 1/ /0-03AIAPC8GT105 2/ /0-03AIAPC8GT105 3/ /0-03AIAPC8GT105 4/ AIAPC8GT AIAPC8GT AIAPC8GT AIAPC8GT AIAPC8GT Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

241 PowerGuard Armored 5kV-35kV Copper 3/C with Copper Ground Wire TR-XLPE Insulation Copper Tape Shield AIA PVC Jacket UL Type MV-105 or MC, AEIC CS8 Item # Size Insulation No. of Size of Conductor Insulation Insulation Overall Approx. Minimum Ampacity Ampacity AWG Thickness Ground Ground Diameter Diameter Shield Jacket Weight Bending 90 C 90 C or (mil) Wires Wires (in) (in) (in) (in) (lb/mft) Radius in Duct in Air KCMIL (in) 8kV Copper 133% 2-03AIAPC8UT AIAPC8UT /0-03AIAPC8UT105 1/ /0-03AIAPC8UT105 2/ /0-03AIAPC8UT105 3/ /0-03AIAPC8UT105 4/ AIAPC8UT AIAPC8UT AIAPC8UT AIAPC8UT AIAPC8UT kV Copper 100% 2-03AIAPC15GT AIAPC15GT /0-03AIAPC15GT105 1/ /0-03AIAPC15GT105 2/ /0-03AIAPC15GT105 3/ /0-03AIAPC15GT105 4/ AIAPC15GT AIAPC15GT AIAPC15GT AIAPC15GT AIAPC15GT kV Copper 133% 2-03AIAPC15UT AIAPC15UT /0-03AIAPC15UT105 1/ /0-03AIAPC15UT105 2/ /0-03AIAPC15UT105 3/ /0-03AIAPC15UT105 4/ AIAPC15UT AIAPC15UT AIAPC15UT AIAPC15UT AIAPC15UT ARMORED CABLES Information on this sheet subject to change without notice. 903 Copyright 2017, American Wire Group, Inc

242 PowerGuard Armored 5kV-35kV Copper 3/C with Copper Ground Wire TR-XLPE Insulation Copper Tape Shield AIA PVC Jacket UL Type MV-105 or MC, AEIC CS8 Item # Size Insulation No. of Size of Conductor Insulation Insulation Overall Approx. Minimum Ampacity Ampacity AWG Thickness Ground Ground Diameter Diameter Shield Jacket Weight Bending 90 C 90 C or (mil) Wires Wires (in) (in) (in) (in) (lb/mft) Radius in Duct in Air KCMIL (in) 25kV Copper 100% 1-03AIAPC25GT /0-03AIAPC25GT105 1/ /0-03AIAPC25GT105 2/ /0-03AIAPC25GT105 3/ /0-03AIAPC25GT105 4/ AIAPC25GT AIAPC25GT AIAPC25GT AIAPC25GT kV Copper 133% 1-03AIAPC25UT /0-03AIAPC25UT105 1/ /0-03AIAPC25UT105 2/ /0-03AIAPC25UT105 3/ /0-03AIAPC25UT105 4/ AIAPC25UT AIAPC25UT AIAPC25UT ARMORED CABLES 35kV Copper 100% 1/0-03AIAPC35GT105 1/ /0-03AIAPC35GT105 2/ /0-03AIAPC35GT105 3/ /0-03AIAPC35GT105 4/ AIAPC35GT AIAPC35GT AIAPC35GT kV Copper 133% 1/0-03AIAPC35UT105 1/ /0-03AIAPC35UT105 2/ /0-03AIAPC35UT105 3/ /0-03AIAPC35UT105 4/ AIAPC35UT AIAPC35UT Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

243 PowerGuard Armored 5kV-35kV Aluminum 3/C with Copper Ground Wire TR-XLPE Insulation Copper Tape Shield AIA PVC Jacket UL Type MV-105 or MC, AEIC CS8 Applications Armored Medium-Voltage power cables offer an economical, rugged and reliable alternative to labor-intensive cable in conduit wiring methods Installed on metal racks, troughs, in raceways, in cable trays or secured to supports spaced not more than six feet apart Installed in both exposed and concealed work, wet or dry locations, directly buried or embedded in concrete Construction Conductor: Class A or B Compressed concentric stranded aluminum alloy 1350 per ASTM B 231. Stranded conductors are water-blocked with conductor filling compound. Conductor Shield: Extruded thermosetting semiconducting shield which is free stripping from the conductor and bonded to the insulation Insulation: Extruded, unfilled Tree-Retardant Cross-linked Polyethylene (TRXLPE) as defined in ANSI/ICEA S Insulation Shield: Extruded thermosetting semiconducting shield with controlled adhesion to the insulation providing the required balance between electrical integrity and ease of stripping. Metallic Shield:The metallic shield is flat uncoated 5-mil thick copper tape helically applied with minimum 20% overlap Ground Wire: Three bare copper ground wires placed at the interstice of the conductor. Fillers: Non hydroscopic fillers, forming a firm and cylindrical cable core. Binder Tape: A binder tape is applied to maintain core symmetry and mechanical stability. Armor: Aluminum Interlocked Armor applied over the binder tape of the cable core Jacket: Black, sunlight resistant, flame retardant PVC jacket Specifications AEIC CS8, Specifications for Shielded Power Cable, 5-46kV ICEA S , 5-46 kv Shielded Power Cable ICEA S , Utility Shielded Power Cable Rated 5-46 kv UL-1072 MV-105 UL-1569, Metal Clad Cables IEEE 383 Flame Test For 105 C continuous, 140 C emergency, 250 C short-circuit operation. UL MC-HL available upon request NOTES: The above dimensions are approximate and subject to normal manufacturing tolerances. Ampacities are based on the following: Three Phase Operation In Duct (2011 NEC Table (C)(80): Three-conductor cable in plastic duct, direct-buried, 105 C conductor temperature, 20 C ambient temperature, earth RHO of 90 C-cm/Watt, and 100% load factor, and shields shortcircuited. Isolated in Air (2011 NEC Table (C)(72)): Three-conductor cable, 105 C conductor temperature, and 40 C ambient temperature, and shields grounded at one point only. In Cable Tray: per 2011 NEC (B)(1)(b)3, for single conductor cables, sizes 1/0 AWG and larger, installed in a single layer in an uncovered table tray, with a maintained space of not less than one cable diameter between individual conductors, the ampacities shall not exceed the allowable ampacities stated in 2011 NEC Table (C)(72) (Aluminum), Isolated in Air values noted above. Insulated cables are capable of operating at 105 C. However, the maximum operating temperature of the cable should be based on the maximum operating temperature of the cable accessories to be used. ARMORED CABLES Information on this sheet subject to change without notice. 904 Copyright 2017, American Wire Group, Inc

244 PowerGuard Armored 5kV-35kV Aluminum 3/C with Copper Ground Wire TR-XLPE Insulation Copper Tape Shield AIA PVC Jacket UL Type MV-105 or MC, AEIC CS8 ARMORED CABLES Item # Size Insulation No. of Size of Conductor Insulation Insulation Overall Approx. Minimum Ampacity Ampacity AWG Thickness Ground Ground Diameter Diameter Shield Jacket Weight Bending 90 C 90 C or (mil) Wires Wires (in) (in) (in) (in) (lb/mft) Radius in Duct in Air KCMIL (in) 5kV Aluminum 100% A4-03AIAPC5GT A2-03AIAPC5GT A1-03AIAPC5GT A1/0-03AIAPC5GT105 1/ A2/0-03AIAPC5GT105 2/ A3/0-03AIAPC5GT105 3/ A4/0-03AIAPC5GT105 4/ A250-03AIAPC5GT A350-03AIAPC5GT A500-03AIAPC5GT A750-03AIAPC5GT A AIAPC5GT kV Aluminum 133% A4-03AIAPC5UT A2-03AIAPC5UT A1-03AIAPC5UT A1/0-03AIAPC5UT105 1/ A2/0-03AIAPC5UT105 2/ A3/0-03AIAPC5UT105 3/ A4/0-03AIAPC5UT105 4/ A250-03AIAPC5UT A350-03AIAPC5UT A500-03AIAPC5UT A750-03AIAPC5UT A AIAPC5UT kV Aluminum 100% A4-03AIAPC8GT A2-03AIAPC8GT A1-03AIAPC8GT A1/0-03AIAPC8GT105 1/ A2/0-03AIAPC8GT105 2/ A3/0-03AIAPC8GT105 3/ A4/0-03AIAPC8GT105 4/ A250-03AIAPC8GT A350-03AIAPC8GT A500-03AIAPC8GT A750-03AIAPC8GT A AIAPC8GT Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

245 PowerGuard Armored 5kV-35kV Aluminum 3/C with Copper Ground Wire TR-XLPE Insulation Copper Tape Shield AIA PVC Jacket UL Type MV-105 or MC, AEIC CS8 Item # Size Insulation No. of Size of Conductor Insulation Insulation Overall Approx. Minimum Ampacity Ampacity AWG Thickness Ground Ground Diameter Diameter Shield Jacket Weight Bending 90 C 90 C or (mil) Wires Wires (in) (in) (in) (in) (lb/mft) Radius in Duct in Air KCMIL (in) 8kV Aluminum 133% A2-03AIAPC8UT A1-03AIAPC8UT A1/0-03AIAPC8UT105 1/ A2/0-03AIAPC8UT105 2/ A3/0-03AIAPC8UT105 3/ A4/0-03AIAPC8UT105 4/ A250-03AIAPC8UT A350-03AIAPC8UT A500-03AIAPC8UT A750-03AIAPC8UT A AIAPC8UT kV Aluminum 100% A2-03AIAPC15GT A1-03AIAPC15GT A1/0-03AIAPC15GT105 1/ A2/0-03AIAPC15GT105 2/ A3/0-03AIAPC15GT105 3/ A4/0-03AIAPC15GT105 4/ A250-03AIAPC15GT A350-03AIAPC15GT A500-03AIAPC15GT A750-03AIAPC15GT A AIAPC15GT kV Aluminum 133% A2-03AIAPC15UT A1-03AIAPC15UT A1/0-03AIAPC15UT105 1/ A2/0-03AIAPC15UT105 2/ A3/0-03AIAPC15UT105 3/ A4/0-03AIAPC15UT105 4/ A250-03AIAPC15UT A350-03AIAPC15UT A500-03AIAPC15UT A750-03AIAPC15UT A AIAPC15UT ARMORED CABLES Information on this sheet subject to change without notice. 904 Copyright 2017, American Wire Group, Inc

246 PowerGuard Armored 5kV-35kV Aluminum 3/C with Copper Ground Wire TR-XLPE Insulation Copper Tape Shield AIA PVC Jacket UL Type MV-105 or MC, AEIC CS8 Item # Size Insulation No. of Size of Conductor Insulation Insulation Overall Approx. Minimum Ampacity Ampacity AWG Thickness Ground Ground Diameter Diameter Shield Jacket Weight Bending 90 C 90 C or (mil) Wires Wires (in) (in) (in) (in) (lb/mft) Radius in Duct in Air KCMIL (in) 25kV Aluminum 100% A1-03AIAPC25GT A1/0-03AIAPC25GT105 1/ A2/0-03AIAPC25GT105 2/ A3/0-03AIAPC25GT105 3/ A4/0-03AIAPC25GT105 4/ A250-03AIAPC25GT A350-03AIAPC25GT A500-03AIAPC25GT A750-03AIAPC25GT kV Aluminum 133% A1/0-03AIAPC25UT105 1/ A2/0-03AIAPC25UT105 2/ A3/0-03AIAPC25UT105 3/ A4/0-03AIAPC25UT105 4/ A250-03AIAPC25UT A350-03AIAPC25UT A500-03AIAPC25UT ARMORED CABLES 35kV Aluminum 100% A1/0-03AIAPC35GT105 1/ A2/0-03AIAPC35GT105 2/ A3/0-03AIAPC35GT105 3/ A4/0-03AIAPC35GT105 4/ A250-03AIAPC35GT A350-03AIAPC35GT A500-03AIAPC35GT kV Aluminum 133% A1/0-03AIAPC35UT105 1/ A2/0-03AIAPC35UT105 2/ A3/0-03AIAPC35UT105 3/ A4/0-03AIAPC35UT105 4/ A250-03AIAPC35UT A350-03AIAPC35UT Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

247 Continuously Corrugated Welded Armored Power Cable FR-XLP Insulation (XHHW-2), 600V/1kV Type MC-HL 1/C Application All cables produced to this specification are recognized by the NEC as 600 Volt Type MC-HL and are suitable for use as described in the code. The conductor temperatures are rated for continuous operation of 90 C, for emergency overload of 130 C and for short circuit of 250 C. The cables meet the requirements for application in NEC Class I, Class II and Class III, Div. 1 and 2, Hazardous Locations covered under NEC Articles 501, 502 and 503. The cables are intended for use in industrial applications where aluminum armor protection is necessary. The continuously welded sheath serves to provide a completely moisture impervious barrier for the core as well as providing superior electro static shielding characteristics. The cables may be used in wet or dry applications, installed in racks, trays or aerially. These cables have an overall jacket and can be direct buried in earth and buried in concrete. Three conductor cables are manufactured in accordance with industry accepted practice of using three symmetrically placed grounds making them advantageous for use in pulse-width modulated cables and variable frequency drive applications. Construction This specification covers single and multi-conductor power cables insulated with flame retardant crosslinked polyethylene (XLP). The insulated conductors cabled with a ground wire or wires, and the assembly are encased in a moisture impervious continuously welded corrugated aluminum armor, and covered with a protective jacket overall. Three conductor type cables are constructed for VFD applications. Conductors - The conductors consist of uncoated soft, copper strands meeting the requirements of ASTM B3. Unless otherwise specified the conductors are supplied as compact round per ASTM B496. Insulation - The insulation is flame-retardant crosslinked polyethylene (XHHW-2) extruded concentrically over the conductor to the wall thickness for Type XHHW-2 as specified in the relevant governing specification. Conductor Coding - Phase identification is provided by number code on each insulated conductor. Ground Wire - Three stranded bare copper ground wires located in each of the outer interstices for 3 conductor cables, one in one of the interstices for 2 or 4 conductor cables, or helically applied concentric wires for single conductor cables. The total ground wire cross section in all cases meets the minimum UL requirements for ground size. Assembly - Conductors and ground wire are cabled together with a left hand lay and suitable fillers make the cable round. A binder tape is applied. Armor - Over the taped assembly there is continuously welded corrugated aluminum armor. Jacket - A protective sunlight and ozone resistant PVC or low smoke halogen free (LSHF) polyolefin jacket is extruded for a tight fit over the interlocked armor. Specifications National Fire Protection Association (NFPA 70) National Electric Code (NEC) UL 1569 Metal Clad Cables UL 44 Thermoset-Insulated Wires and Cables ICEA S /NEMA WC70 Nonshielded 0-2kV Cables IEEE Flame Testing of Cable for use in Cable Tray in Industrial and Commercial Occupancies (70,000 BTU) ICEA T Vertical Cable Tray Flame Tests (210,000 BTU) Conforms to Standard ICEA S /NEMA WC70 Nonshielded 0-2KV Cables. Conductors conforms to Standard UL 44 Thermoset-Insulated Wires and Cables. Listed by UL as Type MC-HL per Standard UL 1569 Metal-Clad Cables. Listed by UL as Sunlight Resistant, for Direct Burial, For CT Use and IEEE Options Custom ground sizes CPE jacket. Notes **Based on single cable in uncovered cable tray at 30 C ambient temperature per NEC. For other installations refer to the NEC. ARMORED CABLES Information on this sheet subject to change without notice. 905 Copyright 2017 American Wire Group, Inc

248 Continuously Corrugated Welded Armored Power Cable FR-XLP Insulation (XHHW-2), 600V/1kV Type MC-HL 1/C Item # Conductor Conductor Conductor Insulation Jacket No. x AWG Approximate Ampacity** Approximate Size No. of Nominal (mil) (mil) Copper O.D. 90 C Net (AWG/kcmil) Strands O.D. Ground (in) Weight (in) Wires (lb/mft) CWCAPC-1-1/0 1/ x CWCAPC-1-2/0 2/ x CWCAPC-1-3/0 3/ x CWCAPC-1-4/0 4/ x CWCAPC x CWCAPC x CWCAPC x CWCAPC x CWCAPC x CWCAPC x CWCAPC x CWCAPC * x ARMORED CABLES 905 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

249 Continuously Corrugated Welded Armored Power Cable FR-XLP Insulation (XHHW-2), 600V/1kV Type MC-HL 2/C Copper Conductor XLP Insulation Filters Copper Ground Wire Binder Tape Corrugated Armor PVC Jacket Application All cables produced to this specification are recognized by the NEC as 600 Volt Type MC-HL and are suitable for use as described in the code. The conductor temperatures are rated for continuous operation of 90 C, for emergency overload of 130 C and for short circuit of 250 C. The cables meet the requirements for application in NEC Class I, Class II and Class III, Div. 1 and 2, Hazardous Locations covered under NEC Articles 501, 502 and 503. The cables are intended for use in industrial applications where aluminum armor protection is necessary. The continuously welded sheath serves to provide a completely moisture impervious barrier for the core as well as providing superior electro static shielding characteristics. The cables may be used in wet or dry applications, installed in racks, trays or aerially. These cables have an overall jacket and can be direct buried in earth and buried in concrete. Three conductor cables are manufactured in accordance with industry accepted practice of using three symmetrically placed grounds making them advantageous for use in pulse-width modulated cables and variable frequency drive applications. Construction This specification covers single and multi-conductor power cables insulated with flame retardant crosslinked polyethylene (XLP). The insulated conductors cabled with a ground wire or wires, and the assembly are encased in a moisture impervious continuously welded corrugated aluminum armor, and covered with a protective jacket overall. Three conductor type cables are constructed for VFD applications. Conductors - The conductors consist of uncoated soft, copper strands meeting the requirements of ASTM B3. Unless otherwise specified the conductors are supplied as compact round per ASTM B496. Insulation - The insulation is flame-retardant crosslinked polyethylene (XHHW-2) extruded concentrically over the conductor to the wall thickness for Type XHHW-2 as specified in the relevant governing specification. Conductor Coding - Phase identification is provided by number code on each insulated conductor. Ground Wire - Three stranded bare copper ground wires located in each of the outer interstices for 3 conductor cables, one in one of the interstices for 2 or 4 conductor cables, or helically applied concentric wires for single conductor cables. The total ground wire cross section in all cases meets the minimum UL requirements for ground size. Assembly - Conductors and ground wire are cabled together with a left hand lay and suitable fillers make the cable round. A binder tape is applied. Armor - Over the taped assembly there is continuously welded corrugated aluminum armor. Jacket - A protective sunlight and ozone resistant PVC or low smoke halogen free (LSHF) polyolefin jacket is extruded for a tight fit over the interlocked armor. Specifications National Fire Protection Association (NFPA 70) National Electric Code (NEC) UL 1569 Metal Clad Cables UL 44 Thermoset-Insulated Wires and Cables ICEA S /NEMA WC70 Nonshielded 0-2kV Cables IEEE Flame Testing of Cable for use in Cable Tray in Industrial and Commercial Occupancies (70,000 BTU) ICEA T Vertical Cable Tray Flame Tests (210,000 BTU) Conforms to Standard ICEA S /NEMA WC70 Nonshielded 0-2KV Cables. Conductors conforms to Standard UL 44 Thermoset-Insulated Wires and Cables. Listed by UL as Type MC-HL per Standard UL 1569 Metal-Clad Cables. Listed by UL as Sunlight Resistant, for Direct Burial, For CT Use and IEEE Options Custom ground sizes CPE jacket. Notes **Based on single cable in uncovered cable tray at 30 C ambient temperature per NEC. For other installations refer to the NEC. ARMORED CABLES Information on this sheet subject to change without notice. 906 Copyright 2017 American Wire Group, Inc

250 Continuously Corrugated Welded Armored Power Cable FR-XLP Insulation (XHHW-2), 600V/1kV Type MC-HL 2/C Item # Conductor Conductor Conductor Insulation Jacket No. x AWG Approximate Ampacity** Approximate Size No. of Nominal (mil) (mil) Copper O.D. 90 C Net (AWG/kcmil) Strands O.D. Ground (in) Weight (in) Wires (lb/mft) CWCAPC-2-8* 8* CWCAPC-2-6* 6* CWCAPC-2-4* 4* CWCAPC CWCAPC CWCAPC-2-1/0 1/ CWCAPC-2-2/0 2/ CWCAPC-2-3/0 3/ CWCAPC-2-4/0 4/ CWCAPC CWCAPC CWCAPC CWCAPC CWCAPC CWCAPC ARMORED CABLES 906 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

251 Continuously Corrugated Welded Armored Power Cable FR-XLP Insulation (XHHW-2), 600V/1kV Type MC-HL 3/C Copper Conductor XLP Insulation Filters Copper Ground Wire Binder Tape Corrugated Armor PVC Jacket Application All cables produced to this specification are recognized by the NEC as 600 Volt Type MC-HL and are suitable for use as described in the code. The conductor temperatures are rated for continuous operation of 90 C, for emergency overload of 130 C and for short circuit of 250 C. The cables meet the requirements for application in NEC Class I, Class II and Class III, Div. 1 and 2, Hazardous Locations covered under NEC Articles 501, 502 and 503. The cables are intended for use in industrial applications where aluminum armor protection is necessary. The continuously welded sheath serves to provide a completely moisture impervious barrier for the core as well as providing superior electro static shielding characteristics. The cables may be used in wet or dry applications, installed in racks, trays or aerially. These cables have an overall jacket and can be direct buried in earth and buried in concrete. Three conductor cables are manufactured in accordance with industry accepted practice of using three symmetrically placed grounds making them advantageous for use in pulse-width modulated cables and variable frequency drive applications. Construction This specification covers single and multi-conductor power cables insulated with flame retardant crosslinked polyethylene (XLP). The insulated conductors cabled with a ground wire or wires, and the assembly are encased in a moisture impervious continuously welded corrugated aluminum armor, and covered with a protective jacket overall. Three conductor type cables are constructed for VFD applications. Conductors - The conductors consist of uncoated soft, copper strands meeting the requirements of ASTM B3. Unless otherwise specified the conductors are supplied as compact round per ASTM B496. Insulation - The insulation is flame-retardant crosslinked polyethylene (XHHW-2) extruded concentrically over the conductor to the wall thickness for Type XHHW-2 as specified in the relevant governing specification. Conductor Coding - Phase identification is provided by number code on each insulated conductor. Ground Wire - Three stranded bare copper ground wires located in each of the outer interstices for 3 conductor cables, one in one of the interstices for 2 or 4 conductor cables, or helically applied concentric wires for single conductor cables. The total ground wire cross section in all cases meets the minimum UL requirements for ground size. Assembly - Conductors and ground wire are cabled together with a left hand lay and suitable fillers make the cable round. A binder tape is applied. Armor - Over the taped assembly there is continuously welded corrugated aluminum armor. Jacket - A protective sunlight and ozone resistant PVC or low smoke halogen free (LSHF) polyolefin jacket is extruded for a tight fit over the interlocked armor. Specifications National Fire Protection Association (NFPA 70) National Electric Code (NEC) UL 1569 Metal Clad Cables UL 44 Thermoset-Insulated Wires and Cables ICEA S /NEMA WC70 Nonshielded 0-2kV Cables IEEE Flame Testing of Cable for use in Cable Tray in Industrial and Commercial Occupancies (70,000 BTU) ICEA T Vertical Cable Tray Flame Tests (210,000 BTU) Conforms to Standard ICEA S /NEMA WC70 Nonshielded 0-2KV Cables. Conductors conforms to Standard UL 44 Thermoset-Insulated Wires and Cables. Listed by UL as Type MC-HL per Standard UL 1569 Metal-Clad Cables. Listed by UL as Sunlight Resistant, for Direct Burial, For CT Use and IEEE Options Custom ground sizes CPE jacket. Notes **Based on single cable in uncovered cable tray at 30 C ambient temperature per NEC. For other installations refer to the NEC. ARMORED CABLES Information on this sheet subject to change without notice Copyright 2017 American Wire Group, Inc.

252 Continuously Corrugated Welded Armored Power Cable FR-XLP Insulation (XHHW-2), 600V/1kV Type MC-HL 3/C Item # Conductor Conductor Conductor Insulation Jacket No. x AWG Approximate Ampacity** Approximate Size No. of Nominal (mil) (mil) Copper O.D. 90 C Net (AWG/kcmil) Strands O.D. Ground (in) Weight (in) Wires (lb/mft) CWCAPC-3-8* 8* x CWCAPC-3-6* 6* x CWCAPC-3-4* 4* x CWCAPC x CWCAPC x CWCAPC-3-1/0 1/ x CWCAPC-3-2/0 2/ x CWCAPC-3-3/0 3/ x CWCAPC-3-4/0 4/ x CWCAPC x CWCAPC x CWCAPC x CWCAPC x CWCAPC x CWCAPC * 1000* x ARMORED CABLES 907 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

253 Continuously Corrugated Welded Armored Power Cable FR-XLP Insulation (XHHW-2), 600V/1kV Type MC-HL 4/C Copper Conductor XLP Insulation Filters Copper Ground Wire Binder Tape Corrugated Armor PVC Jacket Application All cables produced to this specification are recognized by the NEC as 600 Volt Type MC-HL and are suitable for use as described in the code. The conductor temperatures are rated for continuous operation of 90 C, for emergency overload of 130 C and for short circuit of 250 C. The cables meet the requirements for application in NEC Class I, Class II and Class III, Div. 1 and 2, Hazardous Locations covered under NEC Articles 501, 502 and 503. The cables are intended for use in industrial applications where aluminum armor protection is necessary. The continuously welded sheath serves to provide a completely moisture impervious barrier for the core as well as providing superior electro static shielding characteristics. The cables may be used in wet or dry applications, installed in racks, trays or aerially. These cables have an overall jacket and can be direct buried in earth and buried in concrete. Three conductor cables are manufactured in accordance with industry accepted practice of using three symmetrically placed grounds making them advantageous for use in pulse-width modulated cables and variable frequency drive applications. Construction This specification covers single and multi-conductor power cables insulated with flame retardant crosslinked polyethylene (XLP). The insulated conductors cabled with a ground wire or wires, and the assembly are encased in a moisture impervious continuously welded corrugated aluminum armor, and covered with a protective jacket overall. Three conductor type cables are constructed for VFD applications. Conductors - The conductors consist of uncoated soft, copper strands meeting the requirements of ASTM B3. Unless otherwise specified the conductors are supplied as compact round per ASTM B496. Insulation - The insulation is flame-retardant crosslinked polyethylene (XHHW-2) extruded concentrically over the conductor to the wall thickness for Type XHHW-2 as specified in the relevant governing specification. Conductor Coding - Phase identification is provided by number code on each insulated conductor. Ground Wire - Three stranded bare copper ground wires located in each of the outer interstices for 3 conductor cables, one in one of the interstices for 2 or 4 conductor cables, or helically applied concentric wires for single conductor cables. The total ground wire cross section in all cases meets the minimum UL requirements for ground size. Assembly - Conductors and ground wire are cabled together with a left hand lay and suitable fillers make the cable round. A binder tape is applied. Armor - Over the taped assembly there is continuously welded corrugated aluminum armor. Jacket - A protective sunlight and ozone resistant PVC or low smoke halogen free (LSHF) polyolefin jacket is extruded for a tight fit over the interlocked armor. Specifications National Fire Protection Association (NFPA 70) National Electric Code (NEC) UL 1569 Metal Clad Cables UL 44 Thermoset-Insulated Wires and Cables ICEA S /NEMA WC70 Nonshielded 0-2kV Cables IEEE Flame Testing of Cable for use in Cable Tray in Industrial and Commercial Occupancies (70,000 BTU) ICEA T Vertical Cable Tray Flame Tests (210,000 BTU) Conforms to Standard ICEA S /NEMA WC70 Nonshielded 0-2KV Cables. Conductors conforms to Standard UL 44 Thermoset-Insulated Wires and Cables. Listed by UL as Type MC-HL per Standard UL 1569 Metal-Clad Cables. Listed by UL as Sunlight Resistant, for Direct Burial, For CT Use and IEEE Options Custom ground sizes CPE jacket. Notes **Based on single cable in uncovered cable tray at 30 C ambient temperature per NEC. For other installations refer to the NEC. ARMORED CABLES Information on this sheet subject to change without notice. 908 Copyright 2017 American Wire Group, Inc

254 Continuously Corrugated Welded Armored Power Cable FR-XLP Insulation (XHHW-2), 600V/1kV Type MC-HL 4/C Item # Conductor Conductor Conductor Insulation Jacket No. x AWG Approximate Ampacity** Approximate Size No. of Nominal (mil) (mil) Copper O.D. 90 C Net (AWG/kcmil) Strands O.D. Ground (in) Weight (in) Wires (lb/mft) CWCAPC CWCAPC CWCAPC-4-1/0 1/ CWCAPC-4-2/0 2/ CWCAPC-4-3/0 3/ CWCAPC-4-4/0 4/ CWCAPC CWCAPC-3-1/0 1/ x CWCAPC-3-2/0 2/ x CWCAPC-3-3/0 3/ x CWCAPC-3-4/0 4/ x CWCAPC x CWCAPC x CWCAPC x CWCAPC x CWCAPC x CWCAPC * 1000* x ARMORED CABLES 908 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

255 Continuously Corrugated Welded Armored Power Cable FR-XLP Insulation (XHHW-2), 600V/1kV Type MC-HL 5/C Copper Conductor XLP Insulation Copper Ground Wire Filters Binder Tape Corrugated Armor PVC Jacket Application All cables produced to this specification are recognized by the NEC as 600 Volt Type MC-HL and are suitable for use as described in the code. The conductor temperatures are rated for continuous operation of 90 C, for emergency overload of 130 C and for short circuit of 250 C. The cables meet the requirements for application in NEC Class I, Class II and Class III, Div. 1 and 2, Hazardous Locations covered under NEC Articles 501, 502 and 503. The cables are intended for use in industrial applications where aluminum armor protection is necessary. The continuously welded sheath serves to provide a completely moisture impervious barrier for the core as well as providing superior electro static shielding characteristics. The cables may be used in wet or dry applications, installed in racks, trays or aerially. These cables have an overall jacket and can be direct buried in earth and buried in concrete. Three conductor cables are manufactured in accordance with industry accepted practice of using three symmetrically placed grounds making them advantageous for use in pulse-width modulated cables and variable frequency drive applications. Construction This specification covers single and multi-conductor power cables insulated with flame retardant crosslinked polyethylene (XLP). The insulated conductors cabled with a ground wire or wires, and the assembly are encased in a moisture impervious continuously welded corrugated aluminum armor, and covered with a protective jacket overall. Three conductor type cables are constructed for VFD applications. Conductors - The conductors consist of uncoated soft, copper strands meeting the requirements of ASTM B3. Unless otherwise specified the conductors are supplied as compact round per ASTM B496. Insulation - The insulation is flame-retardant crosslinked polyethylene (XHHW-2) extruded concentrically over the conductor to the wall thickness for Type XHHW-2 as specified in the relevant governing specification. Conductor Coding - Phase identification is provided by number code on each insulated conductor. Ground Wire - Three stranded bare copper ground wires located in each of the outer interstices for 3 conductor cables, one in one of the interstices for 2 or 4 conductor cables, or helically applied concentric wires for single conductor cables. The total ground wire cross section in all cases meets the minimum UL requirements for ground size. Assembly - Conductors and ground wire are cabled together with a left hand lay and suitable fillers make the cable round. A binder tape is applied. Armor - Over the taped assembly there is continuously welded corrugated aluminum armor. Jacket - A protective sunlight and ozone resistant PVC or low smoke halogen free (LSHF) polyolefin jacket is extruded for a tight fit over the interlocked armor. Specifications National Fire Protection Association (NFPA 70) National Electric Code (NEC) UL 1569 Metal Clad Cables UL 44 Thermoset-Insulated Wires and Cables ICEA S /NEMA WC70 Nonshielded 0-2kV Cables IEEE Flame Testing of Cable for use in Cable Tray in Industrial and Commercial Occupancies (70,000 BTU) ICEA T Vertical Cable Tray Flame Tests (210,000 BTU) Conforms to Standard ICEA S /NEMA WC70 Nonshielded 0-2KV Cables. Conductors conforms to Standard UL 44 Thermoset-Insulated Wires and Cables. Listed by UL as Type MC-HL per Standard UL 1569 Metal-Clad Cables. Listed by UL as Sunlight Resistant, for Direct Burial, For CT Use and IEEE Options Custom ground sizes CPE jacket. Notes **Based on single cable in uncovered cable tray at 30 C ambient temperature per NEC. For other installations refer to the NEC. ARMORED CABLES Information on this sheet subject to change without notice. 909 Copyright 2017 American Wire Group, Inc

256 Continuously Corrugated Welded Armored Power Cable FR-XLP Insulation (XHHW-2), 600V/1kV Type MC-HL 5/C Item # Conductor Conductor Conductor Insulation Jacket No. x AWG Approximate Ampacity** Approximate Size No. of Nominal (mil) (mil) Copper O.D. 90 C Net (AWG/kcmil) Strands O.D. Ground (in) Weight (in) Wires (lb/mft) CWCAPC-5-8* 8* CWCAPC-5-6* 6* CWCAPC-5-4* 4* CWCAPC CWCAPC CWCAPC-5-1/0 1/ CWCAPC-5-2/0 2/ CWCAPC-5-3/0 3/ CWCAPC-5-4/0 4/ CWCAPC CWCAPC CWCAPC ARMORED CABLES 909 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

257 UL Type MC Copper Conductor with Ground PVC Jacket 600V Applications MC Cable is approved for use in many applications including direct burial, use in cable tray and outdoor exposure. The PVC jacket is free of harmful heavy metals in compliance with RoHS, Directive 2002/95/EC. Run from the combiner box to the inverter Suitable for rooftop solar applications Outdoors In wet locations (Type XHHW-2, or RHW-2 conductors) Direct buried Encased in concrete Hazardous locations Strong, but lightweight alloy armor resists damage Suitable for wet locations, direct burial, encased in concrete and other uses per the NEC More flexible than conduit Factory tested engineered product that protects conductors from damage during installation Meets or exceeds requirements of the NEC, as well as applicable UL Standards Construction Stranded soft drawn copper conductor. Flame retardant thermoset crosslinked polyethylene (XLPE) insulation Type XHHW-2 conductors rated for wet or dry locations at temperatures not to exceed 90ºC. Grounding is one bare copper stranded conductor, except for sizes 14 AWG through 1 AWG contain a green insulated grounding conductor. Phase and grounding conductors are cabled together with binder tape. Aluminum interlocked armor, applied over the binder tape and a longitudinal marker tape, for ID, when unjacketed. Black sunlight resistant and flame retardant polyvinyl chloride (PVC) compound jacket. Special constructions available upon request. Standards Underwriters Laboratories Standards UL-44 Class B stranding, per ASTM B 801 UL-1569 for Type MC Federal Specification A-A59544 IEEE 1202 (70,000 Btu/hr) Vertical Cable Tray Flame Test ICEA T (210,000 Btu/hr) Flame Test, and the National Electrical Code (NEC) Single conductors are rated XHHW-2 600V, and CT Use 1/0 AWG and larger. Additional UL Type PV available upon request. Aluminum armor is rated for Direct Burial, using 6 AWG and larger conductors, with overall jacket Notes Ampacities are based on Table (B)(16) of the NEC. * Ampacities shown are for general use as specified by the NEC, Section For equipment marked for use at higher temperatures, the conductor ampacity shall be limited to the following per NEC (C): 60 C when terminated to equipment for circuits rated 100 amperes or less or marked for size 14 AWG through 1 AWG conductor. 75 C when terminated to equipment for circuits rated over 100 amperes or marked for conductors larger than 1 AWG. 90 C for ampacity derating purposes. When the neutral is considered current-carrying conductor, the ampacity of 4/C cables shall be reduced by a factor of 0.80 per NEC (B)(2)(a). The above data is approximate and subject to normal manufacturing tolerances. ARMORED CABLES Information on this sheet subject to change without notice. 910 Copyright 2017 American Wire Group, Inc

258 UL Type MC Copper Conductor with Ground PVC Jacket 600V ARMORED CABLES Item # Conductor No. of Green Outside Outside Jacket Approximate Allowable Allowable Size Conductors Ground Diameter Diameter Thickness Net Ampacity Ampacity (AWG/kcmil) Over Over Weight 75 C 90 C Armor Jacket (lb/mft) (Amps) (Amps) 14-02AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG AIAWG AWG Green Insulated 1-04AIAWG AWG Green Insulated 1/0-03AIAWG 1/0 3 6 AWG Bare /0-04AIAWG 1/0 4 6 AWG Bare /0-03AIAWG 2/0 3 6 AWG Bare /0-04AIAWG 2/0 4 6 AWG Bare /0-03AIAWG 3/0 3 4 AWG Bare /0-04AIAWG 3/0 4 4 AWG Bare /0-03AIAWG 4/0 3 4 AWG Bare /0-04AIAWG 4/0 4 4 AWG Bare AIAWG AWG Bare AIAWG AWG Bare AIAWG AWG Bare AIAWG AWG Bare AIAWG AWG Bare AIAWG AWG Bare AIAWG AWG Bare AIAWG AWG Bare AIAWG AWG Bare AIAWG AWG Bare AIAWG AWG Bare AIAWG AWG Bare AIAWG AWG Bare AIAWG AWG Bare Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

259 CONTROL CABLES Table of Contents Control Cable FR-XLPE Insulated Conductors, PVC Jacket 600V Power Cable FR-XLPE Insulated Conductors, PVC Jacket 600V Control Cable FR-XLPE Insulated Conductors, CPE Jacket 600V Power Cable FR-XLPE Insulated Conductors, CPE Jacket 600V Control Cable FR-XLPE Insulated Conductors, Copper Shield, CPE Jacket 600V Control Cable FR-XLPE Insulated Conductors, XLPO Jacket 600V Power Cable FR-XLPE Insulated Conductors, XLPO Jacket 600V Control Cable FR-XLPE Insulated Conductors, Smooth Helical Bare Copper Shield, XLPO Jacket 600V Control Cable FR-XLPE Insulated Conductors, Longitudinal Corrugated Bare Copper Shield, XLPO Jacket 600V Control Cable FR-EPR Insulated Conductors, PVC Jacket 600V Power Cable FR-EPR Insulated Conductors, PVC Jacket 600V Control Cable FR-EPR Insulated Conductors, CPE Jacket 600V Power Cable FR-EPR Insulated Conductors, CPE Jacket 600V Control Cable FR-EPR Insulated Conductors, Copper Shield, CPE Jacket 600V /10 Control Cable, PE/PVC Insulated Conductors, PVC Jacket 600V /10 Control Cable, PE/PVC Insulated Conductors, Shield, PVC Jacket 600V THHN/PVC Tray Cable (Type TC) 600V TFN, THWN or THHN Insulated Conductors, PVC Jacket 600V TFN, THWN or THHN Insulated Conductors, Shielded, Drain Wire, PVC Jacket 600V..518 THWN or THHN Insulated Conductors with Ground, PVC Jacket 600V Aluminum Three Conductor UL Type TC 600V Aluminum Four Conductor UL Type TC 600V Thermocouple Cable, EX, JX, KX, TX 600V IMSA 20-1 & ISMA 19-1 Traffic Control Cable 600V IMSA 50-2 Tube Loop Lead-In Wire 600V IMSA 51-1 THHN Loop Detector Lead-In Wire 600V IMSA 51-3 Loop Detector Wire 600V IMSA 51-5 Inductant Loop Detector Cable 600V IMSA Selection Guide IMSA Color Code Chart IMSA Cable Shipping Weights XHHX-2 & USE Wire & Cable: Methods of Color Coding & Color Coding Charts...B CONTROL CABLES Information on this sheet subject to change without notice. 500 Copyright 2017, American Wire Group, Inc

260 NOTES CONTROL CABLES

261 Control Cable FR-XLPE Insulated Conductors PVC Jacket, 600V Applications As flame-retardant multi-conductor control, signal or power cables rated 600V, 90 C in wet or dry locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Also approved for use in Class I remote-control and signaling circuits per Article 725 of the NEC. Type TC cable is suitable for use in Class I and II, Division 2 hazardous locations. Cables may be installed in air, in ducts or conduits, in tray or trough, and are suitable for direct burial. Construction Stranded uncoated copper conductors, 30 mils FR-XLPE flame-retardant cross-linked polyethylene insulation, color coded, two conductors flat, three or more conductors twisted with suitable fillers where necessary to make round, cable tape, PVC jacket overall, surface printed. Standards Listed by UL as Type TC per Standard 1277 for Tray Cables. Cables UL listed for Direct Burial. Individual conductors pass UL VW-1 flame test. Individual conductors UL listed as Type XHHW-2. Overall jacket UL listed as Sunlight Resistant. Cables with grounding conductor UL listed for Open Wiring. Cables pass IEEE-383 ribbon burner flame test and ICEA 210,000 BTU/hr test. Cables pass IEEE1202/CSA FT4 (70,000 BTU/hr) cable tray flame test. Cables meet requirements of ICEA S , NEMA WC57 for Control Cables. Notes Cables may be supplied with an insulated ground and marked Open Wiring. Standard color coding is Method 1 for NEC applications per Appendix E, Table E-2 of ICEA S (TECH I006). This color coding method omits white and green from the color sequence. A white or green conductor can be supplied on request. Options Bare or Tinned Copper Flexible stranded conductors Color Coding: ICEA Method 1, Table E-1 EPR Insulation CPE, CSPE, LSOH Jackets Insulated ground wires or bare ground wires Overall copper tape shield Overall copper braid shield Overall longitudinal corrugated copper shield Overall mylar tape shield with drain wire 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications. CONTROL CABLES Information on this sheet subject to change without notice. 501 Copyright 2017, American Wire Group, Inc

262 Control Cable FR-XLPE Insulated Conductors PVC Jacket, 600V Item # Number Size Number of Nominal Nominal Nominal Nominal Nominal Nominal Copper Copper Approx. Approx. of AWG Strands Insulation Insulation Jacket Jacket Cable Cable Weight Weight Weight Weight Conductors Thickness Thickness Thickness Thickness O.D. O.D. /MFT /km /MFT /km (in) (mm) (in) (mm) (in) (mm) (lb) (kg) (lb) (kg)) 14-R-PVC-2-FLAT 2 FLAT x x R-PVC R-PVC R-PVC R-PVC R-PVC R-PVC R-PVC R-PVC R-PVC R-PVC R-PVC R-PVC-2-FLAT 2 Flat 12 7/ x x R-PVC / R-PVC-3+GRND 3+Grnd 12 7/ R-PVC / R-PVC / R-PVC / R-PVC / R-PVC / R-PVC / R-PVC / R-PVC / R-PVC / R-PVC / CONTROL CABLES 10-R-PVC-2-FLAT 2 Flat 10 7/ x x R-PVC / R-PVC-3+GRND 3+Grnd 10 7/ R-PVC / R-PVC / R-PVC / R-PVC / R-PVC / R-PVC / Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

263 Power Cable FR-XLPE Insulated Conductors PVC Jacket, 600V Applications As flame-retardant three or four conductor power cables rated 600V, 90 C in wet or dry locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Type TC cable is also approved for use in Class I and II, Division 2 hazardous locations. Cables may be installed in open air, in ducts or conduits, in tray or trough, or direct buried. Construction Class B stranded uncoated copper conductor, XLPE cross-linked polyethylene insulation, surface print phase identification. Three or four insulated conductors twisted with a Class B stranded uncoated copper grounding conductor in two opposite valleys, suitable fillers, cable tape, PVC jacket overall, surface printed. Standards Listed by UL as Type TC per Standard 1277 for Tray Cables. Individual conductors UL listed as Type XHHW-2. Overall jacket UL listed as Sunlight Resistant. Cables pass UL and IEEE-383 ribbon burner flame tests. Cables pass IEEE1202/CSA FT4 (70,000 BTU/hr) cable tray flame test (2 AWG and larger). Cables UL listed for Direct Burial. Cables UL listed for Open Wiring. Cables meet requirements of ICEA S /NEMA WC70. Color Code ICEA Method 4 Notes Ampacity in accordance with the National Electrical Code for cables in uncovered cable tray without maintained spacing and for cables in raceway or directly buried; at the conductor temperature indicated, in wet or dry locations, 30 C ambient temperature. Grounding conductor per UL Standard 1277 for Type TC Tray Cable Options Bare or Tinned Copper Flexible stranded conductors E1 or E2 color codes EPR Insulation CPE, CSPE, LSOH Jackets Insulated ground wires or bare ground wires Overall copper tape shield Overall copper braid shield Overall longitudinal corrugated copper shield Overall mylar tape shield with drain wire 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications.. CONTROL CABLES Information on this sheet subject to change without notice. 502 Copyright 2017, American Wire Group, Inc

264 Power Cable FR-XLPE Insulated Conductors PVC Jacket, 600V Item # Number of Size Conductor Ground Nominal Nominal Nominal Nominal Nominal Nominal Copper Copper Approx. Approx. Conductors AWG Strand Wire Insulation Insulation Jacket Jacket Cable Cable Weight Weight Weight Weight Size Thickness Thickness Thickness Thickness O.D. O.D. /MFT /km /MFT /km AWG (in) (mm) (in) (mm) (in) (mm) (lb) (kg) (lb) (kg) 3RXLP / RXLP / RXLP / RXLP / RXLP / RXLP / RXLP / RXLP / RXLP / RXLP / RXLP / RXLP / RXLP / RXLP-1/0 3 1/0 19/ RXLP-1/0 4 1/0 19/ RXLP-2/0 3 2/0 19/ RXLP-2/0 4 2/0 19/ RXLP-3/0 3 3/0 19/ RXLP-3/0 4 3/0 19/ RXLP-4/0 3 4/0 19/ RXLP-4/0 4 4/0 19/ CONTROL CABLES 3RXLP / RXLP / RXLP / RXLP / RXLP / RXLP / RXLP / RXLP / Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

265 Control Cable FR-XLPE Insulated Conductors CPE Jacket, 600V Applications As flame-retardant multi-conductor control, signal or power cables rated 600V, 90 C in wet or dry locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Also approved for use in Class I remote-control and signaling circuits per Article 725 of the NEC. Type TC cable is suitable for use in Class I and II, Division 2 hazardous locations. Cables may be installed in air, in ducts or conduits, in tray or trough, and are suitable for direct burial. Construction Stranded uncoated copper conductors, 30 mils FR-XLPE flame-retardant cross-linked polyethylene insulation, color coded, two conductors flat, three or more conductors twisted with suitable fillers where necessary to make round, cable tape, CPE jacket overall, surface printed. Standards Listed by UL as Type TC per Standard 1277 for Tray Cables. Cables UL listed for Direct Burial. Individual conductors pass UL VW-1 flame test. Individual conductors UL listed as Type XHHW-2. Overall jacket UL listed as Sunlight Resistant. Cables with grounding conductor UL listed for Open Wiring. Cables pass IEEE-383 ribbon burner flame test and ICEA 210,000 BTU/hr test. Cables pass IEEE1202/CSA FT4 (70,000 BTU/hr) cable tray flame test. Cables meet requirements of ICEA S , NEMA WC57 for Control Cables. Color Code ICEA Method 4. Notes Cables may be supplied with an insulated ground and marked Open Wiring. Standard color coding is Method 1 for NEC applications per Appendix E, Table E-2 of ICEA S (TECH I006). This color coding method omits white and green from the color sequence. A white or green conductor can be supplied on request. Options Bare or Tinned Copper Flexible stranded conductors Color Coding: ICEA Method 1, Table E-1 EPR Insulation PVC, CSPE, LSOH Jackets Insulated ground wires or bare ground wires Overall copper tape shield Overall copper braid shield Overall longitudinal corrugated copper shield Overall mylar tape shield with drain wire 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications. CONTROL CABLES Information on this sheet subject to change without notice. 503 Copyright 2017, American Wire Group, Inc

266 Control Cable FR-XLPE Insulated Conductors CPE Jacket, 600V Item # Number of Size Number of Nominal Nominal Nominal Nominal Nominal Nominal Copper Copper Approx. Approx. Conductors AWG Strands Insulation Insulation Jacket Jacket Cable Cable Weight Weight Weight Weight Thickness Thickness Thickness Thickness O.D. O.D. /MFT /km /MFT /km (in) (mm) (in) (mm) (in) (mm) (lb) (kg) (lb) (kg) 14-R-CPE-2-FLAT 2 FLAT x x R-CPE R-CPE R-CPE R-CPE R-CPE R-CPE R-CPE R-CPE R-CPE R-CPE R-CPE R-CPE-2-FLAT 2 FLAT 12 7/ x x R-CPE / R-CPE-3+GRND 3+Grnd 12 7/ R-CPE / R-CPE / R-CPE / R-CPE / R-CPE / R-CPE / R-CPE / R-CPE / R-CPE / R-CPE / CONTROL CABLES 10-R-CPE-2-FLAT 2 FLAT 10 7/ x x R-CPE / R-CPE-3+GRND 3+Grnd 10 7/ R-CPE / R-CPE / R-CPE / R-CPE / R-CPE / R-CPE / Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

267 Power Cable FR-XLPE Insulated Conductors CPE Jacket, 600V Applications As flame-retardant three or four conductor power cables rated 600V, 90 C in wet or dry locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Type TC cable is also approved for use in Class I and II, Division 2 hazardous locations. Cables may be installed in open air, in ducts or conduits, in tray or trough, or direct buried. Construction Class B stranded uncoated copper conductor, FR-XLPE flame-retardant cross-linked polyethylene insulation, surface print phase identification. Three or four insulated conductors twisted with a Class B stranded uncoated copper grounding conductor and suitable fillers, cable tape, CPE jacket overall, surface printed. Standards Listed by UL as Type TC per Standard 1277 for Tray Cables. Individual conductors UL listed as Type XHHW-2. Individual conductors pass UL VW-1 flame test. Overall jacket UL listed as Sunlight Resistant and Oil Resistant II. Cables pass IEEE-383 ribbon burner flame test and ICEA 210,000 BTU/hr test. Cables pass IEEE1202/CSA FT4 (70,000 BTU/hr) cable tray flame test. Cables UL listed for Direct Burial. Cables UL listed for Open Wiring. Cables meet requirements of ICEA S /NEMA WC70. Color Code ICEA Method 4. Notes Ampacity in accordance with the National Electrical Code for cables in uncovered cable tray without maintained spacing and for cables in raceway or directly buried; at the conductor temperature indicated, in wet or dry locations, 30 C ambient temperature. Grounding conductor per UL Standard 1277 for Type TC Tray Cable. Options Bare or Tinned Copper Flexible stranded conductors E1 or E2 color codes EPR Insulation PVC, CSPE, LSOH Jackets Insulated ground wires or bare ground wires Overall copper tape shield, Overall copper braid shield Overall longitudinal corrugated copper shield Overall mylar tape shield with drain wire 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications. CONTROL CABLES Information on this sheet subject to change without notice. 504 Copyright 2017, American Wire Group, Inc

268 Power Cable FR-XLPE Insulated Conductors CPE Jacket, 600V Item # Number of Size Conductor Ground Nominal Nominal Nominal Nominal Nominal Nominal Copper Copper Approx. Approx. Conductors AWG Strand Wire Insulation Insulation Jacket Jacket Cable Cable Weight Weight Weight Weight Size Thickness Thickness Thickness Thickness O.D. O.D. /MFT /km /MFT /km AWG (in) (mm) (in) (mm) (in) (mm) (lb) (kg) (lb) (kg) 3EXLP / EXLP / EXLP / EXLP / EXLP / EXLP / EXLP / EXLP / EXLP / EXLP / EXLP / EXLP / EXLP / EXLP-1/0 3 1/0 19/ EXLP-1/0 4 1/0 19/ EXLP-2/0 3 2/0 19/ EXLP-2/0 4 2/0 19/ EXLP-3/0 3 3/0 19/ EXLP-3/0 4 3/0 19/ EXLP-4/0 3 4/0 19/ EXLP-4/0 4 4/0 19/ CONTROL CABLES 3EXLP / EXLP / EXLP / EXLP / EXLP / EXLP / EXLP / EXLP / Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

269 Control Cable FR-XLPE Insulated Conductors Copper Shield, CPE Jacket, 600V Applications Control or signal cable for important circuits in industrial plants and station control cable for electric utilities where flame resistance is essential. Suitable for the operation and interconnection of protective devices; rated circuit voltage 600V; recommended for operation at 90 C maximum continuous conductor temperature in wet or dry locations. Cables may be installed in open air, in ducts or conduits, in tray or trough, and are suitable for direct burial. Utility grade meets or exceeds all UL requirements. Construction Stranded coated copper conductors. The insulation shall be either fire retardant ethylene propylene rubber (FR-EPR) or fire retardant cross-linked Polyethylene (FR-XLPE). ICEA Appendix E Method 1 color-coded, conductors twisted with suitable fillers, helically applied copper tape shield, CPE jacket overall, surface printed. Standards TC Type Tray Cable per Article 340 of the NEC. Individual conductors pass UL Standard 44 and the VW-1 vertical flame test. Individual conductors approved as Type XHHW.. Cables Pass IEEE-383 ribbon burner flame test. Overall jacket approved as Sunlight Resistant. Cables meet requirements of ICEA S , NEMA WC57 for control cables. Notes Cables may be supplied with an insulated ground and marked Open Wiring. Standard color coding is Method 1 for NEC applications per Appendix E, Table E-2 of ICEA S (TECH I006). This color coding method omits white and green from the color sequence. A white or green conductor can be supplied on request. Options Bare or Tinned Copper Flexible stranded conductors Color Coding: ICEA Method 1, Table E-1 EPR Insulation PVC, CSPE, LSOH Jackets Insulated ground wires or bare ground wires Overall copper tape shield Overall copper braid shield Overall longitudinal corrugated copper shield Overall mylar tape shield with drain wire 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications. CONTROL CABLES Information on this sheet subject to change without notice. 505 Copyright 2017, American Wire Group, Inc

270 Control Cable FR-XLPE Insulated Conductors Copper Shield, CPE Jacket, 600V Item # Number of Conductor Conductor Overall Overall Approx. Conductors Stranding Size mils Diameter Cable AWG (in) Weight /MFT (lb) SH SH SH SH SH SH SH SH N/A N/A SH SH SH SH SH SH SH SH SH SH SH SH SH CONTROL CABLES SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

271 Control Cable FR-XLPE Insulated Conductors Copper Shield, CPE Jacket, 600V Item # Number of Conductor Conductor Overall Overall Approx. Conductors Stranding Size mils Diameter Cable AWG (in) Weight /MFT (lb) SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH *Part numbers are for CPE jacketed cables only CONTROL CABLES Information on this sheet subject to change without notice. 505 Copyright 2017, American Wire Group, Inc

272 NOTES CONTROL CABLES

273 Control Cable FR-XLPE Insulated Conductors XLPO Jacket, 600V Applications As flame-retardant multi-conductor control, signal or power cables rated 600V, 90 C in wet or dry locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Also approved for use in Class I remote-control and signaling circuits per Article 725 of the NEC. Type TC cable is suitable for use in Class I and II, Division 2 hazardous locations. Cables may be installed in air, in ducts or conduits, in tray or trough, and are suitable for direct burial. Construction Stranded uncoated copper conductors, FR-XLPE flame-retardant cross-linked polyethylene insulation, color coded, two conductors flat, three or more conductors twisted with suitable fillers where necessary to make round, cable tape, XLPO jacket overall, surface printed. Standards Listed by UL as Type TC per Standard 1277 for Tray Cables. Cables UL listed for Direct Burial. Individual conductors pass UL VW-1 flame test. Individual conductors UL listed as Type XHHW-2. Overall jacket UL listed as Sunlight Resistant. Cables with grounding conductor UL listed for Open Wiring. Cables pass IEEE-383 ribbon burner flame test and ICEA 210,000 BTU/hr test. Cables pass IEEE1202/CSA FT4 (70,000 BTU/hr) cable tray flame test. Cables meet requirements of ICEA S , NEMA WC57 for Control Cables. Notes Cables may be supplied with an insulated ground and marked Open Wiring. Standard color coding is Method 1 for NEC applications per Appendix E, Table E-2 of ICEA S (TECH I006). This color coding method omits white and green from the color sequence. A white or green conductor can be supplied on request. Options Bare or Tinned Copper Flexible stranded conductors Color Coding: ICEA Method 1, Table E-1 EPR Insulation PVC,CPE CSPE Jackets Insulated ground wires or bare ground wires Overall copper tape shield Overall copper braid shield Overall longitudinal corrugated copper shield Overall mylar tape shield with drain wire 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications. CONTROL CABLES Information on this sheet subject to change without notice. 506 Copyright 2017, American Wire Group, Inc

274 Control Cable FR-XLPE Insulated Conductors XLPO Jacket, 600V Item # Number of Conductor Conductor Insulation Nominal Nominal Nominal Nominal Approximate Approximate Conductors Size Stranding Thickness Jacket Jacket Cable Cable Cable Weight Cable Weight AWG (in) Thickness Thickness O.D. O.D. /MFT /Km (in) (mm) (in) (mm) (lb) (kg) 14-R-XLPO x x R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO x x R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO CONTROL CABLES 10-R-XLPO x x R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO R-XLPO Part numbers are for XLPE/XLPO jacketed cables only. 506 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

275 Power Cable FR-XLPE Insulated Conductors XLPO Jacket, 600V Applications Flame retardant control/power cable in free air, raceway and direct burial, for use in wet or dry locations. Rated at 90 C wet or dry. Permitted for Exposed Run use in accordance with NEC for 3 or more conductors. Approved for direct burial, Class I, Div. 2 industrial hazardous locations per NEC. Sunlight-and weather-resistant. Meets cold bend test at -40 C. Construction 8 AWG thru 750 kcmil annealed stranded copper conductors per ASTM B33. Class B uncoated copper grounding conductor per ASTM B8. Flame-retardant FR-XLPE insulation, XLPO jacket, colorcoded per ICEA Method 1; Table E-1. Sizes 8 AWG and larger are color-coded per ICEA Method 4; Individual conductors colored black with conductor number surface printed in contrasting ink Standards Listed by UL as Type TC per Standard 1277 for Tray Cables. Cables UL listed for Direct Burial. Individual conductors pass UL 1581 VW-1 flame test. Individual conductors UL44 listed as Type XHHW-2. Overall jacket UL listed as Sunlight Resistant. Cables with grounding conductor UL listed for Open Wiring. Cables pass IEEE-383 ribbon burner flame test. Cables pass IEEE1202/CSA FT4 (70,000 BTU/hr) cable tray flame test. Cables meet requirements of ICEA S , NEMA WC70. Cables meet requirements of ICEA T AND CSA FT-4 Color Code ICEA Method 4 Options Bare or Tinned Copper Flexible stranded conductors E1 or E2 color codes FRXLP or EPR Insulations PVC, CPE, CSPE, Jackets Insulated ground wires or bare ground wires Overall copper tape shield Overall copper braid shield Overall longitudinal corrugated copper shield Overall mylar tape shield with drain wire 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications. CONTROL CABLES Information on this sheet subject to change without notice. 507 Copyright 2017, American Wire Group, Inc

276 Power Cable FR-XLPE Insulated Conductors XLPO Jacket, 600V Item # Number of Conductor Conductor Ground Insulation Nominal Nominal Nominal Nominal Approx. Approx. Conductors Size Stranding Wire Thickness Jacket Jacket Cable Cable Cable Wt. Cable Wt. AWG Size (in) Thickness Thickness O.D. O.D. /MFT /Km AWG (in) (mm) (in) (mm) (lb) (kg) 08-XLPO XLPO XLPO-3G 3+GRD XLPO XLPO XLPO XLPO-3G 3+GRD XLPO XLPO XLPO XLPO-3G 3+GRD XLPO XLPO XLPO XLPO-3G 3+GRD XLPO XLPO-3 3 1/ XLPO-3G 3+GRD 1/ XLPO-4 4 1/ XLPO-3 3 2/ XLPO-3G 3+GRD 2/ XLPO-4 4 2/ XLPO-3 3 4/ XLPO-3G 3+GRD 4/ XLPO-4 4 4/ XLPO XLPO-3G 3+GRD XLPO CONTROL CABLES 500-XLPO XLPO-3G 3+GRD XLPO XLPO XLPO-3G 3+GRD Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

277 Control Cable FR-XLPE Insulated Conductors Smooth Helical Bare Copper Tape Shield, Low Smoke Halogen Polyolefin XLPO Jacket, 600V Applications Control or signal cable for important circuits in industrial plants and station control cable for electric utilities where flame resistance is essential. Suitable for the operation and interconnection of protective devices; rated circuit voltage 600V; recommended for operation at 90 C maximum continuous conductor temperature in wet or dry locations. Cables may be installed in open air, in ducts or conduits, in tray or trough, and are suitable for direct burial. Utility grade meets or exceeds all UL requirements. Construction Stranded coated copper conductors. The insulation shall be either fire retardant ethylene propylene rubber (FR-EPR) or fire retardant cross-linked Polyethylene (FR-XLPE). ICEA Appendix E Method 1 color-coded, conductors twisted with suitable fillers, helically applied copper tape shield, XLPO jacket overall, surface printed. Standards TC Type Tray Cable per Article 340 of the NEC. Individual conductors pass UL Standard 44 and the VW-1 vertical flame test. Individual conductors approved as Type XHHW. Cables Pass IEEE-383 ribbon burner flame test. Overall jacket approved as Sunlight Resistant. Cables meet requirements of ICEA S , NEMA WC57 for control cables. Notes Cables may be supplied with an insulated ground and marked Open Wiring. Standard color coding is Method 1 for NEC applications per Appendix E, Table E-2 of ICEA S (TECH I006). This color coding method omits white and green from the color sequence. A white or green conductor can be supplied on request. Options Bare or Tinned Copper Flexible stranded conductors Color Coding: ICEA Method 1, Table E-1 EPR Insulation PVC, CPE, CSPE Jackets Insulated ground wires or bare ground wires Overall copper braid shield Overall longitudinal corrugated copper shield Overall mylar tape shield with drain wire 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications. CONTROL CABLES Information on this sheet subject to change without notice. 508 Copyright 2017, American Wire Group, Inc

278 Control Cable FR-XLPE Insulated Conductors Smooth Helical Bare Copper Tape Shield, Low Smoke Halogen Polyolefin XLPO Jacket, 600V Item # Number of Conductor Conductor Copper Copper Nominal Nominal Nominal Nominal Approx. Approx. Conductors Size Stranding Shield Shield Jacket Jacket Cable Cable Cable Cable AWG Thickness Thickness Thickness Thickness O.D. O.D. Weight Weight (in) (mm) (in) (mm) (in) (mm) /MFT /Km (lb) (kg) SHX SHX SHX SHX SHX SHX SHX SHX SHX SHX SHX SHX SHX SHX SHX SHX SHX SHX SHX SHX SHX *Part numbers are for XLPO jacketed cables only. CONTROL CABLES 508 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

279 Control Cable FR-XLPE Insulated Conductors Longitudinal Corrugated Bare Copper Tape Shield, Low Smoke Halogen Polyolefin XLPO Jacket, 600V Applications Control or signal cable for important circuits in industrial plants and station control cable for electric utilities where flame resistance is essential. Suitable for the operation and interconnection of protective devices; rated circuit voltage 600 volts; recommended for operation at 90 C maximum continuous conductor temperature in wet or dry locations. Cables may be installed in open air, in ducts or conduits, in tray or trough, and are suitable for direct burial. Specifications Conductors conform to ASTM B-3 & B-8. Insulation conforms to UL Standard 44. TC Type Tray Cable per Article 340 of the NEC. Cables designed to pass the IEEE-383 & IEEE-1202 tests. Jacket suitable for Sunlight Resistant applications. Cables meet requirements of ICEA S and ICEA S /NEMA WC70. Construction Stranded copper conductors, XLP insulated, Method 1 - Table E1 or E2 color coded or Method 4 phase-identified, conductors twisted with suitable fillers, Longitudinal Corrugated Bare Copper Tape Shield, LSZH jacket overall, surface printed. Options Also available with -G Ground Wire, -SH Mylar Aluminum Foil Shield, No Shield Notes Dimensional data not binding, we reserve the right to alter specifications without notice. SHIPPING TOLERANCE +/- 10% Item # Cond. Number O.A. O.D. Weight Size of (mil) (mil) /MFT AWG or Conductors (lb) or kcmil 18-02XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS CONTROL CABLES Information on this sheet subject to change without notice. 531 Copyright 2017, American Wire Group, Inc

280 Control Cable FR-XLPE Insulated Conductors Longitudinal Corrugated Bare Copper Tape Shield, Low Smoke Halogen Polyolefin XLPO Jacket, 600V Item # Cond. Number O.A. O.D. Weight Size of (mil) (mil) /MFT AWG or Conductors (lb) or kcmil 14-02XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS CONTROL CABLES 10-02XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS XLOHS Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

281 Control Cable FR-EPR Insulated Conductors PVC Jacket, 600V Applications As flame-retardant multi-conductor control, signal or power cables rated 600V, 90 C in wet or dry locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Also approved for use in Class I remote-control and signaling circuits per Article 725 of the NEC. Type TC cable is suitable for use in Class I and II, Division 2 hazardous locations. Cables may be installed in air, in ducts or conduits, in tray or trough, and are suitable for direct burial. Construction Stranded uncoated copper conductors, 30 mils Flame Retardant Ethylene Propylene Rubber (FR- EPR) insulation, color coded, two conductors flat, three or more conductors twisted with suitable fillers where necessary to make round, cable tape, PVC jacket overall, surface printed. Standards Listed by UL as Type TC per Standard 1277 for Tray Cables. Cables UL listed for Direct Burial. Individual conductors pass UL VW-1 flame test. Individual conductors UL listed as Type XHHW-2. Overall jacket UL listed as Sunlight Resistant. Cables with grounding conductor UL listed for Open Wiring. Cables pass IEEE-383 ribbon burner flame test and ICEA 210,000 BTU/hr test. Cables pass IEEE1202/CSA FT4 (70,000 BTU/hr) cable tray flame test. Cables meet requirements of ICEA S , NEMA WC57 for Control Cables. Notes Cables may be supplied with an insulated ground and marked Open Wiring. Standard color coding is Method 1 for NEC applications per Appendix E, Table E-2 of ICEA S (TECH I006). This color coding method omits white and green from the color sequence. A white or green conductor can be supplied on request. Options Bare or Tinned Copper Flexible stranded conductors Color Coding: ICEA Method 1, Table E-1 FRXLP Insulation CPE, CSPE, LSOH Jackets Insulated ground wires or bare ground wires Overall copper tape shield Overall copper braid shield Overall longitudinal corrugated copper shield Overall mylar tape shield with drain wire 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications. CONTROL CABLES Information on this sheet subject to change without notice. 509 Copyright 2017, American Wire Group, Inc

282 Control Cable FR-EPR Insulated Conductors PVC Jacket, 600V Item # Size Conductor Ground Nominal Nominal Nominal Nominal Nominal Nominal Copper Copper Approx. Approx. AWG Strand Wire Insulation Insulation Jacket Jacket Cable Cable Weight Weight Weight Weight Size Thickness Thickness Thickness Thickness O.D. O.D. /MFT /km /MFT /km AWG (in) (mm) (in) (mm) (in) (mm) (lb) (kg) (lb) (kg) 14-E-PVC-2-FLAT 2 FLAT 14 7/ x x E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC-2-FLAT 2 FLAT 12 7/ x x E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / CONTROL CABLES 10-E-PVC-2-FLAT 2 FLAT 10 7/ x x E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / E-PVC / Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

283 Power Cable EPR Insulated Conductors PVC Jacket, 600V Applications As flame-retardant three or four conductor power cables rated 600V, 90 C. in wet or dry locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Type TC cable is also approved for use in Class I and II, Division 2 hazardous locations. Cables may be installed in open air, in ducts or conduits, in tray or trough, or direct buried. Construction Class B stranded tinned annealed copper conductor, Flame-Retardant Ethylene Propylene Rubber (FR-EPR) Type II surface print phase identification. Color-coded per ICEA Method 4; individual conductors colored black with conductor number surface printed in contrasting ink with a Class B stranded uninsulated tinned annealed copper grounding conductor and PVC jacket overall, surface printed. Standards UL 44 Type XHHW-2 UL 1277 Type TC-ER, UL File # E57179 UL 1581 ICEA S /NEMA WC70 UL 1581 VW-1 UL 1277 IEEE 383 IEEE 1202 CSA FT4 ICEA T Color Coding ICEA Method 4 Notes Ampacity in accordance with the National Electrical Code for cables in uncovered cable tray without maintained spacing and for cables in raceway or directly buried; at the conductor temperature indicated, in wet or dry locations, 30 C ambient temperature. Grounding conductor per UL Standard 1277 for Type TC Tray Cable. Options Bare or Tinned Copper Flexible stranded conductors E1 or E2 color codes FRXLP Insulation CPE, CSPE, LSOH Jackets Insulated ground wires or bare ground wires Overall copper tape shield Overall copper braid shield Overall longitudinal corrugated copper shield Overall mylar tape shield with drain wire 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications. CONTROL CABLES Information on this sheet subject to change without notice. 510 Copyright 2017, American Wire Group, Inc

284 Power Cable EPR Insulated Conductors PVC Jacket, 600V Item # Number of Size Conductor Ground Nominal Nominal Nominal Nominal Nominal Nominal Copper Copper Approx. Approx. Conductors AWG Strand Wire Insulation Insulation Jacket Jacket Cable Cable Weight Weight Weight Weight Size Thickness Thickness Thickness Thickness O.D. O.D. /MFT /km /MFT /Km AWG (in) (mm) (in) (mm) (in) (mm) (lb) (kg) (lb) (kg) 3REPR / REPR / REPR / REPR / REPR / REPR / REPR / REPR / REPR / REPR / REPR / REPR / REPR / REPR-1/0 3 1/0 19/ REPR-1/0 4 1/0 19/ REPR-2/0 3 2/0 19/ REPR-2/0 4 2/0 19/ REPR-3/0 3 3/0 19/ REPR-3/0 4 3/0 19/ REPR-4/0 3 4/0 19/ REPR-4/0 4 4/0 19/ CONTROL CABLES 3REPR / REPR / REPR / REPR / REPR / REPR / REPR / REPR / Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

285 Control Cable FR-EPR Insulated Conductors CPE Jacket, 600V Applications As flame-retardant multi-conductor control, signal or power cables rated 600V, 90 C in wet or dry locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Also approved for use in Class I remote-control and signaling circuits per Article 725 of the NEC. Type TC cable is suitable for use in Class I and II, Division 2 hazardous locations. Cables may be installed in air, in ducts or conduits, in tray or trough, and are suitable for direct burial. Construction Stranded uncoated copper conductors, 30 mils Flame Retardant Ethylene Propylene Rubber (FR- EPR) insulation, color coded, two conductors flat, three or more conductors twisted with suitable fillers where necessary to make round, cable tape, CPE jacket overall, surface printed. Standards Listed by UL as Type TC per Standard 1277 for Tray Cables. Cables UL listed for Direct Burial. Individual conductors pass UL VW-1 flame test. Individual conductors UL listed as Type XHHW-2. Overall jacket UL listed as Sunlight Resistant. Cables with grounding conductor UL listed for Open Wiring. Cables pass IEEE-383 ribbon burner flame test and ICEA 210,000 BTU/hr test. Cables pass IEEE1202/CSA FT4 (70,000 BTU/hr) cable tray flame test. Cables meet requirements of ICEA S , NEMA WC57 for Control Cables. Notes Cables may be supplied with an insulated ground and marked Open Wiring. Standard color coding is Method 1 for NEC applications per Appendix E, Table E-2 of ICEA S (TECH I006). This color coding method omits white and green from the color sequence. A white or green conductor can be supplied on request. Options Bare or Tinned Copper Flexible stranded conductors Color Coding ICEAA Method 1, Table E-1 FRXLP Insulation PVC, CSPE, LSOH Jackets Insulated ground wires or bare ground wires Overall copper tape shield Overall copper braid shield Overall longitudinal corrugated copper shield Overall mylar tape shield with drain wire 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications. CONTROL CABLES Information on this sheet subject to change without notice. 511 Copyright 2017, American Wire Group, Inc

286 Control Cable FR-EPR Insulated Conductors CPE Jacket, 600V Item # Size Conductor Ground Nominal Nominal Nominal Nominal Nominal Nominal Copper Copper Approx. Approx. AWG Strand Wire Insulation Insulation Jacket Jacket Cable Cable Weight Weight Weight Weight Size Thickness Thickness Thickness Thickness O.D. O.D. /MFT /km /MFT /km AWG (in) (mm) (in) (mm) (in) (mm) (lb) (kg) (lb) (kg) 14-E-CPE-2-FLAT 2 FLAT 14 7/ x x E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE-2-FLAT 2 FLAT 12 7/ x x E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / CONTROL CABLES 10-E-CPE-2-FLAT 2 FLAT 10 7/ x x E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / E-CPE / Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

287 Power Cable EPR Insulated Conductors CPE Jacket, 600V Applications As flame-retardant three or four conductor power cables rated 600V, 90 C in wet or dry locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Type TC cable is also approved for use in Class I and II, Division 2 hazardous locations. Cables may be installed in open air, in ducts or conduits, in tray or trough, or direct buried. Construction Class B stranded tinned annealed copper conductor, Flame-Retardant Ethylene Propylene Rubber (FR-EPR) Type II surface print phase identification. Color-coded per ICEA Method 4; individual conductors colored black with conductor number surface printed in contrasting ink with a Class B stranded uninsulated tinned annealed copper grounding conductor and CPE jacket overall, surface printed. Standards UL 44 Type XHHW-2 UL 1277 Type TC-ER, UL File # E57179 UL 1581 ICEA S /NEMA WC70 UL 1581 VW-1 UL 1277 IEEE 383 IEEE 1202 CSA FT4 ICEA T Color Code ICEA Method 4 Notes Ampacity in accordance with the National Electrical Code for cables in uncovered cable tray without maintained spacing and for cables in raceway or directly buried; at the conductor temperature indicated, in wet or dry locations, 30 C ambient temperature. Grounding conductor per UL Standard 1277 for Type TC Tray Cable. Options Bare or Tinned Copper Flexible stranded conductors E1 or E2 color codes FRXLP Insulation PVC, CSPE, LSOH Jackets Insulated ground wires or bare ground wires Overall copper tape shield Overall copper braid shield Overall longitudinal corrugated copper shield Overall mylar tape shield with drain wire 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications. CONTROL CABLES Information on this sheet subject to change without notice. 512 Copyright 2017, American Wire Group, Inc

288 Power Cable EPR Insulated Conductors CPE Jacket, 600V Item # Number of Size Conductor Ground Nominal Nominal Nominal Nominal Nominal Nominal Copper Copper Approx. Approx. Conductors AWG Strand Wire Insulation Insulation Jacket Jacket Cable Cable Weight Weight Weight Weight Size Thickness Thickness Thickness Thickness O.D. O.D. /MFT /km /MFT /Km AWG (in) (mm) (in) (mm) (in) (mm) (lb) (kg) (lb) (kg) 3EEPR / EEPR / EEPR / EEPR / EEPR / EEPR / EEPR / EEPR / EEPR / EEPR / EEPR / EEPR / EEPR / EEPR-1/0 3 1/0 19/ EEPR-1/0 4 1/0 19/ EEPR-2/0 3 2/0 19/ EEPR-2/0 4 2/0 19/ EEPR-3/0 3 3/0 19/ EEPR-3/0 4 3/0 19/ EEPR-4/0 3 4/0 19/ EEPR-4/0 4 4/0 19/ CONTROL CABLES 3EEPR / EEPR / EEPR / EEPR / EEPR / EEPR / EEPR / EEPR / Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

289 Control Cable FR-EPR Insulated Conductors Copper Shield, CPE Jacket, 600V Applications Control or signal cable for important circuits in industrial plants and station control cable for electric utilities where flame resistance is essential. Suitable for the operation and interconnection of protective devices; rated circuit voltage 600V; recommended for operation at 90 C maximum continuous conductor temperature in wet or dry locations. Cables may be installed in open air, in ducts or conduits, in tray or trough, and are suitable for direct burial. Utility grade meets or exceeds all UL requirements. Construction Stranded coated copper conductors. The insulation shall be either fire retardant ethylene propylene rubber (EPR) or fire retardant cross-linked Polyethylene (FR-XLPE). ICEA Appendix E Method 1 colorcoded, conductors twisted with suitable fillers, helically applied copper tape shield, CPE jacket overall, surface printed. Standards TC Type Tray Cable per Article 340 of the NEC. Individual conductors pass UL Standard 44 and the VW-1 vertical flame test. Individual conductors approved as Type XHHW. Cables Pass IEEE-383 ribbon burner flame test. Overall jacket approved as Sunlight Resistant. Cables meet requirements of ICEA S /NEMA WC57 for control cables. Notes Cables may be supplied with an insulated ground and marked Open Wiring. Standard color coding is Method 1 for NEC applications per Appendix E, Table E-2 of ICEA S (TECH I006). This color coding method omits white and green from the color sequence. A white or green conductor can be supplied on request. Options Bare or Tinned Copper Flexible stranded conductors Color Coding: ICEA Method 1, Table E-1 FRXLP Insulation PVC, CSPE, LSOH Jackets Insulated ground wires or bare ground wires Overall copper braid shield Overall longitudinal corrugated copper shield Overall mylar tape shield with drain wire 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications. CONTROL CABLES Information on this sheet subject to change without notice. 513 Copyright 2017, American Wire Group, Inc

290 Control Cable FR-EPR Insulated Conductors Copper Shield, CPE Jacket, 600V Item # Number of Conductor Conductor Copper Copper Nominal Nominal Nominal Nominal Approx. Approx. Conductors Size Stranding Shield Shield Jacket Jacket Cable Cable Cable Cable AWG Thickness Thickness Thickness Thickness O.D. O.D. Weight Weight (in) (mm) (in) (mm) (in) (mm) /MFT /Km (lb) (kg) ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH CONTROL CABLES ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH ESH Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

291 20/10 Control Cable PE/PVC Insulated Conductors PVC Jacket, 600V Applications Standard general purpose control cable for important control circuits in industrial plants and station control cable for utilities. Suitable for operation and interconnection of protective devices; rated circuit voltage 600V, recommended for operation at 75 C maximum continuous conductor temperature. For Non NEC Application Cables may be installed in open air, in ducts or conduit, or in tray or trough and direct burial. For metering installations where insulated conductors are subject to sunlight degradation, these cables can be jacketed with special UV-resistant compounds. Construction Stranded uncoated copper conductors, 20 mils black high molecular weight polyethylene insulation, 10 mils full color coded PVC Jacket over each insulated conductor, two conductors flat, three or more conductors twisted with suitable fillers where necessary to make round, polyester tape over assembly, PVC jacket overall, surface printed. Standards Physical and electrical tests in accordance with appropriate sections of ICEA S , NEMA WC57. Notes Single conductor 20 mils high molecular weight polyethylene insulation and 10 mils polyvinyl chloride jacket, 600V. Color coding is ICEA Appendix E Method 1 Table E-1. Options Flexible stranded conductors Tin-coated copper conductors per ASTM B V rated construction Consult AWG for a variety of alternate constructions for specific applications. Item # Number of Conductor Conductor Nominal Nominal Nominal Nominal Approximate Approximate Conductors Size Stranding Jacket Jacket Cable Cable Cable Weight Cable Weight AWG Thickness Thickness O.D. O.D. /MFT /Km (in) (mm) (in) (mm) (lb) (kg) 14-CTB x x CTB CTB CTB CTB CTB CTB CTB CTB CTB CTB CTB CONTROL CABLES Information on this sheet subject to change without notice. 514 Copyright 2017, American Wire Group, Inc

292 20/10 Control Cable PE/PVC Insulated Conductors PVC Jacket, 600V Item # Number of Conductor Conductor Nominal Nominal Nominal Nominal Approximate Approximate Conductors Size Stranding Jacket Jacket Cable Cable Cable Weight Cable Weight AWG Thickness Thickness O.D. O.D. /MFT /Km (in) (mm) (in) (mm) (lb) (kg) 12-CTB x x CTB CTB CTB CTB CTB CTB CTB CTB CTB CTB CTB CTB x x CTB CTB CTB CTB CTB CTB CTB CTB CTB CTB CTB CONTROL CABLES 9-CTB x x CTB CTB CTB CTB CTB CTB CTB CTB CTB CTB CTB Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

293 20/10 Control Cable PE/PVC Insulated Conductors Shielded, PVC Jacket, 600V Applications Standard general purpose control cable for important control circuits in industrial plants and station control cable for utilities. Suitable for operation and interconnection of protective devices; rated circuit voltage 600V, recommended for operation at 75 C maximum continuous conductor temperature. For Non NEC Application Cables may be installed in open air, in ducts or conduit, or in tray or trough and direct burial. For metering installations where insulated conductors are exposed to sunlight degradations, these cables can be jacketed with special UV-resistant compounds. Construction Stranded uncoated copper conductors, 20 mils black high molecular weight polyethylene insulation, 10 mils full color coded PVC Jacket over each insulated conductor, two conductors flat, three or more conductors twisted with suitable fillers where necessary to make round, polyester tape over assembly, copper tape shield, PVC jacket overall, surface printed. Standards Physical and electrical tests in accordance with appropriate sections of ICEA S , NEMA WC57. Notes Single conductor 20 mils high molecular weight polyethylene insulation and 10 mils polyvinyl chloride jacket, 600V. Color coding is ICEA Appendix E Method 1 Table E-1. Options Flexible stranded conductors Tin-coated copper conductors per ASTM B33 Copper braid shield 1000V rated construction Consult AWG for a variety of alternate constructions for specific applications. Item # Number of Conductor Conductor Copper Copper Nominal Nominal Nominal Nominal Approx. Approx. Conductors Size Stranding Shield Shield Jacket Jacket Cable Cable Cable Cable AWG Thickness Thickness Thickness Thickness O.D. O.D. Weight Weight (in) (mm) (in) (mm) (in) (mm) /MFT /Km (lb) (kg) 10-CTB-2-S CTB-3-S CTB-4-S CTB-3-S CTB-4-S CTB-5-S CTB-3-S CTB-4-S CONTROL CABLES 6-CTB-3-S CTB-4-S CTB-3-S CTB-4-S CTB-3-S CTB-4-S Information on this sheet subject to change without notice. 515 Copyright 2017, American Wire Group, Inc

294 NOTES CONTROL CABLES

295 TFN, THWN or THHN Insulated Conductors PVC Jacket, 600V Applications As flame-retardant multi-conductor control, signal or power cables rated 600V, 90 C in dry locations, 75 C in wet locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Also approved for use in Class 1 remote-control and signaling circuits per Article 725 of the NEC. Type TC cable is suitable for use in Class I and II, Division 2 hazardous locations. Cables may be installed in air, in ducts or conduits, in tray or trough, and are suitable for direct burial. Construction Individual conductors of stranded uncoated copper Type TFN (16AWG). Type THWN or THHN (14-10 AWG), color-coded, two conductors flat, three or more conductors twisted, PVC jacket overall, surface printed. Standards Listed by UL as Type TC Tray Cable per Article 336 of the NEC. Individual conductors UL listed as Type THWN or THHN (14-10 AWG) or Type TFN (16 AWG). Overall jacket UL listed as Sunlight Resistant. Cables UL listed for Direct Burial. Cables with grounding conductor UL listed for Open Wiring. Cables pass UL and IEEE-383 ribbon burner tests and ICEA BTU/hr test. Notes Cables designated (w/g) contain an additional bare copper grounding conductor, same size as circuit conductors, and are UL listed for Open Wiring. Standard color-coding is ICEA Method E2 or K2 for NEC applications. This color-coding method omits white and green from the color sequence. ICEA Method 4 color-coding is also provided. This consists of printed numbers and words, 1-ONE, 2-TWO, etc. Size 16 AWG is rated 90 C dry only. Item # Number of Size Number of Overall Nominal Weight Conductors AWG Strands PVC Jacket Diameter /MFT (mil) (in) (lb) 16-TC x TC TC1-3 w/g 3 w/g 16 7 N/A N/A N/A 16-TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC CONTROL CABLES Information on this sheet subject to change without notice. 517 Copyright 2017, American Wire Group, Inc

296 TFN, THWN or THHN Insulated Conductors PVC Jacket, 600V Item # Number of Size Number of Overall Nominal Weight Conductors AWG Strands PVC Jacket Diameter /MFT (mil) (in) (lb) 16-TC TC TC TC TC CONTROL CABLES 14-TC x TC TC1-3 w/g 3 w/g TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC x TC TC1-3 w/g 3 w/g TC TC TC TC TC TC TC TC TC Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

297 TFN, THWN or THHN Insulated Conductors PVC Jacket, 600V Item # Number of Size Number of Overall Nominal Weight Conductors AWG Strands PVC Jacket Diameter /MFT (mil) (in) (lb) 12-TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC x TC TC1-3 w/g 3 w/g TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC TC CONTROL CABLES Information on this sheet subject to change without notice. 517 Copyright 2017, American Wire Group, Inc

298 NOTES CONTROL CABLES

299 TFN, THWN or THHN Insulated Conductors Overall Shield, Drain Wire, 600V Applications As flame-retardant multi-conductor control, signal or power cables rated 600V, 90 C in dry locations. 75 C in wet locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Also approved for use in Class 1 remote-control and signaling circuits per Article 725 of the NEC. Type TC cable is suitable for use in Class I and II, Division 2 hazardous locations. Cables may be installed in air, in ducts or conduits, in tray or trough, are suitable for direct burial. Construction Individual conductors of stranded uncoated copper Type TFN (16AWG). Type THWN or THHN (14-10 AWG), color-coded, cabled singles, overall aluminum/polyester foil tape plus tinned Cu drain wire, PVC jacket, surface printed. Standards Listed by UL as Type TC Tray Cable per Article 336 of the NEC. Individual conductors UL listed as Type THWN or THHN (14-10 AWG) or Type TFN (16 AWG). Overall jacket UL listed as Sunlight Resistant. Cables UL listed for Direct Burial. Cables pass UL and IEEE-383 ribbon burner tests and ICEA BTU/hr test. Notes Drain wire 18 AWG on size 16 AWG conductor constructions, and 16 AWG on all other sizes. Class 1 circuits as defined in Article 725. Class 1, Division II Hazardous Locations per Article 501.4(B). Aerial use permitted with a messenger. Standard Color Coding also available ICEA Method 1, Table E-1 Item # Number of Size Number of Overall Nominal Weight Conductors AWG Strands PVC Jacket Diameter /MFT (mil) (in) (lb) 16-TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU CONTROL CABLES Information on this sheet subject to change without notice. 518 Copyright 2017, American Wire Group, Inc

300 TFN, THWN or THHN Insulated Conductors Overall Shield, Drain Wire, 600V Item # Number of Size Number of Overall Nominal Weight Conductors AWG Strands PVC Jacket Diameter /MFT (mil) (in) (lb) 14-TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU CONTROL CABLES 12-TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

301 TFN, THWN or THHN Insulated Conductors Overall Shield, Drain Wire, 600V Item # Number of Size Number of Overall Nominal Weight Conductors AWG Strands PVC Jacket Diameter /MFT (mil) (in) (lb) 12-TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU TCCU CONTROL CABLES Information on this sheet subject to change without notice. 518 Copyright 2017, American Wire Group, Inc

302 NOTES CONTROL CABLES

303 THWN or THHN Insulated Conductors with Ground PVC Jacket, 600V Applications As flame-retardant three or four conductor power cables rated 600V, 90 C in dry locations. 75 C in wet locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Type TC cable is also approved for use in Class I and II, Division 2 hazardous locations. Cables may be installed in open air, in ducts or conduits, in tray or trough, or direct buried. Construction Individual conductors of stranded uncoated copper Type THWN or THHN, surface print phase identification. Three or four insulated conductors twisted with a Class B stranded uncoated copper grounding conductor and fillers, cable tape, PVC jacket overall, surface printed. Standards Listed by UL as Type TC Tray Cable per Article 336 of the NEC. Individual conductors UL listed as Type THWN or THHN. Overall jacket UL listed as Sunlight Resistant. Cables UL listed for Direct Burial. Cables UL listed for Open Wiring. Cables and color coding pass UL and IEEE-383 ribbon burner tests and ICEA BTU/hr test. Notes Ampacity in accordance with the National Electric Code for cables in uncovered cable tray without maintained space and for cable in raceway or direct buried. 90 C conductor temperature for dry locations, 75 C conductor temperature for wet locations, 30 C ambient temperature. Grounding conductor per UL Standard 1277 for Type TC Tray Cable. Item# Number of Size Number of PVC Nylon Overall Nominal Grounding Weight Conductors AWG or Strands Insulation Jacket PVC Jacket Diameter Conductor /MFT KCM Thickness Thickness (mil) (in) Size AWG (lb) (mil) (mil) 3 Conductor TC TC TC TC TC TC3-1/0 3 1/ TC3-2/0 3 2/ TC3-3/0 3 3/ TC3-4/0 3 4/ TC TC TC TC TC / CONTROL CABLES Information on this sheet subject to change without notice. 519 Copyright 2017, American Wire Group, Inc

304 THWN or THHN with Ground PVC Jacket, 600V Item# Number of Size Number of PVC Nylon Overall Nominal Grounding Weight Conductors AWG or Strands Insulation Jacket PVC Jacket Diameter Conductor /MFT KCM Thickness Thickness (mil) (in) Size AWG (lb) (mil) (mil) 4 Conductor TC TC TC TC TC TC4-1/0 4 1/ TC4-2/0 4 2/ TC4-3/0 4 3/ TC4-4/0 4 4/ TC TC TC TC CONTROL CABLES 519 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

305 Aluminum Three Conductor UL Type TC 600V Applications These cables are specifically approved for power, control, lighting and signal circuits, in manufacturing, industrial and commercial installations. For use in direct burial, in cable trays, in raceways, or where supported in outdoor locations by a messenger wire. In cable tray in hazardous (classified) locations Class I, Division 2 per NEC, also as Class I circuits per Article 725, and in Class II, Division 2, as permitted per NEC. When installed in accordance with NEC (7), TC-ER marked cable is approved for use as open wiring between a cable tray and the utilization equipment or device. Construction Assembly consisting of three or four insulated aluminum alloy AA8000 compact stranded conductors, cabled together with a bare equipment grounding conductor and non-hygroscopic fillers. The sub-assembly is wrapped with binding tape and a PVC jacket is applied over the taped assembly. PVC jacket is sunlight resistant, moisture resistant and flame retardant. This cable uses XHHW-2 conductors that are phase identified, including one insulated black conductor, one insulated white conductor, and one insulated conductor with a single longitudinal red stripe. If required, a fourth insulated conductor has a single longitudinal blue stripe. Phase conductors are insulated with crosslinked polyethylene (XLPE) and rated for a maximum operating temperature of 90 C in dry and wet locations, rated for 600 volts maximum operating voltage. Insulation is free of harmful heavy metals in compliance with RoHS, Directive 2002/95/EC. Standards UL 1277 Type TC Tray Cable UL 44 Thermoset Insulated Conductors, Type XHHW-2 or RHW-2 ICE A S NEMA WC57 Standard for Control Cables ICE A S Standard for Non-shielded Power Cables Rated 2000 Volts or less Notes Terminates safely with industry standard dual rated terminals and connectors. Item # Conductor No. of Grounding Insulation Jacket Nominal Nominal Package Ampacity Ampacity Size Phase Conductor Thickness Thickness Diameter Weight Length 90 C 75 C AWG Conductors AWG (mil) (mil) (in) (lb/mft) (ft) or kcmil or kcmil A6-03XHPGTC A4-03XHPGTC A2-03XHPGTC A1-03XHPGTC A1/0-03XHPGTC-4 1/ A2/0-03XHPGTC-4 2/ A3/0-03XHPGTC-4 3/ A4/0-03XHPGTC-2 4/ A250-03XHPGTC A300-03XHPGTC A300-03XHPGTC-1/ / A350-03XHPGTC A400-03XHPGTC A500-03XHPGTC A600-03XHPGTC A700-03XHPGTC-1/ / A750-03XHPGTC-1/ / A900-03XHPGTC A900-03XHPGTC A900-03XHPGTC CONTROL CABLES Information on this sheet subject to change without notice. 529 Copyright 2017, American Wire Group, Inc

306 NOTES CONTROL CABLES

307 Aluminum Four Conductor UL Type TC 600V Applications These cables are specifically approved for power, control, lighting and signal circuits, in manufacturing, industrial and commercial installations. For use in direct burial, in cable trays, in raceways, or where supported in outdoor locations by a messenger wire. In cable tray in hazardous (classified) locations Class I, Division 2 per NEC, also as Class I circuits per Article 725, and in Class II, Division 2, as permitted per NEC. When installed in accordance with NEC (7), TC-ER marked cable is approved for use as open wiring between a cable tray and the utilization equipment or device. Construction Assembly consisting of three or four insulated aluminum alloy AA8000 compact stranded conductors, cabled together with a bare equipment grounding conductor and non-hygroscopic fillers. The sub-assembly is wrapped with binding tape and a PVC jacket is applied over the taped assembly. PVC jacket is sunlight resistant, moisture resistant and flame retardant. This cable uses XHHW-2 conductors that are phase identified, including one insulated black conductor, one insulated white conductor, and one insulated conductor with a single longitudinal red stripe. If required, a fourth insulated conductor has a single longitudinal blue stripe. Phase conductors are insulated with crosslinked polyethylene (XLPE) and rated for a maximum operating temperature of 90 C in dry and wet locations, rated for 600 volts maximum operating voltage. Insulation is free of harmful heavy metals in compliance with RoHS, Directive 2002/95/EC. Standards UL 1277 Type TC Tray Cable UL 44 Thermoset Insulated Conductors, Type XHHW-2 or RHW-2 ICE A S NEMA WC57 Standard for Control Cables ICE A S Standard for Non-shielded Power Cables Rated 2000 Volts or less Notes Terminates safely with industry standard dual rated terminals and connectors. Item # Conductor No. of Grounding Insulation Jacket Nominal Nominal Package Ampacity Ampacity Size Phase Conductor Thickness Thickness Diameter Weight Length 90 C 75 C AWG Conductors AWG (mil) (mil) (in) (lb/mft) (ft) or kcmil or kcmil A6-04XHPGTC A4-04XHPGTC A2-04XHPGTC A1-04XHPGTC A1/0-04XHPGTC-4 1/ A2/0-04XHPGTC-4 2/ A3/0-04XHPGTC-4 3/ A4/0-04XHPGTC-2 4/ A250-04XHPGTC A300-04XHPGTC A350-04XHPGTC-1/ / A400-04XHPGTC-1/ / A500-04XHPGTC-2/ / A600-04XHPGTC-2/ / A700-04XHPGTC-2/ / A750-04XHPGTC-3/ / A750-04XHPGTC A900-04XHPGTC-4/ / A900-04XHPGTC A900-04XHPGTC A900-04XHPGTC CONTROL CABLES Information on this sheet subject to change without notice. 530 Copyright 2017, American Wire Group, Inc

308 CONTROL CABLES

309 Thermocouple Cable EX, JX, KX, TX 600V Application For use as a 600V, multi-pair thermocouple instrumentation cable where flame-retardance, and moisture/chemical resistance is critical. Cable can be installed in free air, in raceways, or direct burial. The cable is also approved for wet or dry locations as well as Class 1 Division II industrial hazardous locations per NEC 501-4(b) for (UL) Type Tray Cables (TC). Temperature rating of 90 C wet or dry. Insulation provides excellent electrical, thermal, and physical properties, excellent flame resistance and resistant to crush, compression, cuts and heat deformation. Also conductor insulation provides good low temperature (-40 C) cold bend characteristics. Approved for direct burial. Construction Conductor is thermocouple alloy per ANSI MC Flame-retardant XLPE insulation. Conductors twisted together with a drain wire and aluminum mylar shield. Shielded pairs cabled together with fillers as needed to form a round core. An overall aluminum mylar shield and drain wire is applied over the core. Pairs are color coded per thermocouple type with pair number printed on the negative (red) conductor. See chart below for specific color codes. Black, flame-retardant, sunlight resistant, Chlorinated Polyethylene (CPE) jacket. Available with color coded jacket. Available with class B stranding per ASTM B174. Standards Insulated Conductor VW-1 UL Type TC, 90 C Wet or Dry, 600V ICEA S , 90 C Wet or Dry, 600V. Passes UL 1277 Flame Test (70,000 BTU/hr). Passes UL 1202 Flame Test (70,000 BTU/hr). Passes IEEE 383 Flame Test (70,000 BTU/hr). Passes ICEA T Flame Test (210,000 BTU/hr) EX Color Code Chromel (Positive) PURPLE Constantan (Negative) RED JX Color Code Iron (Positive) WHITE Constantan (Negative) RED TX Color Code Copper (Positive) BLUE Constantan (Negative) RED KX Color Code Chromel (Positive) YELLOW Alumel (Negative) RED Notes Dimensions and weights shown are nominal, subject to industry tolerances. Dimensions and weights for other cable configurations are available upon request. Options PVC Insulation, EPR Insulation PVC Jacket 300V Overall shield, shielded pairs overall shield CONTROL CABLES Information on this sheet subject to change without notice. 520 Copyright 2017, American Wire Group, Inc

310 Thermocouple Cable EX, JX, KX, TX 600V Item # Size AWG Number of Insulation Jacket Overall Weight Shielded Pairs Thickness Thickness Diameter /MFT (in) (in) (in) (lb) ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC ITC CONTROL CABLES 520 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

311 IMSA 19-1 & 20-1 Traffic Control Cable 600V Application For use in signal systems in underground conduit/duct, or as aerial cable supported by a messenger, or for installation in buildings. Construction Solid Conductor or Stranded Conductor Polyethylene Insulation, 75 C, 600V 19-1: Black PVC Jacket 20-1: Black PE Jacket Item # Size No. of Insulation Jacket Jacket O.D. O.D. Total Total AWG Conductors Thickness Wall Wall Solid Solid Weight Weight (in) Solid Stranded Solid Stranded Solid/MFT Stranded/MFT (in) (in) (in) (in) (lb) (lb) IMSA 19-1 IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA CONTROL CABLES Information on this sheet subject to change without notice. 521 Copyright 2017, American Wire Group, Inc

312 IMSA 19-1 & 20-1 Traffic Control Cable 600V Item # Size No. of Insulation Jacket Jacket O.D. O.D. Total Total AWG Conductors Thickness Wall Wall Solid Solid Weight Weight (in) Solid Stranded Solid Stranded Solid/MFT Stranded/MFT (in) (in) (in) (in) (lb) (lb) IMSA 20-1 IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA IMSA CONTROL CABLES 521 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

313 IMSA 19-1 & 20-1 Traffic Control Cable Shipping Weights Item # AWG/ IMSA 19-1 IMSA 19-1 IMSA 20-1 IMSA 20-1 Conductors Solid Stranded Solid Stranded Weight /MFT Weight /MFT Weight /MFT Weight /MFT (lb) (lb) (lb) (lb) 16/2 16/ /3 16/ /4 16/ /5 16/ /7 16/ /9 16/ /10 16/ /12 16/ /2 14/ /3 14/ /4 14/ /5 14/ /7 14/ /9 14/ /10 14/ /12 14/ /14 14/ /15 14/ /16 14/ /19 14/ /20 14/ /21 14/ /25 14/ /26 14/ /2 12/ /3 12/ /4 12/ /5 12/ /7 12/ /9 12/ /10 12/ /12 12/ /16 12/ /19 12/ /20 12/ /21 12/ /25 12/ CONTROL CABLES Information on this sheet subject to change without notice. 521 Copyright 2017, American Wire Group, Inc

314 NOTES CONTROL CABLES

315 IMSA 50-2 Loop Detector Lead-In Wire 600V Application Used in municipal signal systems as lead-in cable or for use in communication circuits where a low capacitance is needed, suitable for underground conduit, as aerial cable supported by messenger, or in raceways in buildings. Construction Unilay stranded tin coated, annealed copper per ASTM-B-33 Twisted pair with overall shield and drain wire Insulation is high molecular weight PE per UL 758, black and clear Aluminum/Polyester tape shield helically applied Polyetheylene Jacket, black Standards IMSA Spec No Also available: NCDOT 1993 and NCDOT Item # Size Stranding Nominal Nominal Nominal AWG Jacket O.D. Weight Thickness (in) /MFT (in) (lb) IMSA IMSA IMSA IMSA CONTROL CABLES Information on this sheet subject to change without notice. 522 Copyright 2017, American Wire Group, Inc

316 NOTES CONTROL CABLES

317 IMSA 51-1 THHN Loop Detector Lead-In Wire 600V Application Designed for use in municipal signal systems as Loop Detector Wire. These wires are installed in pavement saw cuts at traffic intersections to detect the presence of motor vehicles. The signal is sent to a traffic signal controller to activate the light changes. Construction Conductors: Stranded, uncoated annealed copper per ASTM B-8. Other strandings and tinned conductors available upon special request. Insulation: Heat stabilized PVC with a nylon jacket per IMSA Specification No paragraph 4 and 6. Insulation color is black. Standards Dimensionals physicals and electricals per IMSA SPECIFICATION NO Item # Size Number of Strands Insulation Jacket Overall Weight AWG Strands O.D. Thickness Wall Diameter /MFT (in) (in) (in) (in) (lb) IMSA IMSA IMSA IMSA IMSA CONTROL CABLES Information on this sheet subject to change without notice. 523 Copyright 2017, American Wire Group, Inc

318 NOTES CONTROL CABLES

319 IMSA 51-3 Loop Detector Wire 600V Application Designed for use in municipal signal systems as "Loop Detector Wire". These wires are installed in pavement saw cuts at traffic intersections to detect the presence of motor vehicles. The signal is sent to a traffic signal controller to activate the light changes. Construction Conductors: Solid or stranded, bare, uncoated copper with separator per ASTM B03 or B08. Other strandings and tinned conductors available upon special request. Insulation: Cross-linked polyethylene per IMSA Specification No. 51-3, paragraph 4. Insulation color is black. Standards Tests: Dimensionals, physicals, and electricals per IMSA Specification No Note The data listed is approximate and subject to normal manufacturing tolerances. Alternate constructions or materials may be available. Item # Size Number of Strands Insulation Overall Weight AWG Strands O.D. Thickness Diameter /MFT (in) (in) (in) (lb) IMSA S 14 Solid N/A IMSA IMSA IMSA S 12 Solid N/A IMSA IMSA S 10 Solid N/A IMSA IMSA IMSA IMSA IMSA Shipping Weights Item # Size AWG IMSA Spec No. Description Weight /MFT Insulation Type (lb) Tinned Copper STR XLPE Insulation Tinned Copper STR XLPE Insulation 29 CONTROL CABLES Information on this sheet subject to change without notice. 524 Copyright 2017, American Wire Group, Inc

320 NOTES CONTROL CABLES

321 IMSA 51-5 Inductant Loop Detector Cable 600V Application Used in road pavements to detect vehicles for the purpose of changing signals or determining amount of traffic flow. Construction Single conductor, 600V PVC/Nylon Insulation in PVC or PE tube jacket, 75 C AWG #14 (2.08mm) one copper conductor per ASTM B-3) 19 strand concentric or bunch stranding 15 mils of black PVC per UL 62 Jacket is clear nylon per ASTM D-4066 Encasing tube is PVC or HDPE compound Temperature rating: 60 C Voltage rating: 600V Specifications IMSA Spec No Also available: NCDOT 199 and NCDOT Option XLPE Insulation Item # Size Number of O.D. O.D. O.D. PVC PE AWG Strands Outside Inside Wall Total Weight Total Weight Diameter Diameter Thickness /MFT /MFT (in) (in) (in) (lb) (lb) IMSA IMSA Shipping Weights Item # Size AWG IMSA Spec No. Description Encasing Weight /MFT Insulation Type Tube (lb) 51-5 XLPE/PVC Bare CU STR XLPE Insulation PVC XLPE/PVC Bare CU STR XLPE Insulation PVC XLPE/HDPE Bare CU STR XLPE Insulation HDPE XLPE/HDPE Bare CU STR XLPE Insulation HDPE PVC/PVC Bare CU STR PVC/Nylon Insulation PVC PVC/PVC Bare CU STR PVC/Nylon Insulation PVC PVC/HDPE Bare CU STR PVC/Nylon Insulation HDPE PVC/HDPE Bare CU STR PVC/Nylon Insulation HDPE 39 CONTROL CABLES Information on this sheet subject to change without notice. 525 Copyright 2017, American Wire Group, Inc

322 NOTES CONTROL CABLES

323 IMSA Cable Selection Guide Item # IMSA Voltage Applications Installation Conductor Mechanical Spec No. Rating Configuration Characteristics Traffic Signal Aerial or Duct Cabled PVC Outer Jacket Fire Protective Signal Conductors Traffic Signal Aerial or Duct Twisted Pairs Shielded Fire Protective Signal PVC Outer Jacket Traffic Signal Figure-8 Aerial Cabled PVC Outer Jacket Fire Protective Signal Integral Msgr. Conductors Traffic Signal Figure-8 Aerial Twisted Pairs Shielded Fire Protective Signal Integral Msgr. PVC Outer Jacket Traffic Signal Aerial, Duct or Buried Cabled Conductors Shielded Fire Protective Signal PE Inner & PVC Outer Jackets Traffic Signal Aerial, Duct or Buried Twisted Pairs Shielded, Fire Protective Signal PE Inner & PVC Outer Jackets Traffic Signal Aerial or Duct Cabled Conductors PE Outer Jacket Fire Protective Signal Traffic Signal, Aerial or Duct Twisted Pairs Shielded Fire Protective Signal PE Outer Jacket Traffic Signal Figure-8 Aerial Cabled Conductors PE Outer Jacket Fire Protective Signal Integral Msgr Traffic Signal Figure-8 Aerial Twisted Pairs Shielded Fire Protective Signal Integral Msgr. PE Outer Jacket Traffic Signal Aerial, Duct or Buried Cabled Conductors Shielded, PE Inner Fire Protective Signal & Outer Jacket Traffic Signal Aerial, Duct or Buried Twisted Pairs Shielded, PE Inner Fire Protective Signal & Outer Jacket Signal Systems Aerial Self-Supporting Single Hard-Drawn High Density Poly- Copper Conductor ethylene (HDPE)Insulation Signal Systems Aerial Self-Supporting Single Copper-Covered HDPE Insulation Steel Conductor Signal Systems Aerial Self-Supporting C Line Wire (Parallel) HDPE Insulation 2 Hard-Drawn Copper Conductors Signal Systems Aerial Self-Supporting C Line Wire (Parallel HDPE Insulation 2 Copper-Covered Steel Conductors Signal Systems Aerial Self-Supporting C Line Wire (Parallel) HDPE Insulation 2 Hard-Drawn PVC Outer Jacket Copper Conductors Signal Systems Aerial Self-Supporting C Line Wire (Parallel) HDPE Insulation 2 Copper-Covered PVC Outer Jacket Steel Conductors Fire Protective Signal Aerial, Duct or Twisted Pairs Shielded Traffic Communications Building Raceway PVC Outer Jacket Data Acquisition CONTROL CABLES Information on this sheet subject to change without notice. 526 Copyright 2017, American Wire Group, Inc

324 IMSA Cable Selection Guide Item # IMSA Voltage Applications Installation Conductor Mechanical Spec No. Rating Configuration Characteristics CONTROL CABLES Traffic Communications Figure-8 Aerial Twisted Pairs Shielded Data Acquisition Integral Msgr. PVC Outer Jacket Fire Protective Signal Aerial, Duct or Twisted Pairs Shielded Traffic Communications Building Raceway PE Inner & Data Acquisition PVC Outer Jackets Fire Protective Signal Aerial, Duct or Twisted Pairs Shielded Traffic Communications Building Raceway PE Outer Jacket Data Acquisition Traffic Communications Figure-8 Aerial Twisted Pairs Shielded Data Acquisition Integral Msgr. PE Outer Jacket Fire Protective Signal Aerial, Duct, Buried or Twisted Pairs Shielded Traffic Communications Building Raceway PE Inner & Data Acquisition Outer Jacket Signal Loop Detector Duct or Buried Twisted Pairs PE Insulation Lead-In Feeder PE Outer Jacket Inductance Loop Detector Duct Single Conductor PVC/Nylon Insulation Inductance Loop Detector Duct or Buried Single Conductor Cross-Linked PE Insulation Inductance Loop Detector Duct or Buried Single Conductor PVC/Nylon Insulation in PVC or PE Tube Inductance Loop Detector Duct or Buried Single Conductor Cross-Linked PE Insulation in PVC or PE Tube Fire Protective Signal Aerial or Duct Twisted Pairs Filled Core, Traffic Communications Shielded Data Acquisition PVC Outer Jacket Traffic Communications Figure-8 Aerial Twisted Pairs Filled Core, Data Acquisition Integral Msgr. Shielded PVC Outer Jacket Fire Protective Signal Aerial, Twisted Pairs Filled Core Traffic Communications Duct or Buried Shielded Data Acquisition PE Inner Jacket PVC Outer Jacket Fire Protective Signal Aerial or Duct Twisted Pairs Filled Core Traffic Communications Shielded Data Acquisition PE Outer Jacket Traffic Communications Figure-8 Aeria Twisted Pairs Filled Core Data Acquisition Integral Msgr. Shielded PE Outer Jacket Fire Protective Signal Aerial, Twisted Pairs Filled Core, Traffic Communications Duct or Buried Shielded, Data Acquisition PE Inner and PE Outer Jacket Traffic Communications Aerial, 2 to 72 fibers All Dialectric Duct or Buried Traffic Communications Duct or Buried 2 to 72 fibers Armored 526 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

325 IMSA Cable Color Code Chart Method 1 This color code system employs six (6) different base colors alternating through a series of 21 conductors. In this series, the last 15 conductors are marked with tracers of contrasting colors. The color sequence is repeated in regular sequence as necessary for cable configurations employing more than twenty-one (21) conductors. Item # Conductor Base Tracer Number Color Color IMSA-CC-1 1 Black N/A IMSA-CC-2 2 White N/A IMSA-CC-3 3 Red N/A IMSA-CC-4 4 Green N/A IMSA-CC-5 5 Orange N/A IMSA-CC-6 6 Blue N/A IMSA-CC-7 7 White Black IMSA-CC-8 8 Red Black IMSA-CC-9 9 Green Black IMSA-CC Orange Black IMSA-CC Blue Black Item # Conductor Base Tracer Number Color Color IMSA-CC Black White IMSA-CC Red White IMSA-CC Green White IMSA-CC Blue White IMSA-CC Black Red IMSA-CC White Red IMSA-CC Orange Red IMSA-CC Blue Red IMSA-CC Red Green IMSA-CC Orange Green CONTROL CABLES Information on this sheet subject to change without notice. 527 Copyright 2017, American Wire Group, Inc

326 NOTES CONTROL CABLES

327 IMSA Cable XHHX-2 & USE-2 Shipping Weights XHHX-2 Shipping Weights Item # Size AWG Weight /MFT (lb) IMSA-X IMSA-X IMSA-X IMSA-X IMSA-X IMSA-X IMSA-X IMSA-X USE-2 Shipping Weights Item # Size AWG Weight /MFT (lb) IMSA-U IMSA-U IMSA-U IMSA-U IMSA-U IMSA-U IMSA-U IMSA-U CONTROL CABLES Information on this sheet subject to change without notice. 528 Copyright 2017, American Wire Group, Inc

328 NOTES CONTROL CABLES

329 Wire & Cable Methods of Color Coding Used to identify conductors for point-to-point wiring and for circuit diagrams. Color codes are used to establish a standard for use by different manufacturers. The first color code used colored tracers in a solid colored braid. Most control cable color codes are adaptations of this method. Later, for ease and convenience, ink printed versions were developed. Telephone requirements established special color codes. Color Codes (ICEA Methods) ICEA/NEMA Method 1 Colored insulation with contrasting ink tracers as required. Six different insulation colors and four different colored ink tracers are used to provide positive identification through 21 conductors. The same identification sequence is repeated for cables containing more than 21 conductors. ICEA/NEMA Method 2 A neutral colored compound is used with single or double spiral ink tracers as required to provide positive identification through 21 conductors. The identification sequence is repeated for cables containing more than 21 conductors. ICEA/NEMA Method 3 A neutral or single colored insulation compound is surface ink printed with both conductor number and color designation to provide positive identification through 21 conductors. The identification sequence is repeated for colors containing more than 21 conductors. ICEA/NEMA Method 4 A neutral or single colored insulation compound is surface ink printed with conductor number to provide positive conductor identification through 21 conductors. The identification sequence is repeated for cables containing more than 21 conductors. ICEA/NEMA Method 5 A color coding using braids. Also sometimes specified using colored insulation and contrasting tracers as an extension of Method I to eliminate duplicate conductors. Up to 127 positive conductor coding are available with this method. Usually specified as per: ICEA Table 5-1 or ICEA Table 5-2. ICEA/NEMA Method 6 A color coding whereby one conductor in each layer is identified by a braid, tape, ridge, stripe or color. ICEA/NEMA Paired Color Code A coding whereby one leg of all pairs is coded white and its mate is coded in accordance with the first 21 conductors of Method 1, omitting white and repeating the sequence as necessary. Telephone Paired Color Code Five colors are paired with each of five mate colors to give 25 identified pairs. The color sequences are repeated for more than 25 pairs using colored binder strings for group identification. Note: UL and the NEC restrict the use of green and white as colors and stripes. Special color codes are available to meet these requirements. One method is ICEA Method E-2 which is similar to Method 1 and ICEA Method E-4 which is similar to Method 2. CONTROL CABLES Information on this sheet subject to change without notice. B Copyright 2017, American Wire Group, Inc

330 Wire & Cable Color Coding Charts ICEA Method 1, Table E-1 (Colored compound with tracers) ICEA Method 1, Table E-2 (Colored compound with tracers) CONTROL CABLES Conductor Background Tracer Number or Base Color Color 1* Black 2 White 3 Red 4 Green 5 Orange 6 Blue 7 White Black 8 Red Black 9 Green Black 10 Orange Black 11 Blue Black 12 Black White 13 Red White 14 Green White 15 Blue White 16 Black Red 17 White Red 18 Orange Red 19 Blue Red 20 Red Green 21 Orange Green *This conductor is in the inside of the assembly. ICEA Method 2, Table E-1 (Neutral colored compound with tracers) Conductor First Second Number Tracer Tracer Color Color (Wide (Narrow Tracer) Tracer) 1* Black 2 White 3 Red 4 Green 5 Orange 6 Blue 7 White Black 8 Red Black 9 Green Black 10 Orange Black 11 Blue Black 12 Black White 13 Red White 14 Green White 15 Blue White 16 Black Red 17 White Red 18 Orange Red 19 Blue Red 20 Red Green 21 Orange Green *This conductor is in the inside of the assembly. Conductor Background Tracer Number or Base Color Color 1* Black 2 Red 3 Blue 4 Orange 5 Yellow 6 Brown 7 Red Black 8 Blue Black 9 Orange Black 10 Yellow Black 11 Brown Black 12 Black Red 13 Blue Red 14 Orange Red 15 Yellow Red 16 Brown Red 17 Black Blue 18 Red Blue 19 Orange Blue 20 Yellow Blue 21 Brown Blue 22 Black Orange 23 Red Orange 24 Blue Orange 25 Yellow Orange 26 Brown Orange 27 Black Yellow 28 Red Yellow 29 Blue Yellow 30 Orange Yellow 31 Brown Yellow 32 Black Brown 33 Red Brown 34 Blue Brown 35 Orange Brown 36 Yellow Brown *This conductor is in the inside of the assembly. B Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

331 Wire & Cable Color Coding Charts ICEA Method 1, Table E-2 (Neutral colored compound with tracers) Conductor Background Tracer Number or Base Color Color 1* Black - 2 Red - 3 Blue - 4 Orange - 5 Yellow - 6 Brown - 7 Red Black 8 Blue Black 9 Orange Black 10 Yellow Black 11 Brown Black 12 Black Red 13 Blue Red 14 Orange Red 15 Yellow Red 16 Brown Red 17 Black Blue 18 Red Blue 19 Orange Blue 20 Yellow Blue 21 Brown Blue 22 Black Orange 23 Red Orange 24 Blue Orange 25 Yellow Orange 26 Brown Orange 27 Black Yellow 28 Red Yellow 29 Blue Yellow 30 Orange Yellow 31 Brown Yellow 32 Black Brown 33 Red Brown 34 Blue Brown 35 Orange Brown 36 Yellow Brown *This conductor is in the inside of the assembly. ICEA Method 3 (Neutral or single color compound with surface printing of numbers and color designations) Conductor Printed Legend Number 1* 1 Black 2 2 White 3 3 Red 4 4 Green 5 5 Orange 6 6 Blue 7 7 White Black 8 8 Red Black 9 9 Green Black Orange Black Blue Black Black White Red White Green White Blue White Black Red White Red Orange Red Blue Red Red Green Orange Green *This conductor is in the inside of the assembly. ICEA Method 4 (Neutral or single color compound with surface printing of numbers) Conductor Printed Legend Number 1* *This conductor is in the inside of the assembly. CONTROL CABLES Information on this sheet subject to change without notice. B Copyright 2017, American Wire Group, Inc

332 Wire & Cable Color Coding Charts ICEA Method 5 (Colored compounds with tracers) CONTROL CABLES Cond. Background First Second Number or Tracer Tracer Base Color Color Color 1* Black 2 White 3 Red 4 Green 5 Orange 6 Blue 7 White Black 8 Red Black 9 Green Black 10 Orange Black 11 Blue Black 12 Black White 13 Red White 14 Green White 15 Blue White 16 Black Red 17 White Red 18 Orange Red 19 Blue Red 20 Red Green 21 Orange Green 22 Black White Red 23 White Black Red 24 Orange Black White 25 Blue Black White 26 Red Black White 27 Orange Black White 28 Black Red Green 29 White Red Green 30 Red Black Green 31 Green Black Orange 32 Orange Black Green 33 Blue White Orange 34 Black White Orange 35 White Red Orange 36 Orange White Blue 37 White Red Blue 38 Black White Green 39 White Black Green 40 Red White Green 41 Green White Blue 42 Orange Red Green 43 Blue Red Green Cond. Background First Second Number or Tracer Tracer Base Color Color Color 44 Black White Blue 45 White Black Blue 46 Red White Blue 47 Green Orange Red 48 Orange Red Blue 49 Blue Red Orange 50 Black Orange Red 51 White Black Orange 52 Red Orange Black 53 Green Red Blue 54 Orange Black Blue 55 Blue Black Orange 56 Black Orange Green 57 White Orange Green 58 Red Orange Green 59 Green Black Blue 60 Orange Green Blue 61 Blue Green Orange 62 Black Red Blue 63 White Orange Blue 64 Red Black Blue 65 Green Orange Blue 66 Orange White Red 67 Blue White Red 68 Black Green Blue 69 White Green Blue 70 Red Green Blue 71 Green White Red 72 Orange Red Black 73 Blue Red Black 74 Black Orange Blue 75 Red Orange Blue 76 Green Red Black 77 Orange White Green 78 Blue White Green 79 Red White Orange 80 Green White Orange 81 Blue Black Green 82 Orange White 83 Green Red 84 Black Green 85 White Green 86 Blue Green Cond. Background First Second Number or Tracer Tracer Base Color Color Color 87 Black Orange 88 White Orange 89 Red Orange 90 Green Orange 91 Blue Orange 92 Black Blue 93 White Blue 94 Red Blue 95 Green Blue 96 Orange Blue 97 Yellow 98 Yellow Black 99 Yellow White 100 Yellow Red 101 Yellow Green 102 Yellow Orange 103 Yellow Blue 104 Black Yellow 105 White Yellow 106 Red Yellow 107 Green Yellow 108 Orange Yellow 109 Blue Yellow 110 Black Yellow Red 111 White Yellow Red 112 Green Yellow Red 113 Orange Yellow Red 114 Blue Yellow Red 115 Black Yellow White 116 Red Yellow White 117 Green Yellow White 118 Orange Yellow White 119 Blue Yellow White 120 Black Yellow Green 121 White Yellow Green 122 Red Yellow Green 123 Orange Yellow Green 124 Blue Yellow Green 125 Black Yellow Blue 126 White Yellow Blue 127 Red Yellow Blue *This conductor is in the inside of the assembly. B Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

333 FIBER OPTIC CABLES Table of Contents OPGW Optical Ground Wire Installation Manual for OPGW Cable OPGW Cable & System Information Guide for Hardware Selection ADSS Fiber Optic Cable Loose Tube Fiber Optic Cable Loose Tube Fiber Optic Cable for Direct Burial HDPE Conduit High Density Polyethylene Duct FIBER OPTIC CABLES Information on this sheet subject to change without notice. 600 Copyright 2017, American Wire Group, Inc

334 NOTES FIBER OPTIC CABLES

335 OPGW Optical Ground Wire Applications OPGW cable is suited for installation on transmission lines with the double function of a ground wire (designed to replace traditional static or shield wires) and a communication wire. OPGW conducts short circuit current and provide lightning resistance as it shields conductors, while providing a telecommunications path for internal as well as third party communications. OPGW must be capable of withstanding the mechanical and environmental stresses inflicted on overhead cables (such those caused by wind or ice). OPGW must also be capable of handling electrical faults on the transmission line by providing a path to ground yet preventing damage to the delicate optical fibers inside the cable. OPGW (Optical Ground Wire) with a stainless steel central tube is preferred for its compact size and ability to house up to 72 fibers in a diameter starting at only 12mm. Its small profile offers an exceptional solution to the diameter and weight concerns on many of today s overloaded transmission towers where an existing shield wire needs to be replaced with an OPGW cable. Construction OPGW cable has two constructions: Central loose tube type:the fibers are placed loosely in a sealed and water resistant central, aluminum tube filled with water blocking gel. This tube provides protection to the fiber during installation and operation under severe environmental conditions. The stainless steel tube may also be aluminum-clad steel depending on the engineering requirements. The stainless optical tube is located at the center of the cable protected by single or multiple layers of aluminum clad steel, aluminum alloy wires, or steel wires. The metallic wires provide mechanical strength to withstand severe installation and operating conditions, while achieving conductivity to control temperature rise during short circuit conditions. Each optical fiber is clearly distinguishable utilizing a fiber identification system consisting of coloring and the number of ring marks on it. This compact design features high mechanical strength and fault current rating within a smaller diameter. The smaller diameter also results in excellent sag tension performance. Multi loose tube type: The fibers is placed loosely in a sealed and water resistant stainless steel tube filled with water blocking gel. Two or three stainless steel optical tubes are helically stranded in the inner layer of a multiple-layer cable. The multi loose tube type is designed mostly for very high fiber count requirement over 48 with the maximum fiber count reaching 144. The multi loose tube type can meet the requirement of huge cross and large current capacity. The optical fiber is made of high pure silica and germanium doped silica. UV curable acrylate material is applied over fiber cladding as optical fiber primary protective coating. The detail data of optical fiber performance are shown in the following table. Optical fiber uses special spun device successfully controlled the value of PMD, and makes sure that it can keep stable in cabling. Standards IEC Optical fiber Part 1: Generic specifications IEC Optical fiber Part 2: Product specifications ITU-T G.652 Characteristics of a single-mode optical fiber cable ITU-T G.655 Characteristics of a non-zero dispersion-shifted single-mode optical fiber and Cable EIA/TIA 598 Color code of fiber optic cables IEC Aerial optical cables along electrical power lines Family specification for OPGW IEC Optical fiber cables-part 1-2: Generic specification - Basic optical cable test procedures IEEE IEEE Standard for testing and performance for optical ground wire (OPGW) for use on electric utility power lines IEC Aluminum clad steel wire for electrical purposes IEC Aluminum magnesium-silicon alloy wire for overhead line conductors IEC Round wire concentric lay overhead electrical stranded conductors Fiber is Corning SMF-28e+ Optical Fiber Options Hardware for Installation Notes Reel lengths must be defined at time of purchase to assist client with reducing waste, and to reduce splicing required during installation. Please contact AWG for full detailed technical specifications, including PLS CADD data or Stress Creep data. FIBER OPTIC CABLES Information on this sheet subject to change without notice. 607 Copyright 2017, American Wire Group, Inc

336 OPGW Optical Ground Wire Item # Fibers Fault Total Total Overall Overall Weight Weight RBS RBS Current Conductor Conductor Diameter Diameter (lb/ft) (kg/km) (lb) (kb) (KA 2 sec) Area Area (in) (mm) (in 2) (mm 2 ) SINGLE STAINLESS STEEL TUBE OPGW-2S1/24 (M85/R77-51) OPGW-2S2/18 (M80/R72-46) OPGW-2S1/24 (M107/R76-97) OPGW-2S1/24 (M115/R69-121) OPGW-2S42/48 (M137/R ) OPGW-2S2/48 (M137/R ) OPGW-2S2/48 (M150/R ) OPGW-2S3/48 (M129/R97-134) OPGW-2S3/48 (M129/R98-134) OPGW-2S3/48 (M141/R ) FIBER OPTIC CABLES 607 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

337 OPGW Optical Ground Wire Item # Fibers Fault Total Total Overall Overall Weight Weight RBS RBS Current Conductor Conductor Diameter Diameter (lb/ft) (kg/km) (lb) (kb) (KA 2 sec) Area Area (in) (mm) (in 2) (mm 2 ) ALUMINUM TUBE OPGW(LAL_Tube)-1S8 (M80/R72-43) OPGW(LAL_Tube)-1S8 (M87/R50-63) OPGW(LAL_Tube)-1S8 (M113/R102-88) OPGW(LAL_Tube)-1S8 (M113/R69-101) OPGW(LAL_Tube)-1S12 (M80/R72-43) OPGW(LAL_Tube)-1S12 (M87/R50-63) OPGW(L-AL_Tube)-1S12 (M100/R91-67) OPGW(LAL_Tube)-1S12 (M100/R61-78) OPGW(LAL_Tube)-1S24 (M99/R86-69) OPGW(LAL_Tube)-1S24 (M99/R55-83) OPGW(LAL_Tube)-1S24 (M108/R94-83) OPGW(LAL_Tube)-1S24 (M108/R60-101) OPGW(LAL_Tube)-1S36 (M116/R96-98) OPGW(LAL_Tube)-1S36 (M116/R66-111) OPGW(LAL_Tube)-1S36 (M132/R ) OPGW(LAL_Tube)-1S36 (M132/R76-141) OPGW(LAL_Tube)-1S48 (M144/R ) OPGW(LAL_Tube)-1S48 (M147/R80-179) OPGW(LAL_Tube)-1S48 (M188/R ) OPGW(LAL_Tube)-1S48 (M188/R ) OPGW(LAL_Tube)-1S72 (M146/R ) OPGW(LAL_Tube)-1S72 (M146/R79-184) OPGW(LAL_Tube)-1S72 (M160/R ) OPGW(LAL_Tube)-1S72 (M160/R92-213) FIBER OPTIC CABLES Information on this sheet subject to change without notice. 607 Copyright 2017, American Wire Group, Inc

338 OPGW Optical Ground Wire Item # Fibers Fault Total Total Overall Overall Weight Weight RBS RBS Current Conductor Conductor Diameter Diameter (lb/ft) (kg/km) (lb) (kb) (KA 2 sec) Area Area (in) (mm) (in 2) (mm 2 ) ALUMINUM CLAD STEEL TUBE OPGW(ALTube)-1S48 (M81/R76-44) OPGW(ALTube)-1S48 (M81/R48-55) OPGW(ALTube)-1S48 (M89/R75-55) OPGW(ALTube)-1S48 (M89/R51-66) OPGW(ALTube)-1S48 (M96/R82-64) OPGW(AL-Tube)-1S48 (M96/R56-76) OPGW(ALTube)-1S48 (M99/R93-66) OPGW(ALTube)-1S48 (M99/R63-76) OPGW(ALTube)-1S48 (M106/R98-76) OPGW(ALTube)-1S48 (M106/R63-94) FIBER OPTIC CABLES 607 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

339 OPGW Optical Ground Wire Designation Fiber Diameter Fault RBS Weight Area Sag10 Count (in) Duty (lb) (lb/ft) (in 2 ) Chart (max) (ka2s) MULTI STAINLESS STEEL TUBE 39AY68ACS-1C , AY68ACS-1C , AY59ACS-1C , AY54ACS-1C , AY37ACS-1C , AY73ACS-1C , AY74ACS-1C , AY42ACS-1C , AY87ACS-1C , AY68ACS-1C , AY75ACS-1C , AY44ACS-1C , AY66ACS-1C , AY46ACS-1C , AY59ACS-2C , AY27ACS-2C , ACS-2C , AY100ACS-1C , AY83ACS-1C , AY40ACS-1C , AY59ACS-1C , AY76ACS-1C , AY59ACS-3C , AY54ACS-3C , AY68ACS-1C , AY27ACS-3C , AY32ACS-2C , AY73ACS-2C , AY74ACS-2C , AY85ACS-2C , AY32ACS-3C , AY100ACS-2C , AY47ACS-2C , AY59ACS-2C , AY51ACS-2C , AY101ACS(27)-2C , AY45ACS-3C , AY74ACS-3C , Notes: *Many other designs are also available. *Specifications are subject to change without notice. FIBER OPTIC CABLES Information on this sheet subject to change without notice. 607 Copyright 2017, American Wire Group, Inc

340 Notes FIBER OPTIC CABLES

341 Installation Manual for OPGW Cable This handbook is formulated on IEEE and IEEE etc. OPGW has two functions: electric aerial ground wire and fiber communication. It is constituted of AS wire, AA wire and stainless steel tube op-unit. The installation rules of OPGW are almost the same as the engineering and installation modes of traditional aerial electric power wire, referring to electric power company's aerial transmit circuitry installation skills, management and other related files. In order to guarantee the installation of OPGW and avoid the waste of personnel and material resources, we compile this handbook as the reference, not instead of any other manufacturers' installation instructions. OPGW is usually installed on the top of pole of the electric power aerial wire. The following disadvantages should be considered: vibration caused by wind, hurricane, ice thickness, unsteady operation caused by temperature, and possible thunder attack, short circuit ere. Therefore, detailed engineering program should be formulated according to different structures of OPGW and specific route conditions. According to design requirement, OPGW should be allotted correctly; every tray of optical fiber cable should he installed in the appointed part of route and should be laid according to engineering chart operation file. Please click HERE to download the complete intallation manual. FIBER OPTIC CABLES Information on this sheet subject to change without notice. 608 Copyright 2017, American Wire Group, Inc

342 NOTES FIBER OPTIC CABLES

343 OPGW Cable & System Information Guide for Hardware Selection The following outline describes the OPGW cable information required to select proper cable attachment hardware and accessories. Most of the cable information can be found in the cable specification it is recommended that this information be gathered along with the information about the cable system. Submit this information to American Wire Group to verify proper application. A.CABLE INFORMATION REQUIRED for DEAD-ENDS AND SUSPENSIONS 1. CABLE SPECIFICATIONS/Cable Specification Sheet Data a. Cable Diameter: Overall outer diameter of the OPGW. b. Cable Construction Strand Configuration: Lay Direction of outer wire strands, Distribution and Location of individual strand materials in a cross-section, Number of strand layers. c. Rated Breaking Strength d. Fault Current 2. CABLE SYSTEM a. Maximum Vertical Load at Hardware Attachment b. Line Angles In addition to the outline above, other products offered for OPGW applications require further information as listed in Part B below. B. ADDITIONAL INFORMATION FOR OTHER HARDWARE ACCESSORIES 1. Splice Closures, Closures, and Domes a. Fiber Count b. Fiber Type c. Fiber Optic Element Configuration d. Type of Buffer Tubes (plastic or stainless steel) e. Core construction (Solid, Aluminum Tube, Aluminum Channel), 2. Spiral Vibration Damper a. Span Lengths b. Final Tension at the Average Annual Minimum Temperature (AAMT) c. Terrain 3. FITTINGS (Y-Clevis, Clevis Eye, Yoke Plates), Ground Wire, Downlead Cushions, Cable Storage a. Interface at structure b. Type of Structure (Wood Pole, Concrete, Steel, Lattice Tower) c. Ground Wire Material, Bonding Material HARDWARE TESTS The IEEE 1138 Test Standard for OPGW includes a series of tests that require suitable hardware to demonstrate system performance. System tests include Tensile Strength, Vibration Test, and Galloping Tests among others. System tests require dead-ends and suspensions that can survive the test parameters and prove cable/hardware compatibility. FIBER OPTIC CABLES Information on this sheet subject to change without notice. 602 Copyright 2017, American Wire Group, Inc

344 NOTES FIBER OPTIC CABLES

345 ADSS All Dielectric Self-Supporting Fiber Optic Cable Applications The All Dielectric Self-Supporting (ADSS) cables are designed for aerial self-supporting applications at short, medium and long span distances. ADSS cables offer a rapid and economical means for deploying optical fiber cables along existing aerial rights-of-way. They are being deployed by cable television operators, telephone companies, municipalities and emerging network operators, in addition to electric power utilities. Construction The ADSS cable consists of a number of tubes/elements according to the specified number of fibers. The elements are usually fiber-containing tubes; however fillers may be used to preserve the cable geometry. Two to twelve color-coded fibers are loosely laid in each tube which is filled with a water-blocking gel. The tubes are stranded around a dielectric central strength member and bound in a jacket. A water-swelling tape is helically wrapped around the cable core. Aramid yarn strength members are helically laid to supply peripheral strengthening of the cable. The outer jacket is tightly bound over the aramid yarn layer. For long span applications a double jacket design can be considered. A ripcord is located under each jacket layer to facilitate its removal. For up to 30 fiber cables, the ADSB design is applicable, for fibers the ADSC design is applicable. Dry cable designs, ballistic protection and other cable designs are available upon request.. Standards Cables are designed for aerial installation according to IEEE-P1 222 Cables tested according to TIA/EIA-455 and IEC Cables meet or exceed Telcordia (Bellcore) requirements for outside plant cables (GR-20) when the appropriate options are chosen. Default Jacket Colors PE HFFR SM Fibers Black Yellow MM Fibers Black Orange Other jacket colors may be available, please specify. Sag Chart Below are the coefficients for a standard ADSS cable containing 32 to 60 fibers in 5 tubes with a single outer jacket. The cable can be used in a span of 450 feet with NESC light conditions, 300 feet for NESC medium and 240 feet for NESC heavy conditions. Cross section area in^2 Outside diameter 0.5 in Unit weight lbs/ft Ultimate tension 5800 lbs The following values are calculated at 68 F Final modulus of elasticity psi Thermal expansion coefficient -2.78e-7 F Stress strain A psi Creep A psi Item # ADS Number of Cable Cable Installation Span Sag in Tension Sag in Tension Sag in Tension Series Elements Weight Diameter Tension (m) Light in Light Medium in Medium Heavy in Heavy (kg/km) (mm) (N)(2) (m) (m) (N) (m) (N) (m) (N) ADSS ADSB ADSS ADSB ADSS ADSB ADSS ADSB ADSS ADSB ADSS ADSB ADSS ADSB ADSS ADSB ADSS ADSB ADSS ADSC ADSS ADSC FIBER OPTIC CABLES Information on this sheet subject to change without notice. 603 Copyright 2017, American Wire Group, Inc

346 ADSS All Dielectric Self-Supporting Fiber Optic Cable Item # ADS Number of Cable Cable Installation Span Sag in Tension Sag in Tension Sag in Tension Series Elements Weight Diameter Tension (m) Light in Light Medium in Medium Heavy in Heavy (kg/km) (mm) (N)(2) (m) (m) (N) (m) (N) (m) (N) FIBER OPTIC CABLES ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC ADSS ADSC Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

347 Loose Tube Fiber Optic Cable Applications Multi-purpose Outdoor Aerial Lashed, Duct, Direct Buried Constructions Dielectric, Armored, Double Armored Fiber Count 2 to 432 fibers in Color-coded Buffer Tubes Fiber Types Singlemode / Multimode Options Gel-Filled Core / Steel Central Member / Copper Pair(s) Other versions Central / Heavy Duty / Indoor-Outdoor Performance ANSI/ICEA, IEC, RUS, Telcordia GR-20 Mechanical Specifications Installation [+] Maximum installation load 600 lbf (2670 N) [+] Maximum operation load 180 lbf (800 N) Temperature Range [+] Shipping and Storage -40 F to +167 F (-40 C to +75 C) [+] Installation -22 F to +140 F (-30 C to +60 C) [+] Operation -40 F to +158 F (-40 C to +70 C) Item # Fiber Number of Diameter Diameter Approximate Approximate Bend Bend Bend Bend Count Buffer (in) (mm) Cable Cable Radius Radius Radius Radius Tubes Weight Weight Load Load No Load No Load /MFT /km (in) (cm) (in) (cm) (lb) (kg) Dielectric (Non-Armored) LT-DNA-1 2 to LT-DNA-2 62 to LT-DNA-3 74 to LT-DNA-4 86 to LT-DNA-5 98 to LT-DNA to LT-DNA to LT-DNA to LT-DNA to LT-DNA to LT-DNA to 432* *Cables with fiber counts greater than 288 contain 24 fibers in a larger PBT buffer tube with 12 fiber binder groups. Rated buffer storage length is 8 feet (2.4 meters) FIBER OPTIC CABLES Information on this sheet subject to change without notice. 604 Copyright 2017, American Wire Group, Inc

348 Loose Tube Fiber Optic Cable FIBER OPTIC CABLES Item # Fiber Number of Diameter Diameter Approximate Approximate Bend Bend Bend Bend Count Buffer (in) (mm) Cable Cable Radius Radius Radius Radius Tubes Weight Weight Load Load No Load No Load /MFT /km (in) (cm) (in) (cm) (lb) (kg) Single Jacket Armored LT-SJA-1 2 to LT-SJA-2 62 to LT-SJA-3 74 to LT-SJA-4 86 to LT-SJA-5 98 to LT-SJA to LT-SJA to LT-SJA to LT-SJA to LT-SJA to LT-SJA to 432* Double Jacket Armored LT-DJA-1 2 to LT-DJA-2 62 to LT-DJA-3 74 to LT-DJA-4 86 to LT-DJA-5 98 to LT-DJA to LT-DJA to LT-DJA to LT-DJA to LT-DJA to LT-DJA to 432* Dielectric Double Jacket (Non-Armored) LT-DDJ-1 2 to LT-DDJ-2 62 to LT-DDJ-3 74 to LT-DDJ-4 86 to LT-DDJ-5 98 to LT-DDJ to LT-DDJ to LT-DDJ to LT-DDJ to LT-DDJ to LT-DDJ to 432* *Cables with fiber counts greater than 288 contain 24 fibers in a larger PBT buffer tube with 12 fiber binder groups. Rated buffer storage length is 8 feet (2.4 meters) 604 Informatio on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

349 Loose Tube Fiber Optic Cable Item # Fiber Number of Diameter Diameter Approximate Approximate Bend Bend Bend Bend Count Buffer (in) (mm) Cable Cable Radius Radius Radius Radius Tubes Weight Weight Load Load No Load No Load /MFT /km (in) (cm) (in) (cm) (lb) (kg) Double Jacket Double Armored LT-DJDA-1 2 to LT-DJDA-2 62 to LT-DJDA-3 74 to LT-DJDA-4 86 to LT-DJDA-5 98 to LT-DJDA to LT-DJDA to LT-DJDA to LT-DJDA to LT-DJDA to LT-DJDA to 432* Triple Jacket Double Armored LT-TJDA-1 2 to LT-TJDA-2 62 to LT-TJDA-3 74 to LT-TJDA-4 86 to LT-TJDA-5 98 to LT-TJDA to LT-TJDA to LT-TJDA to LT-TJDA to LT-TJDA to LT-TJDA to 432* *Cables with fiber counts greater than 288 contain 24 fibers in a larger PBT buffer tube with 12 fiber binder groups. Rated buffer storage length is 8 feet (2.4 meters) FIBER OPTIC CABLES Information on this sheet subject to change without notice. 604 Copyright 2017, American Wire Group, Inc

350 NOTES FIBER OPTIC CABLES

351 Loose Tube Fiber Optic Cable for Direct Burial (Polyethylene Duct) PBT Tube or PE filler Optical fibers Central member Central member jacket Dielectric strength elements Outer PE jacket Water-blocking material Ripcord Application Single jacket loose tube cable with a dielectric central strength member, reinforced with glass yarns and polyethylene jacket, designed for outdoor applications, for direct installations in duct. The cable is supplied in UV resistant high density polyethylene (HDPE) duct. Construction Up to 12 optical fibers are enclosed in a polybutylene terephthalate (PBT) tubes. Up to 24 tubes are stranded around jacketed dielectric central member together with PE fillers to form the cable core. The fibers and tubes are color coded for easy identification. All the interstices in the cable core are filled with a water blocking materials to prevent water penetration. Water swelling glass yarns are laid over the cable core to serve as peripheral dielectric strength members. A polyethylene jacket extruded over the glass yarns provides the final cable shape and protection. A ripcord is provided under the jacket to facilitate its removal. The cable is inserted into UV resistant high density polyethylene duct for wide range of uses including extreme temperatures, abrasive and high tension applications in underground installations. Cable Handling Minimum bend radius with load 15 x OD Minimum bend radius with no load 10 x OD Minimum bend radius, storage coils 10 x OD Maximum rated cable load (MRCL) 600 lbs (2700N) Maximum long term load 180 lbs (800N) Temperature Range Installation -300 C to 600 C (-220 F to 1400 F) Operation -600 C to 700 C (-760 F to 1580 F) Storage -400 C to 750 C (-400 F to 1670 F) Polyethylene Duct Characteristics General specification: The duct is manufactured from virgin high density polyethylene The ducts are supplied with smooth walls and come either in orange color or in black with 3 orange stripes The duct is capable of being coiled in continuous lengths, transported, stored outdoors and subsequently uncoiled for installation without affecting its properties or performance The duct performs in underground and above-ground installation an ambient temperature range of minus 300 F to 1300 F The duct specified for areal installations is ultraviolet light-resistant by UV light stabilizer protecting the duct for a minimum of 12 months in direct sunlight The duct is bent to a minimum (supported) radius of 10 outer diameters Tests on finishing duct are performed in accordance with: ASTM D3035 Polyethylene Plastic Pipe Based on Controlled Outside Diameter ASTM D1248 Polyethylene Plastics Molding and Extrusion Materials (Type III, Class A, B or C, Category 5, grade P34) ASTM D1693 Environmental Stress Cracking of Ethylene Plastics (Cond. B, F20/96 HRS) ASTM D1238 Flow Rates of Thermoplastics by extrusion Plastometer ASTM D638 Tensile properties of Plastics ASTM D3350 Polyethylene Plastic Pipe and Fitting Materials (Cell #335440) NEMA TC 7 Smooth-wall Coilable Polyethylene Electrical Plastic Duct FIBER OPTIC CABLES Information on this sheet subject to change without notice. 606 Copyright 2017, American Wire Group, Inc

352 Loose Tube Fiber Optic Cable for Direct Burial (Polyethylene Duct) Cable Nominal Dimensions and Weight FIBER COUNT Cable Outer inch Diameter mm Cable lb/kft Weight kg/km Fiber Characteristics Type Single Mode Multi Mode PHYSICAL CHARACTERISTICS 50/ /125 Core Diameter μm 50.0 ± ± 2.5 Clad Diameter μm ± ± ± 1.0 Core/Clad Concentricity Error (Offset) μm 0.5,<0.2 typical Coating diameter μm ± ± 10 Tensile proof test kpsi OPTICAL CHARACTERISTICS Attenuation for Wavelength at 1310 nm db/km 0.34 (max), 0.32 typical Attenuation for Wavelength at 1550 nm db/km 0.21 (max), 0.19 typical Attenuation for Wavelength at 850 nm db/km Attenuation for Wavelength at 1300 nm db/km Zero Dispersion Wavelength (λ0) Nm MODE FIELD DIAMETER for wavelength 1310 nm μm 9.2 ± 0.4 for wavelength 1550 nm μm 10.4 ± 0.5 Cut-off wavelength (λcc) nm 1260 Fibers and Tubes Color-Code per TIA/EIA 598A FIBER NO COLOR Blue Orange Green Brown Slate White Red Black Yellow Violet Rose Aqua FIBER OPTIC CABLES 606 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

353 HDPE Conduit Specifications The material meets or exceeds the standards in ASTM D for Type III, Class PE E (colors with UV stabilizer) or Class C (black), high density polyethylene. Property Test Method Value Density (g/cm3) D792A or D Melt Index (g/10 min) D max. Flexural Modulus (psi) D790 80,000 min. Tensile Yield (psi) D638 3,000 min. ESCR, Condition B (10%, 50 C) D1693 F10 > 96 hours Hydrostatic Design Basis (psi) D2387 NPR * NPR - Not Pressure Rated Ultraviolet Protection Non-black conduit shall contain sufficient protection against UV radiation for a period not less than one year. Black conduit contains sufficient protection against UV radiation in long term above ground applications. *Available with smooth or ribbed interior wall Item # Nominal Nominal Minimum Nominal Min. Bend Max. Weight Size Outside Wall Inner Radius Pulling /MFT Diameter Thickness Diameter Unsupported Tension (lb) (in) (in) (in) (in) (lb) SDR 11 SDR mm SDR11-1/2 1/2" SDR11-3/4 3/4" SDR11-1 1" SDR11-1-1/4 1 1/4" SDR11-1-1/2 1 1/2" SDR11-2 2" SDR11-3 3" SDR11-4 4" SDR 13.5 SDR13.5-1/2 1/2" SDR13.5-3/4 3/4" SDR " SDR /4 1 1/4" SDR /2 1 1/2" SDR " SDR " SDR " FIBER OPTIC CABLES Information on this sheet subject to change without notice. 605 Copyright 2017, American Wire Group, Inc

354 NOTES FIBER OPTIC CABLES

355 High Density Polyethylene Duct Application High Density Polyethelene Duct has been tested and proven under the most severe conditions. From extreme temperatures to abrasive and high-tension applications in underground installations, HDPE provides quality service and economy in a wide range of uses. As a smooth and flexible duct for cable, HDPE is unequaled for ease of installation and continuous strength. Description The duct shall be manufactured from virgin high-density polyethylene. The addition of clean rework material is permissible if generated in the manufacturer s own plant. The ducts are supplied with either smooth, ribbed, or corrugated walls and come in a multitude of colors. The duct shall be capable of being coiled (reeled) in continuous lengths, transported, stored outdoors and subsequently uncoiled for installation - without affecting its properties or performance. Environmental Performance The duct shall perform in underground and aboveground temperature range of minus 300 temperature range of minus 300 F to 1300 F without degradation of material properties. The duct specified for aerial installation shall be ultraviolet light resistant. It shall be possible to bend the duct to a minimum (supported) radius of 10 diameters. Workmanship The duct shall be free of visible cracks, holes or other physical defects that would degrade its performance. It shall be as uniform as practicable in respect to overall dimensions, color, density, thickness, etc. Color The duct for exposed areas (black) shall have a minimum of carbon black. All other colors shall have a UV light stabilizer which will protect the duct for a minimum of 12 months in direct sunlight. Markings The duct shall have a durable identification showing the name or trademark of the manufacturer, duct size (i.e., 2 IPS SCH-80), date and reference code. Duct for electrical cable should have CAU- TION - HIGH-VOLTAGE printed at regular intervals. Other special markings can be agreed upon between the buyer and seller. Capping The open ends of each length of reeled duct shall be sealed by plastic caps to prevent the entrance of dirt and/or moisture. Pull Rope and Lubricant The duct should be equipped with a factory installed rope or tape and pre-lubed to aid in the installation of cable. The rope can be provided with varying strengths as needed for a particular installation. Check with a manufacturer for specifications. Couplings Couplings should be available to quickly connect the duct and should be air and watertight (i.e., Duct-Lok type couplings in either plastic or aluminum, depending on type of installation). Packaging The duct should be provided on lightweight metal reels in maximum lengths possible with no joints or splices. This will keep coupling requirements to a minimum. Special reel sizes and/ or dimensions should be available for special installations. Corrosion The duct shall be resistant to most harsh chemicals and/or protected against degradation due to oxidation or general corrosion. Installation The duct shall be capable of being direct buried by plowing or trenching with no special consideration to using selective backfill. The duct shall also be capable of being encased in concrete. NOTE: HDPE conduit is manufactured to the dimension and requirements of ASTM F2160. Ovality (out-of-roundness) and curvature are inherent characteristics of coiled, continuous length HDPE conduit. While these conditions are normal and expected and are not a concern in most applications, some installations or applications may require re-rounding of the conduit. When this is necessary, ovality should be corrected in the field by processing the conduit through re-rounding and straightening equipment during installation. FIBER OPTIC CABLES Information on this sheet subject to change without notice. 609 Copyright 2017, American Wire Group, Inc

356 High Density Polyethylene Duct Tests on Resins and Finished Duct Since specifications vary from customer to customer, we perform in-house lab tests on resins and finished products which include, but are not limited to the following: ASTM D3035: Polyethylene Plastic Pipe Based on Controlled Outside Diameter. ASTM D2447: Polyethylene Plastic Pipe, Schedules 40 ASTM D2239: Polyethylene Plastic Pipe Based on Controlled Inside Diameter. ASTM D1248: Polyethylene Plastics Molding and Extrusion Materials. (Type III, Class A, B,or C, Category 5, Grade P34). ASTM D1693: Environmental Stress-Cracking of Ethylene Plastics. (Cond. B, F20/96 HRS.) ASTM D1238: Flow Rates of Thermoplastics by Extrusion Plastometer. ASTM D1505: Density of Plastics by the Density Gradient Technique. ASTM D638: Tensile Properties of Plastics. ASTM D3350: Polyethylene Plastic Pipe and Fittings Materials. (Cell # ). NEMA TC 7: Smooth-Wall Coilable Polyethylene Electrical Plastic Duct. other ASTM tests i.e.: Tensile, Impact etc. ASTM D1505: Density of Plastics by the Density Gradient Technique. ASTM D638: Tensile Properties of Plastics. ASTM D2412: Determination of External Loading Characteristics of Plastic Pipe by Parallel-Plate Loading. ASTM D2444: Determination of the Impact resistance of Thermoplastic Pipe and Fittings by Means of a Tup. ASTM D3485: Smooth-Wall Coilable Polyethylene Conduit for Pre-assembled Wire and Cable. ASTM F2160: Standard Specifications for Solid Wall High Density Polyethylene (HDPE) Conduit Based on Controlled Outside Diameter (OD). Design Considerations Please refer to our technical data brochure. This shows different design parameters for polyethylene pipe (i.e., Wall Crushings, Wall Buckling, etc.) as per the various SDR (wall thickness) ratings. Special Options Striped Duct - Three longitudinal stripes can be extruded on any standard size of smooth duct of any color. Stripes are approximately 1/8- inch in width (varying slightly according to the duct size). There is no additional charge for Striped Duct. Sequentially-Marked Duct - Duct can be ordered with numbering - every two feet - printed on the duct. Cable in Conduit - PNA pre-installs cable in conduit utilizing the same stringent quality control as pre-roped and pre-taped duct. (Request P.N.A. s technical instruction guide for C.I.C. installation.) Fire-Retardant HDPE - AWG offers Fire-Retardant (FR) in any type of duct (orange only). Fire Retardant HDPE has been successfully tested and is offered in the top class, i.e., UL94 V-O only. Because the fire retardant process eliminates UV protection, Fire-Retardant duct must be installed safe from exposure to UV light. All sizes of duct are available with ProPullTM PreLube, ProPullTM Rope or Tape (1130#, 1250#, 1500# or 2500# tensile strength) and spool lengths of your choice up to reel capacity. Selected sizes available with UL Mark. FIBER OPTIC CABLES 609 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

357 High Density Polyethylene Duct TYPICAL THERMAL AND ELECTRICAL PROPERTIES OF HDPE DUCT PROPERTY TEST METHOD UNITS VALUE Vicat Softening Temp. ASTM D 1535 F 255 Heat Distortion Temp. ASTM D 648 F 172 Thermal Expansion ASTM D 696 in/in/ F 1 x 10-4 Thermal Conductivity ASTM C 177 BTU in/ft/hrs/ C 4.7 Volume Resistivity DIN Ω/cm >10 16 Surface Resistance DIN Ω >10 13 Dialectric Strength DIN KV/cm TYPICAL PHYSICAL PROPERTIES: HIGH MOLECULAR WEIGHT HDPE PRODUCTS PROPERTY ASTM (CONDITION) UNITS VALUE Density (Black) D 1505 g/cm Melting Point DSC F 261 Melt Index i2.16 D 1238 (E) gm/10 min..11 Tensile Yield Strength D 638 psi 3300 Elongation at Break D 638 (Specimen I) % 800 Tens. of Modulus of Elast. D 638 psi Flexural Modulus D 790 psi Vicat Softening Temp. D 1525 F 255 Brittleness Temp. D 746 F 103 Heat Distortion Temp. D 648 F 172 Thermal Expansion D 696 in/in/ F 1 x 10-4 Rockwell Hardness L D Shore Hardness D D The data listed was determined on press molded test specimens, and may therefore deviate from specimens taken from pipes. Classification Type/Class/Cat./Grade D 1248 III/C/5/P34 Cell Classification D Recommended Designation PE 34 Designated tests are made in accordance with current issues of ASTM Standard Testing Methods. Copies of these methods are available, on request, from the America Society for Testing and Materials, 1916 Race Street, Philadelphia PA FIBER OPTIC CABLES Information on this sheet subject to change without notice. 609 Copyright 2017, American Wire Group, Inc

358 NOTES FIBER OPTIC CABLES

359 PORTABLE POWER CABLES Table of Contents SOOW/SEOOW Control Cable Welding Cable Type W RHH/RHW Single Conductor 600/2000V Type W Magnet Crane Cable Two Conductor 600/2000V Type W Round Multi-Conductor 600/2000V Type G Round 600/2000V MP-GC Mine Power Feeder 5kV-15kV SHD-GC Portable Power Cable 2kV-25kV Type DLO Diesel Locomotive Cable 2kV Jumper Cable Transformer Lead Wire Non-Shielded 5kV/15kV PORTABLE POWER CABLES Information on this sheet subject to change without notice. 700 Copyright 2017, American Wire Group, Inc

360 NOTES PORTABLE POWER CABLES

361 SOOW/SEOOW Control Cables Applications Special uses requiring flexibility and mechanical toughness, high environmental resistance and flame retardance. Push button remote controls. Motor control, stage equipment and lighting. Industrial control and robotic systems. Outdoor applications. Suitable and approved for submersion in water. Construction Flexible and tough jacket. Offers -50 C to 105 C temperature extremes. Offers excellent abrasion, ozone, sunlight, chemical and oil resistance as well as water and mold resistant non-wicking lightweight polypropylene fillers. Water resistant with high dielectric insulation. Lightweight, long lasting, easy to carry and easy to handle. All components are recyclable and non-hazardous for environmental landfill disposal. Color coded conductors for easy identification. Standards Federal and Military use under Federal Spec. JC-580B. UL Listed SOOW/SEOOW 600V to NEC Article 400, MSHA approval for flame resistance for mining applications. Color Code 2/C Black, White 3/C Black, White, Green 4/C Black, White, Red, Green 5/C Black, White, Red, Green, Orange ** Ampacity based on NEC Table 400-5(A) for sized 18/2 thru 10/4 and table (B) for sizes 8/2 thru 2/5. Note Sizes up to 10/4 are UL/CSA/MSHA, sizes 8/2 to 2/5 are non-ul constructions made with wall thicknesses in accordance with industry standards and MSHA approved. The ampacity is provided for engineering information only. The manufacturer cannot recommend or express the use of these ampacities since the exact application may need approval from the authority having local jurisdiction. Above information is subject to engineering changes. Cold temperature rating is -50 C. Item # Size/ Strands Nominal Weight Ampacity Conductors O.D. /MFT (in) (lb) /2 16/ /3 16/ /4 16/ /5 16/ /2 26/ /3 26/ /4 26/ /5 26/ /2 41/ /3 41/ /4 41/ /5 41/ /2 65/ /3 65/ /4 65/ /5 65/ /2 104/ /3 104/ /4 104/ /5 104/ PORTABLE POWER CABLES Information on this sheet subject to change without notice. 701 Copyright 2017, American Wire Group, Inc

362 SOOW/SEOOW Control Cables Item # Size/ Strands Nominal Weight Ampacity Conductors O.D. /MFT (in) (lb) /2 96/ /3 96/ /4 96/ /5 96/ /2 96/ /3 96/ /4 96/ /5 96/ /2 96/ /3 96/ /4 96/ /5 96/ /2 7x17/ /3 7x17/ /4 7x17/ /5 7x17/ PORTABLE POWER CABLES 701 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

363 Welding Cable 105 C - 40 C Applications Designed for connections from electrode holders and clamps to arc welders, bus welding box or transformer. Recommended for use in shipyards, mines, and other areas where cable is subject to extreme physical abuse. Flame retardant, oil resistant, resilient, resists compression cuts and abrasion, durable handling. This cable is not suitable for in line voltage use. Improper use could be hazardous to personnel and could damage equipment. Construction Conductor is annealed rope stranded bare copper conductor per ICEA S Insulation is Ethylene Propylene Rubber (EPR) type EP, Class 45, 105 C. Table of UL Operating Voltage: 600V max. Standards Meets ASTM B-3 ASTM B1732, ICEA S , IEC Available on Request Class M stranding Colors Hypalon or Neoprene Insulation UL or CSA Listed Custom Cut Lengths Notes Nominal resistance of conductor acc to ICEA S Class K Welding Machine Rating Lengths up to 13.7m Lengths 14m to 30.5m Lengths 76.2m to 30.8m 45ft 46ft to 100ft 101ft to 250ft Amps AWG mm 2 AWG mm 2 AWG mm / /0 54 2/0 67 4/ /0 67 3/ /0 85 4/0 107 Item # Size Nominal Nominal Nominal Nominal Copper Weight AWG Stranding Resistance Thickness O.D. Content /MFT Class K of Conductor of Insulation (in) /MFT (lb) /MFT@25 C (in) (lb) (ohm) W / W / W / W / W05-1/0 1/0 1021/ W06-2/0 2/0 1289/ W07-3/0 3/0 1650/ W08-4/0 4/0 2065/ W MCM 2479/30 N/A W MCM 3416/30 N/A W MCM 4921/30 N/A PORTABLE POWER CABLES Information on this sheet subject to change without notice. 702 Copyright 2017, American Wire Group, Inc

364 NOTES PORTABLE POWER CABLES

365 Type W Type RHH/RHW Single Conductor 90 C UL 600/2000V Applications For use as portable power systems, entertainment industry activities such as theatre, television, nightclubs, motion pictures, mobile communication vans, spotlights and sound permanent or temporary power. Permanent wiring of 600 volt power supplies, hoists, cranes and other applications where flexible power leads must be installed in conduit or raceways. Construction Conductor is MCM fully annealed stranded bare copper. Insulation is premium grade 90 C EPDM. Jacket is black CPE. Jacket marking is TYPE W PORTABLE POWER CABLE (UL) DRY 90 C WET 75 C 2000V SUNLIGHT RESISTANT - P(#) MSHA-(SIZE)-TYPE RHH (UL) 600V. Temperature range of -40 C to +90 C. Voltage rating of 600 volt Type W. Water and sunlight resistant. Designed to withstand severe environmental conditions. Withstands exposure to oil, acids, alkalies, heat, flame, moisture and chemicals. Lengths cut to order. Standards Meets or exceeds flame test requirements of MSHA, IEEE, ICEA, and UL Conforms to ICEA S ICEA S NEMA WC70 UL TYPE W and RHH or RHW-2 MSHA approved Item # Size Conductor Nominal Nominal Nominal Nominal Current Net AWG Stranding Thickness of Thickness of O.D. O.D. Amps Weight Insulation Insulation (in) (mm) /MFT (in) (mm) S-01-W S-02-W S-03-W S-04-W S-05-W S-06-W10 1/ S-07-W20 2/ S-08-W30 3/ S-09-W40 4/ S-10-W S-11-W S-12-W PORTABLE POWER CABLES Information on this sheet subject to change without notice. 703 Copyright 2017, American Wire Group, Inc

366 NOTES PORTABLE POWER CABLES

367 Type W 2-Conductor Magnet Crane Cable 600/2000V 90 C Applications Magnet Crane Cable is a heavy duty, portable cable that is designed especially to use on magnet cranes, and may be used on mobile mining equipment, lifting magnets, cutters, loaders, conveyers, drills or pumps where grounded circuits are not required, in portable power situations and as temporary power supply. Construction Conductors are flexible stranded, annealed copper. Insulation is Thermoset EPR. Cabled with fillers for roundness with an open reinforced over assembly for mechanical protection. Jacket is Thermoset CPE. Standards Meets or exceeds flame test requirements of MSHA, IEEE, ICEA, and UL Conforms to ICEA S ICEA S NEMA WC-70 UL TYPE W and RHH or RHW-2 MSHA approved Item # No. of Size Number of Insulation Overall Net Weight Conductors AWG Strands Thickness Diameter /MFT. (mil) (in) (lb) MC1W Inches 430 Lbs MC2W Inches 590 Lbs MC3W Inches 830 Lbs MC4W Inches 970 Lbs PORTABLE POWER CABLES Information on this sheet subject to change without notice. 704 Copyright 2017, American Wire Group, Inc

368 NOTES PORTABLE POWER CABLES

369 Type W Round Multi-Conductor 90 C UL 600/2000V Applications For use in heavy duty services as power supply cable, AC systems (grounded and ungrounded), mobile and portable electrical equipment, motor and battery leads. For 2 conductor cables use on DC or AC single phase systems where no grounding is required, or on DC systems with one conductor for grounding. For 4 conductor cables, use on two or three phase AC systems with one conductor used for grounding. For 5 conductor cables, use in applications where separating the system neutral from the frame ground is required. Construction Conductor is MCM fully annealed stranded bare copper. Insulation is premium grade color coded 90 C EPDM. Jacket is 90 C Black CPE+ with temperature range of -40 C to +90 C. Jacket is indent printed for easy identification (successive footage printing available). Jacket marking is TYPE W PORTABLE POWER CABLE 2000V 90 C DRY 75 C WET SUN RES (UL) - PK(#) MSHA Designed to withstand severe environmental conditions. Withstands exposure to oil, acids, alkalies, heat, flame, moisture and chemicals. Rope lay stranding for maximum flex life with excellent impact resistance and cable core bound for superior flexibility and toughness. Suitable for continuous submersion in water. Lengths cut to order. Standards ICEA S NEMA WC-58 UL TYPE W and MSHA approved. Notes These ampacities are based on a conductor temperature of 90 C and an ambient air temperature of 40 C per ICEA PUB-S NEMA WC0-8. For ampacities per National Electrical Code requirements, refer to the latest NEC edition. Shipping tolerance +/- 10% Heavy duty neoprene jacket optional. Successive footage printing available. Item # No. of Size Conductor Nominal Nominal Nominal Nominal Current Net Conductors AWG Stranding Thickness of Thickness of O.D. O.D. Ampacity Weight Insulation Insulation (in) (mm) /MFT (in) (mm) (lb) M01-2W M02-2W M03-2W M04-2W M05-2W M06-2W10 2 1/ M07-2W20 2 2/ M08-2W30 2 3/ M09-2W40 2 4/ M10-3W M11-3W M12-3W M13-3W M14-3W M15-3W10 3 1/ M16-3W20 3 2/ M17-3W30 3 3/ M18-3W40 3 4/ PORTABLE POWER CABLES Information on this sheet subject to change without notice. 705 Copyright 2017, American Wire Group, Inc

370 Type W Round Multi-Conductor 90 C UL 600/2000V Item # No. of Size Conductor Nominal Nominal Nominal Nominal Current Net Conductors AWG Stranding Thickness of Thickness of O.D. O.D. Ampacity Weight Insulation Insulation (in) (mm) /MFT (in) (mm) (lb) M19-3W M20-3W M21-3W M22-4W M23-4W M24-4W M25-4W M26-4W M27-4W10 4 1/ M28-4W20 4 2/ M29-4W30 4 3/ M30-4W40 4 4/ M31-5W M32-5W M33-5W M34-5W M35-5W M36-5W10 5 1/ M37-5W20 5 2/ M38-5W30 5 3/ M39-5W40 5 4/ PORTABLE POWER CABLES 705 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

371 Type G Round 90 C 600/2000V Applications For use in heavy duty services as power supply cable, mobile and portable electrical. For 2 conductor cables use with AC single phase systems where grounding is required. Construction Conductor is MCM fully annealed stranded bare copper. Insulation is premium grade color coded 90 C EPR. Withstands exposure to oil, acids, alkalies, heat, flame, moisture and chemicals. Rope lay stranding for maximum flex life with excellent impact resistance and cable core bound for superior flexibillity and toughness. Suitable for continuous submersion in water. Jacket is 90 C Black CPE with temperature range of -40 C to +90 C. Jacket is Indent printed for easy identification (successive footage printing available). Jacket marking is (SIZE) TYPE G-GC portable power cable 600/200V 90 C sun oil resistant C(UL) FT-5 (-40 C) MSHA. Lengths cut to order. Standards ICEA S and MSHA approved. Notes These ampacities are based on a conductor temperature of 90 C and an ambient air temperature of 40 C per ICEA PUB-S NEMA WC70. For ampacities per National Electrical Code requirements, refer to the latest NEC edition. Shipping tolerance +/- 10% Heavy duty neoprene jacket optional. Succesive footage printing available. Item # No. of Size Conductor Grounding Ground Nominal Nominal Nominal Nominal Current Net Conductors AWG Stranding Conductor Check Thickness of Thickness of O.D. O.D. Ampacity Weight Size Size Insulation Insulation (in) (mm) /MFT AWG AWG (in) (mm) (lb) 2 Conductor 2-01-G # G # G # G # G # G20 2 2/ # G30 2 3/ # G40 2 4/ # G10 2 1/ # PORTABLE POWER CABLES Information on this sheet subject to change without notice. 706 Copyright 2017, American Wire Group, Inc

372 Type G Round 90 C 600/2000V Item # No. of Size Conductor Grounding Ground Nominal Nominal Nominal Nominal Current Net Conductors AWG Stranding Conductor Check Thickness of Thickness of O.D. O.D. Ampacity Weight Size Size Insulation Insulation (in) (mm) /MFT AWG AWG (in) (mm) (lb) 3 Conductor 3-01-G # G # G # G # G # G10 3 1/ # G20 3 2/ # G30 3 3/ # G40 3 4/ # G # G # 1/ G # 2/ Conductor 4-01-G # G # G # G # G # G10 4 1/ # G20 4 2/ # G30 4 3/ # G40 4 4/ # PORTABLE POWER CABLES 706 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

373 Type MP-GC 3-Conductor EPR or XLP 5kV-15kV 100% Insulation Level (Grounded) 90 C Applications This cable is designed for high voltage connections between power distribution systems in mines, mine tunnels, shafts, and mine load centers where continuous monitoring of the ground system is required. This cable is suitable for installation in Ducts, troughs, tray or direct burial for nonflexing service. Construction Conductor is stranded annealed copper enveloped in a strand shield. Insulation is Ethylene Proplylene Rubber (EPR) or Cross Linked Polyethylene (XLPE). Assembly is semi-conducting tape and a metallic tape shield with grounding conductors consisting of two bare grounds and one 8-gauge insulated ground check that are cabled together in the interstices of the power conductors and fillers are added to make round. A single faced rubber filled tape is applied overlapped. 5kV and 8kV jacket is Chlorinated Polyethylene (CPE). 15kV jacket is Polychloride (PVC); Jacket options include Chlorinated Polyethelene (CPE or Hypalon (SCSPE). Standards Conforms to ICEA S NEMA WC70 Notes Shipping tolerance +/- 10% Item # Power Power Power Ground Ground Jacket Overall Net Conductors Conductors Conductors Wire Wire Thickness Diameter Weight Size Number of Insulation Size Number of (in) (in) /MFT AWG Strands Thickness AWG Strands (lb) (in) 5kV CPE MP MP MP5-03-1/0 1/ MP5-04-2/0 2/ MP5-05-4/0 4/ / MP /0 19 s MP / MP / kV CPE MP MP MP MP8-04-1/0 1/ MP8-05-2/0 2/ MP8-06-4/0 4/ / MP / MP / MP / kV PVC MP MP /0 1/ MP /0 2/ MP /0 4/ MP / MP / MP / PORTABLE POWER CABLES Information on this sheet subject to change without notice. 707 Copyright 2017, American Wire Group, Inc

374 NOTES PORTABLE POWER CABLES

375 SHD-GC 3-Conductor EPR/CPE 2kV 100% Insulation Level 90 C Applications This cable is designed for heavy duty high voltage portable power trailing cable between the load center and equipment such as power shovels, draglines, and other excavators and is suitable for use in open pit mines, quarries and on gantry cranes where the delivery of a heavy power load and maximum safety is required. Construction Conductor is extra flexible, stranded, tinned annealed copper. Insulation is Ethylene Propylene Rubber (EPR). Covered grounding and 8-gauge ground check conductors. Jacket is Black Chlorinated Polyethylene (CPE). Standards Conforms to ICEA S NEMA WC70 Notes Neoprene jacket optional. Shipping tolerance +/- 10% Item # Power Power Power Ground Ground Jacket Overall Net Conductors Conductors Conductors Wire Wire Thickness Diameter Weight Size Number of Insulation Size Number of (in) (in) /MFT AWG Strands Thickness AWG Strands (lb) (in) 2kV DL DL DL DL04-5-1/0 1/ DL05-5-5/0 2/ DL06-5-4/0 4/ DL / DL / DL / PORTABLE POWER CABLES Information on this sheet subject to change without notice. 708 Copyright 2017, American Wire Group, Inc

376 Type SHD-GC 3-Conductor EPR/CPE 2kV 100% Insulation Level 90 C Item # Power Power Power Ground Ground Jacket Overall Net Conductors Conductors Conductors Wire Wire Thickness Diameter Weight Size Number of Insulation Size Number of (in) (in) /MFT AWG Strands Thickness AWG Strands (lb) (in) 5kV DL DL DL DL04-2-1/0 1/ DL05-2-2/0 2/ DL06-2-4/0 4/ DL / DL / DL / kV DL DL DL03-8-1/0 1/ DL04-8-2/0 2/ DL05-8-4/0 4/ DL / DL / DL / kV DL DL /0 1/ DL /0 2/ DL /0 4/ kV DL /0 1/ DL /0 2/ DL / PORTABLE POWER CABLES 708 Information on this sheet subject to change without notice Copyright 2017, American Wire Group, Inc.

377 Type DLO Diesel Locomotive Cable 600/2000V 90 C Applications This cable is for wiring down tower applications and may be used on electrically driven, earth moving equipment, as power supply to A.C. welding equipment, as water heater leads, and in motor and power lead applications. May be installed in wet or dry areas, conduit, ducts, trays or troughs. Construction Conductor is extra flexible tinned, stranded copper with a separator layer. EPR insulation. Jacket is CPE (Hypalon jacket available upon request). Standards Meets flame test requirements of MSHA and passes ICEA cold bend test at -40 C. Meets AAR specifications. UL listed as RHH-RHW-2. Rated for CT use, 1/0 and larger. Notes Ampacity based on single conductor in free air, 90 C conductor temperature, 40 C ambient per ICEAS Sequential footage marks. Shipping tolerance +/- 10% Item # Area Size Number of Insulation Jacket Overall Net Weight Ampacity Circular AWG Strands in Thickness Thickness Diameter /MFT 1/C Free Air (mil) Conductor (in) (mil) (in) (lb) 90 C DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ / DL-600/ / DL-600/ / DL-600/ / DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ DL-600/ PORTABLE POWER CABLES Information on this sheet subject to change without notice. 709 Copyright 2017, American Wire Group, Inc