West Penn AQC430GY1000 22/4 Stranded Industrial Shielded Audio Cable, Water-Block, AQUASEAL, CM, CL3, 1000' (304.8m), Reel, Gray

Designed for commercial audio, access control and surveillance applications, the West Penn Wire AQC430GY1000 delivers dependable, low-noise audio and control signals where reliability matters most. This 22/4 stranded industrial shielded audio/control cable combines a water-block AQUASEAL design with a CM jacket and CL3 rating to protect against moisture, electrical interference and meet common building-code requirements. The shielded 4-conductor, 22 AWG stranded construction ensures consistent signal integrity for paging, intercoms, speakers and monitoring systems while remaining flexible for long pulls and tight pathways. Supplied on a 1000' gray reel, the cable streamlines installation across multi-room or campus deployments and reduces joint points that can compromise performance. With a rugged PVC jacket, RoHS compliance and a 10-year limited warranty, this West Penn Wire Aquaseal cable is ideal for security, surveillance, audio distribution and control circuits that demand durable, professional-grade cabling. Specify the AQC430GY1000 for projects that require weather-resistant, shielded audio cabling — order now to equip your next security or monitoring installation.

• Weatherproof reliability: AQUASEAL water-blocking and a CM/CL3-rated PVC jacket protect signal integrity in outdoor, damp, or conduit installations
• Low-noise performance: Shielded 22 AWG stranded construction minimizes interference for clear audio and dependable monitoring in security and surveillance systems
• Flexible installation: Stranded 22/4 cable on a 1000' reel reduces pull tension and speeds deployment across long runs, saving labor time
• Code-ready for permanent installs: CL3 rating provides compliance for in-wall and fire-safety applications in commercial audio and control setups
• Long-term assurance: RoHS compliant materials and a 10-year limited warranty give specification-grade longevity and confidence for critical systems