Hubbell Premise Wiring HXJUGN 6-position Usoc Modular Jack

Product Description

The HUBBELL PREMISE WIRING HXJUGN is a 6-position USOC modular jack designed for structured wiring and low-voltage communications installations. This insert-style connector provides a clean, reliable termination point for voice and data cabling in wall plates, surface-mount boxes, and patch panels. The green color coding aids in port identification and cable management in multi-port installations. Electricians and low-voltage technicians install this jack as part of structured cabling systems in both residential and light commercial environments.

This modular jack is suited for voice-grade and data communications wiring applications where a 6-position USOC format is specified. Typical install scenarios include telephone outlet installations, multi-line voice systems, and low-voltage wiring rough-ins. The green finish makes it a practical choice for color-coded port labeling schemes on patch panels and structured wiring enclosures. It is sold as a single unit and is compatible with standard modular insert and wall plate configurations used in premises wiring.

Key Features

• 6-position USOC configuration for voice and data terminations
• Green color body for visual port identification and cable management
• Insert-style form factor compatible with standard wall plates and patch panels
• Sold as a single unit for precise quantity ordering

Compatibility

Designed as an OEM-style modular insert for use in standard low-voltage wall plates, surface-mount housings, and patch panel frames that accept snap-in modular jack inserts.

Installation Notes

Installation should be performed by a licensed electrician or qualified low-voltage technician in accordance with applicable NEC low-voltage wiring guidelines. De-energize any connected circuits before terminating or replacing jacks. Use the appropriate punch-down or termination tool specified for the connector type to ensure a secure, reliable connection. Avoid over-bending cable at the termination point to maintain signal integrity.