Cle-line C65492 Round Pipe Die 1/8-27 Npt 1.5 in Od

Product Description

The CLE-LINE C65492 is a round, non-adjustable pipe die designed to cut 1/8-27 NPT external threads on pipe and pipe fittings. Manufactured from carbon steel, this die measures 1.5 inches in outside diameter and 0.5 inches in thickness. It cuts right-hand threads to the NPT standard, making it a reliable tool for plumbers, pipefitters, and HVAC technicians who need consistent, leak-free threaded connections on small-diameter pipe. The fixed, non-adjustable design ensures uniform thread geometry on every pass without requiring setup adjustment between uses.

This die is suited for low-volume threading work on 1/8-inch nominal pipe in residential and light commercial applications. Common use cases include threading short nipples, fitting adapters, and repair sections where a standard 1/8-27 NPT connection is required. The 1.5-inch OD format fits standard round die stocks that accept dies of this diameter, making it easy to incorporate into an existing threading setup.

Key Features

• Cuts 1/8-27 NPT right-hand external threads
• Non-adjustable design for consistent, repeatable thread form
• Carbon steel construction for durability in threading applications
• 1.5 inch outside diameter fits standard round die stocks
• 0.5 inch thickness provides stable engagement during threading

Compatibility

Designed for use in standard round die stocks that accept 1.5 inch OD dies. Cuts 1/8-27 NPT threads per the NPT thread standard for pipe and pipe fitting applications.

Installation Notes

This die is installed and used by plumbers, pipefitters, and HVAC technicians performing pipe threading work. Secure the die firmly in a compatible round die stock before use and apply cutting oil to the workpiece to reduce heat and extend die life. Inspect the pipe end for burrs and square the cut before threading to ensure a clean, full thread form. Follow applicable code requirements such as the IPC or IFGC when making threaded pipe connections in gas or plumbing systems.