Long an industry leader in offering a vast selection of USB 3.0 cables, L-com now offers High Flex, Drag Chain rated USB assemblies with 90° angled connector options. The CAU3HFA-90RB-105M family is made for high flex, continuous motion and drag chain use and is perfect for factory automation and cameras. Among the most rugged USB cables ever produced by the experts at L-com, these USB cables are tested for 5 million flex cycles in U-type drag chain applications.
The CAU3HFA-90RB-105M from L-com is a high flex, drag chain rated USB cable assembly that is rated for up to 4.8Gpbs, USB 3.0 applications. Its connectors are Type A male/plug to Right Angle, Right Exit Type B male/plug. The right angle B Type allows for connections in tight spaces as well as extra strain relief to avoid stressing the connector overmold and packing of denser connectors and greater control over the exit of your cable. The CAU3HFA-90RB-105M is built with high flex, drag chain rated bulk cable that is rated to 5,000,000 flex cycles and utilizes 22AWG power conductors for maximum power transfer capability. The cable jacket is UL 20276 style and commands a VW-1 flame rating. Available connector types include A, B, Micro B and Micro B with Machine Vision thumbscrews in both straight to straight and straight to 90° right angle configurations.
Since 1982, L-com has offered high quality USB cables, adapters, components and accessories. 30um gold plated contacts and molded connector ends ensure a long life on your CAU3HFA-90RB-105M USB cable assembly. 360° shield termination means you can trust your USB 3.0 cable to be protected from EMI and RFI interference. Contact L-com for application support and buy CAU3HFA-90RB-105M cables online today.
Features:
High flex, continuous motion and type-U drag chain rated for a minimum of 5 million cycles
Assembly built to USB 3.0 standards and speeds
Connectors are Type A male/plug to Right Angle, Right Exit Type B male/plug
Built with UL 20276 style cable with a VW-1 flame rating in black PVC
22AWG power conductors for maximum power transfer current
