JYTOP XLPE POWER CABLE

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Power Cable current carrying capacity – copper/aluminium conductor unarmored or armoured cable

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  • Power Cable

    Power Cable

    Power cables are mainly used for power transmission and distribution purpose. It is an assembly of one or more individually insulated electrical conductors, usually held together with an overall sheath. The assembly is used for transmission and distribution of electrical power. Electrical power cables may be installed as permanent wiring within buildings, buried in the ground and run overhead or exposed.……Including: rubber cable, welding cable, URD cable, XLPE insulated power calbe etc.

  • Bare Overhead Conductor

    Bare Overhead Conductor

    Bare Overhead Conductors are used in overhead transmission and distribution network applications.They are also used for un-insulated hook ups, jumpers, grounding conductors and other applications. Our Conductors conform to ASTM, IEC, BS, BS EN and DIN standards.…… Including: AAC conductor, AAAC conductor, ACSR conductor, ACAR conductor, AACSR conductor, etc.

  • Aerial Bundled Cable

    Aerial Bundled Cable

    Aerial bundled cables (also aerial bundled conductors or simply ABC) are overhead power lines using several insulated phase conductors bundled tightly together, usually with a bare neutral conductor. Our abc calbe conform to ASTM, IEC, SANS standards.……Including: abc cables, cvered line wire, service drop wire etc.

  • Power Cable current carrying capacity

    The carrying capacity of the wire & cable is related to the conductor cross section, the wire material, the model, the laying method and the environment temperature. The carrying capacity of a variety of wires is usually obtained from the manual.
     
    Cable is used to transport electrical energy, and the calculation of the power:
    KW=1.732*U*I*COSφ
    Formula: kW– electric power, unit kW
    U– voltage, unit kV
    I– current, unit A
    COSφ — system natural power factor
     
    To transport power, the line will have current flow, the greater the current through the line, the more power transmission. Carrying capacity refers to the current amount of transmission line conductor. Specific specifications of each wire allowing the maximum load flow, the state regulations have provisions.
     
    Copper/aluminium conductor unarmored or armoured cable carrying capacity:
     
    Conductor Conductor cross section Unarmored cable Armoured cable
    single core 3 core single core 3 core
    in the air in the soil in the air in the soil in the air in the soil in the air in the soil
    Copper conductor 1.5 30 43 21 25
    2.5 40 57 28 33 28 33
    4 53 74 37 44 37 43
    6 67 94 46 54 47 54
    10 93 127 63 73 105 125 63 71
    16 124 165 84 94 136 162 84 92
    25 168 213 109 120 180 210 110 118
    35 207 256 132 144 220 253 134 141
    50 252 304 159 169 265 299 161 167
    70 308 372 195 205 322 366 197 203
    95 384 449 237 245 398 442 239 242
    120 439 512 273 278 465 505 275 274
    150 507 575 310 309 521 567 314 305
    185 591 650 355 347 604 639 354 341
    240 694 757 416 399 706 744 414 392
    300 810 855 473 446 819 842
    400 937 976 949 962
    500 1078 1110 1094 1094
    Aluminum conductor 10 71 97 48 56 81 96 49 55
    16 121 162 82 92 133 159 82 90
    25 130 165 85 93 140 163 85 92
    35 160 199 102 111 170 196 104 110
    50 195 235 123 131 205 272 124 129
    70 239 289 152 159 250 284 153 158
    95 298 348 184 190 208 343 185 188
    120 340 398 213 216 361 392 214 213
    150 392 445 241 240 404 439 242 237
    185 459 505 277 271 469 497 277 267
    240 539 589 326 312 549 578 325 308
    300 629 664 272 351 636 654
    400 731 762 741 751
    500 845 870 858 858

    More detail: Three core armoured cable carrying capacity list

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