Hubbell Premise Wiring HPJ24W Patch Panel 24 Port 19 Inch

Product Description

The HUBBELL PREMISE WIRING HPJ24W is an unloaded 24-port patch panel designed for structured cabling installations in CAT6 and CAT6A network infrastructure. Sized at 19 inches for standard rack mounting, this panel ships without keystone jacks installed, allowing the technician to populate it with the specific jack modules required for the job. It is finished in white and sold as a single unit. Data cabling installers and low-voltage technicians use this panel to terminate horizontal runs and organize patch connections in telecommunications rooms and equipment racks.

This patch panel is suited for commercial and residential structured wiring applications where a clean, organized termination point is needed. The unloaded format gives installers flexibility to mix jack types or populate only the ports needed for a given phase of work. It fits standard 19-inch equipment racks and enclosures commonly found in server rooms, IT closets, and MDFs or IDFs. It is appropriate for both new installations and upgrades to existing CAT6 or CAT6A cabling systems.

Key Features

• Unloaded design accepts field-installed keystone jacks for flexible port configuration
• 24-port capacity supports high-density horizontal cable termination
• 19-inch form factor fits standard EIA rack enclosures
• White finish for clean, professional appearance in structured cabling environments
• Compatible with CAT6 and CAT6A keystone jack modules

Compatibility

Designed as an OEM-style unloaded patch panel for use in standard 19-inch rack-mount structured cabling systems supporting CAT6 and CAT6A installations.

Installation Notes

Installation is performed by licensed low-voltage or data cabling technicians in accordance with TIA-568 structured cabling standards. Power down any active equipment in the rack before mounting or terminating cables. Secure the panel to the rack using the appropriate rack screws before inserting keystone jacks or routing cables. Verify jack orientation and cable management before final termination to avoid rework.