Vermont Gage 362108510 Threaded Ring Gage M3 X 0.50 6G Go

Product Description

The VERMONT GAGE 362108510 is a single-ring threaded ring gage designed to verify the external thread geometry of M3 x 0.50 metric-threaded fasteners and components. This Go-class gage conforms to Class 6G tolerance specifications, making it a precision inspection tool used to confirm that a threaded part falls within the acceptable dimensional range for a functional mating fit. Manufactured from tool steel, the 362108510 is built to withstand repeated use in production and quality-control environments. A NIST Traceability Certification is included, supporting compliance with documented inspection requirements in ISO and ANSI-aligned quality systems.

This gage is applied in manufacturing, machining, and metrology settings where M3 x 0.50 metric threads must be verified against Class 6G tolerance limits. It is suited for inspection of small-diameter threaded parts such as fasteners, fittings, and precision-machined components. The Go ring gage is used to confirm that a threaded workpiece will assemble correctly with a mating part. It is commonly used by quality control technicians, machinists, and metrology professionals on the production floor or in calibration labs.

Key Features

• Go-class ring gage confirms acceptable thread dimensions for M3 x 0.50 metric threads
• Class 6G tolerance classification for standard external metric thread inspection
• Tool steel construction for dimensional stability and long service life
• Single-ring design for dedicated Go-function inspection
• NIST Traceability Certification included to support quality system documentation

Compatibility

Designed for inspection of external M3 x 0.50 metric threads conforming to Class 6G tolerance standards. Suitable for use wherever M3 x 0.50 threaded components require dimensional verification against Class 6G Go-class acceptance criteria.

Installation Notes

Threaded ring gages are handled and applied by quality control technicians and machinists — no power tools are required. Keep the gage clean and free of debris before each use to ensure accurate readings. Store in a protective case away from temperature extremes to preserve dimensional accuracy. Periodic recalibration against traceable standards is recommended to maintain inspection integrity over time.