Accupro 584469 Tg Pg 100 Standard Single Angle Collet

Product Description

The ACCUPRO 584469 is a standard single angle collet designed for use with TG/PG 100 tooling systems. It accepts a 25/32-inch (0.7813-inch) bore and delivers a total indicator runout (TIR) of 0.000780 inches (0.0200 mm), making it suitable for precision machining operations where concentricity is critical. The collet measures 2.386 inches in overall length with a maximum body diameter of 1.278 inches. It is installed by machinists and toolroom technicians in CNC and manual milling or drilling setups where TG/PG 100 collet chucks are the designated workholding standard.

This collet is suited for production and job-shop environments requiring consistent grip force and repeatable tool positioning. The TG/PG 100 series is commonly found in vertical machining centers and heavy-duty milling applications where larger collet diameters are needed to accommodate bigger shank tooling. A single collet is included per package, and the minimum order quantity is one unit.

Key Features

• 0.7813-inch (25/32-inch) collet bore for direct tool shank engagement
• TIR of 0.000780 inches (0.0200 mm) for precise runout control
• 2.386-inch overall length suits standard TG/PG 100 chuck depth
• 1.278-inch maximum body diameter matches TG/PG 100 chuck specifications
• Standard single angle design for broad compatibility within the TG/PG 100 series

Compatibility

Designed for use with TG/PG 100 series collet chucks. Verify chuck brand and collet seat angle match TG/PG 100 specifications before installation.

Installation Notes

This collet is installed by machinists or toolroom technicians and does not require licensed trade credentials, but proper torque wrench use per the chuck manufacturer's guidelines is recommended. Always power down and lock out the spindle drive before inserting or removing collets. Inspect the collet bore and chuck taper for chips, burrs, or wear before assembly. Do not exceed the collet's rated bore capacity, as undersized or oversized tooling will compromise grip and runout performance.