Genesis 31965002 22/6 Stranded Shielded + 22/4 Stranded + 22/2 Stranded + 18/4 Stranded Composite Access Control Cable, Plenum, CMP, FT6, 500' (152.4 m) Reel, Yellow

For installers and systems integrators, the Genesis 31965002 composite access control cable dramatically reduces labor and complexity by consolidating multiple door circuits into a single, pull-ready assembly. This Genesis access control cable bundles 22/6 (stranded shielded), 22/4, 22/2 and 18/4 stranded conductors on a 500' plenum (CMP) reel, providing the conductor combinations most commonly used for locks, card readers, door contacts and request-to-exit devices. Plenum-rated LS-PVC jacketing lets you run cable in air-handling spaces to meet code, while the shielded reader pair minimizes EMI for dependable reader and sensor communication in security, surveillance and monitoring systems. Stranded bare copper conductors ensure flexibility in tight raceways and maintain low voltage drop for reliable device performance. Installer-friendly features like rip cord jacket removal and countdown length markings speed terminations and inventory control. TAA-compliant and RoHS certified with a 3-year limited warranty, this composite cable is built for commercial access control deployments. Order a 500' reel to streamline wiring on your next security or surveillance installation.

• Simplifies access control installs by combining lock power, door contacts, card readers and REX circuits into one easy-to-pull composite cable
• Plenum-rated (CMP) jacket and LS-PVC construction allow safe installation in air-handling spaces while minimizing smoke in a fire
• Shielded reader pair reduces EMI for reliable card reader and sensor performance in security and surveillance systems
• Stranded bare copper conductors deliver flexibility for routing and low voltage drop for consistent device operation
• Countdown length markings and durable rip cord speed installation and termination, saving time on every job
• Bright yellow jacket improves identification and reduces rework during multi-cable deployments