Flexible Drag Chain Cable
FIDC 680 CP

HIGHLY FLEXIBLE SHIELDED POWER AND CONTROL DRAG CHAIN CABLE, MODIFIED PUR SHEATH

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  • Applications
  • Product Structure
  • Product Features
  • Technical Parameters
  • Applications

    It's used as power and control cables in mobile machine parts or drag chain systems. In machines, machining, assembly lines, machine tools, conveyor lines, sensing systems, control equipment and control engineering for measuring, control and regulating circuits. High flexibility and high abrasion resistance thanks to advanced materials, it’s resistant to contact with many hazardous mineral oil and chemical media. It can be installed in the places with high mechanical strength requirements. Maintain high flexibility below -40°C. The tinned copper wires braiding structure assures disturbance-free transmission of all signals.

  • Product Structure

    Extra-fine wire strand made of bare copper wires, acc. to IEC 60228, Class 6
    Core insulation made of TPE
    Core identification code acc. to VDE 0293-1 Cores stranded, non-woven wrapping

    Inner sheath made of TPE
    Braid of tinned copper wires, braid coverage 85% Outer sheath made of modified PUR compound, grey, similar to RAL 7001


  • Product Features

    Flame retardant acc. to IEC 60332-1-2, halogen-free
    Oil resistance
    UV resistance

    Chemical resistance
    EMC-compliant
    Abrasion and notch-resistant
    Flexible down to -40°C
    Designed for 10 million alternating bending cycles and horizontal travel distances up to 100 meter


  • Technical Parameters

    Based on VDE 0281



    Article description Number of cores and per conductor (mm²) Outer diameter (mm) Copper weight  (kg/km) Approx. weight (kg/km)
    FIDC 680 CP  2 X 0,5 2 X 0,5 6.9 32.0 67.7
    FIDC 680 CP  3 G 0,5 3 G 0,5 7.3 40.0 79.8
    FIDC 680 CP  5 G 0,5 5 G 0,5 8.4 53.0 108.1
    FIDC 680 CP  6 G 0,5 6 G 0,5 9.0 59.0 122.2
    FIDC 680 CP  7 G 0,5 7 G 0,5 9.8 67.0 133.3
    FIDC 680 CP  12 G 0,5 12 G 0,5 11.2 97.0 191.9
    FIDC 680 CP  18 G 0,5 18 G 0,5 13.3 131.0 247.5
    FIDC 680 CP  20 G 0,5 20 G 0,5 13.9 156.0 283.8
    FIDC 680 CP  25 G 0,5 25 G 0,5 16.1 190.0 370.7
    FIDC 680 CP  30 G 0,5 30 G 0,5 16.3 222.0 412.1
    FIDC 680 CP  36 G 0,5 36 G 0,5 17.4 251.0 463.6
    FIDC 680 CP  2 X 0,75 2 X 0,75 7.4 40.0 79.8
    FIDC 680 CP  3 G 0,75 3 G 0,75 7.8 47.0 97.0
    FIDC 680 CP  4 G 0,75 4 G 0,75 8.5 58.0 113.1
    FIDC 680 CP  5 G 0,75 5 G 0,75 9.2 65.0 127.3
    FIDC 680 CP  7 G 0,75 7 G 0,75 10.9 85.0 166.7
    FIDC 680 CP  12 G 0,75 12 G 0,75 12.5 127.0 233.3
    FIDC 680 CP  18 G 0,75 18 G 0,75 15.0 198.0 333.3
    FIDC 680 CP  25 G 0,75 25 G 0,75 18.2 259.0 463.6
    FIDC 680 CP  36 G 0,75 36 G 0,75 20.1 348.0 611.1
    FIDC 680 CP  2 X 1,0 2 X 1,0 7.8 45.0 93.9
    FIDC 680 CP  3 G 1,0 3 G 1,0 8.3 55.0 110.1
    FIDC 680 CP  4 G 1,0 4 G 1,0 9.1 68.0 127.3
    FIDC 680 CP  5 G 1,0 5 G 1,0 9.9 81.0 148.5
    FIDC 680 CP  7 G 1,0 7 G 1,0 11.6 106.0 198.0
    FIDC 680 CP  12 G 1,0 12 G 1,0 13.6 175.0 294.9
    FIDC 680 CP  18 G 1,0 18 G 1,0 16.4 242.0 422.2
    FIDC 680 CP  25 G 1,0 25 G 1,0 20.1 329.0 580.8
    FIDC 680 CP  30 G 1,0 30 G 1,0 20.2 377.0 641.4
    FIDC 680 CP  36 G 1,0 36 G 1,0 21.8 467.0 765.6
    FIDC 680 CP  2 X 1,5 2 X 1,5 8.5 58.0 116.2
    FIDC 680 CP  3 G 1,5 3 G 1,5 9.2 76.0 140.4
    FIDC 680 CP  4 G 1,5 4 G 1,5 10.1 91.0 157.6
    FIDC 680 CP  5 G 1,5 5 G 1,5 11.1 111.0 200.0
    FIDC 680 CP  7 G 1,5 7 G 1,5 12.9 145.0 256.5
    FIDC 680 CP  12 G 1,5 12 G 1,5 15.3 242.0 420.2
    FIDC 680 CP  18 G 1,5 18 G 1,5 17.9 346.0 569.6
    FIDC 680 CP  25 G 1,5 25 G 1,5 22.0 486.0 819.1
    FIDC 680 CP  36 G 1,5 36 G 1,5 24.1 655.0 1076.7
    FIDC 680 CP  3 G 2,5 3 G 2,5 11.0 110.0 195.9
    FIDC 680 CP  4 G 2,5 4 G 2,5 12.1 136.0 236.3
    FIDC 680 CP  5 G 2,5 5 G 2,5 13.2 180.0 295.9
    FIDC 680 CP  7 G 2,5 7 G 2,5 16.1 246.0 422.2
    FIDC 680 CP  12 G 2,5 12 G 2,5 18.5 377.0 635.3
    FIDC 680 CP  18 G 2,5 18 G 2,5 22.1 569.0 921.1
    FIDC 680 CP  25 G 2,5 25 G 2,5 27.3 765.0 1278.7