Vermont Gage 362114510 Threaded Ring Gage M5x0.80 6G Go

Product Description

The VERMONT GAGE 362114510 is a Go-class threaded ring gage designed to verify the minimum material condition of external metric threads. Built to M5 x 0.80 specifications and classified to Class 6G tolerance, this single-ring gage confirms that a threaded workpiece will assemble correctly with a mating part. The gage body is machined from tool steel for dimensional stability and resistance to wear under repeated inspection use. A NIST Traceability Certification is included, supporting quality-system documentation requirements in production and inspection environments. Dimensional calibration labs, machine shops, and manufacturing QC departments rely on this type of gage for in-process and final thread verification.

This gage is suited for inspection of externally threaded fasteners, fittings, studs, and machined components with M5 x 0.80 metric threads. Class 6G is the standard commercial tolerance class for metric external threads and is widely specified in general mechanical assemblies. The Go ring gage checks the maximum material limit, confirming threads are not oversized or out of form. It is appropriate for both low-volume job shop use and higher-volume production line inspection stations.

Key Features

• Go-class ring gage checks the maximum material condition of M5 x 0.80 external threads
• Class 6G tolerance classification matches standard commercial metric thread specifications
• Single-ring configuration for dedicated Go-function inspection
• Tool steel construction provides hardness and wear resistance for long service life
• NIST Traceability Certification included for ISO and quality-management system compliance

Compatibility

Designed for inspection of externally threaded components with M5 x 0.80 metric threads manufactured to Class 6G tolerance per standard metric thread specifications.

Installation Notes

Threaded ring gages are used by quality technicians and machinists and require no permanent installation. Before use, inspect the gage for burrs or contamination and clean the threads of the workpiece being checked. Apply light gage oil when testing to reduce wear and ensure accurate results. Store the gage in its protective case when not in use to maintain calibration integrity.