Six small holes and bulgy points on opposite sides allow multiple video baluns to clip together in a neat linear arrangement. This simple mechanical feature keeps multiple units organized, easy to handle, and quick to install when more than one balun is required. Key benefits Neat, spacesaving organization: Clip multiple baluns together to form a tidy row that reduces clutter and simplifies cable routing. Easier installation and maintenance: Grouped baluns are faster to mount, label, and service than loose individual units. Stable mechanical arrangement: The interlocking holes and bulgy points hold units in place so they stay aligned during installation and inspection. Preserves balun function: The joining feature is purely mechanical and does not interfere with standard video transmission performance. Important attributes Function: Designed to transmit video signals while offering a mechanical coupling option for multiple units. Compatibility: Works with the same type of video balun units used in typical CCTV and surveillance cabling installations. Size: Compact singleunit form allows close spacing when combined into a linear array for efficient use of space. Material and build: Durable molded housing provides reliable physical support for the interlocking feature and for normal field use. Performance: Maintains expected signal conversion and transmission characteristics of the video balun while improving physical manageability. Typical applications Multicamera CCTV installations: Keep several baluns aligned along a wall, inside a junction box, or on a mounting rail for cleaner wiring in retail or office environments. Equipment racks and panels: Create compact rows of baluns on patch panels or inside enclosures to streamline cable management and access. Temporary or event setups: Rapidly assemble and disassemble multiple baluns in a consistent layout for shortterm surveillance or monitoring deployments. This mechanical interlock makes multiunit installations more organized and manageable without changing the balun electrical function.