Avk AA481-616N Thread Adapter Kit 3/8-16 3 Piece

Product Description

The AVK AA481-616N is a 3-piece thread adapter kit designed for use with manual insert tools. It provides the hardware interface needed to drive 3/8-16 threaded inserts into workpieces using a manual installation tool. The kit is sold as a component set and must be paired with either the AA480N or AA510N handle assembly to form a complete working system. Installation professionals working with threaded inserts in metal, plastic, or composite materials will find this adapter kit delivers the correct thread engagement for consistent, repeatable installs.

This adapter kit is suited for applications where 3/8-16 threaded inserts need to be installed by hand using the AVK manual insert tool platform. It is compatible with the AA480 manual insert tool body and is typically used in light industrial assembly, maintenance, and repair environments where power tooling is not required or practical. The compact dimensions make it easy to store and transport as part of a field kit.

Key Features

• 3/8-16 thread size for standard fastener compatibility
• 3-piece kit provides all adapter components for the manual insert tooling system
• Designed for use with the AVK AA480 manual insert tool
• Requires AA480N or AA510N handle to complete the full installation system
• Compact profile at 0.5 inches wide and 3.7 inches in height for easy handling
• Lightweight at 0.25 pounds for field and bench use

Compatibility

Designed for use with the AVK AA480 manual insert tool. Requires purchase of AA480N or AA510N to make a complete operational system. Not a standalone installation tool.

Installation Notes

This adapter kit should be installed into the correct AVK manual insert tool body before use. Verify that the mating handle assembly (AA480N or AA510N) is fully assembled and secure before driving inserts. Do not use this adapter with power tooling unless the full system is rated for that application. Follow the insert manufacturer guidelines for proper seating depth and torque method.