Parlec DA100-0515 Double Angle Collet DA100 33/64

Product Description

The PARLEC DA100-0515 is a Double Angle Collet in the DA100 series, designed for use in CNC machining centers and milling applications that require precise tool holding. This collet accepts shank diameters from 0.5000 inches minimum to 0.5156 inches maximum capacity, covering the standard 33/64-inch tool shank size. With an overall length of 1.437 inches and an overall diameter of 0.769 inches, it delivers a compact, rigid grip. Machining professionals and toolroom technicians install this collet into compatible DA100 collet chucks to hold end mills, drills, and other rotary cutting tools during metal removal operations.

The DA100-0515 is suited for use in production machining environments where consistent runout control and repeatable tool clamping are required. It fits DA100-style collet chuck bodies used on vertical and horizontal machining centers. This collet is appropriate for shops running ferrous and non-ferrous materials where a secure, vibration-resistant tool hold is critical to part accuracy and surface finish quality.

Key Features

• DA100 double angle collet series for use with matching DA100 collet chucks
• Collet capacity range: 0.5000 inches minimum to 0.5156 inches maximum
• Overall length of 1.437 inches for compact tool assembly
• Overall diameter of 0.769 inches
• Accepts standard 33/64-inch shank tooling
• Product Service Code 5136 classification

Compatibility

Designed for use with DA100 series collet chucks. Consult the collet chuck manufacturer specifications to confirm series compatibility before installation.

Installation Notes

Installation is performed by qualified machine tool operators or toolroom technicians. Before changing collets, power down the machine and ensure the spindle has come to a complete stop. Use the correct collet wrench and chuck nut for the DA100 system to avoid damaging the collet seating surfaces. Do not force a tool shank that exceeds the maximum collet capacity, as this can cause collet fracture or loss of clamping force.