Leviton Telcom 16D33-TUB Female Detachable Plug

Product Description

The LEVITON TELCOM 16D33-TUB is a female detachable plug designed for secure, field-serviceable wiring terminations. It features two set screws for positive conductor retention, making it suitable for low-voltage wiring applications where a detachable, re-enterable connection is required. This type of plug is commonly installed by electricians and low-voltage technicians working on telecom, data, or audio-visual wiring systems where periodic disconnection and reconnection of wiring harnesses is anticipated. Sold individually, it is a hardware accessory intended for professional installation.

This plug is applicable in residential and light commercial settings where low-voltage wiring terminations must be accessible for maintenance or reconfiguration. Typical installation scenarios include telecommunications panels, structured wiring enclosures, and audio-visual equipment racks. The two-set-screw design allows the installer to secure bare conductor ends without soldering, streamlining field assembly and reducing installation time in both new construction and retrofit applications.

Key Features

• Female detachable plug design allows for serviceable, re-enterable wiring connections
• Two set screws provide firm mechanical retention of conductor ends
• Sold as a single unit for precise quantity ordering
• Hardware accessory category suitable for telecom and low-voltage wiring applications
• Field-assembly friendly — no soldering required

Compatibility

Designed as an OEM-style hardware accessory for low-voltage telecom and structured wiring applications requiring a female detachable plug with set-screw termination.

Installation Notes

Installation is typically performed by a licensed electrician or certified low-voltage technician. De-energize all circuits at the panel before making or breaking wiring connections. Follow applicable NEC requirements for low-voltage wiring installations. Avoid over-tightening set screws, as excessive torque may damage conductor strands and compromise connection integrity.