1000ft 14AWG 4-Conductor High Strand CMR (Riser) Audio Cable | Black

The 1000ft 14AWG 4-Conductor High Strand CMR (Riser) Audio Cable | Black is designed for professional audio installations requiring reliable signal transmission, flexible routing, and multi-conductor connectivity. Featuring four 14AWG high-strand conductors, this bulk audio cable is ideal for speaker wiring, distributed audio systems, commercial sound, paging systems, and other professional low-voltage audio applications.

The high-strand conductor construction provides enhanced flexibility, making the cable easier to pull and route through walls, conduits, cable pathways, equipment racks, and other installation spaces. Its 4-conductor configuration provides additional versatility for multi-speaker, stereo, and other audio wiring applications where multiple conductors are required within a single cable.

Featuring a CMR (Communications Multipurpose Cable, Riser) rating, this cable is designed for approved vertical riser and general-purpose communications installations where permitted by applicable building codes. The durable black outer jacket provides a clean, professional appearance, while the generous 1000-foot bulk length makes it an excellent choice for large commercial projects, extended cable runs, and multi-zone audio installations.

Key Features:

• 1000-foot bulk audio cable
• 14AWG conductor size
• 4-conductor cable construction
• High-strand design for enhanced flexibility
• CMR (Riser) rated cable jacket
• Black outer jacket for a professional appearance
• Ideal for speaker and distributed audio wiring
• Suitable for multi-speaker and multi-zone audio systems
• Excellent for commercial sound and paging applications
• Designed for professional low-voltage audio installations

Build flexible, organized audio systems with the 1000ft 14AWG 4-Conductor High Strand CMR (Riser) Audio Cable | Black. Order today for a professional-grade bulk speaker cable designed for distributed audio, commercial sound, paging, and multi-conductor low-voltage applications.