| Conductor | Annealed tinned Copper wires Solid (Class 1), Stranded (Class 2), flexible (Class 5) complying with the requirement of IS 8130-1984 |
| Separator Tape | Suitable material separator tape may be applied over the conductor |
| Insulation | General service elastomer compound Type IE1 of IS 6380-1984 Heat Resisting elastomer compound Type IE2 of IS 6380-1984 Silicone Rubber Type IE 5 of IS 6380-1984 |
| Core Identification | Colored insulation, Nos.PE tape, Colored proof tape, Nos. printing |
| Fillers | Natural or synthetic fibers or elastomer suitable for the operating temperature and compatible with the insulating material |
| Sheath | General service sheath Type SE1/SE2 of IS 6380-1984 Heavy Duty Sheath Type SE3/SE4 of IS 6380-1984 |
These Special cables are designed and manufactured according to the following standards:
Find answers to frequently asked questions related to Special Cables.
Special cables are custom engineered to meet specific application requirements that standard cables simply cannot fulfill. They are designed with advanced materials, specialized insulation, unique construction methods, and targeted protective features — ensuring reliable performance in extreme temperatures, harsh chemicals, continuous mechanical stress, or hazardous environments where conventional cables would fail prematurely.
Yes, special cables are specifically designed to perform reliably in the most demanding outdoor and industrial conditions. Depending on the application, they can be engineered with UV-resistant jackets, moisture barriers, armored protection, and chemical-resistant insulation — making them fully capable of withstanding extreme weather, mechanical impact, and corrosive industrial atmospheres.
Absolutely. Flexible and robotic special cables are specifically developed to endure millions of bending, torsional, and tensile cycles without compromising electrical integrity or signal quality. They are widely used in robotics, automated machinery, drag chains, and any application involving continuous or repetitive mechanical movement.
Yes, most special cables require application-specific joints and terminations designed to match their unique construction and operating conditions. Using incorrect accessories can compromise the cable's performance and safety. It is essential to follow manufacturer-recommended installation guidelines and use certified connectors, shielding terminations, and strain relief devices for optimal results.
When manufactured to international standards and properly installed, special cables typically last between 20 to 40 years. Cables with XLPE insulation can exceed 40–50 years under ideal conditions. The actual lifespan depends on operating temperature, electrical loading, environmental exposure, installation quality, and routine maintenance practices.
Yes, Elegar Kerpen specializes in manufacturing fully customized special cable configurations tailored to your exact application requirements. From conductor material and insulation type to shielding methods, jacket composition, and overall cable construction — our engineering team works closely with you to develop the right solution for your specific operational demands.
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