Vermont Gage 141150150 Class X Plus Pin Gage 0.5015 in

Product Description

The VERMONT GAGE 141150150 is a Class X Plus precision pin gage used to verify bore diameters, check hole sizes, and calibrate measuring equipment to tight tolerances. Machined from tool steel with a 4 micro finish, this pin measures 0.5015 inches in diameter and 2 inches in length. The Class X Plus tolerance of +0.00004 inches places it among the tightest commercially available gage grades, making it suited to quality control labs, tool rooms, and production inspection stations. Each pin ships with a Certificate of Accuracy traceable to NIST standards.

This pin gage is used in precision measurement applications across manufacturing, machining, and metrology environments. It is appropriate for calibrating bore gages, air gages, and other measurement instruments, as well as for directly gaging machined holes and features in production parts. Typical users include quality engineers, metrology technicians, machinists, and tool and die makers working in environments where dimensional verification to sub-thousandth tolerances is required.

Key Features

• Class X Plus tolerance of +0.00004 inches for high-precision dimensional verification
• Tool steel construction for durability and resistance to wear during repeated use
• 4 micro surface finish for accurate and consistent gage contact
• Includes Certificate of Accuracy with NIST traceability
• Compact 2 inch length suitable for bench and in-process inspection

Compatibility

Designed as an OEM-style replacement or direct-use pin gage for precision measurement and calibration applications requiring a 0.5015 inch diameter Class X Plus pin.

Installation Notes

Pin gages are handled and used by metrology technicians and quality control personnel. Always handle the pin by its end to avoid contaminating the gage surface with oils or debris from bare hands. Clean and dry the pin and the feature being measured before use. Store the pin in its protective case when not in use to prevent corrosion and surface damage.