High Speed Flat Multicore Cable

High Speed Flat Multicore Cable

QIFAN CABLE offers the High Speed Flat Multicore Cable, also known as TVVB flat elevator cable. This flexible cable is designed for elevator applications, providing a reliable and efficient solution for flexible suspension lengths within 80 meters.

The cable features a round or flat design, with options for 3 cores, 4 cores, 5 cores, up to 60 cores. The conductor is made of bare copper, ensuring excellent conductivity. The insulation and jacket are made of PVC, providing durability and protection against external factors.

With a rated voltage of 300V/500V for cross sections up to 1.5mm² and 450V/750V for cross sections larger than 1.5mm², this cable meets industry standards for safety and performance. It has been tested at 2500V to ensure its reliability.

The High Speed Flat Multicore Cable has a working temperature range of -15ºC to +70ºC, allowing it to operate in various environments. Its minimum bending radius is 0.3m, providing flexibility and ease of installation.

QIFAN CABLE also offers customization services, allowing you to create composite cables with control and coaxial cables for elevators and moving machine parts. The bending radius of these composite cables is smaller compared to round cables, offering even greater flexibility.

Choose from a range of coaxial cables, including RG59, RG6, SYV75-2, and SYV75-3. Network cables such as Cat5e and Cat6 are also available. Control cables like RVVP-2*0.75mm², or other shielded cables, can be customized to meet your specific requirements. Additionally, QIFAN CABLE provides steel wire, reinforcing steel wire, and various other specifications of high tensile strength cables.

Trust Shanghai QIFAN Cable Co., Ltd. for your High Speed Flat Multicore Cable needs. Our products are manufactured to meet industry standards, ensuring reliability and performance. Contact us today to learn more about our customizable options and find the perfect solution for your elevator and moving machine applications.