Thomas Betts WT115A Crimping Pliers 22-10 Awg

Product Description

The THOMAS BETTS WT115A is a crimping pliers tool designed for terminating non-insulated quick-disconnect terminals in the D, E, F, G style range. Built around a rotating die wheel mechanism with a toggle-type tool action, it delivers consistent, repeatable crimps across a wire range of 22 to 10 AWG. The rotating die wheel indexes automatically to match the correct die cavity for each terminal size, reducing setup time and minimizing mis-crimps. This tool is suited for electricians and panel wiring technicians who regularly terminate non-insulated push-on or quick-disconnect connectors in control panels, electrical enclosures, and industrial wiring applications.

The WT115A is used in residential, commercial, and light industrial electrical work where D, E, F, G style non-insulated quick-disconnect terminals are the specified connection method. Typical install scenarios include control panel assembly, HVAC low-voltage wiring terminations, appliance wiring, and general electrical harness work. It handles the full 22 to 10 AWG capacity range without requiring a separate die or tool swap, making it practical for bench technicians and field electricians alike.

Key Features

• Rotating die wheel automatically indexes to the correct cavity for D, E, F, G non-insulated terminal styles
• Toggle-type tool mechanism provides mechanical advantage for clean, full crimps
• Wire capacity covers 22 to 10 AWG in a single tool
• Designed specifically for quick-disconnect non-insulated terminals
• Sold individually as a single-piece unit

Compatibility

Designed for use with D, E, F, G style non-insulated quick-disconnect terminals across the 22 to 10 AWG wire range.

Installation Notes

This tool is used by licensed electricians and control panel technicians. Always de-energize any circuit before terminating conductors. Ensure the correct die cavity is selected for the terminal style and wire gauge being crimped. Inspect each completed crimp for full terminal barrel deformation and secure conductor retention before energizing the circuit.