Adattatore video/audio BNC ShiverPeaks 98808-1 montaggio a flangia

ShiverPeaks 98808-1 flange mount BNC adapter provides a panel-mounted BNC connection for video and audio coaxial cabling. The adapter is designed to be fastened to a panel or enclosure to create a durable, fixed termination point for BNC cables used in CCTV, broadcast, and AV systems. Its flange configuration allows secure mounting and straightforward access to the BNC interface from the equipment exterior.

Advantages

The flange mount design ensures a stable and permanent BNC termination that resists movement and stress on the cable connection. Constructed for compatibility with standard BNC coaxial plugs, it simplifies installation by providing a ready access port on panels or housings. The adapter reduces strain on internal cable runs and helps maintain signal integrity by offering a consistent mechanical and electrical interface.

Suitable for

• CCTV camera installations and surveillance panels
• Broadcast racks and studio equipment mounting
• Audio‑visual cabinets and wall plates
• Embedded or custom enclosures requiring a fixed BNC port

Key specifications

• Connector type: BNC female flange mount
• Mounting: flange for panel or enclosure fastening
• Application: video and audio coaxial connections
• Compatibility: standard 50/75 Ω BNC coaxial plugs (depending on system)
• Use environment: indoor equipment panels, racks, and enclosures

How to use

Prepare a suitably sized cut-out or mounting hole in the panel or enclosure and align the adapter flange with the fixing points. Secure the adapter using screws or fasteners appropriate to the panel material so the BNC face is flush and accessible from the exterior. Connect the coaxial BNC plug to the adapter by pushing and twisting the plug until it locks. Verify mechanical stability and, if required, test the signal continuity and quality after installation.

Recommendations

Use the flange mount adapter in environments protected from direct moisture and excessive mechanical shock. Choose the correct cable impedance (50 Ω or 75 Ω) to match your system requirements and avoid combining mismatched components to preserve signal quality.