Hubbell Premise Wiring HCL6P01 Cat6 Low Od Patch Cord

Product Description

The HUBBELL PREMISE WIRING HCL6P01 is a Category 6 low outside-diameter patch cord from the Nextspeed line, designed for structured cabling installations in commercial and residential environments. Its slim profile allows higher-density port use in patch panels and switches where standard-diameter cords create congestion. Cat6 construction supports Gigabit Ethernet and delivers the bandwidth headroom required for demanding data and voice networks. Licensed electricians and low-voltage cabling technicians are the primary installers for this type of patch cord.

This patch cord is suited for horizontal and equipment-room cabling runs in commercial office buildouts, data centers, server rooms, and campus network infrastructure. The low OD design is especially useful in high-density patch panel environments where airflow and cable management are critical. It serves as a direct interconnect between network switches, patch panels, routers, and end-user devices on Cat6-rated structured cabling systems.

Key Features

• Category 6 rated construction for Gigabit Ethernet performance
• Low outside-diameter jacket reduces cable bulk in high-density installations
• Part of the Nextspeed patch cord product line
• Sold individually as a single unit
• Designed for structured cabling in commercial and residential network environments

Compatibility

Designed as an OEM-style replacement and standard-fit patch cord for Cat6 and Cat6E structured cabling systems and patch panels.

Installation Notes

This patch cord is installed by low-voltage cabling technicians or licensed electricians performing structured cabling work under TIA-568 standards. No power shutdown is required for patch cord replacement, but active network ports should be logically decommissioned before disconnecting live connections to avoid network disruption. Avoid sharp bends below the minimum bend radius of Cat6 cable and do not cinch cable ties so tightly that the jacket deforms, as both conditions degrade signal performance.