Panduit PV6-10R-X Ring Terminal Large Wire

Product Description

The PANDUIT PV6-10R-X is a large wire ring terminal designed for secure, low-resistance electrical connections in professional wiring applications. This vinyl-insulated terminal provides a reliable crimp-to-wire interface, keeping conductors mechanically locked and electrically continuous at the connection point. It is sold individually and is suited for electricians and panel wiring technicians who require consistent, code-acceptable terminations on large gauge conductors. The vinyl insulation sleeve protects the barrel and reduces the risk of incidental contact with adjacent conductors or metalwork.

This ring terminal is used in commercial and industrial electrical installations where large wire gauge terminations are required at lug points, bus bars, grounding studs, or equipment terminals. It is appropriate for panel builds, motor control centers, and other applications where a bolted ring connection is the specified termination method. Installation is performed by licensed electricians following NEC guidelines for the applicable wire gauge and circuit type.

Key Features

• Vinyl insulation sleeve for protection at the barrel and wire entry point
• Ring-style tongue for bolted stud terminations at lugs, bus bars, and grounding points
• Designed for large wire gauge conductors
• Crimp-style installation for a secure mechanical and electrical connection
• Sold individually for flexible quantity purchasing

Compatibility

Designed as an OEM-style ring terminal for large wire gauge conductors requiring a bolted ring termination in commercial and industrial electrical wiring applications.

Installation Notes

Installation should be performed by a qualified electrician in accordance with NEC requirements for the circuit voltage and conductor size. De-energize and lockout the circuit before terminating any conductors. Use a calibrated crimping tool rated for the terminal barrel size to ensure a proper crimp. Do not solder over a crimped vinyl-insulated terminal, as heat can degrade the insulation sleeve.