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Different Types of Network Face Plate Wall Faceplate Single Port Dual Port Four Port

Different Types of Network Face Plate Wall Faceplate Single Port Dual Port Four Port

Different Types of Network Face Plate Wall Faceplate Single Port Dual Port Four Port

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Different Types of Network Face Plate Wall Faceplate Single Port Dual Port Four Port


Faceplate Specification


A faceplate (or wall plate) is the finishing cover installed over an electrical or data outlet box, providing a safe, aesthetic, and organized termination point for cables. It holds the connecting modules (keystone jacks) in place.


  • Material: Typically injection-molded from durable, flame-retardant thermoplastic (PVC, ABS) or, for higher-end applications, metal (steel, aluminum).


  • Configuration: Defined by the number of ports (openings). Common configurations are single-gang (1-6 ports) and double-gang (up to 12 ports).

  • Port Type: Openings are designed to accept specific keystone jacks. The most common is the universal keystone opening (14.5mm x 16mm), compatible with a vast ecosystem of snap-in modules for Ethernet, coaxial, phone, HDMI, etc.

  • Mounting Standard: Conforms to industry standards for mounting to a standard single-gang (US: 1-gang) or double-gang (US: 2-gang) electrical box.

  • Finishing:
  • Color: Most commonly white, ivory, or almond, with a wide range of colors (black, gray, brown) to match décor.

  • Style: Available in standard flat designs or designer styles (screwless, snap-on, or slim profiles).


Advantage


  • Safety & Protection: Covers live electrical or data terminals, preventing accidental contact and containing any potential spark or heat within the wall box.


  • Professional Finish & Aesthetics: Provides a clean, finished look to wall outlets, hiding the rough-in box and internal wiring. Screwless and designer plates offer a particularly sleek appearance.


  • Organization & Modularity: Allows for a highly organized and customized termination point. The keystone system lets you mix and match different port types (Ethernet, video, audio) in a single plate to suit exact needs.


  • Easy Access & Maintenance: Allows for easy access to ports for connecting/disconnecting devices and simplifies future upgrades or reconfigurations by swapping out keystone jacks.

  • Cable Strain Relief: When installed correctly, helps secure and protect the cable terminations from excessive pulling or bending at the outlet.


Application


  • Structured Cabling in Offices & Buildings: The standard endpoint for network (RJ45), telephone (RJ11/12), and audiovisual cabling in workstations, conference rooms, and common areas.


  • Residential Networking & Smart Homes: Used to terminate Ethernet, coaxial (TV), speaker, and other low-voltage cables for internet, entertainment, and home automation systems throughout a house.

  • Data Centers & Server Rooms: Used in overhead or underfloor cable management systems to provide organized patch points, though patch panels are more common for high-density areas.


  • Educational & Healthcare Facilities: Provides safe, organized network and AV access points in classrooms, patient rooms, and labs.


  • Retail & Hospitality: Used at point-of-sale stations, back offices, and hotel rooms for data, phone, and guest internet connectivity.


Note: The specific performance (e.g., Cat6, Cat6A) of a data connection is determined by the keystone jack and cable installed behind the faceplate, not the faceplate itself. The faceplate is a mechanical housing.



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Product Detail


Different Types of Network Face Plate Wall Faceplate Single Port Dual Port Four Port


Faceplate Specification


A faceplate (or wall plate) is the finishing cover installed over an electrical or data outlet box, providing a safe, aesthetic, and organized termination point for cables. It holds the connecting modules (keystone jacks) in place.


  • Material: Typically injection-molded from durable, flame-retardant thermoplastic (PVC, ABS) or, for higher-end applications, metal (steel, aluminum).


  • Configuration: Defined by the number of ports (openings). Common configurations are single-gang (1-6 ports) and double-gang (up to 12 ports).

  • Port Type: Openings are designed to accept specific keystone jacks. The most common is the universal keystone opening (14.5mm x 16mm), compatible with a vast ecosystem of snap-in modules for Ethernet, coaxial, phone, HDMI, etc.

  • Mounting Standard: Conforms to industry standards for mounting to a standard single-gang (US: 1-gang) or double-gang (US: 2-gang) electrical box.

  • Finishing:
  • Color: Most commonly white, ivory, or almond, with a wide range of colors (black, gray, brown) to match décor.

  • Style: Available in standard flat designs or designer styles (screwless, snap-on, or slim profiles).


Advantage


  • Safety & Protection: Covers live electrical or data terminals, preventing accidental contact and containing any potential spark or heat within the wall box.


  • Professional Finish & Aesthetics: Provides a clean, finished look to wall outlets, hiding the rough-in box and internal wiring. Screwless and designer plates offer a particularly sleek appearance.


  • Organization & Modularity: Allows for a highly organized and customized termination point. The keystone system lets you mix and match different port types (Ethernet, video, audio) in a single plate to suit exact needs.


  • Easy Access & Maintenance: Allows for easy access to ports for connecting/disconnecting devices and simplifies future upgrades or reconfigurations by swapping out keystone jacks.

  • Cable Strain Relief: When installed correctly, helps secure and protect the cable terminations from excessive pulling or bending at the outlet.


Application


  • Structured Cabling in Offices & Buildings: The standard endpoint for network (RJ45), telephone (RJ11/12), and audiovisual cabling in workstations, conference rooms, and common areas.


  • Residential Networking & Smart Homes: Used to terminate Ethernet, coaxial (TV), speaker, and other low-voltage cables for internet, entertainment, and home automation systems throughout a house.

  • Data Centers & Server Rooms: Used in overhead or underfloor cable management systems to provide organized patch points, though patch panels are more common for high-density areas.


  • Educational & Healthcare Facilities: Provides safe, organized network and AV access points in classrooms, patient rooms, and labs.


  • Retail & Hospitality: Used at point-of-sale stations, back offices, and hotel rooms for data, phone, and guest internet connectivity.


Note: The specific performance (e.g., Cat6, Cat6A) of a data connection is determined by the keystone jack and cable installed behind the faceplate, not the faceplate itself. The faceplate is a mechanical housing.



Different Types of Network Face Plate Wall Faceplate Single Port Dual Port Four Port
Different Types of Network Face Plate Wall Faceplate Single Port Dual Port Four Port
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