Jbl Commercial MTC-CBT-FM2-WH Flush Mount Wall Bracket

Product Description

The JBL COMMERCIAL MTC-CBT-FM2-WH is a flush-mount wall bracket designed to support CBT series column speakers in fixed installation environments. The bracket positions speakers tight against the wall surface for a low-profile, architectural look that suits venues where sight lines and aesthetics matter. Installation is handled by a licensed AV integrator or commercial audio contractor as part of a larger speaker mounting system. The bracket ships as a single unit and is finished in white to match JBL CBT series enclosures.

This bracket is suited for commercial and institutional audio installations including houses of worship, conference rooms, lobbies, retail spaces, and educational facilities. It is used wherever a CBT series column speaker requires a secure, flush wall-mount position. The bracket eliminates the need for custom fabrication and provides a factory-engineered mounting solution for the CBT speaker line.

Key Features

• Flush-mount design keeps the speaker close to the wall for a clean, low-profile appearance
• Engineered specifically for JBL CBT series column speakers
• White finish coordinates with JBL CBT speaker enclosures
• Sold as a single bracket unit for flexible quantity ordering
• Factory-designed mounting solution eliminates field fabrication

Compatibility

Designed for use with JBL CBT series column speakers requiring a flush wall-mount installation. Consult the JBL MTC-CBT flush-mount bracket installation guide to confirm fitment with specific CBT models before ordering.

Installation Notes

Installation should be performed by a qualified AV integrator or commercial audio contractor familiar with speaker rigging and wall-mount hardware. Confirm that the mounting surface and fasteners are rated to support the combined weight of the bracket and speaker. Power down any connected amplification before handling speaker wiring. Follow local building codes and the manufacturer installation guide for proper hardware selection and anchor placement.