Centaur Rdf - 102 Series 75 Af Collet 13/64 to 7/32 in

Product Description

The CENTAUR RDF - 102 is a Series 75 AF collet designed to hold workpieces ranging from 13/64 inches to 7/32 inches in diameter. With an overall diameter of 1.13 inches and an overall length of 2.02 inches, this collet provides consistent gripping force and repeatable tool or workpiece positioning within compatible collet chuck systems. It is used primarily in machining and toolholding applications where secure, concentric clamping of small-diameter stock or tooling is required. Machinists, tool and die makers, and CNC operators are the typical end users for this type of collet.

The RDF - 102 is suited for use in Series 75 AF collet chuck systems operating in manual or CNC machine tool environments. It is appropriate for light to medium-duty turning, milling, and grinding operations where the workpiece or tool shank diameter falls within the 13/64 to 7/32 inch range. This collet is sold individually and is intended for professional shop environments requiring precision toolholding components.

Key Features

• Collet capacity range: 13/64 inches minimum to 7/32 inches (0.2188 inches) maximum
• Series 75 AF collet profile for use in compatible collet chuck systems
• Overall diameter of 1.13 inches for proper seating in Series 75 AF holders
• Overall length of 2.02 inches
• Sold as a single unit with a minimum order quantity of one

Compatibility

Designed for use with Series 75 AF collet chuck systems accepting collets with a 1.13-inch overall diameter and a 13/64 to 7/32 inch clamping range.

Installation Notes

Installation and removal of collets should be performed by a qualified machinist with the machine fully powered down and all spindle rotation stopped. Use the appropriate collet wrench or spanner for the Series 75 AF chuck to avoid damaging the collet or chuck body. Inspect the collet bore and chuck taper for debris or wear before seating the collet. Do not exceed the stated capacity range, as over-clamping can deform the collet and reduce holding accuracy.