nVent Caddy Single Gang Metal Low Voltage Bracket

The nVent CADDY Single Gang Metal Low Voltage Bracket is a durable mounting solution designed to simplify the installation of low-voltage devices in residential, commercial, and institutional environments. Built for electricians, low-voltage contractors, telecom technicians, AV integrators, and security installers, this single gang bracket provides secure support for communication, networking, audio/video, and control system devices without requiring a traditional electrical box.

Constructed from rugged metal for long-lasting durability, the nVent CADDY Low Voltage Bracket helps create clean, professional low-voltage installations while supporting organized cable routing and easy device access. Its open-back design allows unrestricted cable management, making it ideal for keystone jacks, multimedia wall plates, speakers, access control systems, and network outlets.

Designed for quick and efficient installation in drywall applications, this bracket reduces installation time while maintaining proper wall plate alignment and device stability. Whether used in structured cabling systems, home theater installations, telecom infrastructure, or security system deployments, the nVent CADDY Single Gang Metal Low Voltage Bracket delivers dependable performance trusted by industry professionals.

Key Features

• Single gang bracket for low-voltage device installations
• Durable metal construction for reliable device support
• Eliminates the need for traditional electrical boxes in low-voltage applications
• Open-back design supports easy cable routing and accessibility
• Fast installation for residential and commercial environments
• Compatible with networking, AV, telecom, and security wall plates
• Ideal for retrofit and new construction projects

Simplify low-voltage installations with the nVent CADDY Single Gang Metal Low Voltage Bracket, designed to provide dependable support, efficient installation, and professional results for communication and multimedia infrastructure applications.