D-Link NFP-0WHI11 Single Faceplate with Shutter and ID Plate

D-Link NFP-0WHI11 Faceplate

The D-Link NFP-0WHI11 Faceplate serves as a high-quality termination point for horizontal cabling in structured network environments. This single-port square wall plate accommodates standard keystone jacks for Ethernet connectivity. It features a spring-loaded shutter mechanism to protect internal contact pins from dust and moisture when the port is not in use. Additionally, the housing includes a dedicated identification area for administrative labeling. This architecture ensures organized cable management and long-term signal integrity. Consequently, it remains a standard choice for enterprise office deployments and data center peripheral connections.

Key Features

• High-Impact ABS Construction
  The frame utilizes flame-retardant thermoplastic to ensure durability and resistance to yellowing over time.

• Integrated Protection Mechanism

  • Spring-loaded shutter prevents environmental contaminant ingress.
  • Internal design protects the keystone jack latching mechanism.

• Administrative Labeling System
  A clear plastic cover protects the removable ID strip for professional port numbering.

• Standardized Mounting
  The 86mm x 86mm dimensions comply with standard UK-style electrical back boxes.

Specifications

What’s in the Box

• 1 x NFP-0WHI11 Single Faceplate
• 2 x Mounting Screws
• 1 x Identification Strip

Why Choose This Faceplate

• The shutter mechanism significantly reduces oxidation on keystone jack contacts. Therefore, it maintains low insertion loss over the lifetime of the installation.
• The modular design supports Cat5e, Cat6, and Cat6a keystone jacks from various manufacturers. Consequently, it offers maximum flexibility during network upgrades.
• Installation is straightforward due to the standard screw spacing. However, the robust plastic tabs ensure the faceplate remains flush against the wall surface.
• The clear ID window simplifies troubleshooting for network engineers. Therefore, technicians can identify specific nodes without consulting complex floor plans.