Axia 2001-00578-000 Quasar BL-4CH Blank Module

Blank Module for Maintaining Quasar Console Layouts

The Axia 2001-00578-000 Quasar BL-4CH Blank Module is a 1U filler panel designed to occupy unused space on Axia Quasar digital mixing consoles. Spanning the width of four fader channels, this module allows broadcasters and system integrators to maintain a clean, complete console surface when fewer active modules are installed.

Purpose Built for Axia Quasar Digital Consoles

This blank module is engineered specifically for compatibility with the Axia Quasar family of broadcast mixing consoles. It fits seamlessly into the console frame, matching the dimensions and finish of active Quasar modules to preserve a uniform and professional appearance across the control surface.

Clean Appearance for Professional Broadcast Environments

Unused console slots can detract from the look of an on-air studio and expose internal areas to dust and debris. The BL-4CH blank module solves this by covering open spaces, helping studios maintain a polished, finished console layout that meets professional broadcast standards.

Supports Flexible Console Configuration and Expansion

The four-fader-wide format makes this blank module ideal for facilities planning future console expansion. Engineers can install the blank module now and later replace it with active fader or control modules as workflow needs grow, without redesigning the console or furniture layout.

Simple Installation with Precise Fit

Designed for straightforward installation, the BL-4CH module mounts directly into the Quasar console frame without modification. Its precise sizing ensures proper alignment with adjacent modules, maintaining consistent spacing and tactile continuity across the console surface.

Reliable Construction for Long-Term Use

Built to the same durability standards as other Axia Quasar components, this blank module is suitable for continuous use in high-traffic broadcast studios. It provides long-term protection for unused console openings while preserving the integrity of the control surface.