Electrical Conductors Line

Size: px

Start display at page:

Download "Electrical Conductors Line"

Brett Bates
5 years ago
Views:

1 Electrical Conductors Line

2 IUSA is present in Mexico, Europe, Asia, the US, Central and South America. Established in Workforce of over 12,000 employees. Manufacturing facilities established in Mexico and USA. More than 6,000 diversified products for construction, metering and industry. 90% of the companies have ISO-9001:200. UL, ANCE, NMX and ASTM certification, and comply with international regulations applicable to export products. Proprietary infrastructure and logistics with 22 sales and distribution offices in Mexico and the US.

3 CONTENTS I. COPPER AND ALUMINUM II. CONSTRUCTION III. FLEXIBLE IV. CONTROL V. OVERHEAD AND UNDERGROUND DISTRIBUTION VI. MEDIUM VOLTAGE VII. MAGNET WIRE

4 IUSA Electrical Conductors 2

Bare Copper Wire General Description Hard, medium-hard or soft drawn bare copper wire. Specifications Bare copper wires comply with the following specifications: I.

5 Bare Copper Wire General Description Hard, medium-hard or soft drawn bare copper wire. Specifications Bare copper wires comply with the following specifications: I. COPPER AND ALUMINUM NOM-063-SCFI Electrical products-conductors-safety requirements. NMX-J-002 hard copper wires for electrical use. NMX-J-035 semi-bare copper wires for electrical use. NMX-J-036 soft copper wires for electrical use. *CFE E bare copper wire and cable. ASTM B-1 standard specification for hard-drawn copper wire. ASTM B-2 standard specification for medium-hard-drawn copper wire. ASTM B-3 standard specification for soft or annealed copper wire. *CFE specifications indicate only some particular gauges. Main applications Copper wires, as a function of their temper, are used on electrical distribution line insulators. In neutral and grounded connections of electrical equipment and systems. Characteristics Wire material is high purity copper with 99.9% minimum copper content. It is manufactured in gauges from 2,08 to 33,6 mm 2 (14 to 2 AWG). Hard, medium-hard or soft drawn, according to application. Other gauges and packing as per client s requirements. Advantages Because of its high electrical conductivity, copper is the ideal metal for most electrical installations. Copper conductors are corrosion-resistant. Copper wires offer high mechanical resistance. Material Description Qty./MeW. Unit W. CU MEDIUM-SOFT # kg W. CU MEDIUM-SOFT # kg W. CU MEDIUM-SOFT # kg W. CU MEDIUM-SOFT #8 100 kg W. CU MEDIUM-SOFT #6 100 kg W. CU MEDIUM-SOFT #4 100 kg W. CU MEDIUM-SOFT #4 ROLL 100 kg W. CU MEDIUM-SOFT #2 100 kg NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. 3

6 IUSA Electrical Conductors I. COPPER AND ALUMINUM AWG area of cross section diameter Bare Copper Wire weight Current conduction capacity* General Description Bare hard, medium-hard or soft drawn copper wire. Specifications Bare copper wires comply with the following specifications: NOM-063-SCFI, Electrical products-conductors-safety requirements. NMX-J-012, copper cables with concentric braiding for electrical uses. *CFE E , bare copper wire and cable. ASTM B-8, standard specification for concentric-lay-stranded copper conductors, hard, medium-hard or soft. *CFE specifications indicate only some particular gauges. Main Applications Copper cables, based on their temper and construction, are used on overhead power distribution line insulators. In neutral and grounded connections of electrical equipment and systems. As main conductors of power cables. HARD DRAWN MEDIUM-HARD DRAWN SOFT DRAWN Tension stress at nominal rupture Electrical resistance DC at 20 C Tension stress at nominal rupture Electrical resistance DC at 20 C Elongation Electrical resistance DC at 20 C mm 2 mm kg/km A Mpa ohm/km Mpa ohm/km % ohm/km , NOTE: data subject to manufacture tolerances. (*) Conditions: exposed to sun, operating and a temperature of 75 C. Temperature of 25 C wind speed: 0.61 m/s and relative thermal emissivity of conductor surface: 0.5. Characteristics Cable material is high purity copper with 99.9% minimum copper content. Cables are concentric-lay manufactured. They are manufactured in gauges from 2.08 to 507 mm 2 (14 AWG to KCM). Hard, medium-hard or soft drawn, depending on application. Advantages Because of its high electrical conductivity, copper is the ideal metal for electrical installations. Copper conductors are corrosion-resistant. They offer a high mechanical resistance. Because of its construction, greater flexibility than wire. 4

7 Material Description Quantity / Unit of measure C. CU MEDIUM-HARD # 10 ROLL 100 m C. CU MEDIUM-HARD # 12 ROLL 100 m C. CU MEDIUM-HARD # 14 ROLL 100 m C. CU SOFT #18 (16 STRANDS) 100 m C. CU SOFT #16 (26 STRANDS) 500 kg CU CABLE SOFT # 12 19H 500 kg CU CABLE SOFT # 10 19H 500 kg CU CABLE SOFT # 8 19H 500 kg CU CABLE SOFT # 6 19H 500 kg CU CABLE SOFT # 4 19H 500 kg CU CABLE SOFT # 2 19H 500 kg CU CABLE SOFT # 1/0 7H 500 kg CU CABLE SOFT # 1/0 19H 500 kg CU CABLE SOFT # 2/0 19H 500 kg CU CABLE SOFT # 4/0 19H 500 kg C. CU SOFT #250 (37 STRANDS) 500 kg C. CU SOFT #300 (37 STRANDS) 500 kg C. CU SOFT #350 (37 STRANDS) 500 kg CU CABLE SOFT # 400 (37 STRANDS) 500 kg C. CU SOFT #500 (19STRANDS) 500 kg C. CU SOFT #500 (37STRANDS) 500 kg C. CU SOFT #750 (61STRANDS) 500 kg C. CU SOFT #1000 (61STRANDS) 500 kg C. CU MEDIUM-HARD # 14 7H 500 kg C. CU MEDIUM-HARD # 14 19H 500 kg C. CU MEDIUM-HARD # 12 7H 500 kg C. CU MEDIUM-HARD # 12 19H 500 kg C. CU MEDIUM-HARD # 10 7H 500 kg C. CU MEDIUM-HARD # 10 19H 500 kg C. CU MEDIUM-HARD # 8 7H 500 kg C. CU MEDIUM-HARD # 8 19H 500 kg C. CU MEDIUM-HARD # 6 7H 500 kg C. CU MEDIUM-HARD # 4 7H 500 kg C. CU MEDIUM-HARD # 2 19 H 500 kg C. CU MEDIUM-HARD # 2 7H 500 kg C. CU MEDIUM-HARD # 1/0 19 H 500 kg C. CU MEDIUM-HARD #1/0 7H 500 kg C. CU MEDIUM-HARD # 2/0 19 H 500 kg C. CU MEDIUM-HARD #2/0 7H 500 kg C. CU MEDIUM-HARD #3/0 7H 500 kg C. CU MEDIUM-HARD # 4/0 19 H 500 kg C. CU MEDIUM-HARD #4/0 7H 500 kg C. CU MEDIUM-HARD # 250 (12H) 500 kg C. CU MEDIUM-HARD # 250 (19H) 500 kg C. CU MEDIUM-HARD # H 500 kg C. CU MEDIUM-HARD # H 500 kg C. CU MEDIUM-HARD # kg C. CU MEDIUM-HARD # 1000 MCM 37H 500 kg I. COPPER AND ALUMINUM NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. 5

IUSA Electrical Conductors I. COPPER AND ALUMINUM HARD DRAWN CLASS AA MEDIUM-HARD DRAWN CLASS A SOFT DRAWN CLASS B AWG/ KCM area of cross section Approx. Weight Current conduction capacity* Num.

8 IUSA Electrical Conductors I. COPPER AND ALUMINUM HARD DRAWN CLASS AA MEDIUM-HARD DRAWN CLASS A SOFT DRAWN CLASS B AWG/ KCM area of cross section Approx. Weight Current conduction capacity* Num. of strands Minimum load before rupture due to stress Electrical resistance DC at 20 C total diameter Num. of strands Minimum load before rupture due to stress Electrical resistance DC at 20 C total diameter Num. of strands Electrical resistance DC at 20 C mm 2 kg/km A Mpa ohm/km mm Mpa ohm/km mm ohm/km mm total diameter / / / / NOTE: data subject to manufacture tolerances. (*) Conditions: exposed to sun, operating and a temperature of 75 C. Temperature of 25 C wind speed: 0.61 m/s and relative thermal emissivity of conductor surface: 0.5. AAC Aluminum Wires And Cables General Description 1350 hard-drawn bare aluminum wire and cable, AAC (All Aluminum Conductor). Specifications Bare aluminum wires and cables comply with the following specifications: NOM.063-SCFI, Electrical products-conductors-safety requirements. NMX-J-027, hard aluminum wires for electrical use. NMX-J-032, concentric-lay aluminum cables for electrical uses. *CFE (for applicable gauges). ASTM B-230, standard specification for aluminum 1350-H19 wire for electrical purposes. ASTM B-231, concentric-lay stranded aluminum 1350 conductors. *CFE specifications indicate only some particular gauges. 6

9 Main applications Bare aluminum wires and cables are used in overhead distribution, in urban areas and, generally, in installations with short post-to-post distances. I. COPPER AND ALUMINUM AAC wires are used in ties between conductor and insulator. Characteristics Aluminum wires and cables are manufactured from 1350 alloy, hard drawn (H19). Bare aluminum wires (AAC) are concentric-lay built. They are manufactured in the following gauges: Wire from 5,26 to 33,62 mm 2 (10 to 2 AWG). Cables from 21,15 to 253,4 mm 2 (AWG to 500 KCM). Advantages The low weight of aluminum, compared to copper, allows the reduction of handling costs, hardware, posts, etc. Material Description Qty. MeW./Unit W. AL SOFT #8 100 kg W. AL SOFT #6 100 kg W. AL SOFT #4 W. AL SOFT #2 100 kg 100 kg C. AL #4 ROSE 500 kg C. AL #2 IRIS C. AL #1/0 POPPY 500 kg 500 kg C. AL #2/0 ASTER 500 kg C. AL #3/0 PHLOX 500 kg C. AL #4/0 OXLIP 500 kg C. AL #266 DAISY 500 kg C. AL #266 LAUREL 500 kg C. AL #336 TULIP 2000 kg C. AL #397 CANNA 1000 kg C. AL #477 COSMOS 2000 kg NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. 7

10 IUSA Electrical Conductors I. COPPER AND ALUMINUM AWG/KCM area of cross section Diameter weight Current conduction capacity* Minimum average load before rupture due to stress DC electrical resistance at 20 C mm 2 mm kg/km A kn ohm/km Designation AWG/KCM Number of strands area of cross section Diameter weight Current conduction capacity* Minimum average load before rupture due to stress DC electrical resistance at 20 C mm 2 mm kg/km A kn ohm/km ROSE IRIS *POPPY 1/ ASTER 2/ *PHLOX 3/ OXLIP 4/ DAISY *LAUREL *TULIP CANNA *COSMOS ZINNIA NOTE: data subject to manufacture tolerances. (*) Conditions: exposed to sun, operating at a temperature of 75 C. Temperature of 25 C wind speed: 0.61 m/s and relative thermal emissivity of conductor surface: 0.5. Other gauges and packing as per client s requirements. *According to CFE standards. ACSR Steel Core Bare Aluminum Cables General Description 1350 hard-drawn bare aluminum wires with galvanized steel core, type ACSR (Aluminum Conductor Steel Reinforced). Specifications Bare aluminum cables with galvanized steel core, ACSR, comply with the following specifications: NOM-063-SCFI, Electrical products-conductors-safety requirements. NMX-J-058, galvanized steel core (ACSR) concentric-lay aluminum cable. *NRF-017-CFE, galvanized steel core (ACSR) concentric-lay aluminum cable. ASTM B-232 concentric-lay stranded aluminum conductors, coated steel reinforced (ACSR). *CFE specifications indicate only some particular gauges. 8

11 Main Applications ACSR cables are used in long distance electrical transmission and sub-transmission overhead lines. ACSR cables are also used as main conductors in insulated or semiinsulated cables when used in wooded areas. I. COPPER AND ALUMINUM Characteristics ACSR cables are concentric-lay manufactured with a core made of one or several galvanized steel wires alloy hard-drawn aluminum (H19) wires are wound around the steel core. They are manufactured in gauges ranging from 33,62 to 564,0 mm 2 (2 AWG to 1113 KCM). These products are packed in wood reels. Advantages The low weight of aluminum, compared to that of copper, allows the reduction of cost of handling, hardware, posts, etc. The galvanized steel core is chosen to support the required mechanical stress. Material Description Qty. Unit / MeW C. ACSR # 2 SPARROW 500 kg C. ACSR #1/0 RAVEN 500 kg C. ACSR #3/0 PIGEON 500 kg C. ACSR #4/0 PENGUIN 500 kg C. ACSR #266 PARTRIDGE 2000 kg C. ACSR #336 LINNET 2000 kg C. ACSR #477 HAWK 2000 kg C. ACSR #795 DRAKE 2000 kg C. ACSR #900 CANARY 2500 kg C. ACSR #1113 BLUEJAY 3000 kg NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. Designation AWG/ KCM Number of aluminum strands Diameter Number of steel strands Diameter area of cross section Total Diameter weight Current conduction capacity* Stress rupture minimum average load DC electrical resistance at 20 C mm mm mm 2 mm kg/km A kg ohm/km SPARROW RAVEN PIGEON PENGUIN PARTRIDGE LINNET 1/0 3/0 4/ HAWK DRAKE CANARY BLUEJAY NOTE: data subject to manufacture tolerances. (*) Conditions: exposed to sun. Operating temperature: 75 C. Ambient temperature: 25 C. Wind speed: 0.61 m/s, and relative thermal emissivity of conductor surface: 0.5. Other gauges and packing as per client s requirements. 9

12 IUSA Electrical Conductors I. COPPER AND ALUMINUM Bare Aluminum Cables With Steel Core With Soldered Aluminum ACSR/AS General Description 1350 hard-drawn aluminum cable with steel core coated with soldered aluminum (ACSR/AS). Specifications ACSR/AS bare cables comply with the following specifications: CFE E , ACSR/AS Cables. ASTM B-549, Concentric-lay stranded aluminum conductors, aluminum-clad steel reinforced (ACSR/AW). Main applications ACSR/AS cables are used in long distance overhead transmission and subtransmission electrical lines in areas with corrosion contamination problems, like coastal or industrial areas. Characteristics ACSR/AS cables are concentric-lay with a core made of one or more steel wires coated with soldered aluminum alloy hard-drawn aluminum cables are placed over the steel core. They are manufactured in gauges ranging from 33,62 to 564,0 mm 2 (AWG to 1113 KCM). These products are packed in wood reels. Advantages The low weight of aluminum, compared to copper, allows the reduction of costs in handling, hardware, posts, etc. The steel core coated with soldered aluminum is chosen to support the required mechanical stress. Aluminum coating on the steel wires provides protection against corrosion. Material Description Quantity Unit of Measure C. ACSR/AS #1/0 RAVEN 500 kg C. ACSR/AS #3/0 PIGEON 500 kg C. ACSR/AS #266.8 PARTRIDGE 1000 kg C. ACSR/AS #477 HAWK 1000 kg C. ACSR/AS #795 DRAKE 2000 kg C. ACSR/AS #900 CANARY 2000 kg C. ACSR/AS#1113 BLUEJAY 3000 kg NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. 10

Designation AWG/KCM Number of aluminum strands NOTE: data subject to manufacture tolerances. (*) Conditions: exposed to sun, operating temperature: 75 C. Ambient temperature: 25 C. Wind speed: 0.

13 Designation AWG/KCM Number of aluminum strands NOTE: data subject to manufacture tolerances. (*) Conditions: exposed to sun, operating temperature: 75 C. Ambient temperature: 25 C. Wind speed: 0.61 m/s and relative thermal emissivity of conductor surface: 0.5. Other gauges and packing as per client s requirements. 600V 90 C THWN/THHN Wires And Cables General Description Soft copper wire or cable, with Polyvinyl chloride (PVC) thermoplastic insulation on a polyamide (nylon) protective coating. Specifications: THWN/THHN wires and cables comply with the following specifications: NOM-063-SCFI, Electrical products-conductors-safety requirements. NMX-J-010, conductors with polyvinyl chloride (PVC)-based thermoplastic insulation, for installations up to 600 V. UL 38, thermoplastic insulated wires and cables. I. COPPER AND ALUMINUM / II. CONSTRUCTION Number Current Minimum average DC electrical area of of steel total conduction load before rupture resistance at diameter diameter cross section weight strands diameter capacity* due to stress 20 C mm mm mm 2 mm kg/km A kg ohm/km SPARROW RAVEN PIGEON PENGUIN PARTRIDGE 1/0 3/0 4/ LINNET HAWK DRAKE CANARY BLUEJAY Main Applications THWN/THHN wires and cables are general purpose products used in low-voltage distribution and illumination systems. Because of their excellent behavior with oils and chemicals, they are suitable for installation in gas stations and refineries. Characteristics Maximum operating voltage: 600V Maximum operating temperature for conductor: 75 C in wet environment, 90 C in dry and humid environments. They are manufactured in the following gauge ranges: *Wires: from 2,08 to 5,26 mm 2 (14 to 10 AWG). *Cables: from 2,08 to 507 mm 2 (14 AWG to 1000 KCM). Available in several colors and packing. Advantages They meet the flame retardant test FV-2 (NMX-J-192). Suitable for installation in humid or dry places. Great resistance to abrasion, oil, and chemical agents, due to their nylon coating. Smaller outer diameter and lower overall weight of THHW-LS cables. They offer excellent electrical, physical, and mechanical characteristics. 11

14 IUSA Electrical Conductors II. CONSTRUCTION Material Description Quantity Unit of Measure W. THHN # 14 BLACK PIECE 100 m W. THHN # 14 WHITE PIECE 100 m W. THHN #14 RED PIECE 100 m W. THHN #14 DK GREENS PIECE 100 m W. THHN #12 BLACK PIECE 100 m W. THHN #12 WHITE PIECE 100 m W. THHN #12 RED PIECE 100 m W. THHN #12 DK GREENS PIECE 100 m W. THHN #10 BLACK PIECE 100 m W. THHN #10 WHITE PIECE 100 m W. THHN #10 RED PIECE 100 m W. THHN #10 DK GREENS PIECE 100 m Material Description Quantity Unit of Measure THHN C. # 14 BLACK PIECE 100 m THHN C. # 14 RED PIECE 100 m THHN C. # 14 WHITE PIECE 100 m THHN C. # 14 DK GREENS PIECE 100 m THHN C. # 12 BLACK PIECE 100 m THHN C. # 12 RED PIECE 100 m THHN C. # 12 WHITE PIECE 100 m THHN C. # 12 DK GREENS PIECE 100 m THHN C. # 10 BLACK PIECE 100 m THHN C. # 10 RED PIECE 100 m THHN C. # 10 WHITE PIECE 100 m THHN C. # 10 DK GREEN PIECE 100 m THHN C. # 8 BLACK PIECE 100 m THHN C. # 8 RED PIECE 100 m THHN C. # 8 WHITE PIECE 100 m THHN C. # 8 DK GREEN PIECE 100 m THHN C. # 6 BLACK 100 m THHN C. # 6 RED 100 m THHN C. # 6 WHITE 100 m THHN C. # 6 GREEN 100 m THHN C. # 4 BLACK 100 m THHN C. # 4 RED 100 m THHN C. # 4 WHITE 100 m THHN C. # 4 GREEN 100 m THHN C. # 2 BLACK 100 m THHN C. # 2 RED PIECE 100 m THHN C. # 2 WHITE PIECE 100 m THHN C. # 2 GREEN PIECE 100 m THHN C. # 1/0 BLACK PIECE 100 m THHN C. # 2/0 BLACK PIECE 100 m THHN C. # 3/0 BLACK PIECE 100 m THHN C. # 4/0 BLACK PIECE 100 m THHN C. # 14 BLACK PIECE 500 m THHN C. # 14 RED PIECE 500 m THHN C. # 14 WHITE PIECE 500 m THHN C. # 14 GREEN PIECE 500 m THHN C. # 12 BLACK PIECE 500 m THHN C. # 12 RED PIECE 500 m THHN C. # 12 WHITE PIECE 500 m THHN C. # 12 GREEN PIECE 500 m THHN C. # 10 BLACK PIECE 500 m THHN C. # 10 RED PIECE 500 m THHN C. # 10 WHITE PIECE 500 m THHN C. # 10 GREEN PIECE 500 m THHN C. # 8 BLACK PIECE 500 m THHN C. # 8 RED PIECE 500 m 12

15 II. CONSTRUCTION Material Description Quantity Unit of Measure C. THHN # 8 WHITE PIECE 500 m C. THHN # 8 GREEN PIECE 500 m C. THHN # 6 BLACK PIECE 500 m C. THHN # 6 RED PIECE 500 m C. THHN # 6 WHITE PIECE 500 m C. THHN # 6 GREEN PIECE 500 m C. THHN # 4 BLACK PIECE 500 m C. THHN # 4 RED PIECE 500 m C. THHN # 4 WHITE PIECE 500 m C. THHN # 4 GREEN PIECE 500 m C. THHN # 2 BLACK PIECE 500 m C. THHN # 2 RED PIECE 500 m C. THHN # 2 WHITE PIECE 500 m C. THHN # 2 GREEN PIECE 500 m C. THHN # 1/0 BLACK PIECE 500 m C. THHN # 2/0 BLACK PIECE 500 m C. THHN # 3/0 BLACK PIECE 500 m C. THHN # 4/0 BLACK PIECE 500 m C. THHN # 14 BLACK PIECE 1000 m C. THHN # 14 RED PIECE 1000 m C. THHN # 14 WHITE PIECE 1000 m C. THHN # 14 GREEN PIECE 1000 m C. THHN # 12 BLACK PIECE 1000 m C. THHN # 12 RED PIECE 1000 m C. THHN # 12 WHITE PIECE 1000 m C. THHN # 12 GREEN PIECE 1000 m C. THHN # 10 BLACK PIECE 1000 m C. THHN # 10 RED PIECE 1000 m C. THHN # 10 WHITE PIECE 1000 m C. THHN # 10 GREEN PIECE 1000 m C. THHN # 8 BLACK PIECE 1000 m C. THHN # 8 RED PIECE 1000 m C. THHN # 8 WHITE PIECE 1000 m C. THHN # 8 GREEN PIECE 1000 m C. THHN #6 BLACK PIECE 1000 m C. THHN #6 RED PIECE 1000 m C. THHN #6 WHITE PIECE 1000 m C. THHN #6 GREEN PIECE 1000 m C. THHN #4 BLACK PIECE 1000 m C. THHN #4 RED PIECE 1000 m C. THHN #4 WHITE PIECE 1000 m C. THHN #4 GREEN PIECE 1000 m C. THHN # 2 BLACK PIECE 1000 m C. THHN #2 RED PIECE 1000 m C. THHN #2 WHITE PIECE 1000 m C. THHN #2 GREEN PIECE 1000 m C. THHN # 1/0 BLACK PIECE 1000 m C. THHN # 2/0 BLACK PIECE 1000 m C. THHN # 3/0 BLACK PIECE 1000 m C. THHN # 4/0 BLACK PIECE 1000 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. Available in several colors. Other packing as per client s requirements 13

16 IUSA Electrical Conductors II. CONSTRUCTION AWG/ KCM area of cross section Number of strands thickness of insulation thickness of Nylon outer diameter weight NOTE: Data is approximate and subject to manufacture tolerances. *As per table of NOM-001-SEDE for an ambient temperature of 30 C. Multiconductor Cable With MC Type Armor (Metal Clad) Current-conduction capacity Amps mm 2 mm mm mm kg/100m / / / / General Description Formed by soft copper conductors presented as wire or cable THHN or THWN type, bound with polypropylene tape, protected by an interlock-type aluminum armor that acts as a flexible metal conduit. General Specifications MC-type conductors comply with the following specifications: ASTM, UL 83 Standard, 1569 and 1581 for safety and NEC, NFPA Code 70. Installation recommendations stated in: Minimum curve radius: 20 times the outer diameter of the aluminum armor. NOM-001-SEDE Official Mexican Standard, Article 334, MC-type metal clad cables. NEC National Electric Code, Article 310m Metal Clad Cable type MC. Tables , and ampacities for conductors. NACMA Installation Standard for type ACE and MC Armored Cables. Main Applications MC-type cables are used as feeders in energy distribution systems in commercial, industrial, institutional, and multi-residence buildings, energy, illumination, control and signaling circuits. Attached or embedded in plaster, covered or exposed installations, as an overhead cable attached to a messenger, installed on cable trays or galleries, under false flooring. 14

17 Characteristics Maximum operating voltage: 600 V. Maximum operating temperatures in conductor: 75 C in wet environments, 90 C in dry or humid environments. Wires: 2.08 to 5.26 mm 2 (14 to 10 AWG). Cables: 2.08 to 13.3 mm 2 (14 to 6 AWG). II. CONSTRUCTION Advantages Very flexible cabling system. Installation much faster than traditional method. Allows easy change or relocation of installation route. R3 /Number of Ground Colors Code conductors conductor Presentation Quantity Measure / 2 Black / White Green Roll 250 feet / 2 Black / White Green Reel 1000 feet / 3 Black / White / Red Green Roll 250 feet / 3 Black / White / Red Green Reel 1000 feet / 2 Black / White Green Roll 250 feet / 2 Black / White Green Reel 1000 feet / 3 Black / White / Red Green Roll 250 feet / 3 Black / White / Red Green Reel 1000 feet / 4 Black / White / Red / Azul Green Roll 250 feet / 4 Black / White / Red / Azul Green Reel 1000 feet / 2 Black / White Green Roll 250 feet / 2 Black / White Green Reel 1000 feet / 3 Black / White / Red Green Roll 250 feet / 3 Black / White / Red Green Reel 1000 feet / 4 Black / White / Red / Azul Green Roll 250 feet / 4 Black / White / Red / Azul Green Reel 1000 feet / 2 Black / White Green Reel 500 feet NOTE: Standard color of conductor (1) black (2) white (3) red (4) blue and green for grounding. Color of conductors THHN Armor diameter (mm) Ground Conductor (AWG) weight (kg/1000 ft.) (kg/403.8 m) 2X14 AWG Wire Black, White 1, green 3,856 3x14 AWG Wire Black, White, Red 1, green 4,853 2x12 AWG Wire Black, White 1, green 4,890 3x12 AWG Wire Black, White, Red 1, green 6,350 4x12 AWG Wire Black, White, Azul 1, green 7,575 2x10 AWG Wire Black, White 1, green 7,167 3x10 AWG Wire Black, White, Red 1, green 9,072 4x10 AWG Wire Black, White, Azul 1, green 10,297 2x8 AWG Cable Black, White 1, green 11,703 3x8 AWG Cable Black, White, Red 1, green 15,332 2x6 AWG Cable Black, White 2,007 8 green 16,738 3x6 AWG Cable Black, White, Red 2,210 8 green 19,369 NOTE: data subject to manufacture tolerances. 15

18 IUSA Electrical Conductors II. CONSTRUCTION 600V 105 C THHW-LS Wires And Cables General Description Soft wire or cable, with polyvinyl chloride (PVC) thermoplastic insulator. Specifications THHW-LS wires and cables comply with the following specifications: NOM-J-063 SCFI, Electrical products-conductors-safety requirements. NMX-J-010, conductors with polyvinyl chloride-based thermoplastic insulators, for installations up to 600V. UL 83, Thermoplastic insulated wires and cables. Main Applications THHW-LS wires and cables are general purpose products for low-voltage distribution and illumination systems, in public and residential buildings, industrial constructions, recreational and commercial centers. The electric installation standard demands that it be used in places with a high concentration of people. Because of its excellent flame retardant propagation characteristics, low emission of smoke, and low content of acid gas, they are recommended for enclosed areas where a large number of people are to be found, like theaters, offices, hospitals, etc. It may be installed in conduit, ducts or trays. Characteristics Maximum operating voltage: 600 V. Maximum operating temperatures in conductor: 60 C in the presence of oil, 75 C in wet environments, 90 C in dry environments, 105 C in emergency, and 150 C in short circuit. Emergency conduction is limited to 1500 accumulative hours during the lifespan of the cable and no more than 100 hours within 12 consecutive months. Short circuit conditions in conductor are based on that stated by the standard: ICEA P They are manufactured in the following gauges: *Wires, from 2,08 to 5,26 mm (14 to 10 AWG). *Cables, from 2,08 to 507 mm (14 AWG to 1000 KCM). Fire retardant characteristics, low emission of smoke, and low content of acid gas. Available in several colors and packing. Advantages They meet the fire retardant test (NMX-J-093), low smoke emission (NMX-J-474) and low acid gas content (NMX-J-472) tests. Suitable for installation in wet or dry places, or in the presence of oils. They offer excellent electrical, chemical and mechanical characteristics. 16

19 II. CONSTRUCTION Material Description Quantity Unit of Measure W. THW-LS,THHW-LS #16 BLACK PIECE 100 m W. THW-LS,THHW-LS #16 RED PIECE 100 m W. THW-LS,THHW-LS #16 WHITE PIECE 100 m W. THW-LS,THHW-LS #16 DK GREEN PIECE 100 m W. THW-LS,THHW-LS #14 BLACK PIECE 100 m W. THW-LS,THHW-LS #14 BLACK BAG 100 m W. THW-LS,THHW-LS #14 RED PIECE 100 m W. THW-LS,THHW-LS #14 RED BAG 100 m W. THW-LS,THHW-LS # 14 WHITE PIECE 100 m W. THW-LS,THHW-LS #14 WHITE BAG 100 m W. THW-LS,THHW-LS # 14 DK GREEN PIECE 100 m W. THW-LS,THHW-LS #14 GREEN BAG 100 m W. THW-LS,THHW-LS #12 BLACK PIECE 100 m W. THW-LS,THHW-LS #12 BLACK BAG 100 m W. THW-LS,THHW-LS #12 RED PIECE 100 m W. THW-LS,THHW-LS #12 RED BAG 100 m W. THW-LS,THHW-LS #12 WHITE PIECE 100 m W. THW-LS,THHW-LS #12 WHITE BAG 100 m W. THW-LS,THHW-LS # 12 DK GREEN PIECE 100 m W. THW-LS,THHW-LS #12 GREEN BAG 100 m W. THW-LS,THHW-LS #10 BLACK PIECE 100 m W. THW-LS,THHW-LS #10 BLACK BAG 100 m W. THW-LS,THHW-LS #10 RED PIECE 100 m W. THW-LS,THHW-LS #10 RED BAG 100 m W. THW-LS,THHW-LS #10 WHITE PIECE 100 m W. THW-LS,THHW-LS #10 WHITE BAG 100 m W. THW-LS,THHW-LS #10 DK GREEN PIECE 100 m W. THW-LS,THHW-LS #10 GREEN BAG 100 m Material Description Quantity Unit of Measure W. THW-LS,THHW-LS #14 BLACK PIECE 500 m W. THW-LS,THHW-LS #14 RED PIECE 500 m W. THW-LS,THHW-LS #14 WHITE PIECE 500 m W. THW-LS,THHW-LS #14 DK GREEN PIECE 500 m W. THW-LS,THHW-LS #12 BLACK PIECE 500 m W. THW-LS,THHW-LS #12 RED PIECE 500 m W. THW-LS,THHW-LS #12 WHITE PIECE 500 m W. THW-LS,THHW-LS # 12 DK GREEN PIECE 500 m W. THW-LS,THHW-LS #10 BLACK PIECE 500 m W. THW-LS,THHW-LS #10 RED PIECE 500 m W. THW-LS,THHW-LS #10 WHITE PIECE 500 m W. THW-LS,THHW-LS # 10 DK GREEN PIECE 500 m 17

20 IUSA Electrical Conductors II. CONSTRUCTION Material Description Quantity Unit of Measure C. THW-LS, THHW-LS #20 BLACK PIECE 100 m C. THW-LS, THHW-LS #20 RED PIECE 100 m C. THW-LS, THHW-LS #20 WHITE PIECE 100 m C. THW-LS, THHW-LS #18 BLACK PIECE 100 m C. THW-LS, THHW-LS #18 RED PIECE 100 m C. THW-LS, THHW-LS #18 WHITE PIECE 100 m C. THW-LS, THHW-LS #18 DK GREEN PIECE 100 m C. THW-LS, THHW-LS #16 BLACK PIECE 100 m C. THW-LS, THHW-LS #16 RED PIECE 100 m C. THW-LS, THHW-LS #16 WHITE PIECE 100 m C. THW-LS, THHW-LS #16 DK GREEN PIECE 100 m C. THW-LS, THHW-LS #14 BLACK PIECE 100 m C. THW-LS,THHW-LS #14 BLACK BAG 100 m C. THW-LS, THHW-LS #14 RED PIECE 100 m C. THW-LS,THHW-LS #14 RED BAG 100 m C. THW-LS, THHW-LS #14 WHITE PIECE 100 m C. THW-LS,THHW-LS #14 WHITE BAG 100 m C. THW-LS, THHW-LS #14 DK GREEN PIECE 100 m C. THW-LS,THHW-LS #14 GREEN BAG 100 m C. THW-LS, THHW-LS #12 BLACK PIECE 100 m C. THW-LS,THHW-LS #12 BLACK BAG 100 m C. THW-LS, THHW-LS # 12 RED PIECE 100 m C. THW-LS,THHW-LS #12 RED BAG 100 m C. THW-LS, THHW-LS #12 WHITE PIECE 100 m C. THW-LS,THHW-LS #12 WHITE BAG 100 m C. THW-LS, THHW-LS #12 DK GREEN PIECE 100 m C. THW-LS,THHW-LS #12 GREEN BAG 100 m C. THW-LS, THHW-LS # 10 BLACK PIECE 100 m C. THW-LS,THHW-LS #10 BLACK BAG 100 m C. THW-LS, THHW-LS # 10 RED PIECE 100 m C. THW-LS,THHW-LS #10 RED BAG 100 m C. THW-LS, THHW-LS #10 WHITE PIECE 100 m C. THW-LS,THHW-LS #10 WHITE BAG 100 m C. THW-LS, THHW-LS #10 DK GREEN PIECE 100 m C. THW-LS,THHW-LS #10 GREEN BAG 100 m C. THW-LS, THHW-LS # 8 BLACK PIECE 100 m C. THW-LS, THHW-LS # 8 RED PIECE 100 m C. THW-LS, THHW-LS # 8 WHITE PIECE 100 m C. THW-LS, THHW-LS # 8 DK GREEN PIECE 100 m C. THW-LS, THHW-LS # 6 BLACK PIECE 100 m C. THW-LS, THHW-LS # 4 BLACK PIECE 100 m C. THW-LS,THHW-LS # 2 BLACK PIECE 100 m C. THW-LS, THHW-LS #1/0 BLACK PIECE 100 m C. THW-LS, THHW-LS #2/0 BLACK PIECE 100 m C. THW-LS, THHW-LS #3/0 BLACK PIECE 100 m C. THW-LS, THHW-LS #4/0 BLACK PIECE 100 m 18

21 II. CONSTRUCTION Material Description Quantity Unit of Measure C. THW-LS, THHW-LS #14 BLACK PIECE 500 m C. THW-LS, THHW-LS #14 RED PIECE 500 m C. THW-LS, THHW-LS #14 WHITE PIECE 500 m C. THW-LS, THHW-LS #14 DK GREEN PIECE 500 m C. THW-LS, THHW-LS #12 BLACK PIECE 500 m C. THW-LS, THHW-LS #12 RED PIECE 500 m C. THW-LS, THHW-LS #12 WHITE PIECE 500 m C. THW-LS, THHW-LS #12 DK GREEN PIECE 500 m C. THW-LS, THHW-LS #10 BLACK PIECE 500 m C. THW-LS, THHW-LS #10 RED PIECE 500 m C. THW-LS, THHW-LS #10 WHITE PIECE 500 m C. THW-LS, THHW-LS #10 DK GREEN PIECE 500 m C. THW-LS, THHW-LS # 8 BLACK PIECE 500 m C. THW-LS, THHW-LS # 8 RED PIECE 500 m C. THW-LS, THHW-LS # 8 WHITE PIECE 500 m C. THW-LS, THHW-LS # 8 DK GREEN PIECE 500 m C. THW-LS, THHW-LS # 6 BLACK PIECE 500 m C. THW-LS, THHW-LS # 4 BLACK PIECE 500 m C. THW-LS, THHW-LS # 2 BLACK PIECE 500 m C. THW-LS, THHW-LS #1/0 BLACK PIECE 500 m C. THW-LS, THHW-LS #2/0 BLACK 500 m C. THW-LS, THHW-LS #3/0 BLACK PIECE 500 m C. THW-LS, THHW-LS #4/0 BLACK PIECE 500 m C. THW-LS, THHW-LS #250 BLACK 500 m C. THW-LS, THHW-LS #300 BLACK 500 m C. THW-LS, THHW-LS #350 BLACK 500 m C. THW-LS, THHW-LS #400 BLACK 500 m C. THW-LS, THHW-LS #500 BLACK 500 m C. THW-LS, THHW-LS #600 BLACK 500 m C. THW-LS, THHW-LS #750 BLACK 500 m C. THW-LS, THHW-LS #1000 BLACK 500 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. AWG/ KCM area of cross section Number of strands thickness of insulator outer diameter weight Current conduction capacity *Amps mm 2 mm mm kg/100m , , , , , , , /0 2/0 3/0 4/ NOTE: data subject to manufacture tolerances. *Based on NOM-001-SEDE table for an ambient temperature of 30 C

IUSA Electrical Conductors II. CONSTRUCTION 600 V 90 C THW-LS/THHW-LS CE-RoHS Wires And Cables General Description Soft copper conductor, solid or braided.

22 IUSA Electrical Conductors II. CONSTRUCTION 600 V 90 C THW-LS/THHW-LS CE-RoHS Wires And Cables General Description Soft copper conductor, solid or braided. Polyvinyl chloride (PVC) thermoplastic insulator and RoHD condition (Restriction of Hazardous Substances). Specifications THW-LS/THHW-LS CE-RoHS wires and cables comply with the following specifications: NOM-001-SEDE: Electrical installations (use). NOM-063-SCFI: Electrical products-conductors-safety requirements. NMX-J-010-ANCE: Conductors with polyvinyl-chloride-based thermoplastic insulation, for installations up to 600 V. Main Applications IUSA s THW-LS/THHW-LS CE-RoHS wires and cables are used for electrical lighting, in low-voltage distribution and illumination systems, in public and residential buildings, industrial facilities, recreational and commercial centers. They can be installed in conduit or ducts. Characteristics Flexible, soft copper electric conductor with normal concentric braiding that allows ease of handling, installation and accommodation. Its RoHS (Restriction of Hazardous Substances) condition improves the parameters established by the standards for low emission of dense, dark and toxic smoke, since it is Lead-, Mercury-, Cadmium-, Chromium VI-, PBB-, and PBDE-free. Polyvinyl Chloride (PVC) insulation. Flame- and fire retardant. Excellent resistance to effects of moisture, even under critical conditions. Great resistance to oils, greases, heat, and low temperatures. Excellent electrical and mechanical characteristics. Operating voltage: 600V. Maximum operating temperature for THW-LS: 75 C in dry or humid environment. Maximum operating temperature for THHW-LS: 90 C in dry environment and 75 in humid environment. Maximum operating temperature in emergencies: 105 C. Maximum operating temperature in short circuits: 150 C. Advantages Because of its excellent fire retardant characteristics, low emission of smoke, and low content of acid gas, it is recommended for areas where there are large groups of people. It complies with the RoHS (Restriction of Hazardous Substances) condition, which makes our conductor environment-friendly. 20

23 II. CONSTRUCTION Material Description Quantity Unit of Measure C. THHW-LS CE-RoHS #14 BLACK PIECE 100 m C. THHW-LS CE-RoHS #14 WHITE PIECE 100 m C. THHW-LS CE-RoHS #14 RED PIECE 100 m C. THHW-LS CE-RoHS #14 GREEN PIECE 100 m C. THHW-LS CE-RoHS #12 BLACK PIECE 100 m C. THHW-LS CE-RoHS #12 WHITE PIECE 100 m C. THHW-LS CE-RoHS #12 RED PIECE 100 m C. THHW-LS CE-RoHS #12 GREEN PIECE 100 m C. THHW-LS CE-RoHS #10 BLACK PIECE 100 m C. THHW-LS CE-RoHS #10 WHITE PIECE 100 m C. THHW-LS CE-RoHS #10 RED PIECE 100 m C. THHW-LS CE-RoHS #10 GREEN PIECE 100 m C. THHW-LS CE-RoHS #8 BLACK PIECE 100 m C. THHW-LS CE-RoHS #8 WHITE PIECE 100 m C. THHW-LS CE-RoHS #8 RED PIECE 100 m C. THHW-LS CE-RoHS #8 GREEN PIECE 100 m C. THHW-LS CE-RoHS #6 BLACK 100 m C. THHW-LS CE-RoHS #4 BLACK 100 m C. THHW-LS CE-RoHS #2 BLACK 100 m C. THHW-LS CE-RoHS #1/0 BLACK 500 m C. THHW-LS CE-RoHS #2/0 BLACK 500 m C. THHW-LS CE-RoHS #3/0 BLACK 500 m C. THHW-LS CE-RoHS #4/0 BLACK 500 m C. THHW-LS CE-RoHS #250 BLACK 500 m C. THHW-LS CE-RoHS #300 BLACK 500 m C. THHW-LS CE-RoHS #350 BLACK 500 m C. THHW-LS CE-RoHS #400 BLACK 500 m C. THHW-LS CE-RoHS #500 BLACK 500 m C. THHW-LS CE-RoHS #600 BLACK 500 m C. THHW-LS CE-RoHS #750 BLACK 500 m C. THHW-LS CE-RoHS #1000 BLACK 500 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. SPECIFICATIONS FOR WIRES AWG/kcmil Area Number of Wires Insulator thickness Weight Outer Diameter Ampacity Electrical Resistance at 20 C mm 2 mm kg/km mm 75 C 90 C Ω/km 14 2, , , , , NOTE: Dimensions and weights are subject to manufacture tolerances. 21

24 IUSA Electrical Conductors II. CONSTRUCTION SPECIFICATIONS FOR CABLES Number AWG/kcmil Area of Wires Insulator Outer thickness Weight Diameter NOTE: Dimensions and weights are subject to manufacture tolerances. TWD Link-Up 600V 60 C Duplex Wire Ampacity General description Wire or duplex cable formed by two soft copper conductors, parallel, with individual Polyvinyl Chloride (PVC) thermoplastic insulation, joined by a track of the same material. Specifications TWD duplex wires and cables comply with the following specifications: Electrical Resistance at 20 C mm 2 mm kg/km mm 75 C 90 C Ω/km , , , /0 5, /0 6, /0 8, /0 10, , , , , , , , , NOM-063-SCFI Electrical products-conductors-safety requirements. NMX-J-298 Duplex (TWD) thermoplastic-insulated conductors for installations up to 600 V. CFE E Duplex thermoplastic-insulated conductors for installations up to 600 V, 60 C. Note: It can also be manufactured to ICEA Standard. Main Applications TWD duplex wires and cables are mainly used as overhead link-up for secondary services. In permanent or temporary electrical installations for exterior lighting in homes. Characteristics Maximum operating voltage: 600 V. Maximum operating temperature in the conductor: 60 C. Conductors are soft copper (wire or cable). They are manufactured in the following gauges: -Wires: from 2,08 to 5,26 mm 2 (14 to 10 AWG). -Cables: 8,37 mm 2 (8 AWG). Wire and cable with fire retardant characteristics. Black insulator that makes it resistant to sunlight. 22

25 Advantages They meet the fire retardant test (NMX-J-093). Low-cost secondary link-up. Resistant to sunlight. Material Description Quantity Unit of Measure W. TWD # 16 GRAY PIECE 100 m W. TWD # 14 GRAY PIECE 100 m W. TWD # 12 GRAY PIECE 100 m W. TWD # 10 GRAY PIECE 100 m W. TWD # 10 BLACK PIECE 100 m W. TWD # 10 BLACK PIECE 250 m II. CONSTRUCTION NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. AWG/KCM Diameter of Conductor Area of Cross Section Insulator Thickness Height Width Weight NOTE: data subject to manufacture tolerances. *Based on NOM-001-SEDE table for an ambient temperature of 30 C. Current conduction capacity* mm mm 2 mm mm mm kg/100m A 2x x x x x x x NM-B Conductors General Description NM-B-type cable is manufactured in 2, 3 or 4 soft copper conductors (solid or braided), with Nylon-coated 90 C PCV insulation, color-coded for identification, and an outer PVC layer. Specifications Underwrites Laboratories US 83 and UL 719. Characteristics and Applications Cables formed with soft copper conductors (phases) and ground conductor (paperinsulated wire). Designed for an operating range of 600 V and 90 C. They may be installed for concealed or visible wiring, normally in places like homes, residences or multiple-family housing with structures not exceeding three floors. NM-B cables are mainly installed in residential lighting, creating the outlet, switches and other links circuit networks. They can also be installed within the hollow of bricks (blocks) or within walls not subject to excess moisture. This type of cable must not be installed in places exposed to corrosive smoke or vapor, and they must not be embedded in masonry, concrete or in shallow places within masonry, or covered with plaster or any other similar finish. The use of these conductors is not recommendable as feeding cables in commercial sites, theaters, mobile movie stages, parking lots, elevators, or embedded in inverted concrete. 23

26 IUSA Electrical Conductors II. CONSTRUCTION Material Description Quantity Unit of Measure /3 NMB W/OG ROLL 250 ft NMB W/G ROLL 250 ft NMB W/G REEL 1000 ft NMB W/G REEL 500 ft NMB W/G ROLL 250 ft NMB W/G REEL 1000 ft NMB W/G REEL 500 ft NMB W/G ROLL 125 ft NMB W/G REEL 1000 ft NMB W/G REEL 500 ft NMB W/G ROLL 125 ft NMB W/G REEL 1000 ft NMB W/G REEL 500 ft NMB W/G ROLL 125 ft NMB W/G REEL 1000 ft NMB W/G REEL 500 ft NMB W/G ROLL 125 ft C. 4-3 NMB W/GROUND 1000 ft C. 4-3 NMB W/GROUND 5000 ft C. 4-3 NMB W/GROUND RANDOM 2500 ft C NMB W/GROUND 500 ft C. 2-3 NMB W/GROUND 1000 ft C. 2-3 NMB W/GROUND 500 ft C. 2-3 NMB W/GROUND MASTER REEL 2500 ft NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: Dimensions and weights are subject to manufacture tolerances. Number of Number of Insulator thickness Outer Overall Weight PVC Cover AWG Conductors Strands Diameter mils mils mils lb/mft x x x NOTE: data subject to manufacture tolerances. 24

27 II. CONSTRUCTION XHHW V 90 C Cables General Description Soft copper or aluminum wire or cable, with cross-link polyethylene (XLP) insulation. Specifications XHHW-2 wires and cables comply with the following specifications: NOM-J-063-SCFI: Electrical products-conductors-safety requirements. NMX-J-451: low-voltage energy wires with cross-link polyethylene or ethylenepropylene-based insulation up to 600 V. UL 44 Thermostable - insulated wires and cables. Main Applications XHHW-2 wires and cables are general purpose products used in low-voltage distribution and illumination systems, in public buildings and industrial facilities, recreational and commercial centers. Suitable for use in energy or control circuits because of their reduced diameter. Characteristics Maximum operating voltage: 600 V. Maximum conductor operating temperature: 75 C in wet environment, 90 C in dry or humid environment, 130 C in emergency, and 250 C in short circuit. The emergency condition is limited to 1,500 accumulative hours during the lifespan of the cable and no more than 100 hours within 12 consecutive months. The shortcircuit condition in the conductor is based on standard ICEA P They are manufactured in gauges ranging from 2,082 to 507 mm 2 (14 AWG to 1000 KCM). Its black insulator makes it sunlight-resistant. For cables with insulator other than black, please contact our sales department. Advantages Suitable for installation in wet, humid or dry places. They offer excellent electrical, physical and mechanical characteristics. Their thermoestable insulation offers a greater thermal stability. Sunlight-resistant. 25

28 IUSA Electrical Conductors II. CONSTRUCTION Material Description Quantity Unit of Measure C. CU XLP 600 VOLTS # m C. CU XLP 600 VOLTS # m C. CU XLP 600 VOLTS # m C. CU XLP 600 VOLTS #8 500 m C. CU XLP 600 VOLTS #6 500 m C. CU XLP 600 VOLTS # m C. CU XLP 600 VOLTS # m C. CU XLP 600 VOLTS #1/0 500 m C. CU XLP 600 VOLTS # 2/0 500 m C. CU XLP 600 VOLTS #3/0 500 m C. CU XLP 600 VOLTS #4/0 500 m C. CU XLP 600 VOLTS # m C. CU XLP 600 VOLTS # m C. CU XLP 600 VOLTS # m C. CU XLP 600 VOLTS # m C. CU XLP 600 VOLTS # m C. CU XLP 600 VOLTS # m C. CU XLP 600 VOLTS # m C. CU XLP 600 VOLTS # m Material Description Quantity Unit of Measure VOLT XLP AL C. # m VOLT XLP AL C. # m VOLT XLP AL C. # m VOLT XLP AL C. # m upon request VOLT XLP AL C. #1/0 600-VOLT XLP AL C. #2/0 600-VOLT XLP AL C. #3/0 600-VOLT XLP AL C. #4/0 600-VOLT XLP AL C. # VOLT XLP AL C. # VOLT XLP AL C. # m VOLT XLP AL C. # m VOLT XLP AL C. # m VOLT XLP AL C. # m VOLT XLP AL C. # m VOLT XLP AL C. # m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. m m m m m m 26

29 II. CONSTRUCTION Number Current conduction area of cross of thickness of outer capacity AWG/KCM weight section strands insulation diameter *Amps mm 2 mm mm mm kg/100m / / / / NOTE: data subject to manufacture tolerances. *Based on NOM-001-SEDE table for an ambient temperature of 30 C. XLP RHH/RHW-Type Cable General Description Soft copper conductor, black cross-link polyethylene (XLP) insulation. Specifications RHW cables comply with the following specifications: NOM-063-SCFI, Electrical products-conductors-safety requirements. NMX-J-451, low-voltage energy cables with cross-link polyethylene or ethylene propylene insulation, for 600 V installations. UL 44, thermostable - insulated wires and cables. Main Applications They may be directly buried, in ducts or outdoors. They are used in commercial or industrial facilities; their main application is industrial facilities with corrosive of highly polluted environments. Characteristics Maximum operating voltage: 600 V. Maximum operating temperature: 90 C. Concentric-lay soft copper conductor class B. Manufactured in gauges ranging from 2,08 to 253 mm 2 (14 AWG to 500 KCM). 27

30 IUSA Electrical Conductors II. CONSTRUCTION Advantages High resistance to humidity, oils, most chemical agents and pollutants. Complies with flame-retardant test FV-2 (NMX-J-192). Supports temperature lower than 25 C below zero. Sunlight resistant. Insulation thickness greater than XHHW provides better dielectric properties. AWG/KCM Number of Strands Conductor Area Conductor Diameter Thickness of Insulation Outer Diameter Weight mm 2 mm mm mm kg/km / / / / NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. 28

300 V 60 C Pot SPT -0, -1, -2, -3 Type Flexible Cords General Description Two parallel-conductor cord (soft copper cords), gauges from 0,325 to 5,26 mm 2 (22 to 10 AWG), with individual polyvinyl

31 300 V 60 C Pot SPT -0, -1, -2, -3 Type Flexible Cords General Description Two parallel-conductor cord (soft copper cords), gauges from 0,325 to 5,26 mm 2 (22 to 10 AWG), with individual polyvinyl chloride (PVC) insulation, joined by a track of the same material. Differences between SPT types 0, 1, 2 and 3 are the gauge ranges and the thickness of the insulation (see tables). Specifications Flexible POT cords, types SPT-0, SPT -1, SPT-2 and SPT-3 comply with the following specifications: III. FLEXIBLE NOM-063-SCFI: Electrical products-conductors-safety requirements. NMX-J-102: SPT-type flexible cords with polyvinyl chloride (PVC) thermoplastic insulation for installations up to 300 V. UL 62: flexible cord and fixture wire. Main Applications SPT-1 and SPT-2 type flexible cords are designed to supply low-voltage electric power to household appliances such as fans, stereo sets, television sets, radios, mixers, and to make extension cords. Type SPT-3 can be used for light sets, extension cords. Type SPT-0, 0,325 mm 2 and SPT-1, 0,519 mm 2 (22 and 20 AWG, respectively) are only used to supply very low power electrical appliances. Characteristics Maximum operating voltage: 300 V. Maximum operating temperature in conductor: 60 C. Soft copper flexible conductors, class K construction in flexible cord for gauges ranging from 0,325 to 3,31 mm 2 (22 to 12 AWG). Cords with fire retardant characteristics. May be manufactured with oil-resistant characteristics (with a maximum operating temperature of 60 C). External color: white, brown or crystal. Advantages Easy handling and installation since its conductors are soft copper flexible cords. Contribute to the improvement of safety conditions in fire situations of an installation, since they meet the fire retardant test (NMX-J-093). May be installed in humid places. 29

32 IUSA Electrical Conductors III. FLEXIBLE Material Description Quantity Unit of Measure POT FLEXIBLE C. #22 WHITE PIECE 100 m POT FLEXIBLE C. #22 DK BROWN PIECE 100 m POT FLEXIBLE C. #22 CRYSTAL PIECE 100 m POT FLEXIBLE C. #20 WHITE PIECE 100 m POT FLEXIBLE C. #20 DK BROWN PIECE 100 m POT FLEXIBLE C. #20 CRYSTAL PIECE 100 m POT FLEXIBLE C. #18 WHITE PIECE 100 m POT FLEXIBLE C. #18 DK BROWN PIECE 100 m POT FLEXIBLE C. #18 CRYSTAL PIECE 100 m POT FLEXIBLE C. #18 BLACK PIECE 100 m POT FLEXIBLE C. #16 WHITE PIECE 100 m POT FLEXIBLE C. #16 DK BROWN PIECE 100 m POT FLEXIBLE C. #14 WHITE PIECE 100 m POT FLEXIBLE C. #14 DK BROWN PIECE 100 m POT FLEXIBLE C. #12 WHITE 100 m POT FLEXIBLE C. #12 DK BROWN 100 m POT FLEXIBLE C. #20 WHITE PIECE 500 m POT FLEXIBLE C. #18 WHITE PIECE 500 m POT FLEXIBLE C. #16 WHITE PIECE 500 m POT FLEXIBLE C. #14 WHITE PIECE 500 m POT FLEXIBLE C. #12 WHITE PIECE 500 m POT FLEXIBLE C. #18 WHITE PIECE 1000 m POT FLEXIBLE C. #16 WHITE PIECE 1000 m POT FLEXIBLE C. #14 WHITE PIECE 1000 m POT FLEXIBLE C. #12 WHITE PIECE 1000 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. Type Area of Cross Section 300 V TWO-CONDUCTOR FLEXIBLE CORD Conductor Construction outer thickness dimensions of insulation height x width overall weight AWG mm 2 No. of Strands / AWG mm mm kg / 100m SPT x x SPT x x SPT x x SPT x x SPT x x SPT x x SPT x x CURRENT CONDUCTION CAPACITY area of cross section Current conduction capacity 2 conductors AWG mm 2 A NOTE: As per NOM-001-SEDE table 400-5(a). Dimensions and weights are subject to manufacture tolerances. 30

33 600 V 60 C Electrode-Holding Cables General Description Soft copper conductor in a flexible hawser construction, with paper separator (when necessary) and 60 C PVC thermoplastic insulation/jacket. Specifications Electrode-holding cables comply with the following specifications: III. FLEXIBLE NOM-063-SCFI: Electrical products-conductors-safety requirements NMX-J-037: electrode-holding cable for electric welding machines Can also be manufactured to ICEA Standard. Main Applications Electrode-holding cables are mainly used to supply the electrode for welding machines, both alternate and direct current. These cables join the machine to the clamp holding the electrode and the return circuit. Characteristics Highly flexible, due to the insulation-jacket and to the hawser-type construction of the conductor, based on cords or strands. Maximum operating voltage: 600 V. Manufactured in gauges from 13,3 to 107 mm 2 (6 to 4/0 AWG) flexible stranding class K (in 30 AWG gauge wire strands). Cable with flame retardant characteristics. Outer jacket is orange. Other colors can also be provided. Advantages Soft copper hawser conductors for easy handling and installation, which provide greater flexibility during use. Highly resistant to abrasion, oil, grease, chemical solvents, ozone and humidity. Meets flame retardant test FV-2 (NMX-J-192). Materials used in these cables make them suitable for installation in humid or dry locations. Excellent electrical, physical and mechanical characteristics. Material Description Quantity Unit of Measure ELECTRODE-HOLDING C. # 6 PIECE 100 m ELECTRODE-HOLDING C. # 4 PIECE 100 m ELECTRODE-HOLDING C. # 2 PIECE 100 m ELECTRODE-HOLDING C. #1/0 PIECE 100 m ELECTRODE-HOLDING C. #2/0 PIECE 100 m ELECTRODE-HOLDING C. #3/0 PIECE 100 m ELECTRODE-HOLDING C. #4/0 PIECE 100 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. 31

34 IUSA Electrical Conductors III. FLEXIBLE AWG Area of cross section Diameter on conductor Thickness of insulation jacket overall diameter NOTE: Dimensions and weights are subject to manufacture tolerances. weight Current conduction capacity mm 2 mm mm mm kg/100m Amps /0 2/0 3/0 4/ And 600 V Heavy Duty And Extra Heavy Duty SJT And ST Type Flexible Cables General Description Two-, three- or four-conductor soft copper cable, flexible construction, with individual polyvinyl chloride (PVC) thermoplastic insulation, color coded, filled to provide circular section, with polyvinyl chloride (PVC) thermoplastic outer jacket. Outer surface may be ribbed or smooth. Specifications Heavy duty SJT-type and extra heavy duty ST-type flexible cords comply with the following specifications: NOM-063-SCFI: Electrical products-conductors-safety requirements NMX-J-436: heavy duty and extra heavy duty flexible cords up to 600 V. UL 62: flexible cord and fixture wire. Main Applications SJT-type heavy duty flexible cords are used to supply power to mixers, floor polishers, typewriters, and other portable power devices, like jigsaws, drills, etc. Extra heavy duty flexible cords (ST) are used for supplying power to machines such as dish washers, medical equipment, industrial polishers, sanders, washing machines, vibrating machines, portable power tools, etc. 32

35 III. FLEXIBLE Material Description Quantity Unit of measure SJT HEAVY DUTY C. #2X18 PIECE 100 m SJT HEAVY DUTY C. #2X16 PIECE 100 m SJT HEAVY DUTY C. #2X14 PIECE 100 m SJT HEAVY DUTY C. #2X12 PIECE 100 m SJT HEAVY DUTY C. #2X10 PIECE 100 m SJT HEAVY DUTY C. #3X18 PIECE 100 m SJT HEAVY DUTY C. #3X16 PIECE 100 m SJT HEAVY DUTY C. #3X14 PIECE 100 m SJT HEAVY DUTY C. #3X12 PIECE 100 m SJT HEAVY DUTY C. #3X10 PIECE 100 m SJT HEAVY DUTY C. #4X18 PIECE 100 m SJT HEAVY DUTY C. #4X16 PIECE 100 m SJT HEAVY DUTY C. #4X14 PIECE 100 m SJT HEAVY DUTY C. #4X12 PIECE 100 m SJT HEAVY DUTY C. #4X10 PIECE 100 m SJT HEAVY DUTY C. #2X18 PIECE 500 m SJT HEAVY DUTY C. #2X16 PIECE 500 m SJT HEAVY DUTY C. #2X14 PIECE 500 m SJT HEAVY DUTY C. #2X12 PIECE 500 m SJT HEAVY DUTY C. #2X10 PIECE 500 m SJT HEAVY DUTY C. #3X18 PIECE 500 m SJT HEAVY DUTY C. #3X16 PIECE 500 m SJT HEAVY DUTY C. #3X14 PIECE 500 m SJT HEAVY DUTY C. #3X12 PIECE 500 m SJT HEAVY DUTY C. #3X10 PIECE 500 m SJT HEAVY DUTY C. #4X18 PIECE 500 m SJT HEAVY DUTY C. #4X16 PIECE 500 m SJT HEAVY DUTY C. #4X14 PIECE 500 m SJT HEAVY DUTY C. #4X12PIECE 500 m SJT HEAVY DUTY C. #4X10 PIECE 500 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. Number of Conductors area of cross section Conductor construction thickness of insulation thickness of outer jacket outer diameter weight Current conduction capacity 2 AWG mm 2 No. of Strands / AWG mm mm mm kg/100m A x x x x x x x x x x x x x x x NOTE: As per NOM-001-SEDE table 400-5(a). 33

36 IUSA Electrical Conductors III. FLEXIBLE / IV. CONTROL Number of Conductors area of cross section Conductor construction thickness of insulation thickness of outer jacket outer diameter weight Current conduction capacity AWG mm 2 No. of Strands/ AWG mm mm mm kg/100m A x x x x x x x x x x x x x x x NOTE: Dimensions and weights are subject to manufacture tolerances. As per NOM-001-SEDE table (a) V 75 C PE-Type Control Cable General Description Two- to ten-conductor soft copper cable, with individual polyethylene (PE) thermoplastic insulation, color coded, filled to provide circular section, binding tape, and PVC thermoplastic outer jacket. Specifications PE+PVC type control cables comply with the following specifications: NOM-063-SCFI: Electrical products-conductors-safety requirements. NMX-J-300: conductors-control cables with thermoplastic or thermostable insulation, 600 V and 1000 V, 75 C and 90 C maximum conductor operating temperature. CFE E : control cables. Main Applications Designed to supply control circuits in industrial plants and interconnect protection and signaling equipment. May be installed in trays or conduit and in underground or exposed to sunlight installations, in humid or dry locations. Characteristics Maximum operating voltage: V. Maximum operating temperature: 75 C. Concentric-lay soft copper conductor class B (7 strands). Manufactured in gauges ranging from 2,082 to 5,26 mm 2 (14 to 10 AWG). Black outer jacket. Advantages Conductors are soft copper, which makes handling and installation easy. Because of its dielectric characteristics, the polyethylene insulation allows operation at a maximum voltage of V. 34

37 IV. CONTROL Material Description Quantity Unit of Measure PE/PVC CONTROL C. #10X10 PIECE 500 m PE/PVC CONTROL C. #3X m PE/PVC CONTROL C. #3X12 PIECE 500 m PE/PVC CONTROL C. #4X10 PIECE 500 m PE/PVC CONTROL C. #4X m PE/PVC CONTROL C. #5X12 PIECE 500 m PE/PVC CONTROL C. #6X12 PIECE 500 m PE/PVC CONTROL C. #7X12 PIECE 500 m PE/PVC CONTROL C. #7X16 PIECE 500 m PE/PVC CONTROL C. #8X12 PIECE 500 m PE/PVC CONTROL C. #7X10 PIECE 500 m PE/PVC CONTROL C. #2X12 PIECE 500 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. Number of Conductors SECTION (GAUGE) 2,082 MM 2 (14 AWG) thickness outer of outer jacket diameter overall weight mm mm kg/100m Number of Conductors SECTION (GAUGE) 3,307 MM 2 (12 AWG) thickness outer of outer jacket diameter overall weight mm mm kg/100m NOTE: Dimensions and weights are subject to manufacture tolerances. As per NOM-001-SEDE table (a) for three conductors. 35

38 IUSA Electrical Conductors IV. CONTROL SECTION (GAUGE) 3,307 MM 2 (12 AWG) Number of Conductors thickness of outer overall outer jacket diameter weight mm mm kg/100m NOTE: Dimensions and weights are subject to manufacture tolerances. As per NOM-001-SEDE table (a) for three conductors. 36

39 600V 75 C PVC + PVC Type Control-LS Cable General Description Two- to ten-conductor soft copper cable, with individual polyvinyl chloride (PVC) thermoplastic insulator, color coded, filled to produce circular section, binding tape, and polyvinyl chloride (PVC) thermoplastic outer jacket. Specifications PVC+PVC type Control-LS cables comply with the following specifications: IV. CONTROL NOM-063-SCFI: Electrical products-conductors-safety requirements. NMX-J-300: control conductors-cables with thermoplastic or thermostable insulation, 600 V and 1000 V, 75 C and 90 C maximum conductor operating temperature. CFE E : Control cables. NOTE: Can also be manufactured to ICEA Standard. Main Applications Designed to supply control circuits in industrial plants and interconnect protection and signaling equipment; where fire retardant, low smoke emission, and low acid gas content characteristics are required. May be installed in conduit trays, in underground or exposed to sunlight installations, in humid or dry places. Characteristics Maximum operating voltage: 600 V. Maximum operating temperature: 75 C. Concentric-lay soft copper conductor class B (7 strands). Manufactured in gauges ranging from 0,823 to 5,26 mm 2 (18 to 10 AWG). Fire-retardant characteristics. PVC insulation and jacket with low emission of smoke and low acid gas content. Black outer jacket. Advantages Conductors are soft copper, which facilitates its handling and installation. They meet the fire retardant (NMX-J-093), low emission of smoke (NMX-J-474), and low acid gas content (NMX-J-472) tests. Suitable for installation in wet and dry locations. Material Description Quantity Unit of Measure UPON REQUEST PVC/PVC CONTROL C. #2X16PIECE 500 m UPON REQUEST PVC/PVC CONTROL C. #3X16 PIECE 500 m UPON REQUEST PVC/PVC CONTROL C. #4X16PIECE 500 m UPON REQUEST PVC/PVC CONTROL C. #5X16 PIECE 500 m UPON REQUEST PVC/PVC CONTROL C. #6X16PIECE 500 m UPON REQUEST PVC/PVC CONTROL C. #7X16 PIECE 500 m UPON REQUEST PVC/PVC CONTROL C. #8X16PIECE 500 m UPON REQUEST PVC/PVC CONTROL C. #9X16 PIECE 500 m UPON REQUEST PVC/PVC CONTROL C. #10X16PIECE 500 m PVC/PVC CONTROL C., 600 V 2X14 AWG 500 m UPON REQUEST PVC/PVC CONTROL C. #3X14PIECE 500 m PVC/PVC CONTROL C. #4X14 PIECE 500 m UPON REQUEST PVC/PVC CONTROL C. #5X14 PIECE 500 m PVC/PVC CONTROL C. #6X14 PIECE 500 m PVC/PVC CONTROL C., 600 V 7X14 AWG 500 m 37

40 IUSA Electrical Conductors IV. CONTROL Material Description Quantity Unit of Measure UPON REQUEST PVC/PVC CONTROL C. #8X14 PIECE 500 m UPON REQUEST PVC/PVC CONTROL C. #9X14 PIECE 500 m PVC/PVC CONTROL C. #10X14 PIECE 500 m PVC/PVC CONTROL C. #2X12 PIECE 500 m PVC/PVC CONTROL C. #3X m PVC/PVC CONTROL C. #4X m PVC/PVC CONTROL UCI C. #5X12 PIECE 500 m PVC/PVC CONTROL C. #6X m PVC/PVC CONTROL C., 600 V 7X12 AWG 500 m UPON REQUEST PVC/PVC CONTROL C. #8X12 PIECE 500 m UPON REQUEST PVC/PVC CONTROL C. #9X12 PIECE 500 m PVC/PVC CONTROL C., 600 V 10X12 AWG 500 m PVC/PVC CONTROL C. #2X10 PIECE 500 m PVC/PVC CONTROL C. #3X10 PIECE 500 m PVC/PVC CONTROL C. #4X10 PIECE 500 m UPON REQUEST PVC/PVC CONTROL C. #5X10 PIECE 500 m PVC/PVC CONTROL C. #6X10 PIECE 500 m PVC/PVC CONTROL C. #7X10 PIECE 500 m PVC/PVC CONTROL C. #10X10 PIECE 500 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. Number of Conductors SECTION (GAUGE) 0,824 MM 2 (18 AWG) thickness of outer outer jacket diameter NOTE: Dimensions and weights are subject to manufacture tolerances. As per NOM-001-SEDE table (a) for three conductors. overall weight mm mm kg/100m Number of Conductors SECTION (GAUGE) 1,31 MM 2 (16 AWG) thickness of outer jacket outer diameter overall weight mm mm kg/100m

41 IV. CONTROL Number of Conductors thickness of insulation SECTION (GAUGE) 2,08 MM 2 (14 AWG) outer diameter overall weight NOTE: Dimensions and weights are subject to manufacture tolerances. As per NOM-001-SEDE table (a) for three conductors. Current conduction capacity *Amps mm mm kg/100m 60 C 75 C 90 C Number of Conductors thickness of insulation SECTION (GAUGE) 3,31 MM 2 (12 AWG) outer diameter overall weight Current conduction capacity *Amps mm mm kg/100m 60 C 75 C 90 C Number of Conductors thickness of insulation SECTION (GAUGE) 5,26 MM 2 (10 AWG) outer overall weight diameter Current conduction capacity *Amps mm mm kvg/100m 60 C 75 C 90 C NOTE: Dimensions and weights are subject to manufacture tolerances. As per NOM-001-SEDE table (a) for three conductors. 39

42 IUSA Electrical Conductors V. OVERHEAD AND UNDERGROUND DISTRIBUTION 600 V 75 C Overhead Distribution Cable General Description One-, two- or three-conductor, copper or aluminum cable, with individual high-density polyethylene (HDPE) black thermoplastic insulation, in helicoidal arrangement around a copper or aluminum neutral bare messenger conductor. Specifications Overhead distribution cables comply with the following specifications: NOM-063-SCFI: Electrical products-conductors-safety requirements. NMX-J-061: Multi-conductor cables for low voltage overhead distribution. CFE E : Multiple conductors for overhead distribution, 600 V, 75 C. Note: Can also be manufactured to ICEA Standard. Main Applications These cables are used in overhead, low voltage electric power distribution systems. As an overhead link-up for secondary services. In permanent or temporary electrical installations for general lighting. Characteristics Maximum operating voltage: 600 V. Maximum operating temperature in conductor: 75 C. Insulated copper conductors are manufactured as soft drawn and as bare conductor, hard or medium-hard drawn (CFE). Insulated and bare aluminum conductors are manufactured from 1350 aluminum alloy, hard drawn (H19). ASCR bare conductors are manufactured from 1350 aluminum alloy, hard drawn, steel core. Black insulation that makes it sunlight-resistant. Advantages Hard or medium-hard drawn allow it to support installation stress and a longer postto-post length. Polyethylene insulation helps resist abrasion caused by tree branches. Sunlight and outdoor resistant. Insulation avoids energy theft. 40

43 Material Description Quantity Unit of Measure UPON REQUEST CU MULTIPLE C. (1+1)10 M 500 m CU MULTIPLE C. (1+1)8 M 500 m UPON REQUEST CU MULTIPLE C. (1+1)6 M 500 m UPON REQUEST CU MULTIPLE C. (1+1)4 M 500 m UPON REQUEST CU MULTIPLE C. (2+1) m CU MULTIPLE C. (2+1)8 500 m UPON REQUEST CU MULTIPLE C. (2+1)6 500 m CU MULTIPLE C. (2+1)4 500 m UPON REQUEST CU MULTIPLE C. (2+1)2 500 m CU MULTIPLE C. (2+1) 1/ m UPON REQUEST CU MULTIPLE C. (2+1) 2/0 250 m UPON REQUEST CU MULTIPLE C. (3+1) m UPON REQUEST CU MULTIPLE C. (3+1) m CU MULTIPLE C. (3+1) 1/0-2C 250 m UPON REQUEST CU MULTIPLE C. (3+1) 3/0 250 m * BMCU C. 3*1/0 225 m * BMCU C. 3*4 650 m *LUZ Y FUERZA V. OVERHEAD AND UNDERGROUND DISTRIBUTION Material Description Quantity Unit of Measure AL MULTIPLE C. (1+1)6 500 m UPON REQUEST AL MULTIPLE C. (1+1)4 500 m UPON REQUEST AL MULTIPLE C. (1+1)2 500 m AL MULTIPLE C. (2+1)6 500 m UPON REQUEST AL MULTIPLE C. (2+1)4 500 m AL MULTIPLE C. (2+1)2 500 m AL MULTIPLE C. (2+1)1/0-2 AAC 500 m AL MULTIPLE C. (2+1)1/0 500 m UPON REQUEST AL MULTIPLE C. (2+1)2/0 500 m AL MULTIPLE C.(2+1)3/0-1/0 ACC 250 m AL MULTIPLE C. (2+1)3/0 250 m UPON REQUEST AL MULTIPLE C. (2+1)4/0 250 m AL MULTIPLE C. (3+1)6 250 m AL MULTIPLE C. (3+1)4 250 m AL MULTIPLE C. (3+1)2 250 m AL MULTIPLE C. (3+1)1/0-2 ACC 250 m UPON REQUEST AL MULTIPLE C. (3+1)1/0 ACC 250 m UPON REQUEST AL MULTIPLE C. (3+1)2/0 ACC 250 m AL MULTIPLE C. (3+1)3/0-1/0 ACC 250 m AL MULTIPLE C. (3+1)3/0 ACC 250 m 41

44 IUSA Electrical Conductors V. OVERHEAD AND UNDERGROUND DISTRIBUTION Material Description Quantity Unit of Measure ACSR ALUMINUM C. MULTIPLE AL (1+1)6 ACSR RETRIVE 500 m UPON REQUEST C. MULTIPLE AL (1+1)4 ACSR 500 m UPON REQUEST C. MULTIPLE AL (1+1)2 ACSR 500 m UPON REQUEST C. MULTIPLE AL (2+1)6 ACSR 500 m UPON REQUEST C. MULTIPLE AL (2+1)4 ACSR 500 m UPON REQUEST C. MULTIPLE AL (2+1)2-4 ACSR 500 m UPON REQUEST C. MULTIPLE AL (2+1)2 ACSR 500 m C. MULTIPLE AL (2+1)1/0-2 ACSR 500 m UPON REQUEST C. MULTIPLE AL (2+1)1/0 ACSR 500 m C. MULTIPLE AL (2+1)3/0-1/0 ACSR 250 m UPON REQUEST C. MULTIPLE AL (2+1)3/0 ACSR 250 m UPON REQUEST C. MULTIPLE AL (3+1)6 ACSR 250 m UPON REQUEST C. MULTIPLE AL (3+1)4 ACSR 250 m UPON REQUEST C. MULTIPLE AL (3+1)2-4 ACSR 250 m UPON REQUEST C. MULTIPLE AL (3+1)2 ACSR 250 m C. MULTIPLE AL (3+1) 1/0-2 ACSR 250 m UPON REQUEST C. MULTIPLE AL (3+1) 1/0 ACSR 250 m C. MULTIPLE AL (3+1)3/0-1/0 ACSR 250 m UPON REQUEST C. MULTIPLE AL (3+1)3/0 ACSR 250 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. Insulated soft copper conductor CFE Code Number of Strands thickness of insulation Medium-hard copper neutral-messenger conductor DC electrical resistance at 20 C Number of Strands Minimum rupture load weight AWG ohm/km AWG kn kg/km (1+1)8C (2+1)8C (3+1)8C (2+1)4C (3+1)4C (2+1)1/0-2C 1/ (3+1)1/0-2C 1/ (3+1)3/0-2/0C 3/ / Insulated hard aluminum conductor CFE Code Number of Strands thickness of insulation DC electrical resistance at 20 C Hard aluminum neutral-messenger conductor Number of Strands Minimum rupture load weight AWG ohm/km AWG kn kg/km (1+1)8C (1+1)6C (2+1)6C (3+1)6C (3+1)4C (2+1)2C (3+1)2C (2+1)1/0-2C 1/ (3+1)1/0-2C 1/ (2+1)3/0-1/0C 3/ / (3+1)3/0-2/0C 3/ /

45 V. OVERHEAD AND UNDERGROUND DISTRIBUTION Insulated hard aluminum conductor Neutral-messenger ACSR conductor CFE Code Number of Strands thickness of insulation DC electrical resistance at 20 C Number of Strands Minimum rupture load NOTE: Dimensions and weights are subject to manufacture tolerances. Other types of packing a per client s requirements. As per NOM-001-SEDE table A up to three conductors, outdoors, supported by a messenger, for a temperature of 75 C and an ambient temperature of 40 C. weight AWG ohm/km AWG kn kg/km (2+1)1/0-2C 1/ / (3+1)1/0-2C 1/ / (2+1)3/0-1/0C 3/ /0 6/ (3+1)3/0-1/0C 3/ /0 6/ CFE Code Insulated copper conductor Number of Strands thickness of insulation Neutral-messenger copper conductor Number of Strands weight Standard package AWG AWG kg/km BM Cu3X C650m BM Cu3x1/0 1/ C250 m Current conduction capacity area of cross section Amps Amps AWG mm 2 Copper aluminum / / /

46 IUSA Electrical Conductors V. OVERHEAD AND UNDERGROUND DISTRIBUTION 600 V 90 C Underground Distribution (DRS) Cable General Description Two- or three-conductor copper or aluminum cable, with individual cross-link black polyethylene (XLP) insulation, joined by a neutral conductor insulated with cross-link white polyethylene (XLP). Specifications Secondary distribution cables comply with the following specifications: CFE E , 600 V distribution cables with cross-link insulation. ICEA-S NMX-J-451 Main Applications These cables are used in underground low-voltage power distribution systems. May be installed in ducts or buried directly. In permanent or temporary electric installations for general lighting. Characteristics Maximum operating voltage: 600 V. Maximum temperature: 90 C. Concentric-lay soft copper conductor class B. Copper conductors are manufactured soft drawn; aluminum conductors are manufactured with 1350 alloy, hard drawn (H19). Available in the following gauges: *Manufactured in gauges ranging from 21,15 to 177,3 mm 2 (4 AWG to 350 KCM). *Phase conductor insulation is black, which makes it weather resistant; neutral conductor is white. Advantages May be buried directly for installation. Its thermostable insulation offers great thermal stability. Material Description Quantity Unit of Measure XLP TRIPLEX COPPER CABLE #2 500 m XLP TRIPLEX COPPER CABLE #1/0 500 m XLP TRIPLEX COPPER CABLE #2/0 500 m XLP TRIPLEX COPPER CABLE #3/0 500 m XLP TRIPLEX COPPER CABLE #4/0 500 m UPON REQUEST XLP TRIPLEX COPPER CABLE #1/ m UPON REQUEST XLP TRIPLEX COPPER CABLE #3/0-1/0 250 m XLP TRIPLEX COPPER CABLE #4/0-2/0 250 m UPON REQUEST XLP TRIPLEX COPPER CABLE #250-3/0 250 m UPON REQUEST XLP TRIPLEX COPPER CABLE #350-4/0 250 m UPON REQUEST XLP TRIPLEX COPPER CABLE # m XLP QUADRUPLE COPPER CABLE #4 500 m UPON REQUEST XLP QUADRUPLE COPPER CABLE # m UPON REQUEST XLP QUADRUPLE COPPER CABLE #1/ m UPON REQUEST XLP QUADRUPLE COPPER CABLE #2/0-1/0 250 m UPON REQUEST XLP QUADRUPLE COPPER CABLE #4/0-2/0 250 m UPON REQUEST XLP QUADRUPLE COPPER CABLE #250-3/0 250 m UPON REQUEST XLP QUADRUPLE COPPER CABLE #350-4/0 250 m UPON REQUEST XLP QUADRUPLE COPPER CABLE # m 44

47 V. OVERHEAD AND UNDERGROUND DISTRIBUTION Material Description Aluminum Quantity Unit of Measure VOLT XLP AL C. 1C/1N (6/6) 500 m VOLT XLP AL C. 1C/1N (4-4) 500 m UPON REQUEST 600-VOLT XLP AL C. 1C/1N (2-2) 500 m VOLT XLP AL C. 2C/1N (6/6) 500 m VOLT XLP AL C. 2C/1N (4-6) 500 m VOLT XLP AL C. 2C/IN (4-4) 500 m VOLT XLP AL C. 2C/1N (2-4) 500 m VOLT XLP AL C. 3C/1N (2-2) 500 m VOLT XLP AL C. 2C/1N (1/0-2) 500 m UPON REQUEST 600-VOLT XLP AL C. 2C/1N (1/0-1/0) 250 m UPON REQUEST 600-VOLT XLP AL C. 2C/1N (2/0-2) 250 m UPON REQUEST 600-VOLT XLP AL C. 2C/1N (2/0-2/0) 250 m VOLT XLP AL C. 2C/1N (3/0-1/0) 250 m VOLT XLP AL C. 2C/1N (3/0-3/0) 250 m VOLT XLP AL C. 2C/1N (4/0-4/0) 250 m UPON REQUEST 600-VOLT XLP AL C. 2C/1N ( ) 250 m VOLT XLP AL C. 2C/1N (350-4/0) 250 m VOLT XLP AL C. 3C/1N (4-4) 500 m UPON REQUEST 600-VOLT XLP AL C. 3C/1N (4-6) 500 m VOLT XLP AL C. 3C/1N (2-2) 500 m VOLT XLP AL C. 3C/1N (2-4) 500 m VOLT XLP AL C. 3C/IN (1/0-2) 500 m UPON REQUEST 600-VOLT XLP AL C. 3C/IN (1/0-1/0) 500 m UPON REQUEST 600-VOLT XLP AL C. 3C/IN (2/0-2) 250 m VOLT XLP AL C. 3C/1N (3/0-1/0) 250 m UPON REQUEST 600-VOLT XLP AL C. 3C/1N (3/0-2/0) 250 m UPON REQUEST 600-VOLT XLP AL C. 3C/1N (4/0-2/0) 250 m UPON REQUEST 600-VOLT XLP AL C. 3C/1N (4/0-3/0) 250 m UPON REQUEST 600-VOLT XLP AL C. 3C/1N (250-3/0) 250 m VOLT XLP AL C. 3C/1N (300-4/0) 250 m VOLT XLP AL C. 3C/IN (350-4/0) 250 m VOLT XLP AL C. WHITE # m VOLT XLP AL C. # m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. Phase conductor (copper) Phase conductor (aluminum) Construction AWG/KCM area of cross section Number of Strands thickness of insulation AWG area of cross section Number of Strands thickness of insulation overall weight Current conduction capacity* mm 2 mm mm 2 mm kg/100m A 2C/1N (4-4) C/1N (2-4) C/1N (1/0-2) 1/ C/1N ( 3/0-1/0) 3/ / C/1N (4-4) C/1N (2-4) C/1N (1/0-2) 1/ C/1N ( 3/0-1/0) 3/ / C/1N (350-4/0) / NOTE: As per NOM-001-SEDE table for an ambient operating temperature of 90 C and an ambient temperature of 30 C. 45

48 IUSA Electrical Conductors V. OVERHEAD AND UNDERGROUND DISTRIBUTION Construction AWG/ KCM area of cross section Number of strands thickness of insulation AWG area of cross section Number of strands thickness of insulation overall weight Current conduction capacity* mm 2 mm mm 2 mm kg/100m A 2C/1N (4-4) C/1N (2-4) C/1N (1/0-2) 1/ C/1N ( 3/0-1/0) 3/ / C/1N (4-4) C/1N (2-4) C/1N (1/0-2) 1/ C/1N (350-4/0) / NOTE: Dimensions and weights are subject to manufacture tolerances. Other types of packing as per client s requirements. * As per NOM-001-SEDE table for an operating temperature of 90 C and an ambient temperature of 30 C. 600 V 75 C WP Type Weather-Resistant Wires And Cables General Description A conductor that may be medium-hard wire or cable, with high-density polyethylene (HDPE) thermoplastic insulation, black. Specifications Weather-resistant wires and cables comply with the following specifications: NOM-063-SCFI: Electrical products-conductors-safety requirements. NMX-054: Conductors Polyethylene-insulated wires and cables, for outdoors-type installations. ICREA S : weather-resistant polyolefin covered wire & cable. Main Applications Weather-resistant wires and cables are general purpose products used in lowvoltage overhead power distribution systems. Material Description Quantity Unit of Measure WEATHER-RESISTANT AL C. #8 500 m WEATHER-RESISTANT AL C. # m WEATHER-RESISTANT AL C. # m WEATHER-RESISTANT AL C. # m WEATHER-RESISTANT AL C. # 1/0 500 m WEATHER-RESISTANT AL C. # 2/0 500 m WEATHER-RESISTANT AL C. # 3/0 500 m WEATHER-RESISTANT AL C. # 4/0 500 m 46

49 V. OVERHEAD AND UNDERGROUND DISTRIBUTION ACSR ALUMINUM Material Description Quantity Unit of Measure WEATHER-RESISTANT AL C. # 8 ACSR 500 m WEATHER-RESISTANT AL C. # 6 ACSR 500 m WEATHER-RESISTANT AL C. # 4 ACSR 500 m WEATHER-RESISTANT AL C. # 2 ACSR 500 m WEATHER-RESISTANT AL C. # 1/0 ACSR 500 m WEATHER-RESISTANT AL C. # 2/0 ACSR 500 m WEATHER-RESISTANT AL C. #3/0 ACSR 500 m WEATHER-RESISTANT AL C. #4/0 ACSR 500 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. area of cross section thickness of insulation outer diameter overall weight Current conduction capacity* AWG mm 2 mm mm kg /100 m A area of cross section Number of strands thickness of insulation outer diameter overall weight Current conduction capacity* AWG mm 2 mm mm kg/100m A /0 2/0 3/0 4/ NOTE: Dimensions and weights are subject to manufacture tolerances. * As per NOM-001-SEDE for an operating temperature of 75 C and a temperature of 30 C. 47

50 IUSA Electrical Conductors V. OVERHEAD AND UNDERGROUND DISTRIBUTION 600 V 60 C Spiral Concentric-Lay Cable General Description Soft copper wire or cable with PVC insulation, concentrically surrounded by a neutral lead of soft bare copper wires, in helicoidal arrangement, and a black low-density polyethylene (LDPE) thermoplastic jacket. Specifications Spiral concentric-lay cables comply with the following specifications: NOM-063-SCFI: Electrical products-conductors-safety requirements. NMX-J-028: Spiral-type concentric-lay conductors/cables for low-voltage overhead link-up up to 600 V. CFE E : Spiral-type concentric-lay cables. Main Applications Spiral concentric cable is mainly used as an overhead link-up for secondary services. Characteristics Maximum operating voltage: 600 V. Maximum operating temperature in conductor: 60 C. Soft copper conductor wire or cable. Manufactured in the following gauges: *Wire: 3,31 to 8,37 mm 2 (12 to 8 AWG). *Cable: 13,31 to 21,15 mm 2. *Black jacket that makes it sunlight-resistant. Advantages Concentric construction prevents clandestine connections; sunlight-resistant. Material Description Quantity Unit of Measure SPIRAL CONCENTRIC C. # m SPIRAL CONCENTRIC C. # m SPIRAL CONCENTRIC C. # m SPIRAL CONCENTRIC C. # m SPIRAL CONCENTRIC C. # m SPIRAL CONCENTRIC C. # m SPIRAL CONCENTRIC C. # m SPIRAL CONCENTRIC C. # m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. area of cross section Number of strands thickness of insulation thickness of jacket outer diameter overall weight AWG mm 2 mm mm mm kg /100m NOTE: Dimensions and weights are subject to manufacture tolerances. Other types of packing as per client s requirements. 48

51 15, 25 And 35 KV Semi-Insulated Cables General Description Cable with copper, aluminum (AAC) or steel-reinforced aluminum (ACSR) with semiconductor mesh extruded over conductor and insulation black cross-link polyethylene (XLP) jacket. V. OVERHEAD AND UNDERGROUND DISTRIBUTION Specifications Semi-insulated cables comply with the following specifications: CFE E : Semi-insulated cables for 15 to 25 kv overhead power lines. Main Applications Semi-insulated cables are used in medium voltage overhead power distribution systems, through wooded areas. Characteristics Maximum operating voltage: 15, 25 and 35 kv. Maximum operating temperature: 90 C. Copper conductors are hard-drawn. Aluminum conductors are hard-drawn 1350 alloy (H19) and steel core. Black insulation-jacket makes it sunlight-resistant. As they do not have an insulation mesh, these cables are considered non-insulated, thus must be handled with the care and precautions you would any non-insulated cable. Advantages Cross-link polyethylene (XLP) insulation-jacket helps it resist abrasion caused by tree branches. Sunlight-resistant. Hard-drawn aluminum cables and ACSR-type cables allow installations with a longer post-to-post distance. Material Description Quantity Unit of Measure KV 100% 3/0 SEMI-INSULATED XLP AL 500 m KV 100% SEMI-INSULATED XLP AL 500 m KV 100% SEMI-INSULATED AL 500 m KV 100% 477 SEMI-INSULATED AL 500 m KV 100% 1/0 SEMI-INSULATED XLP AAC 500 m KV 100% 3/0 SEMI-INSULATED XLP AL 500 m KV 100% SEMI-INSULATED XLP AL 500 m KV 100% SEMI-INSULATED XLP AL 500 m 49

52 IUSA Electrical Conductors V. OVERHEAD AND UNDERGROUND DISTRIBUTION Material Description Quantity Unit of Measure KV 100% 1/0 SEMI-INSULATED ACSR 500 m KV 100% 3/0 SEMI-INSULATED ACSR 500 m KV 100% SEMI-INSULATED XLP ACSR 500 m KV 100% SEMI-INSULATED XLP ACSR 500 m KV 100% 1/0 SEMI-INSULATED XLP ACSR 500 m KV 100% 3/0 SEMI-INSULATED XLP ACSR 500 m KV 100% SEMI-INSULATED XLP ACSR 500 m KV 100% SEMI-INSULATED XLP ACSR 500 m KV 100% SEMI-INSULATED XLP ACSR 500 m KV 100% 3/0 ACSR XLP AT 500 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. area of cross section 15 KV SEMI-INSULATED CABLE Number of strands thickness of insulation outer diameter overall weight Current conduction capacity* AWG/KCM mm 2 Copper mm mm kg /100m A Conductor 1/ / Aluminum Conductor (AAC) 1/ / ACSR Conductor 1/ / / / / / area of cross section Number of strands 25 KV SEMI-INSULATED CABLE thickness of outer insulation diameter overall weight Current conduction capacity* AWG/KCM mm 2 Copper mm mm kg/100m A Conductor 1/ / Aluminum Conductor (AAC) 1/ / ACSR Conductor 1/ / / / / /

53 AWG/KCM area of cross section 35 KV SEMI-INSULATED CABLE Number of strands thickness of insulation outer diameter overall weight V. OVERHEAD AND UNDERGROUND DISTRIBUTION Current conduction capacity* 1/ / Aluminum Conductor (AAC) 1/ / ACSR Conductor 1/ / / / / / NOTE: Dimensions and weights are subject to manufacture tolerances. Other types of packing as per client s requirements. *As per NOM-001-SEDE tables and for an operating temperature of 90 C and a temperature of 40 C. 600 V BTC-Type Distribution Cables General Description 99.99%-purity electrolytic copper cable, type B braiding, with cross-link polyethylene (XLP) insulation, 600 V, 90 C maximum conductor temperature in dry environments, and 75 C in humid environments. Main Applications May be used in overhead distribution installations, in conduit, ducts or directly buried. Characteristics Moisture-resistant, may be installed directly buried, better thermal characteristics than other insulators. Manufactured in the following gauges: 15, 35, 70, 150, 250, 400 mm 2. Standards NOM-063-SCFI: Electrical products-conductors-safety requirements. NMX-J-451-ANCE: Low-voltage power conductors-cables, with cross-link ethylenepropylene-based polyethylene insulation, for installations up to 600 V. Material Description Quantity Unit of Measure BTC C. 1* m BTC C. 1* m BTC C. 1* m BTC C. 1* m BTC C. 1* m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx Dimensions and weights are subject to manufacture tolerances. 51

IUSA Electrical Conductors V. OVERHEAD AND UNDERGROUND DISTRIBUTION / VI. MEDIUM VOLTAGE Number of strands conductor diameter diameter Weight mm mm mm kg/km 1x15 7 4.67 7.71 120.6 1x35 7 7.42 10.

54 IUSA Electrical Conductors V. OVERHEAD AND UNDERGROUND DISTRIBUTION / VI. MEDIUM VOLTAGE Number of strands conductor diameter diameter Weight mm mm mm kg/km 1x x x x x x NOTE: Dimensions and weights are subject to manufacture tolerances. Other types of packing as per client s requirements. 5, 8, 15, 25 And 35 KV DS-Type XLP Cables With Metallic Mesh And Jacket General Description Semi-conductor cable formed by soft-drawn copper or hard-drawn 1350 aluminum conductor, with semi-conductor mesh over conductor and cross-link polyethylene (XLP) insulation, extruded mesh over insulation, copper-wire metallic mesh and PVC jacket. Specifications Medium voltage type DS XLP cables with mesh and jacket comply with the following specifications: NMX-J-142: Power conductors-cables with metallic mesh, insulated with cross-link polyethylene or ethylene-propylene-based insulation, for voltages between 5 and 115 kv. NRF-024-CFE: 5 to 35 kv monopost power cables. ICEA S : cross-linked thermosetting polyethylene insulated wire and cable for the transmission and distribution of electrical energy. Main Applications Primary underground distribution networks in commercial areas where load density is very high. Supply and primary distribution of electrical energy in industrial plants in general. Primary distribution networks in residential areas. In the supply and distribution of electrical energy in buildings with substations located at several levels. May be installed in conduit, ducts or trays, or directly buried. Characteristics Maximum operating voltage: 5, 15, 25 or 35 kv. 100% and 133% insulation levels (categories I and II, respectively). Maximum operating temperature: 90 C. Maximum operating temperature in emergencies: 130 C. Maximum operating temperature in short circuit: 250 C. Conductors are soft copper or hard 1350 aluminum, compact concentric cable, gauges 53,5 to 507 (1/0 AWG to 1000 KCM). Insulation is cross-link polyethylene (XLP). Metallic mesh is formed by mm 2 (22 AWG) gauge copper wires. Note: this product may be manufactured with copper tape-based electrostatic mesh, in helicoidal overlapped arrangement. 52

55 Advantages Metallic mesh: Allows connections to ground, thus increasing staff safety during cable operation. Confines and smoothens electrostatic field. Allows operation of equipment for protection against electrical failure. Jacket provides additional protection against rough use during installation and operation of cable. Flame-retardant jacket makes it weather-, sunlight-, and chemical agent-resistant. May be installed by burying it directly. Excellent electrical and mechanical characteristics. Low dielectric loss. VI. MEDIUM VOLTAGE Material Description Quantity Unit of Measure COPPER KV 100% 2 CU XLP PA PVCR 500 m KV 100% 1/0 CU XLP PA PVCR 500 m KV 100% 1/0 CU XLP PB PVCR 500 m KV 100% 3/0 CU XLP PA PVCR PIECE 500 m KV 133% #3/0 Cu XLP-TR PB PVCR 500 m KV 100% 500 CU XLP PA PVCR 500 m % #750 CU XLP PA PVCR 15 KV 100% 750 CU XLP PB PVCR m m KV 133% 750 CU XLP PA PVCR 500 m KV 100% 1000 CU XLP PA PVCR 500 m KV 100% 1/0 CU XLP PA PVCR 500 m KV 133% CAL.500 CU XLP PA PVCR 500 m KV 100% 1/0 CU XLP PA PVCR 500 m KV 100% 4/0 CU XLP PA PVCR 500 m KV 100% 750 CU XLP PB PVCR 500 m Material Description Quantity Unit of Measure ALUMINUM KV 100% #2/0 AL XLP P/A PVCR 500 m KV 100% 2 AL XLP PA PVCR 500 m KV 100% 1/0 AL XLP PA PVCR 500 m KV 100% 1/0 AL XLP PB PVCR 500 m KV 100% CAL.1/0 AL XLP PA PVCR 500 m KV 100% #1/0 AL XLP-TR PB PVCR 500 m KV 100% 3/0 AL XLP PA PVCR 500 m KV 100% 3/0 AL XLP-TR PB PVCR 500 m KV 100% #500 AL XLP PB PVCR 500 m KV 100% #500 AL XLP-TR PB PVCR 500 m KV 100% 500 AL XLP PA PVCR 500 m KV 133% 500 AL XLP PA PVCR 500 m KV 100% 750 AL XLP PA PVCR 500 m KV 100% 750 AL XLP PB PVCR 500 m KV 100% #750 AL XLP-TR PB PVCR 500 m KV 100% #1/0 AL XLP-TR PB PVCR 500 m KV 100% 1/0 AL XLP PA PVCR 500 m KV 100% 1/0 AL XLP PB PVCR 500 m KV 100% 3/0 AL XLP PA PVCR 500 m KV 100% 3/0 AL XLP PB PVCR 500 m KV 100% 500 AL XLP PA PVCR 500 m KV 100% 500 AL XLP PB PVCR 500 m KV 100% 1/0 AL XLP PA PVCR 500 m KV 100% #3/0 AL XLP PA PVCR 500 m 53

56 IUSA Electrical Conductors VI. MEDIUM VOLTAGE Material Description Quantity Unit of Measure ALUMINUM KV 100% #4/0 AL XLP P/A PVCR 500 m KV 100% #350 AL XLP PA PVCR 500 m KV 100% 500 AL XLP PA PVCR 500 m KV 133% 500 AL XLP PB PVCR 500 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx * Dimensions and weights are subject to manufacture tolerances. XLP- 5 kv 100% insulation level thickness: 2,29mm (90 mil) 133% insulation level thickness: 2,92mm (115 mil) AWG/KCM area of cross section Number of strands Conductor diameter Diameter on insulation Approx. overall diameter Overall weight Overall weight Approx. Diameter on overall approx. kg/100m insulation diameter approx. kg/100m mm 2 mm mm mm copper aluminum mm mm CU AL 1/ / / / NOTE: Dimensions and weights are subject to manufacture tolerances. Other types of packing as per client s requirements. AWG/KCM XLP- 15 kv 100% insulation level thickness: 4,45mm (175 mil) 100% insulation level thickness: 5,29mm (220 mil) area of cross section Number of strands Conductor diameter Diameter on insulation Approx. overall diameter Overall weight Overall weight Approx. Diameter on overall approx. kg/100m insulation approx. kg/100m diameter mm 2 mm mm mm copper aluminum mm mm CU AL 1/ / / /

57 VI. MEDIUM VOLTAGE AWG/KCM XLP- 25 kv 100% insulation level thickness: 6,60mm (260 mil) 100% insulation level thickness: 8,19mm (320 mil) area of cross section Number of strands Conductor diameter Diameter on insulation Approx. overall diameter Overall weight Overall weight Approx. Diameter on overall approx. kg/100m insulation approx. kg/100m diameter mm 2 mm mm mm copper aluminum mm mm CU AL 1/ / / / NOTE: Dimensions and weights are subject to manufacture tolerances. Other types of packing as per client s requirements. AWG/KCM XLP- 35 kv area of cross section Number of strands Conductor diameter 100% insulation level thickness: 8,76mm (345 mil) Diameter on insulation Approx. overall diameter Overall weight approx. kg/100m mm 2 mm mm mm copper aluminum 1/ / / / NOTE: Dimensions and weights are subject to manufacture tolerances. Other types of packing as per client s requirements. 55

58 IUSA Electrical Conductors VI. MEDIUM VOLTAGE Airport-Type Cable General Description Single-conductor cable formed by a soft copper conductor with semiconductor mesh over conductor, cross-link polyethylene (XLP) insulation and PVC outer jacket. Specifications Medium voltage no-mesh cables comply with the following specifications: ICEA S : Cross linked thermosetting polyethylene insulated wire and cable for the transmission of electrical energy. Main Applications These cables are used in the high-voltage supply and distribution in buildings with substations located at different levels. Serial lighting circuits, frequently used in airport landing strips. Installations that require abrasion-resistant light cables, such as installations in bridges or ships, overhead networks and vertical installations. Characteristics Maximum operating voltage: 5 kv. Maximum operating temperature: 90 C. Compressed concentric-lay soft copper conductors, gauges 8,37 mm 2 and 13,3 mm 2 (8 and 6 AWG). May be manufactured in other gauges upon request. Packing: as required by client. Advantages Lighter than equivalent cables with mesh and jacket. Insulation makes it weather-, sunlight- and chemical agent-resistant. May be buried directly. Excellent electrical and mechanical characteristics. Because of its decreased diameter and lack of a mesh, this cable can be installed in smaller curve radio. Material Description Quantity Unit of Measure KV 100% 8 CU XLP PVCR 5000 m KV 100% 6 CU XLP PVCR 5000 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx * Dimensions and weights are subject to manufacture tolerances. Conductor diameter on insulation Outer diameter Weight AWG Area mm Diameter mm mm mm kg/km

TC Type 23 XLP Iusasil Cable General Description 1. Compact braided conductor, soft copper class B. 2. Semiconductor mesh extruded on conductor. 3. XLP insulation. 4.

59 TC Type 23 XLP Iusasil Cable General Description 1. Compact braided conductor, soft copper class B. 2. Semiconductor mesh extruded on conductor. 3. XLP insulation. 4. Semiconductor mesh extruded on insulation. 5. Soft copper wire electrostatic mesh. 6. Separation tape. 7. Thermoplastic outer jacket. Specifications NMX-J-142: Power conductors-cables with metallic mesh, cross-link polyethylene or ethylene-propilene insulated, for voltages between 5 and 115 kv. VI. MEDIUM VOLTAGE Main Applications 23 kv main and branch overhead/underground link-ups in radial networks, directly buried, in crossings or ducts. Characteristics Real and dry cured triple extrusion process notably improves the electrical characteristics of this cable, increasing its lifespan. XLP insulation offers: Excellent resistance to heat and moisture. Exceptional resistance to partial discharges. High dielectric rigidity. Low absorption of moisture. Low electric loss. Material Description Quantity Unit of Measure CABLE 23 TC 1 X m KV 133% 1/0 CU XLP PA PVCR 500 m KV 133% 2/0 CU XLP PA PV 500 m KV 133% 300 CU XLP PA PVCR 500 m KV 133% 500 CU XLP PA PVCR 500 m NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx * Dimensions and weights are subject to manufacture tolerances. diameter of conductor diameter on insulation Number of mesh strands and gauge outer diameter Weight including XLP insulation mm 2 mm mm No./AWG mm kg/km X X X X NOTE: Dimensions and weights are subject to manufacture tolerances. Other types of packing as per client s requirements. 57

60 IUSA Electrical Conductors VII. MAGNET WIRES 155 C Thermal Class Soldiusa Magnet Wire General Description Solid, soft round copper conductor. Polyurethane-resin insulation; a meticulous process yields a product with excellent soldering characteristics, low loss in high frequencies, and a great resistance to crown effect. Product is manufactured with simple or double insulation. Characteristics Can be soldered without removing insulating film. Good resistance to abrasion. Compatibility with many varnishes and impregnating compounds. Excellent resistance to thermal shock. Excellent dielectric rigidity. Low dielectric loss at high frequencies. Good resistance to solvents. Specifications or Standards NMX-J-484 NEMA MW 1000 UL approved - Underwriters Laboratories. range: 18 to 35 AWG. Material Description Quantity SOLDIUSA MAGNET W. #35 SD 10/40 kg MAGNET W. #34 SD 10/40 kg MAGNET W. #33 SD 10/40 kg MAGNET W. #33 SD 10/40 kg MAGNET W. #32 SD 10/40 kg MAGNET W. #31 SD 10/40 kg MAGNET W. #30 SD 10/40 kg MAGNET W. #29 SD 10/40 kg MAGNET W. #28 SD 10/40 kg MAGNET W. #27 SD 10/40 kg MAGNET W. #25 SD 10/40 kg MAGNET W. #24 SD 10/40 kg MAGNET W. #23 SD 10/40 kg MAGNET W. #22 SD 10/40 kg MAGNET W. #20 SD 10/40 kg MAGNET W. #19 SD 10/40 kg MAGNET W. #18 SD 10/40 kg NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: exportaciones@iusa.com.mx * Dimensions and weights are subject to manufacture tolerances. 58

61 VII. MAGNET WIRE NEMA MW SECTION 79C / NMX-J-484- ANCE-2003 SPECIFICATIONS ROUTINE TESTS PROPERTIES UNITS SPECIFIED VALUES DIMENSIONS INCHES ACCORDING TO GAUGE ADHERENCE AND FLEXIBILITY % WITH NO VISIBLE CRACKING ON INSULATION ELONGATION % ACCORDING TO GAUGE THERMAL SHOCK min./ C WITH NO VISIBLE CRACKING ON INSULATION AFTER CONDITIONING AT 175 C FOR 30 MIN. SOFTNESS (SPRING) DEGREES ACCORDING TO GAUGE DIELECTRIC RIGIDITY VOLTS ACCORDING TO GAUGE INSULATION CONTINUITY FAILURE SINGLE LAYER 15 MAXIMUM DOUBLE LAYER 5 MAXIMUM SOLDER CAPABILITY sec./ C THE SPECIMEN MUST BE COVERED WITH A CONTINUOUS LAYER OF SOLDER AFTER SUBMERGING IT IN TIN FOR A CERTAIN AMOUNT OF TIME ACCORDING TO GAUGE PERIODIC CONFORMITY TESTS SOLUBILITY min./ C INSULATION MUST COME OFF AFTER CONDITIONING AT 60 C IN THE SOLVENTS STATED BY PRODUCT STANDARD THERMOPLASTIC FLOW C AVERAGE VALUE NOT LOWER THAN 200 C DIELECTRIC STRESS AT TEMPERATURE VOLTS ACCORDING TO GAUGE RESISTANCE TO ABRASION GRAMS ACCORDING TO GAUGE Main Applications AUTOMOTIVE USE Field coils Starters Regulator coils Horn coils LOW POWER AND FRACTIONAL MOTORS Open ELECTRONICS Different types of coils for radio frequency, horizontal output transformers, (Flyback) Inductances (Shock) SPECIAL TRANSFORMERS Measuring coils Small transformers, electric devices and controls 59

IUSA Electrical Conductors VII. MAGNET WIRE 200 C IH Thermal Class Poliusa Magnet Wire General Description Solid round soft copper conductor. Polyester-resin-base (IMIDA) insulation.

62 IUSA Electrical Conductors VII. MAGNET WIRE 200 C IH Thermal Class Poliusa Magnet Wire General Description Solid round soft copper conductor. Polyester-resin-base (IMIDA) insulation. Modified with THEIC for hermetic type. Technical Characteristics Quality achieved with copper and insulations used render IH POLIUSA Magnet Wire a ductile product, with a great resistance to abrasion, which allows its use with high-speed coil-making machinery. The conductor used is round, soft-drawn, 99.90%-purity electrolyte copper. IH POLIUSA Magnet Wire is enameled with a polyester-imida-base synthetic resin, modified with THEIC to make it the hermetic type, for operation at a thermal class temperature of 200 C. Magnet Wire is a product whose thermal characteristics produce excellent results in applications that require operation at high temperature. The use of IH POLIUSA Magnet Wire in oil-submerged transformer windings yields an excellent behavior regarding the hydrolysis phenomenon. Range: 9 to 35 AWG. Specifications or Standards NEMA MW-1000 NMX-J-482-ANCE UL Approved - Underwriters Laboratories. Material Description Quantity POLIUSA MAGNET W. #35 IUSA AI 10/40 kg MAGNET W. #35 IUSAIH 10/40 kg MAGNET W. #34 IUSA AI 10/40 kg MAGNET W. #34 IUSAIH 10/40 kg MAGNET W. #33 IUSA AI 10/40 kg MAGNET W. #33 IUSAIH 10/40 kg MAGNET W. #32 IUSA AI 10/40 kg MAGNET W. #32 IUSAIH 10/40 kg MAGNET W. #31 IUSA AI 10/40 kg MAGNET W. #31 IUSAIH 10/40 kg MAGNET W. #30 IUSA AI 10/40 kg MAGNET W. #30 IUSAIH 10/40 kg MAGNET W. #29 IUSA AI 10/40 kg MAGNET W. #29 IUSAIH 10/40 kg MAGNET W. #28 IUSA AI 10/40 kg MAGNET W. #28 IUSAIH 10/40 kg MAGNET W. #27 IUSA AI 10/40 kg MAGNET W. #27 IUSAIH 10/40 kg MAGNET W. #26 IUSA AI 10/40 kg MAGNET W. #26 IUSAIH 10/40 kg MAGNET W. #25 IUSAIH 10/40 kg MAGNET W. #25 IUSA AI 10/40 kg MAGNET W. #24 IUSAIH 10/40 kg MAGNET W. #24 IUSA AI 10/40 kg MAGNET W. #23 IUSAIH 10/40 kg MAGNET W. #23 IUSA AI 10/40 kg 60

63 VII. MAGNET WIRE Material Description Quantity POLIUSA MAGNET W. #22 IUSAIH 10/40 kg MAGNET W. #22 IUSA AI 10/40 kg MAGNET W. #21 IUSAIH 10/40 kg MAGNET W. #21 IUSA AI 10/40 kg MAGNET W. #20 IUSAIH 10/40 kg MAGNET W. #20 IUSA AI 10/40 kg MAGNET W. #19 IUSAIH 10/40 kg MAGNET W. #19 IUSA AI 10/40 kg MAGNET W. #18 IUSAIH 10/40 kg MAGNET W. #18 IUSA AI 10/40 kg MAGNET W. #18 IUSAN 10/40 kg MAGNET W. #17 IUSAIH 10/40 kg MAGNET W. #17 IUSA AI 10/40 kg MAGNET W. #16 IUSAIH 10/40 kg MAGNET W. #16 IUSA AI 10/40 kg MAGNET W. #15 IUSAIH 10/40 kg MAGNET W. #15 IUSA AI 10/40 kg MAGNET W. #14 IUSAIH 10/40 kg MAGNET W. #14 IUSA AI 10/40 kg MAGNET W. #14 1/2 IUSAIH 10/40 kg MAGNET W. #13 IUSAIH 10/40 kg MAGNET W. #13 IUSA AI 10/40 kg MAGNET W. #12 IUSAIH 10/40 kg MAGNET W. #11 IUSAIH 10/40 kg MAGNET W. #10 IUSAIH 10/40 kg MAGNET W. #9 IUSAIH 10/40 kg NOTE: For products not listed, please contact our sales department at IUSA if calling within Mexico, international callers +52 (55) or you can mail us: * Dimensions and weights are subject to manufacture tolerances. NEMA MW SECTION 74C AND 35C / NMX-J-482-ANCE-2001 ROUTINE TESTS PROPERTIES UNITS SPECIFIED VALUES DIMENSIONS INCHES ACCORDING TO GAUGE ADHERENCE AND FLEXIBILITY % WITH NO VISIBLE CRACKING ON INSULATION ELONGATION % ACCORDING TO GAUGE THERMAL SHOCK min./ C WITH NO VISIBLE CRACKING ON INSULATION AFTER CONDITIONING AT 220 C SOFTNESS (SPRING) DEGREES ACCORDING TO GAUGE DIELECTRIC RIGIDITY VOLTS ACCORDING TO GAUGE INSULATION CONTINUITY FAILURE SINGLE LAYER 15 MAXIMUM DOUBLE LAYER 5 MAXIMUM PERIODIC CONFORMITY TESTS SOLUBILITY min./ C INSULATION MUST COME OFF AFTER CONDITIONING AT 60 C IN THE SOLVENTS STATED BY PRODUCT STANDARDS THERMOPLASTIC FLOW C AVERAGE VALUE NOT LOWER THAN 300 C DIELECTRIC STRESS AT TEMPERATURE VOLTS ACCORDING TO GAUGE RESISTANCE TO ABRASION GRAMS ACCORDING TO GAUGE 61

64 IUSA Electrical Conductors VII. MAGNET WIRE Main Applications AUTOMOTIVE USE GeneratorsStarters Alternators Field coils Starters DISTRIBUTION TRANSFORMERS Dry type, class 180 to 200. Windings in oil-submerged transformers Mercury lamp ballasts LOW POWER AND FRACTIONAL MOTORS Open Hermetically closed Windings in starter motors SPECIAL TRANSFORMERS MOTORS IN GENERAL Windings in high speed machines 220 C Thermal Class Iusa Magnet Wire General Description Soft copper round wire. Polyester base (amida) (imida). One layer of Polyamide coating. 220 C thermal class. Technical Characteristics Improved superficial resistance. Improved superficial lubricity. Abrasion-resistant. Moisture-resistant. Chemical-resistant. Varnish-cracking-resistant. Excellent resistance to moisture. Special Characteristics Extraordinary thermal and chemical stability. High resistance to overload. Excellent adhesion and flexibility. Excellent dielectric capacity at high temperature. Overload-resistant. Resistant to thermoplastic flow. Main Applications High-speed motor coils with difficult insertion and coiling characteristics. Alternators and generators for the automobile industry. Motors for construction equipment. Universal field and household appliance motors. Dry and oil type transformers. Ballasts. Power supplies. Specifications and compliance with standards NMX-J-482 MW-1000 MW-37 C. UL Approved - Underwriters Laboratories. 62

65 Range From 9 to 35 AWG. VII. MAGNET WIRE Packing 6 x kg*. 12 conical 38 kg*. 16 x kg*. 16 x kg*. *Average weight. Material Description Magnet Wire # 9 IUSA - AI Magnet Wire # 10 IUSA - AI Magnet Wire # 11 IUSA - AI Magnet Wire # 12 IUSA - AI Magnet Wire # 13 IUSA - AI Magnet Wire # 14 IUSA - AI Magnet Wire # 14.5 IUSA - AI Magnet Wire # 15 IUSA - AI Magnet Wire # 16 IUSA - AI Magnet Wire # 17 IUSA - AI Magnet Wire # 18 IUSA - AI Magnet Wire # 19 IUSA - AI Magnet Wire # 20 IUSA - AI Magnet Wire # 21 IUSA - AI Magnet Wire # 22 IUSA - AI Magnet Wire # 23 IUSA - AI Magnet Wire # 24 IUSA - AI Magnet Wire # 25 IUSA - AI Magnet Wire # 26 IUSA - AI Magnet Wire # 27 IUSA - AI Magnet Wire # 28 IUSA - AI Magnet Wire # 29 IUSA - AI Magnet Wire # 30 IUSA - IH Magnet Wire # 31 IUSA - IH Magnet Wire # 32 IUSA - IH Magnet Wire # 33 IUSA - IH Magnet Wire # 34 IUSA - IH Magnet Wire # 35 IUSA - IH NOTE: Please confirm delivery times and minimums. Dimensions and weights are subject to manufacture tolerances. 63

IUSA Electrical Conductors VII. MAGNET WIRE 130 C / 155 C Thermal Class Iusa Magnet Wire General Description Soft copper round wire. Polyurethane-base insulating film. 130 C / 155 Thermal Class.

66 IUSA Electrical Conductors VII. MAGNET WIRE 130 C / 155 C Thermal Class Iusa Magnet Wire General Description Soft copper round wire. Polyurethane-base insulating film. 130 C / 155 Thermal Class. Technical Characteristics Solvent-resistant. Sturdy insulation. Continuity with high voltage. Excellent soldering capabilities. Excellent resistance to moisture. Little loss in high frequencies. Special Technical Characteristics Able to solder without removing insulation. Polyamide coating. Excellent mechanical protection during winding and insertion. Main Applications Coils. Universal motors. Small transformers. Electronics. Ballasts. Specifications and compliance with standards NMX-J-483, -496, -484 MW-1000 MW-37 C. UL Approved - Underwriters Laboratories. Range Construction: simple and double, from 17 to 35 AWG. Packing 6 x kg *. 12 conical 38 kg *. *Average weight. 64

67 VII. MAGNET WIRE Material Description Weldable Magnet Wire #17 IUSA - SD Weldable Magnet Wire #18 IUSA - SD Weldable Magnet Wire #19 IUSA - SD Weldable Magnet Wire #20 IUSA - SD Weldable Magnet Wire #21 IUSA - SD Weldable Magnet Wire #22 IUSA - SD Weldable Magnet Wire #23 IUSA - SD Weldable Magnet Wire #24 IUSA - SD Weldable Magnet Wire #25 IUSA - SD Weldable Magnet Wire #27 IUSA - SD Weldable Magnet Wire #28 IUSA - SD Weldable Magnet Wire #29 IUSA - SD Weldable Magnet Wire #30 IUSA - SD Weldable Magnet Wire #31 IUSA - SD Weldable Magnet Wire #32 IUSA - SD Weldable Magnet Wire #33 IUSA - SD Weldable Magnet Wire #33 IUSA - SD Weldable Magnet Wire #34 IUSA - SD Weldable Magnet Wire #35 IUSA - SD Weldable Magnet Wire #17 IUSA - SS Weldable Magnet Wire #18 IUSA - SS Weldable Magnet Wire #19 IUSA - SS Weldable Magnet Wire #20 IUSA - SS Weldable Magnet Wire #21 IUSA - SS Weldable Magnet Wire #22 IUSA - SS Weldable Magnet Wire #23 IUSA - SS Weldable Magnet Wire #24 IUSA - SS Weldable Magnet Wire #25 IUSA - SS Weldable Magnet Wire #26 IUSA - SS Weldable Magnet Wire #27 IUSA - SS Weldable Magnet Wire #28 IUSA - SS Weldable Magnet Wire #29 IUSA - SS Weldable Magnet Wire #30 IUSA - SS Weldable Magnet Wire #31 IUSA - SS Weldable Magnet Wire #32 IUSA - SS Weldable Magnet Wire #33 IUSA - SS Weldable Magnet Wire #34 IUSA - SS Weldable Magnet Wire #35 IUSA - SS NOTE: Please confirm delivery times and minimums. Dimensions and weights are subject to manufacture tolerances. 65

68 IUSA Electrical Conductors VII. MAGNET WIRE BARE WIRE DIAMETER Diameter of bare wire Ares of cross section Diameter of bare wire inches Area of cross section mm Weight AWG MIN. NOMINAL MAX. mm 2 MIN. NOMINAL MAX. circular mil sq in kg/km lbs/1000 ft AWG 4 5,138 5,189 5,215 21,15 0,2023 0,2043 0, , , ,575 4,62 4,643 16,76 0,1801 0,1819 0, , , ,074 4,115 4,135 13,3 0,1604 0,162 0, , ,2 79, ,63 3,665 3,683 10,55 0,1429 0,1443 0, , ,78 63, ,231 3,264 3,282 8,367 0,1272 0,1285 0, , ,37 49, ,878 2,906 2,921 6,633 0,1133 0,1144 0, , ,94 39, ,563 2,588 2,601 5,26 0,1009 0,1019 0, , ,77 31, ,281 2,304 2,316 4,169 0,0898 0,0907 0, , ,05 24, ,032 2,052 2,062 3,307 0,08 0,0808 0, , ,4 19, ,811 1,829 1,839 2,627 0,0713 0,072 0, , ,35 15, ,613 1,628 1,636 2,082 0,0635 0,0641 0, , ,51 12, ,435 1,45 1,458 1,651 0,0565 0,0571 0, , ,68 9, ,278 1,29 1,298 1,307 0,0503 0,0508 0, , ,62 7, ,138 1,151 1,156 1,04 0,0448 0,0453 0, , ,242 6, ,013 1,024 1,029 0,8236 0,0399 0,0403 0, , ,314 4, ,902 0,912 0,917 0,6533 0,0355 0,0359 0, , ,804 3, ,805 0,813 0,818 0,5191 0,0317 0,032 0, , ,612 3, ,716 0,724 0,726 0,4117 0,0282 0,0285 0, , ,658 2, ,635 0,643 0,645 0,3247 0,025 0,0253 0, , ,883 1, ,569 0,574 0,577 0,2588 0,0224 0,0226 0, , ,3 1, ,505 0,511 0,513 0,2051 0,0199 0,0201 0, , ,82 1, ,45 0,455 0,457 0,1626 0,0177 0,0179 0, , ,443 0, ,399 0,404 0,406 0,1282 0,0157 0,0159 0, , ,139 0, ,358 0,361 0,363 0,1024 0,0141 0,0142 0, , ,9081 0, ,318 0,32 0,323 0,0804 0,0125 0,0126 0, , ,715 0, ,282 0,287 0,29 0,0647 0,0112 0,0113 0, ,0001 0,5751 0, ,251 0,254 0,257 0,0507 0,0099 0,01 0, , ,4504 0, ,224 0,226 0,229 0,0401 0,0088 0,0089 0,009 79,2 0, ,3567 0, ,201 0,203 0,206 0,0324 0,0079 0,008 0, ,9 0, ,2882 0, ,178 0,18 0,183 0,0254 0,007 0,0071 0, ,2 0, ,227 0, ,157 0,16 0,163 0,0201 0,0062 0,0063 0, ,7 0, ,1788 0, ,14 0,142 0,145 0,0158 0,0055 0,0056 0, ,3 0, ,1412 0, ,124 0,127 0,13 0,0127 0,0049 0,005 0, , ,1126 0, ,112 0,114 0,117 0,0102 0,0044 0,0045 0, ,1 0, ,0912 0, ,099 0,102 0,104 0,0082 0,0039 0,004 0, ,1 0, ,0721 0, ,086 0,089 0,091 0,0062 0,0034 0,0035 0, ,3 0, ,0552 0, ,076 0,079 0,081 0,0049 0,003 0,0031 0,0032 9,67 0, ,0433 0, ,069 0,071 0,074 0,004 0,0027 0,0028 0,0029 7,81 0, ,0353 0, ,061 0,061 0,066 0,0029 0,0024 0,0025 0,0026 5,77 0, ,0281 0, ,053 0,056 0,058 0,0025 0,0021 0,0022 0,0023 4,86 0, ,0218 0, ,048 0,051 0,053 0,002 0,0019 0,002 0,0021 4,03 0, ,018 0,

69 VII. MAGNET WIRE STANDARD DIMENSIONS OF MAGNET WIRE Diameter of magnet wire mm THICK CONSTRUCTION Addition Diameter of Magnet wire inches Addition AWG MIN. MAX. MIN. MIN. MAX. MIN ,654 1,692 0,041 0,0651 0,0666 0, ,473 1,509 0,038 0,058 0,0594 0, ,313 1,349 0,036 0,0517 0,0531 0, ,173 1,203 0,036 0,0462 0,0475 0, ,046 1,077 0,033 0,0412 0,0424 0, ,932 0,963 0,03 0,0367 0,0379 0, ,836 0,861 0,028 0,0329 0,0339 0, ,744 0,77 0,028 0,0293 0,0303 0, ,663 0,686 0,025 0,0261 0,027 0, ,594 0,617 0,025 0,0234 0,0243 0, ,531 0,551 0,023 0,0209 0,0217 0, ,472 0,493 0,023 0,0186 0,0194 0, ,422 0,439 0,02 0,0166 0,0173 0, ,378 0,396 0,02 0,0149 0,0156 0, ,338 0,356 0,018 0,0133 0,014 0, ,302 0,32 0,018 0,0119 0,0126 0, ,269 0,282 0,015 0,0106 0,0112 0, ,239 0,254 0,015 0,0094 0,01 0, ,216 0,231 0,013 0,0085 0,0091 0, ,191 0,206 0,013 0,0075 0,0081 0, ,17 0,183 0,01 0,0067 0,0072 0, ,15 0,163 0,01 0,0059 0,0064 0, ,135 0,147 0,008 0,0053 0,0058 0, ,119 0,132 0,008 0,0047 0,0052 0, ,107 0,119 0,005 0,0042 0,0047 0, ,091 0,104 0,005 0,0036 0,0041 0, ,081 0,094 0,005 0,0032 0,0037 0, ,074 0,084 0,005 0,0029 0,0033 0, ,066 0,076 0,005 0,0026 0,003 0, ,058 0,066 0,005 0,0023 0,0026 0, ,051 0,061 0,0025 0,002 0,0024 0, ,0455 0,0521 0,0025 0, , , ,0409 0,047 0,0025 0, , , ,0368 0,0432 0,0025 0, ,0017 0, ,0328 0,0381 0,0025 0, ,0015 0, ,0297 0,033 0,0025 0, ,0013 0, ,0267 0,0305 0,0025 0, ,0012 0, ,0241 0,0279 0,0025 0, ,0011 0, ,0216 0,0251 0,0025 0, ,001 0,0001 STANDARD DIMENSIONS OF MAGNET WIRE Diameter of magnet wire mm THICK CONSTRUCTION Addition Diameter of Magnet wire inches Addition AWG MIN. MAX. MIN. MIN. MAX. MIN. 4 5,232 5,329 0,094 0,206 0,2098 0, ,666 4,755 0,091 0,1837 0,1872 0, ,163 4,244 0,089 0,1639 0,1671 0, ,716 3,727 0,086 0,1463 0,1491 0, ,315 3,383 0,084 0,1305 0,1332 0, ,959 3,02 0,081 0,1165 0,1189 0, ,642 2,695 0,079 0,104 0,1061 0, ,357 2,408 0,076 0,0928 0,0948 0, ,106 2,151 0,074 0,0829 0,0847 0, ,882 1,923 0,071 0,0741 0,0757 0, ,694 1,732 0,081 0,0667 0,0682 0, ,511 1,547 0,076 0,0595 0,0609 0, ,351 1,384 0,074 0,0532 0,0545 0, ,209 1,24 0,071 0,0476 0,0488 0, ,08 1,11 0,066 0,0425 0,0437 0, ,965 0,993 0,064 0,038 0,0391 0, ,864 0,892 0,058 0,034 0,0351 0, ,772 0,798 0,056 0,0304 0,0314 0, ,688 0,714 0,053 0,0271 0,0281 0, ,62 0,643 0,051 0,0244 0,0253 0, ,554 0,577 0,048 0,0218 0,0227 0, ,495 0,516 0,046 0,0195 0,0203 0, ,442 0,462 0,043 0,0174 0,0182 0, ,399 0,417 0,041 0,0157 0,0164 0, ,358 0,373 0,041 0,0141 0,0147 0, ,323 0,338 0,038 0,0127 0,0133 0, ,287 0,302 0,036 0,0113 0,0119 0, ,257 0,274 0,033 0,0101 0,0108 0, ,231 0,249 0,03 0,0091 0,0098 0, ,206 0,224 0,028 0,0081 0,0088 0, ,183 0,198 0,025 0,0072 0,0078 0, ,163 0,178 0,023 0,0064 0,007 0, ,145 0,16 0,02 0,0057 0,0063 0, ,132 0,145 0,02 0,0052 0,0057 0, ,117 0,13 0,018 0,0046 0,0051 0, ,102 0,114 0,015 0,004 0,0045 0, ,091 0,102 0,015 0,0036 0,004 0, ,081 0,091 0,013 0,0032 0,0036 0, ,071 0,081 0,01 0,0028 0,0032 0, ,064 0,074 0,01 0,0025 0,0029 0, ,058 0,069 0,01 0,0023 0,0027 0, ,0505 0,0584 0,0076 0, ,0023 0, ,046 0,0533 0,0076 0, ,0021 0, ,0419 0,0483 0,0076 0, ,0019 0, ,0353 0,0432 0,0051 0, ,0017 0, ,0323 0,0381 0,0051 0, ,0015 0, ,0292 0,0356 0,0051 0, ,0014 0,

70 IUSA Electrical Conductors VII. MAGNET WIRE DIAMETER OF INTERMEDIATE GAUGES OF MAGNET WIRE Diameter of bare wire mm Diameter of bare wire inches Electrical resistance c.c. at 20 C Weight AWG MIN. MAX. MIN. MAX. MIN. MAX. kg/km lbs/1000 ft 8 1/2 3,0505 3,0963 0,1201 0,1219 2,261 2,351 66,16 44,46 9 1/2 2,7153 2,7584 0,1069 0,1086 2,847 2,966 52,53 35, /2 2,4181 2,4562 0,0952 0,0967 3,602 3,753 41,68 28, /2 2,1514 2,1869 0,0847 0,0861 4,547 4, , /2 1,9177 1,9482 0,0755 0,0767 5,725 5,968 26,22 17, /2 1,7069 1,7348 0,0672 0,0683 7,231 7,536 20,76 13, /2 1,5215 1,5443 0,0599 0,0608 9,114 9,482 16,48 11, /2 1,3564 1,3767 0,0534 0, ,5 11,93 13,08 8, /2 1,2065 1,2243 0,0475 0, ,47 15,08 10,38 6, /2 1,0744 1,0897 0,0423 0, ,32 19,02 8,212 5, /2 0,955 0,9703 0,0376 0, ,07 24,07 6,503 4, /2 0,8534 0,8661 0,0336 0, ,09 30,14 5,176 3, /2 0,7595 0,7722 0,0299 0, ,58 38,06 4,108 2, /2 0,6756 0,6858 0,0266 0, ,1 3,235 2, /2 0,602 0,6096 0,0237 0,024 58,6 60,56 2,573 1, /2 0,5359 0,5436 0,0211 0, ,62 76,41 2,043 1, /2 0,4775 0,4851 0,0188 0, ,29 96,26 1,626 1, /2 0,4242 0,4318 0,0167 0, , ,286 0, /2 0,3759 0,3835 0,0148 0, ,3 155,3 1,103 0, /2 0,3378 0,3429 0,0133 0, ,7 192,4 0,8087 0, /2 0,2997 0,3048 0,0118 0, ,3 244,4 0,6378 0, /2 0,2667 0,2718 0,0105 0, ,2 308,6 0,506 0, /2 0,2388 0,2438 0,0094 0, ,1 385,2 0,398 0, /2 0,2108 0,2159 0,0083 0, ,8 493,8 0,3178 0, /2 0,188 0,193 0,0074 0, ,2 621,4 0,2533 0, /2 0,1676 0,1727 0,0066 0, ,9 781,2 0,2022 0, /2 0,1473 0,1524 0,0058 0, , ,1568 0, /2 0,1321 0,1372 0,0052 0, ,1265 0, /2 0,1168 0,1219 0,0046 0, ,1038 0,

71 VII. MAGNET WIRE DIAMETER OF INTERMEDIATE GAUGES OF BARE WIRE SIMPLE CONSTRUCTION Diameter of Addition Magnet wire inches THICK CONSTRUCTION Diameter of magnet wire mm Addition Diameter of magnet wire mm Addition Diameter of Magnet wire inches Addition AWG MIN. MAX. MIN. MIN. MAX. MIN. 8 1/ / / / / / /2 1,5621 1,6002 0,0406 0,0615 0,063 0, /2 1,3945 1,43 0,0381 0,0549 0,0563 0, /2 1,2421 1,2776 0,0356 0,0489 0,0503 0, /2 1,11 1,143 0,0356 0,0437 0,045 0, /2 0,9881 1,0185 0,033 0,0389 0,0401 0, /2 0,8839 0,9144 0,0305 0,0348 0,036 0, /2 0,7899 0,8153 0,0305 0,0311 0,0321 0, /2 0,7036 0,729 0,0279 0,0277 0,0287 0, /2 0,6299 0,6528 0,0279 0,0248 0,0257 0, /2 0,5613 0,5842 0,0254 0,0221 0,023 0, /2 0,5029 0,5232 0,0254 0,0198 0,0206 0, /2 0,447 0,4674 0,0229 0,0176 0,0184 0, /2 0,3988 0,4166 0,0229 0,0157 0,0164 0, /2 0,3581 0,3759 0,0203 0,0141 0,0148 0, /2 0,32 0,3378 0,0203 0,0126 0,0133 0, /2 0,2845 0,3023 0,0178 0,0112 0,0119 0, /2 0,2565 0,2718 0,0178 0,0101 0,0107 0, /2 0,2261 0,2413 0,0152 0,0089 0,0095 0, /2 0,2032 0,2184 0,0152 0,008 0,0086 0, /2 0,1803 0,1956 0,0127 0,0071 0,0077 0, /2 0,16 0,1727 0,0127 0,0063 0,0068 0, /2 0,1422 0,1549 0,0102 0,0056 0,0061 0, /2 0,127 0,1397 0,0102 0,005 0,0055 0,0004 AWG MIN. MAX. MIN. MIN. MAX. MIN. 8 1/2 3,1344 3,2029 0,0838 0,1234 0,1261 0, /2 2,7965 2,8575 0,0813 0,1101 0,1125 0, /2 2,4968 2,5502 0,0787 0,0983 0,1004 0, /2 2,2276 2,2784 0,0762 0,0877 0,0897 0, /2 1,9914 2,0371 0,0737 0,0784 0,0802 0, /2 1,778 1,8186 0,0711 0,07 0,0716 0, /2 1,6027 1,6408 0,0813 0,0631 0,0646 0, /2 1,4326 1,4681 0,0762 0,0564 0,0578 0, /2 1,2802 1,3132 0,0737 0,0504 0,0517 0, /2 1,1455 1,176 0,0711 0,0451 0,0463 0, /2 1,0211 1,0516 0,066 0,0402 0,0414 0, /2 0,9169 0,9449 0,0635 0,0361 0,0372 0, /2 0,8179 0,8458 0,0584 0,0322 0,0333 0, /2 0,7315 0,7569 0,0559 0,0288 0,0298 0, /2 0,6553 0,6807 0,0533 0,0258 0,0268 0, /2 0,5867 0,6096 0,0508 0,0231 0,024 0, /2 0,5258 0,5486 0,0483 0,0207 0,0216 0, /2 0,4699 0,4902 0,0457 0,0185 0,0193 0, /2 0,4191 0,4394 0,0432 0,0165 0,0173 0, /2 0,3785 0,3962 0,0406 0,0149 0,0156 0, /2 0,3404 0,3556 0,0406 0,0134 0,014 0, /2 0,3048 0,32 0,0381 0,012 0,0126 0, /2 0,2743 0,2896 0,0356 0,0108 0,0114 0, /2 0,2438 0,2616 0,033 0,0096 0,0103 0, /2 0,2184 0,2362 0,0305 0,0086 0,0093 0, /2 0,1956 0,2134 0,0279 0,0077 0,0084 0, /2 0,1727 0,188 0,0254 0,0068 0,0074 0, /2 0,1549 0,1702 0,0229 0,0061 0,0067 0, /2 0,1372 0,1524 0,0203 0,0054 0,006 0,

72 IUSA Electrical Conductors 72

PASTEJÉ HEADQUARTERS Km 109, Carretera Panamericana México Querétaro Jocotitlán, Edo. Méx. C.P. 50700, México For further information: EXPORTS Tel +52 5118 1400 ext.

74 PASTEJÉ HEADQUARTERS Km 109, Carretera Panamericana México Querétaro Jocotitlán, Edo. Méx. C.P , México For further information: EXPORTS Tel ext