Brief: In this video, we take a focused look at the UL2464 Multi Core Power Cable, explaining its key specifications and what they mean in practice. You'll see a detailed walkthrough of its construction, including the tinned copper conductor, PVC insulation, and shielding options, and learn how its compliance with UL standards ensures reliable performance for internal and external wiring in electronic and electrical equipment.
Related Product Features:
Features a multi-stranded tinned copper conductor for excellent conductivity and corrosion resistance.
Utilizes special lead-free PVC insulation and jacket, ensuring RoHS compliance and environmental safety.
Offers both single-layer and double-layer shielding options with aluminum foil Mylar tape and copper braiding for superior EMI protection.
Designed with high flexibility and oil resistance for easy handling and installation in various environments.
Rated for 300 volts and 80°C, suitable for a wide range of electronic and electrical applications.
Passes the UL VW-1 vertical flame resistance test, providing enhanced fire safety.
Complies with UL 758 and UL 1581 standards, ensuring quality and reliability.
Available in multiple AWG sizes and core counts to meet diverse wiring needs.
Faqs:
What are the key applications for the UL2464 Multi Core Power Cable?
This cable is designed for internal or external wiring of general electronic and electrical equipment, offering versatility for various industrial and commercial uses.
What shielding options are available for the UL2464 cable?
The UL2464 is available in single-layer shielded versions with aluminum foil Mylar and double-layer shielded versions that add a copper wire braid for over 85% shielding effectiveness.
Does the UL2464 cable meet specific safety and quality standards?
Yes, it complies with UL 758 and UL 1581 standards and has passed the UL VW-1 vertical flame resistance test, ensuring high safety and reliability.
What conductor materials are used in the UL2464 cable?
The cable uses multi-stranded fine wire conductors made from either bare copper or tinned copper, conforming to VDE 0295 and IEC 60288 Category 5 standards.