Occ msdet000d00v0 Distribution Box 10 Inches

Product Description

The OCC msdet000d00v0 is a 10-inch distribution box with a hinged cover and bracket, designed for structured wiring and home solutions enclosure systems. It serves as a central cross-connect point for low-voltage distribution, organizing signal, data, or media feeds within a residential enclosure installation. The hinged cover provides easy access for termination and service work. This unit is typically installed by low-voltage technicians, electricians, or systems integrators during new construction or retrofit projects.

The msdet000d00v0 is suited for residential structured wiring applications where a modular, organized distribution point is required. It fits within home solutions enclosure systems and functions as a cross-center bracket module, allowing cables and connections to be routed and managed in a centralized location. Its 10-inch form factor accommodates standard enclosure configurations commonly found in single-family residential installations.

Key Features

• 10-inch form factor sized for standard home solutions enclosure mounting
• Hinged cover design allows fast access during installation and service calls
• Integrated bracket supports cross-center distribution configurations
• Modular construction compatible with structured wiring enclosure systems
• Centralized termination point simplifies low-voltage cable management

Compatibility

Designed as an OEM-style replacement or expansion module for residential home solutions structured wiring enclosures requiring a 10-inch distribution box cross-center configuration.

Installation Notes

Installation is typically performed by a licensed low-voltage technician or electrician in accordance with NEC Article 800 and applicable local codes. De-energize all connected circuits before terminating or servicing any wiring within the enclosure. Ensure the enclosure is properly secured to the wall structure before mounting the distribution box module. Do not over-bundle cables inside the enclosure, as this can restrict heat dissipation and impede future service access.