Belden 82761 8771000 22-2 Electronic Cable, Tinned Copper, FEP Insulation, Overall Beldfoil Shield, CMP, PVC Outer Jacket

Designed for commercial security, surveillance and audio distribution, the Belden 82761 8771000 plenum audio cable delivers reliable, high‑clarity signal transmission where it matters most. This Belden plenum audio cable combines 22 AWG tinned copper stranded conductors with FEP insulation and an overall Beldfoil shield to reduce electromagnetic interference and maintain consistent line‑level audio and low‑voltage control signals across long runs. The CMP plenum rating lets you route cable through air-handling spaces while meeting strict fire and safety codes—important for large facilities, data centers and multi-story buildings. Supplied on a 1000' reel, the cable is optimized for efficient installation in audio, voice, monitoring, and low‑voltage control applications (4‑20 mA, 0–10 V, panel wiring). Its corrosion‑resistant tinned conductors and robust jacket deliver long service life and predictable performance in demanding indoor environments. Choose Belden’s trusted technology to reduce noise, simplify installation and protect critical systems. Order the Belden 82761 plenum audio cable today for your next security or surveillance deployment, or contact our team to specify the right cable for your monitoring infrastructure.

• Delivers interference‑free audio and low‑voltage signaling with overall Beldfoil shielding—ideal for security, surveillance, and monitoring systems.
• CMP plenum rating with FEP insulation safeguards air-handling spaces and helps meet fire/safety code requirements for commercial installations.
• Durable 22 AWG tinned copper stranded conductors resist corrosion and provide consistent performance over long runs, supplied on a 1000' reel for efficient deployment.
• Flexible, easy-to-route construction and PVC-LS outer jacket reduce installation time and maintain tidy, reliable panel and rack wiring.
• Belden engineering and a 10-year limited warranty lower lifecycle costs and minimize maintenance disruptions in mission‑critical environments.