Thomas Betts TV10-6LF-XV Locking Fork Terminal 6 Stud

Product Description

The THOMAS BETTS TV10-6LF-XV is a locking fork terminal designed for secure, vibration-resistant electrical connections in trade and industrial wiring applications. The terminal features a crimp connection type with partial vinyl insulation in yellow, making it easy to identify in multi-wire installations. The locking fork design holds the terminal in place on a number 6 stud, reducing the risk of accidental loosening under load or vibration. Electricians and maintenance technicians install this terminal where a standard spade lug would be insufficient due to movement or mechanical stress.

This terminal is suited for residential, commercial, and light industrial electrical work where number 6 stud terminations are required. It is commonly used on panel connections, motor terminals, grounding points, and control wiring. The yellow color coding corresponds to a specific wire gauge range consistent with UL-listed vinyl-insulated fork terminals. This package contains 75 terminals, making it appropriate for both service calls and larger installation projects.

Key Features

• Locking fork design prevents terminal from backing off a number 6 stud
• Crimp connection type for a reliable, gas-tight electrical joint
• Partial vinyl insulation in yellow for quick visual gauge identification
• UL Listed to meet standard electrical installation requirements
• Package quantity of 75 terminals per pack

Compatibility

Designed as an OEM-style replacement or standard-use locking fork terminal for number 6 stud applications in residential and commercial electrical systems.

Installation Notes

Install using a calibrated ratchet crimping tool sized for the vinyl-insulated terminal range to ensure a proper crimp. De-energize and lock out the circuit before terminating or repositioning any wiring. Inspect the crimped connection for insulation damage or barrel deformation before reinstalling covers. Follow applicable NEC requirements for terminal and conductor sizing in the circuit being serviced.