Ortronics 40300548 TracJack Single Gang Plastic Faceplate, 2-Port, White

Ideal for consolidating low-voltage connections in commercial IT and security environments, the Ortronics by Legrand TracJack single-gang faceplate provides a tidy, reliable termination point for networking, security and surveillance cabling. This 2-port faceplate accepts snap-in TracJacks for fast front-load installation and module swaps, reducing install time in monitoring rooms and network closets. Constructed from high-impact thermoplastic with a textured white finish, the low-profile 0.3" depth minimizes wall cavity intrusion while maintaining a professional appearance.

Designed for structured cabling, the TracJack faceplate includes recessed label fields for clear circuit identification and oval mounting holes for simplified alignment. Its durable material stands up to frequent maintenance in security and monitoring applications, and the standardized 2-socket layout makes it easy to deploy across multiple rooms or racks. Whether you're installing IP cameras, access control, or data drops, this Ortronics faceplate helps keep outlets consistent and serviceable.

Specify the TracJack 40300548 for efficient, clean installations in surveillance, monitoring and networking projects — add to your order or contact sales to standardize your cabling infrastructure.

• Streamlines low-voltage connectivity for security, surveillance and IT devices by accommodating two snap-in TracJacks in a single-gang opening
• Low-profile 0.3" depth and 2-port layout reduce bulk behind wall plates for cleaner monitoring and networking installations
• Durable high-impact thermoplastic construction resists wear and provides a professional, textured white finish suitable for commercial spaces
• Front-load, snap-in TracJack design speeds installation and module changes without requiring panel removal
• Recessed label fields and oval mounting holes simplify identification and secure mounting in structured cabling deployments
• Compatible with standard TracJack modules to standardize outlets across security, surveillance, and data networks