Avk AA184-1015 Manual Threaded Insert Tool M10x1.50

Product Description

The AVK AA184-1015 is a manual threaded insert installation tool designed for M10x1.50 thread size. It allows technicians and assemblers to install threaded inserts by hand without power tooling, making it suitable for field work, low-volume assembly, and situations where controlled installation torque is preferred. This tool is part of the AVK installation tooling system and is matched specifically to inserts in the A-K, A-L, A-H, and A-O series. At 0.065 pounds, it is a compact, lightweight hand tool suited for bench work or portable use.

This tool is used wherever AVK threaded inserts in the A-K, A-L, A-H, and A-O series need to be installed into metal panels, sheet metal assemblies, or structural components requiring a reliable internal thread. Typical applications include light manufacturing, maintenance and repair operations, and fabrication shops. It is appropriate for use in automotive, aerospace, electronics enclosure, and general industrial assembly contexts where M10x1.50 inserts are specified.

Key Features

• Designed for M10x1.50 thread size for precise fit with compatible AVK inserts
• Compatible with AVK insert series A-K, A-L, A-H, and A-O
• Manual operation allows controlled hand installation without power tools
• Lightweight at 0.065 pounds for easy handling and portability
• Single-piece packaging suits individual technician or tool kit use

Compatibility

Designed for use with AVK threaded insert series A-K, A-L, A-H, and A-O in M10x1.50 thread size.

Installation Notes

This tool is typically used by assembly technicians, fabricators, or maintenance professionals installing threaded inserts into prepared hole locations. Ensure the correct hole size has been drilled per the insert manufacturer specification before installation. Follow AVK installation guidelines for the specific insert series to achieve proper setting and thread engagement. No power source is required, but consistent hand pressure and proper alignment are critical to avoid cross-threading or incomplete insert setting.