Atlasied A-XLR-US Atmosphere Remote Xlr Input Module

Product Description

The ATLASIED A-XLR-US is a remote XLR input module designed for use with the Atmosphere series of audio signal processors and zone amplifiers. It provides a balanced XLR input connection point that can be located away from the main processor unit, giving installers flexible source routing options in distributed audio systems. This module is a professional-grade accessory intended for installation by licensed audio-visual integrators and commercial sound system technicians working in multi-zone audio environments.

The A-XLR-US is suited for commercial and light-institutional audio installations where a remote balanced input is needed at a secondary location such as a podium, stage, or input panel. It integrates directly into the Atmosphere system architecture, allowing an XLR source to be connected at a distance from the main rack-mounted processor without signal degradation from unbalanced workarounds. Typical applications include houses of worship, conference rooms, restaurants, and retail spaces.

Key Features

• Balanced XLR input interface for low-noise, long-run signal connections
• Designed as a remote input accessory for the Atmosphere audio signal processor platform
• Enables flexible source placement away from the main processor chassis
• Sold as a single unit, suitable for individual zone or input expansion
• Professional-grade construction appropriate for permanent commercial installation

Compatibility

Designed for use with the ATLASIED Atmosphere series audio signal processors. Confirm compatibility with specific Atmosphere model variants before ordering.

Installation Notes

Installation should be performed by a qualified audio-visual technician or licensed low-voltage contractor familiar with balanced audio wiring practices. Power down the Atmosphere processor before connecting or disconnecting the remote input module. Follow local low-voltage wiring codes and manufacturer wiring guidelines when routing the XLR cable between the remote module and the processor.