Centaur 50017 TG75 PG75 Standard Single Angle Collet 11/32

Product Description

The CENTAUR 50017 is a standard single angle collet designed for use in TG75 and PG75 collet systems. It accepts a 0.3438 inch (11/32 inch) tool shank and delivers a total indicator runout (TIR) of 0.0005 inches, making it suitable for precision toolholding applications where concentricity is critical. The body diameter measures 1.06 inches and the overall length is 1.84 inches. This collet is installed by machinists and toolroom technicians in CNC and manual machine tool setups where TG or PG 75 series toolholders are in use.

This collet is appropriate for production machining environments, tool and die shops, and general metalworking operations requiring consistent, repeatable clamping of round shank cutting tools. The TG75 and PG75 series are commonly found in vertical machining centers and milling machines where high-pull-out resistance and low runout are required. It suits applications involving drills, end mills, and reamers with an 11/32 inch shank diameter.

Key Features

• TG75 and PG75 series compatibility for broad toolholder fitment
• 0.3438 inch (11/32 inch) collet bore for standard round shank tooling
• 0.0005 inch TIR for precision concentricity in demanding machining operations
• 1.06 inch maximum body diameter fits standard TG75/PG75 collet nuts and chucks
• 1.84 inch overall length provides adequate tool engagement depth
• Standard single angle design for straightforward installation and removal

Compatibility

Designed for use with TG75 and PG75 series collet chucks and toolholders accepting a standard single angle collet with a 1.06 inch body diameter and 0.3438 inch bore.

Installation Notes

Installation is performed by qualified machinists or toolroom personnel. Always power down and lock out the machine spindle before inserting or removing the collet. Use the appropriate TG75 or PG75 collet nut and spanner wrench rated for the toolholder system. Inspect the collet bore and mating taper surfaces for chips or wear before each use, as contamination directly affects runout performance.