Avk NPT632TAK 6-32 Thread Adapter Kit Pneumatic Insert

Product Description

The AVK NPT632TAK is a thread adapter kit designed for use with pneumatic insert installation tools. It provides the mechanical interface needed to drive 6-32 threaded inserts with a compatible pneumatic gun. This kit does not include the pneumatic gun itself — it is a tooling adapter component intended for technicians and assembly professionals who already have a compatible pneumatic insert tool and need the correct thread-specific adapter. The 6-32 thread size designation refers to the unified coarse thread standard used widely in light-duty fastening applications across metal assemblies.

This adapter kit is used in production, maintenance, and repair environments where threaded inserts are installed into sheet metal, plastics, or other base materials using pneumatic tooling. The 6-32 thread size is common in electronics enclosures, light structural assemblies, and precision sheet metal fabrication. It is installed by assembly technicians, maintenance mechanics, and manufacturing professionals who require repeatable, tool-driven insert placement.

Key Features

• Configured for 6-32 unified thread size inserts
• Designed for use with pneumatic insert installation tools
• Maximum operating speed of 3,000 RPM
• Kit does not include pneumatic gun — adapter tooling only
• Single-unit packaging suitable for individual tool setups

Compatibility

Designed as an OEM-style thread adapter kit for use with compatible AVK pneumatic insert installation tools configured for 6-32 threaded inserts.

Installation Notes

Installation of thread adapter kits should be performed by qualified assembly or maintenance personnel familiar with pneumatic insert tooling. Confirm the pneumatic gun is depressurized and disconnected from the air supply before attaching or removing adapter components. Follow the tool manufacturer guidelines for thread adapter engagement and torque limits to avoid thread damage or adapter wear. Do not exceed the 3,000 RPM maximum rated speed during operation.