nexans acsr bareoverhead

8/12/2019 NEXANS ACSR BareOverhead

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Bare Overhead Conductors AAC, ACSR, ACSR II

A global cable expert



Bare Overhead Conductors

Nexans is a diversified wire andcable manufacturer. Nexans hasbeen designing, manufacturing anddelivering cables to customers inNorth America since 1911. Majorutilities, distributors and contractorsrecognize Nexans as a quality

supplier and a technology leader.Substantial investment in research anddevelopment of product and processtechnologies continuously reinforcesour commitment to excellence.

Nexans offers a combination of sales,design, manufacturing and qualitycontrol which ensures that all relevantstandards of design and service aremet. With our multi-plant manufacturingbase, we are able to produce allstandard types and sizes of bareoverhead conductors, as well as a wide

range of non-standard conductors, forvirtually every application.

Applications

The bare overhead conductorsdescribed in this brochure are suitablefor installation in all practical spans ontransmission towers, wood poles andother structures. Installations range fromlong-distance EHV transmission linesto sub-service spans at distribution orutilization voltages on private premises.

The choice of conductor size, typeand strength should take into accountfactors such as electrical load, voltageregulation, corona losses, ice andwind loading, extreme temperaturesand vibration. Nexans is preparedto assist in the evaluation of thesefactors as they relate to the design of atransmission or distribution line.

Specifications

Nexans’ bare overhead conductorsare designed, manufactured and

tested in accordance with the followingspecifications:

ASTM B 231 Standard Specificationfor Concentric-Lay-Stranded Aluminum1350 Conductors

ASTM B 232 Standard Specificationfor Concentric-Lay-Stranded AluminumConductors, Coated-Steel Reinforced(ACSR)

Packaging is provided as perAluminum Association PackagingStandards for Aluminum Conductor andACSR, Sixth Edition

AAC Bare OverheadConductor

Product ConstructionBare all aluminum conductors (AAC)are concentric-lay-stranded consistingof one or more layers of aluminumalloy 1350 wires wrapped helicallyaround a central wire. Each successivelayer has six wires more than theunderlying one. Increasing the numberof wires for any given cross-sectionalarea provides greater flexibility. Themost commonly used strandings consist

of 7, 19, 37, 61 and 91 wires.Class AA strandings are used for bareoverhead lines. The direction of layfor the outer layer is right-hand and isusually reversed in successive layers.The temper of the wires is full hard-drawn (H19).Class A strandings are used primarilyfor overhead conductors that are to becovered. They have greater flexibilitythan Class AA. The outermost layeris right-hand lay and the temper isnormally H19. Successive layers arereverse lay.

Features and BenefitsAAC conductors are the mosteconomical since their lighter weightmeans lower unit length costs, easierhandling during installation and the useof simpler fittings. They are inherentlycorrosion resistant due to theirhomogeneous construction.

ApplicationsStranded bare AAC conductors maybe used in overhead line installationswhere the design parameters do notrequire the higher tensile strength ortemperature ratings provided by ACSR,ACCR or other types of conductors.

ACSR Bare OverheadConductor

Product ConstructionACSR is a composite concentric-laystranded conductor consisting ofa central steel core around whichare stranded one or more layers ofaluminum alloy 1350-H19 wires.The steel core may consist of a singlewire, 7, 19, 37 or more concentricallystranded wires. They are normallyprotected against corrosion by theapplication of zinc coating. Thestandard Class A coating is usuallyadequate for ordinary environments.Heavier Class B or C coatings maybe specified for greater protection. Aspecial high-strength steel core with aClass A coating is also available.There are numerous combinationsof aluminum and steel wires andlayers that are available. The sizesand strandings most frequently usedfor overhead lines are listed on thefollowing pages.

Features and BenefitsACSR conductors have a longservice record due to their economy,dependability and favourable strengthto weight ratio. Such conductorscombine the lightweight and highconductivity of the aluminum wires withthe tensile strength and ruggedness

of the steel core. For overhead linedesign, this enables higher tensions tobe used with less conductor sag andlonger spans than would be possiblewith most other types of conductors.

ApplicationsAluminum conductors, steel reinforced(ACSR) are widely used for overheadtransmission and distribution lines.



Electrical Data for Aluminum 1350 Conductors

Resistance Reactance at 60 Hz**

Size DC at 20°C AC at 25°C AC at 50°C AC at 75°C Capacitive Inductive at 25°C Ampacity*

Codeword (AWG/kcmil) (ohm/kft) (ohm/kft) (ohm/kft) (ohm/kft) (megohm-kft) (ohm/kft) (A)

Peachbell 6 0.659 0.673 0.739 0.806 0.766 0.659 105Rose 4 0.414 0.423 0.465 0.506 0.729 0.414 135Iris 2 0.260 0.266 0.292 0.318 0.692 0.260 185Pansy 1 0.207 0.211 0.232 0.253 0.671 0.207 215Poppy 1/0 0.164 0.167 0.184 0.200 0.655 0.164 245Aster 2/0 0.130 0.133 0.146 0.159 0.634 0.130 285Phlox 3/0 0.103 0.105 0.116 0.126 0.618 0.103 330Oxlip 4/0 0.0816 0.0835 0.0917 0.100 0.602 0.0816 380Daisy 266.8 0.0647 0.0663 0.0727 0.0794 0.581 0.0647 440Laurel 266.8 0.0648 0.0663 0.0727 0.0794 0.581 0.0648 445Tulip 336.4 0.0513 0.0527 0.0578 0.0629 0.560 0.0513 510Cosmos 477 0.0363 0.0373 0.0409 0.0445 0.533 0.0363 640

Syringa 477 0.0363 0.0373 0.0409 0.0445 0.533 0.0363 640Zinnia 500 0.0346 0.0356 0.0390 0.0426 0.533 0.0346 660Dahlia 556.5 0.0311 0.0320 0.0352 0.0383 0.522 0.0311 700Orchid 636 0.0272 0.0282 0.0309 0.0335 0.511 0.0272 760Violet 715 0.0241 0.0250 0.0275 0.0299 0.502 0.0241 820Arbutus 795 0.0217 0.0227 0.0248 0.0269 0.494 0.0217 880Magnolia 954 0.0181 0.0191 0.0208 0.0227 0.479 0.0181 980Bluebell 1033.5 0.0167 0.0177 0.0193 0.0210 0.473 0.0167 1030Columbine 1351.5 0.0128 0.0138 0.0151 0.0163 0.452 0.0128 1210Coreopsis 1590 0.0128 0.0120 0.0130 0.0141 0.439 0.0128 1230Cowslip 2000 0.00865 0.00994 0.0107 0.0115 0.421 0.00865 1520Lupine 2500 0.00699 0.00845 0.00907 0.00970 0.404 0.00699 1700

* Ampacity is with sun and wind at 2 ft/s** Reactance at 1 foot equivalent spacing



Physical Data for ACSR Conductors

Diameter (inch) Weight (lb/kft)

Size Stranding Complete Rated

Codeword (AWG/kcmil) (AI/Steel) Steel Wire Aluminum Wire Steel Core Conductor Aluminum Steel Total Strength (Ibf)

Turkey 6 6/1 0.0661 0.0661 0.066 0.198 24.4 11.6 36.0 1190Swan 4 6/1 0.0834 0.0834 0.083 0.250 39.0 18.4 57.4 1860Swanate 4 7/1 0.1029 0.0772 0.103 0.257 39.0 28.0 67.0 2360Sparrow 2 6/1 0.1052 0.1052 0.105 0.316 61.9 29.3 91.2 2850Sparate 2 7/1 0.1299 0.0974 0.130 0.325 62.3 44.7 102.0 3640Robin 1 6/1 0.1181 0.1181 0.118 0.355 78.1 36.9 115.0 3550Raven 1/0 6/1 0.1327 0.1327 0.133 0.398 98.4 46.6 145.0 4380Quail 2/0 6/1 0.1489 0.1489 0.149 0.447 124.2 58.8 183.0 5310Pigeon 3/0 6/1 0.1672 0.1672 0.167 0.502 155.9 74.1 230.0 6620Penguin 4/0 6/1 0.1878 0.1878 0.188 0.563 197.6 93.4 291.0 8350Waxwing 266.8 18/1 0.1217 0.1217 0.122 0.609 249.8 39.2 289.0 6880Partridge 266.8 26/7 0.0788 0.1013 0.236 0.642 250.4 115.6 366.0 11300Merlin 336.4 18/1 0.1367 0.1367 0.137 0.684 315.5 49.5 365.0 8680

Linnet 336.4 26/7 0.0884 0.1137 0.265 0.720 316.5 145.5 462.0 14100Oriole 336.4 30/7 0.1059 0.1059 0.318 0.741 317.0 209.0 526.0 17300Chickadee 397.5 18/1 0.1486 0.1486 0.149 0.743 372.5 58.5 431.0 9940Ibis 397.5 26/7 0.0961 0.1236 0.288 0.783 374.1 171.9 546.0 16300Pelican 477 18/1 0.1628 0.1628 0.163 0.814 446.8 70.2 517.0 11800Flicker 477 24/7 0.0940 0.1410 0.282 0.846 449.5 164.5 614.0 17200Hawk 477 26/7 0.1053 0.1354 0.316 0.858 448.6 206.4 655.0 19500Hen 477 30/7 0.1261 0.1261 0.378 0.883 449.7 296.3 746.0 23800Osprey 556.5 18/1 0.1758 0.1758 0.176 0.879 521.1 81.9 603.0 13700Parakeet 556.5 24/7 0.1015 0.1523 0.305 0.914 524.2 191.8 716.0 19800Dove 556.5 26/7 0.1138 0.1463 0.341 0.927 523.9 241.1 765.0 22600Rook 636 24/7 0.1085 0.1628 0.326 0.977 598.8 219.2 818.0 22000Grosbeak 636 26/7 0.1216 0.1564 0.365 0.990 598.7 275.3 873.0 25200

Drake 795 26/7 0.1360 0.1749 0.408 1.108 749.0 344.0 1093 31500Tern 795 45/7 0.0886 0.1329 0.266 1.063 748.9 146.1 895 22100Rail 954 45/7 0.0971 0.1456 0.291 1.165 899 176 1075 25900Cardinal 954 54/7 0.1329 0.1329 0.399 1.196 899 329 1228 33800Curlew 1033.5 54/7 0.1383 0.1383 0.415 1.245 973 356 1329 36600Bluejay 1113 45/7 0.1049 0.1573 0.315 1.259 1049 205 1254 29800Bittern 1272 45/7 0.1121 0.1680 0.336 1.345 1198 234 1432 34100Lapwing 1590 45/7 0.1253 0.1880 0.376 1.504 1498 292 1790 42200Bluebird 2156 84/19 0.0961 0.1602 0.481 1.762 2040 468 2508 60300



Electrical Data for ACSR Conductors

Resistance Reactance at 60 Hz ** Inductive Inductive Inductive Size DC at 20°C AC at 25°C AC at 50°C AC at 75°C Capacitive at 25°C at 50°C at75°C Ampacity*

Codeword (AWG/kcmil) (ohm/kft) (ohm/kft) (ohm/kft) (ohm/kft) (megohm-kft) (ohm/kft) (ohm/kft) (ohm/kft) (A)

Turkey 6 0.642 0.655 0.750 0.816 0.751 0.120 0.139 0.144 105Swan 4 0.403 0.412 0.479 0.522 0.715 0.115 0.131 0.137 140Swanate 4 0.399 0.407 0.463 0.516 0.710 0.113 0.124 0.130 140Sparrow 2 0.253 0.259 0.308 0.336 0.678 0.110 0.123 0.128 185Sparate 2 0.251 0.256 0.297 0.330 0.674 0.109 0.118 0.121 185Robin 1 0.201 0.206 0.247 0.270 0.660 0.107 0.119 0.122 210Raven 1/0 0.159 0.163 0.197 0.216 0.642 0.104 0.114 0.116 240Quail 2/0 0.126 0.130 0.162 0.176 0.624 0.102 0.112 0.113 275Pigeon 3/0 0.100 0.103 0.121 0.145 0.606 0.0992 0.108 0.109 315Penguin 4/0 0.0795 0.0822 0.107 0.116 0.597 0.0964 0.105 0.105 365Waxwing 266.8 0.0644 0.0657 0.0723 0.0788 0.576 0.0903 0.0903 0.0903 445Partridge 266.8 0.0637 0.0652 0.0714 0.0778 0.565 0.0881 0.0881 0.0881 455

Merlin 336.4 0.0510 0.0523 0.0574 0.0625 0.560 0.0826 0.0826 0.0826 515Linnet 336.4 0.0506 0.0517 0.0568 0.0619 0.549 0.0854 0.0854 0.0854 530Oriole 336.4 0.0502 0.0513 0.0563 0.0614 0.544 0.0843 0.0843 0.0843 530Chickadee 397.5 0.0432 0.0443 0.0487 0.0528 0.544 0.0856 0.0856 0.0856 575Ibis 397.5 0.0428 0.0438 0.0481 0.0525 0.539 0.0835 0.0835 0.0835 590Pelican 477 0.0360 0.0369 0.0405 0.0441 0.528 0.0835 0.0835 0.0835 640Flicker 477 0.0358 0.0367 0.0403 0.0439 0.524 0.0818 0.0818 0.0818 670Hawk 477 0.0357 0.0366 0.0402 0.0438 0.522 0.0814 0.0814 0.0814 660Hen 477 0.0354 0.0362 0.0398 0.0434 0.517 0.0803 0.0803 0.0803 660Osprey 556.5 0.0309 0.0318 0.0348 0.0379 0.518 0.0818 0.0818 0.0818 710Parakeet 556.5 0.0307 0.0314 0.0347 0.0377 0.512 0.0801 0.0801 0.0801 720Dove 556.5 0.0305 0.0314 0.0345 0.0375 0.510 0.0795 0.0795 0.0795 730Rook 636 0.0268 0.0277 0.0303 0.0330 0.502 0.0786 0.0786 0.0786 780

Grosbeak 636 0.0267 0.0275 0.0301 0.0328 0.499 0.0780 0.0780 0.0780 790Drake 795 0.0214 0.0222 0.0242 0.0263 0.482 0.0756 0.0756 0.0756 910Tern 795 0.0216 0.0225 0.0246 0.0267 0.488 0.0769 0.0769 0.0769 890Rail 954 0.0180 0.0188 0.0206 0.0223 0.474 0.0748 0.0748 0.0748 970Cardinal 954 0.0179 0.0186 0.0205 0.0222 0.470 0.0737 0.0737 0.0737 990Curlew 1033.5 0.0165 0.0172 0.0189 0.0205 0.464 0.0729 0.0729 0.0729 1040Bluejay 1113 0.0155 0.0163 0.0178 0.0193 0.461 0.0731 0.0731 0.0731 1070Bittern 1272 0.0135 0.0144 0.0157 0.0170 0.451 0.0716 0.0716 0.0716 1160Lapwing 1590 0.0108 0.0117 0.0128 0.0138 0.434 0.0689 0.0689 0.0689 1340Bluebird 2156 0.00801 0.00903 0.00977 0.0105 0.409 0.0652 0.0652 0.0652 1610

* Ampacity is with sun and wind at 2 ft/s** Reactance at 1 foot equivalent spacing



ACSR-II OverheadConductors

ACSR-II Overhead Conductors aremanufactured from two standard ACSRconductors which are twisted togetherwith a very long lay (8-10 feet). Thissimple cable design is very effective inreducing ice loading and wind-inducedconductor motion, and the costlydamage that these can cause.

AAC (all aluminum conductor) andAAAC (all aluminum alloy conductor)are also available in the twistedconfiguration, and are identified asAAC-II and AAAC-II respectively.

Wind-Induced ConductorMotion

Aeolian VibrationSteady, low speed wind loading canimpart vertical motion to a standardoverhead conductor. At resonantfrequencies, the amplitude of thismotion (aeolian vibration) is sufficientto cause fatigue damage to theconductor strands, and can reduce thelife expectancy of the conductor.

ACSR-II conductor reduces aeolianvibration to harmless levels through twomechanisms:

1) Prevention of resonant vibrations 2) Conversion of vertical motion torotational motion.

The twisted configuration of ACSR-IIresults in a constantly changing profilealong its length. Consequently, thewind-force applied to the conductor isdifferent at each point along its length.This variation in wind force effectivelyprevents resonant vibration andreduces vertical conductor motion.

A further reduction is achieved as

a result of the ease of rotation of atwisted assembly compared to a single

conductor. Since a cabled conductoris much easier to rotate than a singleconductor, much of the wind’s energyis dissipated through harmless rotationof an ACSR-II conductor rather thanimparting damaging aeolian vibration.

Conductor GallopingThe combination of an eccentric icecoating and high wind-loading cancreate a situation where a standardoverhead conductor is subjected towind-induced lift. Vertical motion ofseveral feet can result as the ice-coatedconductor, behaving like an airfoil, islifted and then dropped by the wind.Severe damage to the conductor andaccessories can result as this cyclerepeats itself.

However, the twisted configuration of

the ACSR-II design changes the angleof wind attack along the cable’s lengthand prevents the formation of an iceairfoil. This effectively eliminates one ofthe key causes of conductor galloping.

Sub-Conductor OscillationWind speeds in excess of 20 mph cancause damaging wake-induced motionof bundled conductors in amplitudes ofup to 5 feet.

However, it is known that if one of theconductors in a bundled system is a

different diameter than the other, thelikelihood of resonant vibrations beingcreated is greatly reduced. Whentwo ACSR-II conductors are used in abundled configuration, it is very likelythat at any point along the length of thebundle the apparent diameter of oneACSR-II conductor will be different fromthat of the other.

In addition, wind vortices formed in astandard bundled system cause verticalforces and vertical conductor motion.As stated previously, an ACSR-IIconductor will convert these verticalforces into rotational motion.

Operating Temperatures

Compared to a standard ACSRconductor of equivalent cross-sectionalarea, ACSR-II conductor has a largersurface area. This allows for greaterheat dissipation, and means that for

a given current, ACSR-II conductorwill operate at a lower temperature.Similarly, ACSR-II conductor has agreater ampacity than the equivalentsingle ACSR conductor.

Cost Savings

The unique physical properties ofACSR-II conductors can result in realsavings in the cost of a T & D system.— Fatigue damage to conductorstrands is reduced, thus enhancing life-expectancy and delaying replacement.— Accessories (i.e. vibration dampers,armor rods, and anti-galloping devices)normally used with standard conductorsto reduce conductor motion can beeliminated.— The higher installation tensionpermitted with ACSR-II conductor resultsin reduced structure costs through fewerand smaller structures.— Lower operating temperature andresistance is obtained.— Higher load capacity is achieved.



Physical Data for ACSR-II Conductors

Size Stranding Steel Wire Aluminum Major Overall Aluminum Steel Total RatedCodeword (AWG/kcmil) (Al/Steel) Diameter Wire Diameter Diameter * Weight Weight Weight Strength (inch) (inch) (inch) (lb/kft) (lb/kft) (lb/kft) (lbf)

ACSR-II Turkey 6 2 × 6/1 0.0661 0.0661 0.396 49.0 23.2 72.2 2380ACSR-II Swan 4 2 × 6/1 0.0834 0.0834 0.500 78.0 36.8 114.8 3720

ACSR-II Swanate 4 2 × 7/1 0.1029 0.0772 0.514 78.0 56.0 134.0 4720ACSR-II Sparrow 2 2 × 6/1 0.1052 0.1052 0.632 124.0 58.6 182.6 5700ACSR-II Robin 1 2 × 6/1 0.1181 0.1181 0.710 156.4 73.8 230.2 7100ACSR-II Raven 1/0 2 × 6/1 0.1327 0.1327 0.796 197.4 93.2 290.6 8760ACSR-II Quail 2/0 2 × 6/1 0.1489 0.1489 0.894 248.8 117.6 366.4 10620ACSR-II Pigeon 3/0 2 × 6/1 0.1672 0.1672 1.004 313.4 148.2 461.6 13240ACSR-II Penguin 4/0 2 × 6/1 0.1878 0.1878 1.126 395.4 186.8 582.2 16700ACSR-II Waxwing 266.8 2 × 18/1 0.1217 0.1217 1.218 500.6 78.4 579.0 13760ACSR-II Partridge 266.8 2 × 26/7 0.0788 0.1013 1.284 503.4 231.2 734.6 22600ACSR-II Merlin 336.4 2 × 18/1 0.1367 0.1367 1.368 565.8 259.6 730.4 17360ACSR-II Linnet 336.4 2 × 26/7 0.0884 0.1137 1.440 634.2 291.0 925.2 28200ACSR-II Oriole 336.4 2 × 30/7 0.1059 0.1059 1.482 636.2 418.0 1054 34600ACSR-II Chickadee 397.5 2 × 18/1 0.1486 0.1486 1.486 746.2 117.0 863.2 19880ACSR-II Ibis 397.5 2 × 26/7 0.0961 0.1236 1.566 749.4 343.8 1093 32600

ACSR-II Pelican 477 2 × 18/1 0.1628 0.1628 1.628 895.6 140.4 1036 23600ACSR-II Flicker 477 2 × 24/7 0.0940 0.1410 1.692 900.2 329.0 1229 34400ACSR-II Hawk 477 2 × 26/7 0.1053 0.1364 1.696 899.2 412.8 1312 39000ACSR-II Hen 477 2 × 30/7 0.1261 0.1261 1.766 902.2 592.6 1495 47600

* Minor Overall Diameter is 1/2 of Major Overall Diameter

Electrical Data for ACSR-II Conductors*

Size Resistance Reactance at 60 Hz **Codeword (AWG/kcmil) Inductive Inductive Inductive DC at 20°C AC at 25°C AC at 50°C AC at 75°C Capacitive at 25°C at 50°C at 75°C (ohm/kft) (ohm/kft) (ohm/kft) (ohm/kft) (megohm-kft) (ohm/kft) (ohm/kft) (ohm/kft)

ACSR-II Turkey 6 0.321 0.328 0.375 0.408 0.566 0.107 0.117 0.119ACSR-II Swan 4 0.202 0.206 0.240 0.261 0.530 0.102 0.110 0.113ACSR-II Swanate 4 0.199 0.204 0.232 0.258 0.525 0.101 0.106 0.109ACSR-II Sparrow 2 0.127 0.130 0.154 0.168 0.493 0.0967 0.104 0.106ACSR-II Robin 1 0.101 0.103 0.124 0.135 0.475 0.0938 0.100 0.102ACSR-II Raven 1/0 0.0796 0.0816 0.0986 0.108 0.457 0.0911 0.0960 0.0973ACSR-II Quail 2/0 0.0632 0.0651 0.0808 0.0880 0.439 0.0886 0.0937 0.0945ACSR-II Pigeon 3/0 0.0502 0.0517 0.0647 0.0723 0.420 0.0861 0.0906 0.0912ACSR-II Penguin 4/0 0.0398 0.0411 0.0533 0.0579 0.403 0.0833 0.0875 0.0878ACSR-II Waxwing 266.8 0.0322 0.0329 0.0362 0.0394 0.390 0.0794 0.0794 0.0794ACSR-II Partridge 266.8 0.0319 0.0326 0.0357 0.0389 0.382 0.0777 0.0777 0.0777ACSR-II Merlin 336.4 0.0255 0.0261 0.0287 0.0313 0.372 0.0768 0.0768 0.0768ACSR-II Linnet 336.4 0.0253 0.0259 0.0284 0.0310 0.364 0.0750 0.0750 0.0750ACSR-II Oriole 336.4 0.0251 0.0257 0.0281 0.0307 0.359 0.0741 0.0741 0.0741ACSR-II Chickadee 397.5 0.0216 0.0222 0.0243 0.0264 0.359 0.0748 0.0748 0.0748

ACSR-II Ibis 397.5 0.0214 0.0219 0.0241 0.0262 0.351 0.0731 0.0731 0.0731ACSR-II Pelican 477 0.0180 0.0185 0.0203 0.0221 0.345 0.0727 0.0727 0.0727ACSR-II Flicker 477 0.0179 0.0184 0.0202 0.0220 0.339 0.0714 0.0714 0.0714ACSR-II Hawk 477 0.0178 0.0183 0.0201 0.0219 0.336 0.0710 0.0710 0.0710ACSR-II Hen 477 0.0177 0.0181 0.0199 0.0217 0.332 0.0701 0.0701 0.0701

* For single-aluminum-layer ACSR, the AC values are approximate, based on assumed current for 75°C, 75% of assumedcurrent for 50°C, and 10% of assumed current for 25°C. Reactances for multi-layer conductors are not temperature dependent.Data is adapted from conventional ACSR data given in Tables 4-15 and 4-16 of Aluminum Electrical Conductor Handbook,Second Edition, published by the Aluminum Association.** Reactance at 1 foot equivalent spacing



Nov. 2003

US Sales Office Corporate Office10 North Hill Drive 140 Allstate ParkwaySuite 2A Markham, OntarioWarrenton, Virginia Canada20186 L3R 0Z7

Telephone (540) 347-2839 Telephone (905) 944-4300Facsimile (540) 347-5338 Facsimile (905) 944-4330

Internet Web Site Manufacturing Locationswww.nexansenergy.com Weyburn, Saskatchewan

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