Ortronics KSSMB2 Keystone Surface Mount Box 2 Port

Product Description

The ORTRONICS KSSMB2 is a 2-port keystone surface mount box designed to terminate and protect keystone-style jacks in low-voltage structured cabling installations. This surface mount box accepts standard keystone inserts and provides a clean, finished appearance where wall-plate installation is not practical. It is used in voice, data, and video distribution applications and is typically installed by low-voltage cabling technicians or electricians performing structured wiring work. The compact housing mounts directly to a wall, baseboard, or surface raceway, making it a practical solution for retrofit installations and hard-to-reach locations.

The KSSMB2 is suited for residential and light commercial structured cabling applications where keystone jacks need to be surface-mounted rather than recessed into a wall. Common use cases include workstation drops, patch locations, and multimedia outlets in offices, classrooms, and data closets. It accommodates two keystone inserts, allowing combinations of Ethernet, coax, audio, or other keystone-format connectors within a single housing.

Key Features

• Accepts 2 standard keystone-style inserts for flexible jack configurations
• Surface-mount design eliminates need for in-wall box or mud ring
• Compatible with voice, data, and video keystone modules
• Clean finished housing suitable for visible, customer-facing installations
• Compact footprint fits wall surfaces, baseboards, and surface raceways

Compatibility

Designed as an OEM-style surface mount enclosure compatible with standard keystone-format jacks used in structured cabling systems.

Installation Notes

Installation is typically performed by low-voltage cabling technicians in accordance with TIA-568 structured cabling standards. Power down or de-energize any active network ports before inserting or removing keystone jacks. Mount the box securely to a flat surface using appropriate fasteners for the substrate. Do not overtighten mounting screws, as excessive force may crack the housing.