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    Lead Free PVC Insulated Single Core Unsheathed Flexible CABLES Volatge grade Up to 1100 VOLTS IS 694:2010
    Suitable for wiring in conduit and for fixed, protected installation. Particularly suitable for wiring in fire and explosion prone areas , chemical factories, densely wired areas, public building, schools, hospitals, commercial complex, theatres etc.
    Technical Data
    • Approvals: IS 694 marked, FIA/TAC
    • Voltage Grade: Up to and Including 1100V
    • Conductor: Bright annealed bare electrolytic grade Copper conductor as per Class 5 of IS 8130:2013
    • Colour: Red, Black, Green, Yellow, Blue or any other colour as per customer requirement.
    • Marking: The cables are printed with marking of “Q-FLX Cabless (Size) Sq.mm Y FR 1100V IS 694 ISI CM/L 1115123”
    • Packing: The cables are packed as 100m & 200m coil in Poly Bags. Longer lenth available o request.
    Product Features
    101 % Copper Conductivity, (IACS)  Extra Annealing
    100% Bunched Copper  Enhanced Flexibility
    Ideal for wiring in closed confined spaces
    FR PVC 70°CIS 694, IS 8130 :2013 Class 5 ,IS 5831 TYPE D Insulation + FR
    Technical Specification of PVC Insulated Single Core Unsheathed Flexible Cables Grade Upto 1100 VOLTS
    Nominal Area of ConductorNumber and Nominal Diameter of WireNominal Thickness of insulationOverall Diameter (Maximum)Current carrying capacityConductor Resistance at 20°C (Maximum)
    0.516 /
    0.7524 /
    132 /
    1.530 /
    2.550 /
    456 /0.300.84.8264.95
    684 /0.300.85.3373.30
    1080 /0.401.07.0441.91
    16126 /0.401.08.1811.21
    25196 /0.401.210.21030.78
    35276 /0.401.211.71320.554
    50396 /0.401.413.91740.386
    70357 /0.51416.02580.272
    95475 /0.51.618.23040.206
    As per Class 5 Conductors of IS 8130:2013.Conforms to IS 694: 2010.

    Note: The number and Diameter of the conductor strands are for reference only. The size of the conductor is determined by its resistance. it may vary within the limits of related Classes and tables of IS 8130:2013.
    The values given are subject to tolerances as per relevent standards.