Dielectric RTLSCR2-20 1-5/8" EIA Bolt Flanged Transmission Line (15' to 20' Length)

Discover Advanced Connectivity with Dielectric RTLSCR2-20 Transmission Line
Introduce robust and reliable long-distance signal transmission to your network with the Dielectric RTLSCR2-20. This high-quality transmission line spans from 15 to 20 feet, featuring a 1-5/8" diameter that supports a 50 Ohm impedance for superior performance. Equipped with EIA bolt flanged connections, the RTLSCR2-20 ensures a secure and stable link, making it an ideal choice for broadcasting, telecommunications, and extensive data networking systems where signal integrity is paramount.

Built for Enduring Performance
The RTLSCR2-20 transmission line is designed to withstand the rigors of both indoor and outdoor environments, thanks to its durable construction and precise engineering. This line ensures minimal signal loss and maximum reliability, crucial for maintaining uninterrupted service and quality in critical communication infrastructures.

Effortless Installation and Versatility
Ease of installation is a hallmark of the RTLSCR2-20, featuring standardized EIA bolt flanges for quick and secure connections. This versatility makes it suitable for a variety of installations, from complex broadcast systems to sophisticated telecom networks, allowing seamless integration into any existing or new setup without the need for extensive modifications.

Optimal Signal Transmission Over Longer Distances
Capable of carrying high-quality signals over longer distances, the RTLSCR2-20 is perfect for applications requiring extended reach without sacrificing performance. Its design caters to the needs of systems that rely on the clear transmission of data, audio, and video signals, providing peace of mind for engineers and technicians alike.

Robust and Reliable
With its robust build and reliable performance, the RTLSCR2-20 transmission line is an asset for any serious technology infrastructure. It promises to enhance system capabilities while protecting against potential downtime and signal degradation, which can be critical to operations in media, communications, and data management.