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AAC Conductor- All Aluminum Conductor

AAC Conductor- All Aluminum Conductor
AAC Conductor- All Aluminum Conductor
AAC Conductor- All Aluminum Conductor
AAC Conductor- All Aluminum Conductor
AAC Conductor- All Aluminum Conductor
AAC Conductor- All Aluminum Conductor
AAC Conductor- All Aluminum Conductor

Product Description:

The bare conductor is made of hard-drawn aluminum wire, which is continuously twisted at a certain pitch. The twist directions of adjacent layers of the wire are opposite, and the outermost layer is twisted in the right direction.

Product Application:

It is usually used in transmission lines and is suitable for overhead power transmission with short spans.

Product Standards

GB/T 1179,ASTM B 231,DIN 48201-5,BS 215-1,BS EN 50182 ,AS/NZS 1531,IEC 61089.

Product Advantages:

Aluminum has an electrical conductivity of 61% IACS, excellent power transmission performance, and is only 1/4 of copper in weight. It is light, low in cost, easy to transport and lay, and has good corrosion resistance. It is usually used in industries such as electricity, construction, machinery, and large-scale power generation projects, automobiles, trains, and ships.

Structure:

Composed of stranded aluminum wire, AAC is available in single-ply and multi-ply constructions.

AAC

Technical characteristics of Al conductors /China standard-GB1179
Nominal Area  Stranding Number Diameter  Calculated Area  Overall Diameter  D,C. Resistance  Calculated Breaking  Calculated Weight  Coefficient Linear expansion  Continuous Carrying Capacity(A)
mm2 No. mm mm2 mm Ω/km Load N kg/km 1/°C 70 ℃  80 ℃  90 ℃ 
16 7/1.70 15.89  5.10  1.80200  2840 43.5  23Χ10-6 84 100 112
25 7/2.15 25.41  6.45  1.12700  4355 69.6  23Χ10-6 112 133 151
35 7/2.50 34.36  7.50  0.83320  5760 94.1  23Χ10-6 135 161 183
50 7/3.00 49.48  9.00  0.57860  7930 135.5  23Χ10-6 168 202 230
70 7/3.60 71.25  10.80  0.40180  10950 195.1  23Χ10-6 210 253 289
95 7/4.16 95.14  12.48  0.30090  14450 260.5  23Χ10-6 250 304 347
120 19/2.85 121.21  14.25  0.23730  19420 333.5  23Χ10-6 289 353 405
150 19/3.15 148.07  15.75  0.19430  23310 407.4  23Χ10-6 327 400 460
185 19/3.50 182.80  17.50  0.15740  28440 503.0  23Χ10-6 371 456 526
210 19/3.75 209. 85 18.75  0.13710  32260 577.4  23Χ10-6 403 497 574
240 19/4.00 238.76  20.00  0.12050  36260 656.9  23Χ10-6 435 538 522
300 37/3.20 297.57  22.40  0.09689  46850 820.4  23Χ10-6 496 617 715
400 37/3.70 397.83  25.90  0.07247  61150 1097.0  23Χ10-6 588 738 859
500 37/4.16 502.90  29.12  0.05733  76370 1387.0  23Χ10-6 674 852 995
630 61/3.63 631.30  32.67  0.04577  91940 1744.0  23Χ10-6 768 977 1145
800 61/4.10 805.36  36.90  0.03588  115900 2225.0  23Χ10-6 880 1129 1328

 

Technical characteristics / U.S.A Sizes-ASTMB231
Code Name Total Area Stranding and wire diameter Approximate Overall Diameter Linear Mass Nominal breaking Load Coefficient Linear expansion  Maximum Resistance at 20℃  Current
Rating
AWG or MCM mm2 mm mm Kg/km daN 1/°C Ω/km A
Peachbell 6 13.29  7/1.554 4.67  36.2  249 23Χ10-6 2.1692  72 
Rose 4 21.16  7/1.961 5.89  57.7  396 23Χ10-6 1.3624  104 
Iris 2 33.61  7/2.474 7.42  91.9  597 23Χ10-6 0.8577  136 
Pansy 1 42.39  7/2.776 8.33  115.7  732 23Χ10-6 0.6801  157 
Poppy 1/0 53.48  7/3.119 9.36  146.0  873 23Χ10-6 0.5390  180 
Aster 2/0 67.42  7/3.503 10.51  184.2  1100 23Χ10-6 0.4276  207 
Phlox 3/0 85.03  7/3.932 11.80  232.1  1347 23Χ10-6 0.3390  237 
Oxlip 4/0 107.23  7/4.417 13.26  292.8  1698 23Χ10-6 0.2688  273 
Valerian  250 126.71  19/2.913 14.57  349.1  2062 23Χ10-6 0.2275  305 
Sneezewort 250 126.71  7/4.80 14.40  345.8  2007 23Χ10-6 0.2275  300 
Laurel 266.8 135.16  19/3.01 15.05  372.8  2200 23Χ10-6 0.2133  317 
Daisy 266.8 135.16  7/4.96 14.90  369.2  2141 23Χ10-6 0.2133  313 
Peony 300 152.00  19/3.193   15.97  419.5  2403 23Χ10-6 0.1896  340 
Tulip 336.4 170.45  19/3.381 16.91  470.3  2695 23Χ10-6 0.1691  364 
Daffodil 350 177.35  19/3.447 17.24  488.8  2804 23Χ10-6 0.1625  373 
Canna 397.5 201.42  19/3.673 18.36  555.1  3184 23Χ10-6 0.1431  401 
Goldentuft 450 228.00  19/3.909 19.55  628.7  3499 23Χ10-6 0.1264  432 
Syringa 477 241.68  37/2.882 20.19  665.5  3849 23Χ10-6 0.1193  449 
Cosmos 477 241.68  19/4.023 20.12  665.9  3708 23Χ10-6 0.1193  447 
Hyacinth 500 253.35  37/2.951 20.65  697.7  4035 23Χ10-6 0.1138  461 
Zinnia 500 253.35  19/4.12 20.60  698.4  3888 23Χ10-6 0.1138  459 
Dahlia 556.5 282.00  19/4.346 21.73  777.1  4327 23Χ10-6 0.1022  489 
Mistletoe 556.5 282.00  37/3.114 21.79  776.9  4362 23Χ10-6 0.1022  493 
Meadowsweet 600 304.00  37/3.233 22.63  837.4  4703 23Χ10-6 0.0948  513 
Orchid 636 322.25  37/3.33 23.31  888.4  4985 23Χ10-6 0.0894  531 
Flag 700 54.71  61/2.72 24.48  977.2  5146 23Χ10-6 0.0813  563 
Verbena 700 354.71  37/3.493 24.45  977.5  5487 23Χ10-6 0.0813  562 
Nasturtium 715.5 362.58  61/2.75 24.76  998.9  5874 23Χ10-6 0.0795  570 
Violet 715.5 362.58  37/3.533 24.74  1000.1  5609 23Χ10-6 0.0795  570 
Cattail 750 380.00  61/2.817 25.35  1048.2  5985 23Χ10-6 0.0759  586 
Petunia 750 380.00  37/3.617 25.32  1048.2  5875 23Χ10-6 0.0759  585 
Lilac 795 402.84  61/2. 90 26.11  1110.9  6345 23Χ10-6 0.0715  607 
Arbutus 795 402.84  37/3.724  26.06  1111.1  6232 23Χ10-6 0.0715  605 
Snapdragon 900 456.06  61/3.086 27.78  1257.9  6978 23Χ10-6 0.0632  653 
Cockscomb 900 456.06  37/3.962 27.73  1257.7  6848 23Χ10-6 0.0632  651 
Goldenrod 954 483.42  61/3.177 28.60  1333.2  7896 23Χ10-6 0.0596  675 
Magnolia 954 483.42  37/4.079 28.55  1333.0  7258 23Χ10-6 0.0596  674 
Camellia 1000 506.71  61/3.251 29.36  1396.0  7753 23Χ10-6 0.0569  693 
Hawkweed 1000 506.71  37/4.176 29.23  1397.2  7608 23Χ10-6 0.0569  693 
Larkspur 1033.5 523.68  61/3.307 29.76  1444.6  8012 23Χ10-6 0.0550  707 
Bluebell 1033.5 523.68  37/4.244    29.72  1443.1  7863 23Χ10-6 0.0550  706 
Marigold 1113 563.93  61/3.432 30.89  1555.8  8628 23Χ10-6 0.0511  738 
Hawthorn 1192.5 604.26  61/3.551 31.95  1665.6  9245 23Χ10-6 0.0477  767 
Narcissus 1272 644.51  61/3.668 33.02  1777.2  9861 23Χ10-6 0.0477  797 
Columbine 1351.5 684.84  61/3.78 34.01  1887.3  10478 23Χ10-6 0.0421  825 
Carnation    1431 725.10  61/3.89 35.03  1998.8  10768 23Χ10-6 0.0398  854 
Gladiolus 1510.5 765.35  61/4.00 36.00  2113.4  11365 23Χ10-6 0.0376  881 
Coreopsis  1590 805.68  61/4.099 36.90  2219.3  11964 23Χ10-6 0.0358  907 
Jessamine 1750 886.71  61/4.302 38.73  2444.6  13168 23Χ10-6 0.0325  959 
Cowslip 2000 1013.42  91/3.76 41.40  2785.8  15300 23Χ10-6 0.0285  1035 
Sagebrush 2250 1013.42  91/3.99 43.89  3152.4  17043 23Χ10-6 0.0256  1035 
Lupine 2500 1266.67  91/4.21   46.30  3492.6  18700 23Χ10-6 0.0230  1108 
Trilium 3000 1520.13  127/3.90 50.75  4182.8  22500 23Χ10-6 0.0192  1308 
Blue Bonnet 3500 1773.50  127/4.21 54.80  4874.2  26200 23Χ10-6 0.0166  1425 

 

Technical characteristics / German Sizes - DIN 48201
Nominal cross-section mm2 Actual cross-section mm2 Stranding and wire Diameter Overall Diameter mm Linear Mass  Calculated Breaking Load daN Coefficient Linear expansion
1/°C 		 Maximum D.C. Resistance at 20℃ Ω/km Current
Rating
kg/km A
16 15.89  7/1.70 5.10  44 290 23Χ10-6 1.80180  110
25 24.25  7/2.10 6.30  67 425 23Χ10-6 1.18080  145
35 34.36  7/2.50 7.50  94 585 23Χ10-6 0.83320  180
50 49.48  7/3.00 9.00  135 810 23Χ10-6 0.57860  225
50 48.36  19/1.80 9.00  133 860 23Χ10-6 0.59500  225
70 65.82  19/2.10 10.50  181 1150 23Χ10-6 0.43710  270
95 93.27  19/2.50 12.50  256 1595 23Χ10-6 0.30840  340
120 117.00  19/2.80 14.00  322 1910 23Χ10-6 0.24590  390
150 147.10  37/2.25 15.20  406 2570 23Χ10-6 0.19600  455
185 181.60  37/2.50 17.50  501 3105 23Χ10-6 0.15870  520
240 242.54  61/2.25 20.20  670 4015 23Χ10-6 0.11910  625
300 299.43  61/2.50 22.50  827 4850 23Χ10-6 0.09650  710
400 400.14  61/2.89 26.00  1105 6190 23Χ10-6 0.07221  855
500 499.83  61/3.23 29.10  1381 7600 23Χ10-6 0.05781  990
625 626.20  91/2.96 32.60  1733 9690 23Χ10-6 0.04625  1140
800 802.10  91/3.35 36.80  2219 12055 23Χ10-6 0.03611  1340
1000 999.71  91/3.74 41.10  2766 14845 23Χ10-6 0.02897  1540

 

Technical characteristics / British Sizes-BS 215 – Part1
Code Name Nominal Aluminum Area  Stranding and Wire Diameter  Sectional Area  Approximate Overall Diameter  Linear Mass  Calculated D.C. Resistance at 20℃  Calculated Breaking Load  Final Modulus of elasticity  Coefficient Linear expansion 
mm2 mm mm2 mm kg/km Ω/km daN hBar /℃
Midge 22 7/2.06 23.33  6.18  63.7  1.2270  399 5900 23Χ10-6
Aphis 25 7/3.35 26.40  7.20  168.4  1.0810  411 5900 23Χ10-6
Gnat 25 7/2.21 26.80  6.60  73.3  1.0660  459 5900 23Χ10-6
Weevil  30 7/2.40 31.60  7.20  86.5  0.9082  486 5900 23Χ10-6 
Mosquito  35 7/2.59 37.00  7.80  100.7  0.7762  603 5900 23Χ10-6 
Ladybird 40 7/2.79 42.80  8.40  116.8  0.6689  687 5900 23Χ10-6
Ant 50 7/3.10 52.83  9.30  144.2  0.5419  828 5900 23Χ10-6 
Fly 60 7/3.40 63.55  10.20  173.5  0.4505  990 5900 23Χ10-6 
Bluebottle 70 7/3.66 73.70  11.00  201.1  0.3881  1134 5900 23Χ10-6
Earwig  75 7/3.78 78.50  11.40  214.5  0.3644  1194 5900 23Χ10-6
Grasshopper  80 7/3.91  84.10  11.70  229.5  0.3406  1278 5900 23Χ10-6 
Clegg 90 7/4.17 95.60  12.50  261.0  0.2994  1453 5900 23Χ10-6
Wasp 100 7/4.39  106.00  13.17  289.3  0.2702  1600 5900 23Χ10-6 
Beetle 100 19/2.67 106.00  13.40  290.4  0.2704  1742 5600 23Χ10-6 
Bee 125 7/4.90 132.00  14.70  360.4  0.2169  1994 5900 23Χ10-6 
Cricket 150 7/5.36  157.90  16.10  431.2  0.1818  2385 5900 23Χ10-6 
Hornet 150 19/3.25  157.60  16.25  425.0  0.1825  2570 5600 23Χ10-6 
Caterpillar 175 19/3.53 186.00  17.70  507.6  0.1547  2863 5600 23Χ10-6 
Chafer 200 19/3.78  213.20  18.90  582.1  0.1349  3240 5600 23Χ10-6
Spider 225 19/3.99  236.90  20.00  648.6  0.1211  3601 5600 23Χ10-6 
Cockroach 250 19/4.22 265.70  21.10  725.5  0.1083  4040 5600 23Χ10-6
Butterfly 300 19/4.65  322.70  23.25  880.9  0.0892  4875 5600 23Χ10-6
Moth 350 19/5.00  373.20  25.00  1018.5  0.0771  5637 5600 23Χ10-6 
Drone 350 37/3.58 373.30  25.10  1016.8  0.0774  5745 5600 23Χ10-6 
Locust 400 19/5.36  428.50  26.80  1170.4  0.0671  6473 5600 23Χ10-6 
Centipede 400 37/3.78  415.20  26.46  1133.6  0.0694  6310 5600 23Χ10-6 
Maybug 450 37/4.09 486.90  28.60  1327.1  0.0593  7401 5600 23Χ10-6
Scorpion 500 37/4.27  529.50  29.90  1446.5  0.0544  7998 5600 23Χ10-6
Cicada 600 37/4.65  628.60  32.60  1715.4  0.0459  9495 5600 23Χ10-6 
Tarantula 750 37/5.23 794.60  36.60  2170.0  0.0363  12010 5600 23Χ10-6

 

Technical characteristics of Al conductors / International standard-lEC1089
Code Number Area mm2 Number of wires Diameter LinearMass kg/km Rated Strength kN Coefficient Linear expansion
1/°C 		 D.C Resistance Ω/km
Wire mm Conductor mm
10 10 7 1.35  4.05  27.4  1.95  23Χ10-6 2.8633 
16 16 7 1.71  5.12  43.8  3.04  23Χ10-6 1.7896 
25 25 7 2.13  6.40  68.4  4.50  23Χ10-6 1.1453 
40 40 7 2.70  8.09  109.4  6.80  23Χ10-6 0.7158 
63 63 7 3.39  10.20  172.3  10.39  23Χ10-6 0.4545 
100 100 19 2.59  12.90  274.8  17.00  23Χ10-6 0.2877 
125 125 19 2.89  14.50  343.6  21.25  23Χ10-6 0.2302 
160 160 19 3.27  16.40  439.8  26.40  23Χ10-6 0.1798 
200 200 19 3.66  18.30  549.7  32.00  23Χ10-6 0.1439 
250 250 19 4.09  20.50  687.1  40.00  23Χ10-6 0.1151 
315 315 37 3.29  23.00  867.9  51.97  23Χ10-6 0.0916 
400 400 37 3.71  26.00  1102.0  64.00  23Χ10-6 0.0721 
450 450 37 3.94  27.50  1239.8  72.00  23Χ10-6 0.0641 
600 500 37 4.15  29.00  1377.6  80.00  23Χ10-6 0.0577 
560 560 37 4.39  30.70  1542.9  89.60  23Χ10-6 0.0515 
630 630 61 3.63  32.60  1738.3  100.80  23Χ10-6 0.0458 
710 710 61 3.85  34.60  1959.1  113.60  23Χ10-6 0.0407 
800 800 61 4.09  36.80  2207.4  128.00  23Χ10-6 0.0361 
900 900 61 4.33  39.00  2483.3  144.00  23Χ10-6 0.0321 
1000 1000 61 4.57  41.10  2759.2  160.00  23Χ10-6 0.0289 
1120 1120 91 3.96  43.50  3093.5  179.20  23Χ10-6 0.0258 
1250 1250 91 4.18  46.00  3452.6  200.00  23Χ10-6 0.0231 
1400 1400 91 4.43  48.70  3866.9  224.00  23Χ10-6 0.0207 
1500 1500 91 4.58  50.40  4143.1  240.00  23Χ10-6 0.0193 

 

Technical characteristics / British BS EN 50182
Code Name Nominal Aluminum Area  Stranding and Wire Diameter  Sectional Area  Approximate Overall Diameter  Linear Mass  Calculated D.C. Resistance at 20℃  Calculated Breaking Load  Final Modulus of elasticity  Coefficient Linear expansion 
mm2 mm mm2 mm kg/km Ω/km daN hBar /℃
Midge 22 7/2.06 23.33  6.18  63.7  1.2270  399 5900 23Χ10-6
Aphis 25 7/3.35 26.40  7.20  168.4  1.0810  411 5900 23Χ10-6
Gnat 25 7/2.21 26.80  6.60  73.3  1.0660  459 5900 23Χ10-6
Weevil  30 7/2.40 31.60  7.20  86.5  0.9082  486 5900 23Χ10-6 
Mosquito  35 7/2.59 37.00  7.80  100.7  0.7762  603 5900 23Χ10-6 
Ladybird 40 7/2.79 42.80  8.40  116.8  0.6689  687 5900 23Χ10-6
Ant 50 7/3.10 52.83  9.30  144.2  0.5419  828 5900 23Χ10-6 
Fly 60 7/3.40 63.55  10.20  173.5  0.4505  990 5900 23Χ10-6 
Bluebottle 70 7/3.66 73.70  11.00  201.1  0.3881  1134 5900 23Χ10-6
Earwig  75 7/3.78 78.50  11.40  214.5  0.3644  1194 5900 23Χ10-6
Grasshopper  80 7/3.91  84.10  11.70  229.5  0.3406  1278 5900 23Χ10-6 
Clegg 90 7/4.17 95.60  12.50  261.0  0.2994  1453 5900 23Χ10-6
Wasp 100 7/4.39  106.00  13.17  289.3  0.2702  1600 5900 23Χ10-6 
Beetle 100 19/2.67 106.00  13.40  290.4  0.2704  1742 5600 23Χ10-6 
Bee 125 7/4.90 132.00  14.70  360.4  0.2169  1994 5900 23Χ10-6 
Cricket 150 7/5.36  157.90  16.10  431.2  0.1818  2385 5900 23Χ10-6 
Hornet 150 19/3.25  157.60  16.25  425.0  0.1825  2570 5600 23Χ10-6 
Caterpillar 175 19/3.53 186.00  17.70  507.6  0.1547  2863 5600 23Χ10-6 
Chafer 200 19/3.78  213.20  18.90  582.1  0.1349  3240 5600 23Χ10-6
Spider 225 19/3.99  236.90  20.00  648.6  0.1211  3601 5600 23Χ10-6 
Cockroach 250 19/4.22 265.70  21.10  725.5  0.1083  4040 5600 23Χ10-6
Butterfly 300 19/4.65  322.70  23.25  880.9  0.0892  4875 5600 23Χ10-6
Moth 350 19/5.00  373.20  25.00  1018.5  0.0771  5637 5600 23Χ10-6 
Drone 350 37/3.58 373.30  25.10  1016.8  0.0774  5745 5600 23Χ10-6 
Locust 400 19/5.36  428.50  26.80  1170.4  0.0671  6473 5600 23Χ10-6 
Centipede 400 37/3.78  415.20  26.46  1133.6  0.0694  6310 5600 23Χ10-6 
Maybug 450 37/4.09 486.90  28.60  1327.1  0.0593  7401 5600 23Χ10-6
Scorpion 500 37/4.27  529.50  29.90  1446.5  0.0544  7998 5600 23Χ10-6
Cicada 600 37/4.65  628.60  32.60  1715.4  0.0459  9495 5600 23Χ10-6 
Tarantula 750 37/5.23 794.60  36.60  2170.0  0.0363  12010 5600 23Χ10-6

 

Technical characteristics / AS /NZS 1531
Code Name Nominal Aluminum Area  Stranding and wire diameter Approximate Overall Diameter Linear Mass Nominal breaking Load Coefficient Linear expansion  Maximum Resistance at 20℃ 
mm2 mm mm Kg/km KN 1/°C Ω/km
Leo 34.36  7/2.5 7.50  94.3  5.71 23Χ10-6 0.8330 
Leonids 41.58  7/2.75 8.25  113  6.72 23Χ10-6 0.6890 
Libra 49.48  7/3.00 9.00  135  7.98 23Χ10-6 0.5790 
Mars 77.28  7/3.75 11.30  211  11.8 23Χ10-6 0.3700 
Mereury 111.3  7/4.50 13.50  304  16.9 23Χ10-6 0.2580 
Moon 124.0  7/4.75 14.30  339  18.9 23Χ10-6 0.2320 
Neptune 157.6  19/3.25 16.30  433  24.7 23Χ10-6 0.1830 
Orion 182.8  19/3.5 17.50  503  28.7 23Χ10-6 0.1570 
Pluto 209.8  19/3.75 18.80  576  31.9 23Χ10-6 0.1370 
Saturn 261.6  37/3.00 21.00  721  42.2 23Χ10-6 0.1100 
Sirius 307.0  37/3.25 22.80  845  48.2 23Χ10-6 0.0940 
Taurus 336.7  19/4.75 23.80  924  51.3 23Χ10-6 0.0857 
Triton 408.5  37/3.75 26.30  1120  62.2 23Χ10-6 0.0706 
Uranus 506.1  61/3.25 29.30  1400  75.2 23Χ10-6 0.0572 
Ursula 586.9  61/3.5 31.30  1620  87.3 23Χ10-6 0.0493 
Venus 673.4  61/3.75 33.80  1860  97.2 23Χ10-6 0.0429 

Pre sales

Product Introduction: When customers inquire about the product, we will provide a detailed product introduction, including product technical parameters, scope of application, and other information, to help customers better understand the product.
pro_con_03 Solution customization: Based on the specific needs of customers, we will provide personalized solution customization services to meet their specific requirements.
pro_con_06 Sampling inspection and acceptance: We guarantee that every batch of cables produced undergoes strict factory inspection and acceptance.
Sampling inspection items: DC resistance of cable conductors; Finished cable withstand voltage test; Single wire diameter and deviation of conductor; Average insulation thickness and thinnest point; Average thickness and thinnest part of the sheath; Change rate of tensile strength and elongation of insulation and sheath before and after aging; Insulation core withstand voltage test; Thermal extension test; Ozone resistance test; Finished cable bending test, etc.
pro_con_09 Technical support: We will provide a professional technical support team to solve technical problems encountered by customers during product selection and use.

After sales

pro_con_11-12Order tracking: We will establish a comprehensive order tracking system and update customer order status in a timely manner to ensure that customers can keep track of the progress of their orders.
pro_con_14 Product training: We will provide customers with product usage training, including product operation methods, maintenance, and other content, to help customers better use the product.
pro_con_16 After sales service hotline: We will establish a 24-hour after-sales service hotline to provide customers with 24/7 technical support and service consultation, timely follow up on customers' after-sales service needs, and ensure that customers' problems are resolved in a timely manner.
pro_con_18 After sales satisfaction survey: We will conduct regular after-sales satisfaction surveys to understand customer satisfaction with our after-sales service and continuously improve service quality based on customer feedback.

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Hot Products

The company has the ability to produce 100000 kilometers of various types of wires and cables annually.

AAC Conductor- All Aluminum Conductor

PVC insulated Unarmoured power cable

These cables are used for power supply in low voltage installation systems, they are suitable for installation indoors and outdoors, in cable ducts, underground, in power stations and switchyards, local energy distribution, industrial plants, without risk of mechanical damage.

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AAC Conductor- All Aluminum Conductor

XLPE insulation armoured power cable

Conductors shall be class 1 or 2 plain or metal-coated annealed copper or plain aluminium or aluminium alloy, or class 5 plain or metal-coated copper conforming to IEC 60228.

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AAC Conductor- All Aluminum Conductor

XLPE insulation Unarmoured power cable

The cables are available with a special flame retardant PVC outer sheath to comply with the flame retardant test requirements of IEC 60332-3-22, IEC 60332-3-23 and IEC 60332-3-24, and halogen-free materials to comply with IEC60754-1/2 and IEC 60684-2.

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AAC Conductor- All Aluminum Conductor

NYY-J NYY-O Cable

Temperature rating: Fixed: -15ºC to +70ºC, Flexing: -5ºC to +50ºC

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