Thomas Betts -17210-3-BD Ring Terminal 8 Awg 10 Stud

Product Description

The THOMAS BETTS -17210-3-BD is a ring terminal designed for 8 AWG wire with a No. 10 stud size. Ring terminals provide a secure, low-resistance connection point at a screw or stud fastener, making them a standard component in control panel wiring, equipment grounding circuits, and low-voltage harness assemblies. This terminal is suited for use in HVAC control enclosures, electrical distribution boards, and any application where a reliable, permanent wire-to-stud connection is required. Electricians and HVAC technicians rely on properly rated ring terminals to meet NEC installation requirements and ensure connection integrity over the service life of the equipment.

This ring terminal is appropriate for residential and light commercial electrical and HVAC applications where 8 AWG conductors terminate at a No. 10 screw or stud. Typical installation scenarios include grounding lugs, motor control panels, transformer secondary connections, and field wiring terminations inside air handling units or electrical enclosures. It is sold individually per package with a minimum order quantity of 10 units.

Key Features

• Rated for 8 AWG wire, matching standard branch circuit and equipment grounding conductor sizes
• No. 10 stud size fits common panel and equipment mounting points
• Ring-style barrel provides a captive connection that stays secured even under vibration
• Compact form factor suited for tight control enclosures and terminal blocks
• Packaged individually with a minimum order quantity of 10 units for job-lot use

Compatibility

Designed as a standard-style ring terminal for 8 AWG conductors terminating at a No. 10 stud, suitable for use in electrical panels, HVAC control enclosures, and motor wiring applications where that wire and stud combination is specified.

Installation Notes

Ring terminals are installed by licensed electricians or qualified HVAC technicians in accordance with NEC guidelines for conductor terminations. Always de-energize the circuit and verify zero voltage with a meter before crimping or fastening the terminal. Use a calibrated ratchet crimping tool sized for the terminal barrel to ensure a gas-tight crimp. Do not over-torque the stud fastener, as this can deform the ring and compromise contact.