Kramer Electronics 99-9198001 Bnc to Rca Adapter

Product Description

The KRAMER ELECTRONICS 99-9198001 is a BNC male to RCA female coaxial adapter used to convert BNC-terminated signal cables to RCA-compatible inputs and outputs. This passive adapter bridges the two most common coaxial connector standards found in audio-visual, broadcast, and security installations. It is a single-piece, inline adapter that requires no tools and no external power. Technicians and AV integrators reach for this type of adapter when interfacing BNC-based equipment with RCA jacks on monitors, recorders, amplifiers, or distribution equipment.

This adapter is suited for residential and commercial AV installations, broadcast environments, and security system work where BNC and RCA connections must interface. Typical use cases include connecting BNC-terminated coaxial cable runs to RCA video inputs on displays or recording equipment, and adapting test equipment leads to RCA-equipped signal processing gear. It is sold as an individual unit and is a direct fit for standard BNC male plug and RCA female jack configurations.

Key Features

• BNC male connector mates with standard BNC female ports on cables and equipment
• RCA female port accepts standard RCA male plugs for direct signal pass-through
• Passive inline design requires no power and introduces no active signal processing
• Compact single-piece construction for use in tight rack or panel spaces
• Sold individually for targeted replacement or expansion installs

Compatibility

Designed as an OEM-style adapter for use with standard BNC male and RCA female coaxial connections in AV signal processing applications.

Installation Notes

This adapter is installed by AV technicians, low-voltage integrators, and security system technicians. No tools are required for installation. Power down or mute source and destination equipment before connecting or disconnecting signal adapters to avoid signal spikes on sensitive inputs. Verify that the impedance requirements of the connected equipment are compatible before use in high-frequency or broadcast-critical signal paths.