Two Gang XLR Female Wall Plate for Microphone Inputs 9 Through 12
The RapcoHorizon WPE203 is a two gang stainless steel wall plate loaded with four XLR female connectors labeled for microphone inputs 9 through 12, designed to provide a clean and reliable connection point for multi-channel audio systems. It offers a permanent and organized solution for routing mic-level signals through walls in studios, houses of worship, conference rooms, and live sound environments.
Four XLR Female Connectors for Multi Channel Audio Distribution
This wall plate features four XLR female connectors that support balanced microphone signals, ensuring low noise and consistent audio performance. It allows multiple microphones to be connected through a wall to mixers, audio interfaces, or DSP systems, simplifying signal routing in complex audio setups.
Engraved Channel Labels for Clear Identification and Workflow Efficiency
The engraved faceplate clearly identifies microphone channels 9 through 12, making it easy for technicians and users to manage connections in multi-channel systems. This labeling reduces setup time and helps prevent routing errors in professional AV environments.
Stainless Steel Construction for Long Lasting Performance
Built with a rugged stainless steel faceplate, the WPE203 is designed to withstand heavy use in demanding environments. It resists scratches, corrosion, and wear, ensuring reliable performance and a clean appearance over time in commercial AV installations.
Clean Wall Mounted Solution for Organized Cable Management
By integrating four microphone inputs into a wall plate, this unit helps eliminate cable clutter and provides a centralized connection point. It improves cable management while maintaining easy access for users and technicians in permanent AV setups.
Ideal for Installed Sound Broadcast and Live Production Systems
Compatible with standard XLR connections, this wall plate integrates seamlessly into professional audio systems. It is well suited for installed sound systems, broadcast facilities, recording studios, and live production environments that require multiple microphone input connections.
