Alpha Wire M4201 BK002 Coaxial Cable - 13AWG 1C Shielded - 500ft Spool - Black
Discover the exceptional quality and reliability of the Alpha Wire M4201 BK002 Coaxial Cable, designed for high-performance applications where durability and signal integrity are paramount. This 13 AWG (American Wire Gauge) coaxial cable features a single conductor with robust shielding, ensuring minimal interference and optimal transmission of your audio, video, and data signals.
Key Features:
High-Quality Construction: The Alpha Wire M4201 BK002 is built with premium materials, offering excellent flexibility and resilience for various installations. The black outer jacket not only provides a sleek appearance but also protects against abrasion and environmental factors.
Superior Signal Integrity: The 1C shielded design minimizes electromagnetic interference (EMI) and radio frequency interference (RFI), making it ideal for professional audio, video, and communication setups. This ensures that your signals remain clear and free from distortion.
Generous Length: With a 500ft spool, this coaxial cable provides ample length for extensive installations, whether in commercial settings or home theaters. Easily cut to your desired length, it allows for customized applications without compromising on quality.
Versatile Applications: Perfect for a variety of uses, the Alpha Wire M4201 BK002 is suitable for CCTV installations, antenna connections, broadcasting, and other electronic projects where reliable performance is essential.
Temperature Range: This coaxial cable is designed to operate effectively within a wide temperature range, ensuring consistent performance under varying conditions.
Specifications:
Enhance your connectivity solutions with the Alpha Wire M4201 BK002 Coaxial Cable, a trusted choice for professionals seeking high-quality components. Whether you're setting up a new system or upgrading existing wiring, this cable ensures superior performance and longevity. Order your 500ft spool today and experience the difference in signal clarity and reliability.
