Linear LED Driver Enclosure -16" We need a simple drawing for The 16" linear form factor supports organized driver layouts and streamlined wire management while integrating with suspended, surface-mounted, and remote driver architectures. A perimeter-fastened removable cover ensures secure enclosure protection, and integrated mounting flanges provide stable attachment to ceilings, walls, and structural surfaces. Constructed from rugged diecast aluminum with a textured black polyester powder coat finish, the enclosure maintains a durable satin black appearance through machining, installation, and long-term field exposure. As part of a standardized LED driver system, this enclosure reduces field variability, improves installation efficiency, and delivers clean system-level integration across lighting, signage, and low-voltage electrical infrastructure. Specification Details Designer’s Note Verify compatibility and structural clearances prior to installation. Specifications Product Type LED Driver Enclosure Form Factor 16" Linear Housing Material Diecast Aluminum Finish Textured Black Polyester Powder Coat Construction Removable Cover with Perimeter Fastening Mounting Interface Integrated Mounting Flanges Installation Compatibility Ceiling, Wall, and Structural Surface Mounting Driver Architecture Supports Integrated, Suspended, and Remote Drivers Wire Management Internal Layout Optimized for Organized Routing Application Lighting, Signage, and Low-Voltage Electrical Systems System Role Standardized LED Driver Housing Platform Installation Benefit Reduced Field Variability and Simplified Installation Design Benefit Clean Mechanical and Electrical System Integration Mechanical Performance Engineered diecast aluminum enclosure providing structural rigidity, secure component containment, and stable multi-orientation mounting performance within lighting system assemblies. Thermal Performance Aluminum housing enables passive heat dissipation and thermal spreading from internal driver components, supporting stable operating conditions without active cooling systems.
