Tripp Lite A050-000-ST-KJ Rca Female Keystone Insert

Product Description

The TRIPP LITE A050-000-ST-KJ is an RCA female audio keystone insert with screw terminal termination, designed for permanent installation in standard keystone wall plates and patch panels. The insert accepts a single RCA plug on the front face and terminates to bare wire via screw terminals on the rear, eliminating the need for soldering. This component is used by AV installers and low-voltage technicians to extend or distribute analog audio signals through structured wiring systems in walls, ceilings, and furniture raceways.

This keystone insert is suited for residential and light commercial AV installations where analog audio runs need a clean, flush-mount termination point. Typical applications include home theater rough-in wiring, conference room AV distribution, and custom installation projects where RCA connections must be made at a wall plate or rack panel. The screw terminal design allows field termination without specialized crimping or soldering equipment.

Key Features

• RCA female front port accepts standard RCA plugs for analog audio connections
• Screw terminal rear termination allows tool-accessible, solder-free field wiring
• Keystone form factor fits standard keystone wall plates, surface boxes, and patch panels
• Single-unit packaging suits individual port installations or mixed-media wall plate configurations

Compatibility

Designed as a keystone-style insert compatible with standard keystone wall plates, surface-mount boxes, and keystone patch panels accepting single-gang or multi-port keystone modules.

Installation Notes

Installation is typically performed by a low-voltage AV technician or licensed electrician working with structured wiring systems. Ensure the signal source circuit is de-energized and any connected equipment is powered down before terminating conductors at the screw terminals. Follow local low-voltage wiring codes and any applicable NEC guidelines for Class 2 or Class 3 wiring when routing cables inside wall cavities. Do not overtighten screw terminals, as this can damage conductor insulation or deform the terminal contact.