Vermont Gage 141111750 Class X Plus Pin Gage 0.1175 in

Product Description

The VERMONT GAGE 141111750 is a Class X Plus precision pin gage designed for direct part gaging and calibration of measuring equipment. Manufactured from tool steel with a 4 micro finish, this pin measures 0.1175 inches in diameter and 2 inches in length. It holds a tolerance of +0.00004 inches, placing it in the Class X Plus accuracy tier — one of the tightest tolerances available for go/no-go and attribute gaging work. Each unit ships with a Certificate of Accuracy backed by NIST traceability, making it suitable for quality control environments that require documented measurement standards.

This pin gage is used in machine shops, inspection departments, and calibration labs where precise hole diameter verification is required. Typical applications include checking drilled, reamed, or punched hole dimensions on production parts and validating the accuracy of measuring instruments such as bore gages and dial indicators. The 2-inch length provides enough working surface for standard hand-held use without requiring a gage handle, though handles are commonly used for extended service life.

Key Features

• Class X Plus tolerance of +0.00004 inches for high-accuracy attribute gaging
• Tool steel construction for durability in production and lab environments
• 4 micro surface finish for consistent, repeatable contact measurement
• Includes Certificate of Accuracy with NIST traceability
• Compact 2-inch length suitable for hand use or standard pin gage handles

Compatibility

Designed as an OEM-style Class X Plus pin gage for use in standard pin gage handle sets and inspection fixtures requiring a 0.1175-inch diameter measurement pin.

Installation Notes

Pin gages are handled and used by machinists, quality technicians, and calibration specialists. Store pins in a protective case away from moisture to prevent corrosion of the tool steel. Clean contact surfaces before each use to avoid measurement error caused by debris or oil film. Do not force the pin into a hole; excessive insertion force can damage both the gage and the workpiece, and will compromise measurement integrity.