The Belden 1694A 007N1000 Equal matches the branded product in fit, form, and function. Our equals are typically manufactured in the USA and are priced 10-20% less than their branded counterpart. Spec sheets are provided for approval, chat with us below for more details.
Belden 1694A Equal Coaxial Cable - Premium Quality for Superior Performance
The Belden 1694A Equal Coaxial Cable is engineered for high-performance applications in broadcast, video, and data transmission. This cable features a robust construction with a #18 AWG stranded center conductor, ensuring excellent conductivity and minimal signal loss. The cable is designed with a polyethylene (PE) dielectric and a GIFHDPE outer jacket, providing exceptional durability and flexibility.
Key Features: - Impedance: 75 Ohm for optimal signal integrity - Conductor: #18 AWG stranded copper for enhanced flexibility and performance - Dielectric Material: Polyethylene (PE) for excellent insulation and signal quality - Outer Jacket: GIFHDPE (Gas Injected Foam High-Density Polyethylene) for superior protection against environmental factors - Flame-Retardant: Meets stringent fire safety standards, making it suitable for a variety of installations - PVCRated: Polyvinyl Chloride (PVC) rated for enhanced durability in various conditions
This Belden 1694A Equal cable is ideal for professional audio/video applications, providing reliable transmission of HD video signals over long distances. Its robust construction allows for easy handling and installation in complex setups, while ensuring that the signal remains clear and uninterrupted.
Whether you're setting up a broadcast studio, an audio/video distribution system, or need a high-quality coaxial cable for any other application, the Belden 1694A Equal is your go-to solution for unmatched performance and reliability.
Applications: - Broadcast and television installations - Professional audio and video systems - Data transmission in commercial environments
Choose the Belden 1694A Equal Coaxial Cable for a dependable solution that meets the demands of today’s high-definition broadcasting and digital communication technologies.
