Genesis Cable 22951099 Access Control Cable Cmr 1000 Ft

Product Description

The GENESIS CABLE 22951099 is a multi-conductor access control cable engineered for professional low-voltage security and access control installations. This cable combines 18 AWG 4-conductor power runs with 22 AWG 2, 4, and 6-conductor signal runs in a single jacket, allowing installers to pull one cable where multiple circuit types are required. The CMR (Communications Multipurpose Riser) rating qualifies this cable for use in riser spaces between floors. It ships as a 1,000-foot spool, sized for commercial and larger residential projects requiring continuous runs without mid-run splices.

This cable is designed for access control panel wiring, door hardware power feeds, and data or signal transmission in the same conduit or raceway. The combination of 18 AWG conductors for power and 22 AWG conductors for signal makes it well suited for electric locks, magnetic locks, card readers, request-to-exit devices, and similar low-voltage access hardware. It is typically specified and installed by licensed low-voltage or alarm technicians on commercial door hardware, multi-door access systems, and integrated security installations.

Key Features

• Combined 18 AWG 4-conductor and 22 AWG 2, 4, and 6-conductor runs in a single cable assembly
• CMR riser rating allows installation in vertical runs between building floors per NEC Article 800
• 1,000-foot spool reduces the need for field splices on longer runs
• Multi-gauge construction supports both power and signal circuits in one pull
• 4 individually shielded pairs (4s designation) help reduce electromagnetic interference on signal conductors

Compatibility

Designed as a professional-grade multi-conductor riser cable for commercial and residential access control systems requiring combined power and signal conductors in a single CMR-rated jacket.

Installation Notes

Installation should be performed by a licensed low-voltage or alarm systems technician in accordance with NEC Article 800 and applicable local codes. De-energize all access control panels and power supplies before terminating conductors. Maintain minimum bend radius during pull to avoid damaging shielded pairs, and avoid running parallel to high-voltage conductors where practical to minimize interference.