Ortronics 404HDJ1 Surface Mount Box 1 Port Fog White

Product Description

The ORTRONICS 404HDJ1 is a single-port surface mount box designed for low-voltage structured cabling installations. This wall box provides a clean, finished termination point for data, voice, or AV jacks in locations where in-wall wiring is not practical or permitted. Sold as an individual unit, the 404HDJ1 is finished in a fog white color to blend with standard interior wall surfaces. It is a common solution for retrofit cabling runs, open office environments, and anywhere a flush-mounted outlet box cannot be used. Licensed low-voltage installers and network cabling technicians are the primary trade installing this type of enclosure.

The 404HDJ1 surface mount box is suited for residential and light commercial structured cabling projects. Typical applications include workstation drops, conference room data outlets, and hospitality or classroom retrofits where surface raceway or exposed conduit feeds a single jack location. The box accepts a single HDJ-series keystone or modular insert compatible with the ORTRONICS HDJ connector system.

Key Features

• Single-port configuration for one jack or insert
• Fog white finish for a clean, neutral appearance on standard interior walls
• Surface mount design eliminates the need for in-wall rough-in
• Compatible with HDJ-series connector and insert system
• Sold individually, one unit per package

Compatibility

Designed as an OEM-style component for use with the ORTRONICS HDJ connector series in single-port surface mount structured cabling applications.

Installation Notes

Installation of low-voltage surface mount boxes should be performed by a licensed low-voltage or communications cabling technician in accordance with applicable local codes and TIA-568 cabling standards. De-energize any nearby circuits before working in the area and confirm the surface is structurally sound before fastening. Do not over-tighten mounting screws, as this can crack the housing. Verify jack insert compatibility before completing the termination.