Vermont Gage 141113050 Class X Plus Pin Gage 0.1305 in

Product Description

The VERMONT GAGE 141113050 is a Class X Plus precision pin gage used to verify hole diameters and bore dimensions in machined parts and calibrated measuring equipment. Manufactured from tool steel with a 4 micro finish, this pin gage measures 0.1305 inches in diameter and 2 inches in length. It holds a tolerance of +0.00004 inches, meeting the stringent requirements of Class X Plus classification. Each unit ships with a Certificate of Accuracy traceable to NIST standards, making it suitable for use in quality control labs, tool rooms, and inspection environments. Licensed metrology technicians and quality engineers are the primary users.

This pin gage is designed for direct gaging of holes and bores as well as calibration of measuring instruments. It fits into inspection workflows where tight tolerances must be verified with traceable documentation. Applications include incoming part inspection, process control on the shop floor, and calibration bench work in facilities that require documented measurement traceability. Its small diameter and compact 2 inch length make it well suited for work on small-bore components and precision assemblies.

Key Features

• Class X Plus tolerance of +0.00004 inches for high-precision inspection work
• Tool steel construction with 4 micro surface finish for accurate, consistent contact
• 0.1305 inch nominal diameter for small-bore measurement applications
• 2 inch length provides adequate handling clearance during inspection
• Includes Certificate of Accuracy with NIST Traceability for documented quality control compliance

Compatibility

Designed as an OEM-style precision inspection gage suitable for use with standard pin gage handles and sets in quality control and metrology applications.

Installation Notes

Pin gages are handled and used by metrology technicians and quality control inspectors. Store in a protective case away from moisture and debris to preserve the lapped surface finish. Clean the gage and the bore being measured before use to prevent false readings or surface damage. Do not force the gage into an undersized bore, as this can damage the gage surface and compromise calibration integrity.