Emuge L0200500.0060 Threaded Ring Gage M6 X 1.00 6G Go

Product Description

The EMUGE L0200500.0060 is a single-ring threaded ring gage used to verify the external thread geometry of M6 x 1.00 metric fasteners and threaded components. This is the Go member of a Go/No-Go gage set, meaning it confirms that a threaded part falls within the minimum acceptable thread tolerance for Class 6G fits. Manufactured from tool steel to DIN 2285 standards, it delivers the dimensional stability and wear resistance required for consistent inspection work on the shop floor or in a quality control environment. Machinists, toolroom technicians, and quality inspectors use this gage as part of routine thread verification.

This gage is suited for inspecting externally threaded parts produced to metric M6 x 1.00 specifications in manufacturing, machining, and assembly environments. Class 6G is the standard tolerance class for general-purpose metric external threads, making this gage applicable across a wide range of production and incoming inspection applications. It is a single-ring design, used independently as the Go check when a separate No-Go gage is also employed.

Key Features

• Go-member gage confirms external thread compliance at the minimum tolerance boundary for Class 6G fits
• M6 x 1.00 metric thread form for general-purpose fastener and component inspection
• Tool steel construction provides hardness and dimensional stability for long service life
• Manufactured to DIN 2285 standards for repeatable, traceable thread inspection
• Single-ring design for straightforward integration into a two-gage Go/No-Go inspection routine

Compatibility

Designed for inspection of externally threaded metric components with an M6 x 1.00 thread form and a Class 6G tolerance classification.

Installation Notes

Thread ring gages are handled and stored by quality control technicians and toolroom personnel, not installed in a system. Before use, clean the gage and the threaded workpiece to remove chips, coolant, and debris that could affect the reading. Do not force the gage onto a part; the Go gage should pass under its own weight or with light hand torque. Periodically check the gage against a master setting plug to confirm it has not worn beyond tolerance limits.