Belden 1370R N3U1000 Coaxial Cable - #20 PE-GIFHDLDPE SH PVC
Experience superior performance and reliability with the Belden 1370R N3U1000 Coaxial Cable, designed for high-demand applications in various industries. This premium-grade coaxial cable features a #20 gauge construction, ensuring excellent signal integrity and minimal loss over extended distances.
Key Features:
High-Quality Materials: Constructed with PE-GIFHDLDPE insulation and a robust PVC jacket, this coaxial cable is engineered for durability and longevity. The materials provide exceptional resistance to environmental factors, making it suitable for both indoor and outdoor installations.
Optimal Signal Transmission: The Belden 1370R is meticulously designed to deliver outstanding signal quality, making it ideal for broadcasting, telecommunications, and data transmission applications. Its low attenuation characteristics ensure that signals remain strong and clear, even over long runs.
Versatile Applications: With its reliable performance, this coaxial cable is perfect for a wide range of uses, including video surveillance systems, cable television distribution, and RF signal transmission. It meets the demands of both commercial and residential installations, providing flexibility for various project requirements.
Easy Installation: The cable's design allows for straightforward installation, with a lightweight structure that makes it easy to handle and route. Whether you’re a professional installer or a DIY enthusiast, the Belden 1370R N3U1000 ensures a hassle-free setup.
Compliance and Standards: This coaxial cable complies with industry standards, ensuring it meets the rigorous requirements for safety and performance. Trust in Belden's reputation for quality and innovation in cable technology.
Upgrade your connectivity solutions with the Belden 1370R N3U1000 Coaxial Cable. Its exceptional build quality and performance capabilities make it the ideal choice for anyone seeking reliable and efficient signal transmission. Order now to ensure your systems operate at peak efficiency!
