Product Description
14/76 Parallel Flat Copper Wire 67 MTR (White)
SUPER GEC : ISI safety at its best with the flame resistant and heat retardant cables with a suitable to bear temperature up to 90 degree Celsius, Super GEC Cables offer better insulation and are capable of carrying higher current and ensure better electrical and mechanical performance at higher temperature. We are awarded wih ISI, NSIC, ISO, TAC, UKAS, FIA certifications. Providing high level of safety, reliability and energy efficiency with ISI, Multi Strand House Wiring Cables are an essential requirement of any modern home. We offer cable category, 90 meter. All these cables are made to suit different requirements and are available in 0.75 to 25 sq mm. These are beyond question the best cables for India and owing to their properties, are flame retardant, do not heat, and provide continuous power supply. To purchase these marvels of modern technology, all you need is to go to the Super GEC online shop and make your pick. Read all the features in detail and order what you need to be delivered wherever you want.
Reliable Performance for Industrial & Domestic NeedsThe 1476 Parallel Flat Copper Wire meets stringent industrial and domestic requirements, making it suitable for a wide range of applications. Its robust construction ensures consistent electrical performance, while premium PVC insulation offers added safety. Whether for large-scale operations or home projects, this wire delivers reliability you can trust.
Superior Safety and LongevityWith best-in-class PVC insulation and solid copper conductors, this wire is engineered to withstand voltage surges up to 1100V and a steady current of 11 Amperes. These safety features minimize electrical hazards and prolong the wires operational life, reducing the need for frequent maintenance or replacements.
Easy Installation & Efficient ConductivityIts parallel flat design facilitates hassle-free installation and organized wiring layouts. The high-purity copper material ensures excellent conductivity, resulting in efficient energy transmission. This optimizes performance for any connected equipment, saving on energy costs and improving overall system reliability.
FAQs of 1476 Parallel Flat Copper Wire 67 MTR (Red Dhari):
Q: How is the 1476 Parallel Flat Copper Wire used in industrial and domestic settings?
A: This wire is suitable for both industrial and domestic electrical installations, such as wiring for machinery, distribution panels, home electrical circuits, or power supply lines. Its high current carrying capacity and durable insulation make it versatile for different environments.
Q: What are the benefits of using solid copper conductors compared to other materials?
A: Solid copper conductors provide superior electrical conductivity, excellent resistance to corrosion, and minimal signal loss. This not only enhances energy efficiency but also ensures a safer and more reliable electrical connection over time.
Q: When should I choose the 1476 Parallel Flat Copper Wire for my project?
A: Select this wire when you require high performance, durability, and safetyideal for projects needing a current rating up to 11 amperes and voltage surges up to 1100V, especially where both flexibility and reliable insulation are important.
Q: Where can the 1476 Parallel Flat Copper Wire be installed?
A: It can be installed in a variety of locations including industrial plants, residential homes, commercial buildings, and within electrical panels. Its insulation allows it to perform reliably even in environments with moderate exposure to heat and mechanical stress.
Q: What is the process for installing this parallel flat copper wire?
A: Begin by measuring and cutting the required length, then strip the PVC insulation at the connection points. Secure the wire to terminals or connectors, ensuring firm contact with all connections. Finally, double-check insulation integrity and fastening to prevent accidental shorts or damage.
Q: How does the best PVC insulation add value to this wire?
A: Best PVC insulation significantly enhances the safety by preventing electric shocks, reducing the risk of short circuits, and protecting the conductor from moisture, chemicals, and abrasion. This ensures long-term reliability and reduces maintenance costs.