BNC T-piece Connector

Description

BNC T-piece Connector 

Introducing the BNC T-piece Connector (895-15-BNCT), a versatile RF adapter that expands the functionality of your BNC connectors. This T-piece connector features a BNC plug to dual BNC sockets configuration, providing a valuable solution for various applications in video signaling and test equipment setups.

The bayonet couplings of the T-piece Connector ensure a secure and reliable connection, allowing for quick and effortless installations. The bayonet-style design, characterized by its quarter-turn locking mechanism, simplifies the mating and unmating process. This feature is particularly advantageous in situations where rapid connections and disconnections are required, such as in test equipment scenarios.

This RF adapter’s primary function is to split a single BNC connection into two, enabling parallel connections or branching in your audio, video, or telecommunications setups. Whether you’re creating multiple signal paths for testing purposes or need to distribute a video signal to two different devices simultaneously, the BNC T-piece offers a convenient and practical solution.

Suitable for a variety of applications, this connector plays a crucial role in video signaling and test equipment setups. Its compatibility with BNC connectors makes it a versatile accessory in environments where BNC connections are prevalent, such as in broadcasting, surveillance systems, or electronic testing laboratories.

The BNC T-piece is crafted with durability in mind, ensuring a long service life even in demanding applications. Its robust construction and reliable performance make it a valuable addition to your toolkit, providing flexibility and adaptability for various connectivity needs.

Upgrade your BNC connections with the BNC T-piece Connector (895-15-BNCT), a reliable and efficient solution for splitting BNC signals in video signaling and test equipment applications. The bayonet couplings ensure a secure fit, making this connector a trusted choice for seamless connections and versatility in diverse setups.