Ortronics 403SHDJ14 4 Hole Flush Ss Single Gang Faceplate

Product Description

The ORTRONICS 403SHDJ14 is a single-gang, flush-mount faceplate designed for structured cabling and low-voltage outlet applications. Constructed from stainless steel, it provides a durable, professional finish suited for wall-plate installations in commercial and institutional environments. The four-hole configuration accommodates multiple HDJ-style keystone or snap-in connectors, making it a practical choice for consolidating voice, data, or multimedia connections at a single outlet location. Installation is straightforward and fits standard single-gang wall boxes.

This faceplate is used in commercial offices, schools, healthcare facilities, and other structured wiring environments where a clean, flush-mounted outlet appearance is required. The stainless steel construction suits high-traffic areas where durability and aesthetics both matter. Network technicians and low-voltage cabling contractors typically specify this plate when building out data or voice outlet locations with HDJ-compatible inserts.

Key Features

• Four-hole layout supports up to four HDJ-style connectors or keystone inserts per plate
• Flush-mount profile for a clean, finished wall appearance
• Stainless steel construction for durability in high-use environments
• Single-gang form factor fits standard single-gang electrical boxes
• Sold individually (each)

Compatibility

Designed as an OEM-style replacement or new-installation faceplate compatible with HDJ-series single-gang flush wall-plate applications and standard single-gang back boxes.

Installation Notes

Installation is performed by licensed low-voltage cabling technicians or electricians in accordance with NEC Article 800 and applicable local codes. Power down or de-energize any adjacent circuits before working inside wall cavities or boxes. Snap or screw HDJ-compatible inserts into the plate openings before securing the faceplate to the back box. Do not overtighten mounting screws, as stainless steel faceplates can crack or deform if excessive force is applied.