Chief - Legrand CMA395 Angled Ceiling Plate 500 Lb

Product Description

The CHIEF - LEGRAND CMA395 is a steel angled ceiling plate designed for overhead display and projector mounting applications. It provides a secure structural interface between a ceiling structure and a compatible mount assembly, supporting loads up to 500 pounds. Built from steel construction, the CMA395 is suited for commercial AV integrators, low-voltage installers, and trade professionals working on ceiling-mounted display systems. The angled design accommodates installations where a flush, perpendicular ceiling attachment is required and a slight angular offset aids in proper screen or projector alignment.

The CMA395 is used in commercial and residential overhead mounting installations, including conference rooms, auditoriums, classrooms, and large-format display environments. It serves as a foundational ceiling attachment component in multi-piece mount assemblies. Installers typically pair this plate with a compatible extension column or mount head to complete the overhead rigging system.

Key Features

• Steel construction for rigid, long-term overhead support
• 500 lb weight capacity suitable for heavy commercial display and projector loads
• Angled ceiling plate geometry accommodates proper display or projector aim adjustment
• Sold individually as a single unit for precise quantity ordering
• Designed for use within commercial ceiling mount system assemblies

Compatibility

Designed as an OEM-style ceiling mount component for use in commercial overhead display and projector mounting assemblies requiring an angled ceiling plate attachment point.

Installation Notes

Installation should be performed by a qualified AV integrator or low-voltage contractor familiar with structural ceiling attachment requirements. Verify that the ceiling substrate — whether concrete, steel beam, or wood — is capable of supporting the full rated load before fastening. De-energize any electrical systems in the work area prior to overhead work. All fastener selections and structural calculations should comply with applicable local building codes and manufacturer assembly guidelines.