Parlec C50-10SC3 Collet Chuck CAT50 Tg PG100 Through Coolant

Product Description

The PARLEC C50-10SC3 is a Single Angle collet chuck designed for CNC machining centers using a CAT50 taper shank interface. It accepts TG and PG100 series collets with a clamping range of 0.031 to 1 inch, making it suitable for a wide variety of cutting tool diameters. The chuck features a 3-inch projection from gauge line, a 7-inch overall length, and a nose diameter of 2.44 inches. Total indicator runout (TIR) is rated at 0.0002 inches, supporting tight-tolerance work. Through-spindle coolant capability is built in, directing coolant directly to the cutting zone for improved tool life and chip evacuation.

This collet chuck is intended for use on CAT50-spindle machining centers in production and job-shop environments. It is suited to milling, drilling, and reaming operations where secure tool holding and low runout are required. The through-coolant design makes it appropriate for deep-hole drilling and high-speed cutting applications where flood coolant alone is insufficient. Installation and setup are performed by CNC machinists and toolroom technicians.

Key Features

• CAT50 taper shank for compatibility with standard V-flange spindles
• Accepts TG and PG100 series single-angle collets from 0.031 to 1 inch
• 0.0002-inch TIR for precision, tight-tolerance machining
• 3-inch projection from gauge line with 7-inch overall length
• Through-spindle coolant delivery directs coolant to the cutting edge
• 2.44-inch nose diameter for rigid tool support

Compatibility

Designed for use with TG and PG100 series Single Angle collets on CAT50-spindle machining centers. Collet capacity range is 0.031 to 1 inch (25.40 mm maximum).

Installation Notes

Installation is performed by a qualified CNC machinist or toolroom technician. Ensure the machine spindle is fully stopped and the tool changer is disabled before mounting or removing the chuck. Inspect the CAT50 taper and spindle bore for chips or burrs and clean both surfaces before seating the chuck. Verify the through-coolant port alignment with the spindle coolant supply before initiating a coolant test.