Hubbell Premise Wiring FPBKR6FC1M Fiber Optic Pigtail Bundle

Product Description

The HUBBELL PREMISE WIRING FPBKR6FC1M is a 6-fiber multimode fiber optic pigtail bundle with FC connectors. Pigtail bundles are pre-terminated on one end with factory-polished connectors, leaving the opposite end bare for field splicing into a fiber optic distribution system. This configuration eliminates the need for field termination of the connectors themselves, reducing installation time and improving end-face quality. The FPBKR6FC1M is designed for structured cabling environments where low insertion loss and repeatable connector performance are required. It is installed by licensed low-voltage technicians and network cabling professionals in data center, commercial, and campus fiber distribution applications.

This pigtail bundle is suited for use in fiber optic patch panels, splice trays, and distribution frames that accept FC-style connectors. The 6-fiber count makes it appropriate for small to mid-size termination points within a multimode fiber backbone. Typical installations include equipment rooms, telecommunications closets, and main distribution areas where technicians splice the bare fiber ends into a fusion splice enclosure and route the FC connectors into a patch panel front.

Key Features

• Factory-terminated FC connectors on one end for consistent, low-loss connections
• 6-fiber bundle count suitable for small to mid-size termination applications
• Multimode fiber compatible with common 850 nm and 1300 nm transmission equipment
• Bare fiber ends designed for field fusion or mechanical splicing
• Sold individually as a complete bundle unit

Compatibility

Designed as an OEM-style fiber optic pigtail for use in FC-compatible multimode fiber optic patch panels, splice enclosures, and distribution frames in structured cabling systems.

Installation Notes

Installation should be performed by qualified low-voltage or fiber optic cabling technicians familiar with ANSI/TIA-568 structured cabling standards. Before splicing, ensure all active optical equipment on the fiber run is powered down. Bare fiber ends require proper cleaving before fusion or mechanical splicing, and all splices should be protected in an approved splice tray or enclosure. Avoid sharp bend radii that exceed the cable minimum bend radius, as this can degrade optical performance.