Vermont Gage 141124900 Class X Plus Pin Gage 0.249 in

Product Description

The VERMONT GAGE 141124900 is a Class X Plus precision pin gage machined from tool steel, designed for direct part gaging and calibration of measuring equipment. It measures 0.249 inches in diameter and 2 inches in length, with a tight tolerance of plus 0.00004 inches — meeting Class X Plus standards for high-precision inspection work. The 4 micro finish on the gage surface supports consistent, repeatable contact measurements. Each unit ships with a Certificate of Accuracy backed by NIST traceability, making it suitable for use in quality-control environments where documentation is required.

This pin gage is used in manufacturing, metrology labs, and machine shops where precise hole-size verification is critical. It is appropriate for checking bored, drilled, or reamed holes at the 0.249 inch nominal diameter. Typical users include quality technicians, tool-and-die makers, machinists, and calibration specialists who need a reliable go or no-go reference. The compact 2 inch length makes it easy to handle in benchtop inspection setups and fixture gaging applications.

Key Features

• Class X Plus tolerance of plus 0.00004 inches for high-accuracy measurement
• Tool steel construction for durability and dimensional stability
• 4 micro surface finish for consistent gage contact
• Includes Certificate of Accuracy with NIST traceability
• Compact 2 inch length suited for benchtop and fixture use
• Single-piece packaging with a minimum order quantity of 1

Compatibility

Designed for use as a precision reference gage in calibration and direct part-inspection applications requiring a 0.249 inch diameter pin at Class X Plus tolerances.

Installation Notes

Pin gages are handled by quality technicians and metrologists; no power tools or trade licensing are required. Store in a protective case away from moisture and temperature extremes to maintain dimensional integrity. Clean the gage surface before each use to prevent debris from affecting measurement accuracy. Do not force the pin into a hole — if resistance is felt, the hole is undersized and the pin should be withdrawn without applying lateral pressure.