SIEMON Single (1 port) FACEPLATE

Product Description

The Siemon Single (1-Port) Faceplate is a structured cabling component designed to provide a clean, secure, and professional termination point for a single network connection. It is commonly used in offices, homes, and commercial installations where one network outlet is required per location.

Purpose

• To serve as a wall outlet for a single CAT5e/CAT6 network connection.

• To provide easy access to Ethernet cables for computers, IP phones, Wi-Fi access points, and other network devices.

• To maintain organized and reliable network connections while supporting high-speed data transmission.

Features

1. Single Port:

   • Accommodates one keystone module, allowing one network connection per faceplate.

   • Suitable for locations where only a single device needs a wired network connection.

2. Category Compatibility:

   • Compatible with CAT5e or CAT6 keystone modules, supporting Gigabit Ethernet.

   • Maintains signal integrity and performance for high-speed network applications.

3. Modular Design:

   • Works with keystone-style Siemon modules such as MX6-02.

   • Modules can be installed, replaced, or upgraded without removing the faceplate.

4. Durable Construction:

   • Made from high-quality, impact-resistant plastic.

   • Low-profile design ensures a professional appearance on walls.

5. Standard Mounting:

   • Fits single-gang electrical boxes or standard wall cutouts.

   • Screw-mounted for a secure installation.

Applications

• Office desks or cubicles needing a single network connection.

• Home offices or residences for computers or smart devices.

• Classrooms, commercial spaces, and data centers with structured cabling installations.

• Any location requiring one high-performance network outlet.

Summary: The Siemon Single (1-Port) Faceplate is a reliable, durable, and modular solution for terminating a single network cable. It ensures professional installation, organized cabling, and consistent network performance for Ethernet-based devices.