Application

These single core cables are used for fixed wiring in control panels, Batteries, DC power transfers, machines and various electrical installations in small, medium and large industries.

Technical Data
Operating temp.: -10 °C to 70 °C
Voltage Grade up to: 1.1 kV
Requirement of oxygen in the air to catch fire: more than 29.5%
The temperature required to catch fire (with 21% oxygen): more than 250 °C
Visibility during cable burning: less then 30%
“RADIX” copper conductor, PVC insulated single core flexible cables 
Size / Area in Sq.mm. No. & size of wire Nominal Insulation thickness (mm) Overall core Diameter (mm) Max. resistance @20°C (ohm/km) Current      rating       (Amp.)
1.00 32/0.20 0.60 2.60 19.50 11.0
1.50 48/0.20 0.60 2.90 13.30 14.0
2.50 80/0.20 0.70 3.50 7.98 19.0
4.00 56/0.30 0.80 4.30 4.95 25.0
6.00 84/0.30 0.80 5.50 3.30 32.0
10.00 140/0.30 1.00 6.70 1.91 45.0
16.00 224/0.30 1.00 8.40 1.21 60.0
25.00 350/0.30 1.20 10.50 0.78 75.0
35.00 217/0.45 1.20 11.60 0.55 95.0
50.00 315/0.45 1.40 13.90 0.38 125.0
70.00 357/0.50 1.40 15.50 0.27 200.0
95.00 469/0.50 1.60 18.10 0.20 250.0
120.00 602/0.50 1.60 19.60 0.16 295.0
150.00 750 / 0.50 1.80 21.90 0.13 355.0
Note: Insulation thickness, sheath thickness and overall dimension given in the table are nominal values. The number of wires and strand diameter are satisfy the requirements of conductor resistance as per IS:8130/1984. As per to IS :694/2010
Silent Features
  • High Performance & Durability ensures long life
  • Higher current carrying capacity
  • Higher thermal stability
  • Excellent resistance to moisture, abrasion, Oil & grease
  • Excellent electrical & mechanical property
  • Standard packing : 90-meter coiling
  • Available colors: Red, Yellow, Blue, Grey, Black
    Note: On special request, FRLS & ZHFR insulated cables can also be manufactured.
Cable Standard

CONDUCTOR

99.9% pure, bright electrolytic flexible bare copper conductor as per IS : 8130

INSULATION

Special HR-FR PVC compound
As per IS : 5831

CABLE STANDERD

IS : 694 : 2010, BS 6500