Vermont Gage 141202700 Class X Minus Pin Gage 0.027 in

Product Description

The VERMONT GAGE 141202700 is a Class X Minus pin gage designed for high-precision measurement work in metrology and quality control environments. It measures 0.027 inches in diameter and 2 inches in length, with a tolerance of -0.00004 inches, placing it firmly in the Class X accuracy range. The gage is machined from tool steel and features a 4 Micro surface finish. Each unit ships with a Certificate of Accuracy with NIST traceability, making it suitable for use in calibrated inspection programs. Machinists, quality technicians, and tool room personnel are the primary users of this type of gage.

This pin gage is intended for two primary applications: calibration of measuring equipment and direct part gaging where a precise reference diameter is required. It is well suited for use in production inspection, incoming quality control, and laboratory settings. The small diameter makes it appropriate for checking fine bores, orifices, and precision-drilled holes where standard measurement tools cannot achieve adequate resolution or fit. Both shop floor and lab environments benefit from this type of Class X minus gage.

Key Features

• Class X Minus tolerance of -0.00004 inches for high-accuracy inspection
• Tool steel construction for hardness and dimensional stability
• 4 Micro surface finish for consistent contact measurement
• Includes Certificate of Accuracy with NIST traceability
• 0.027 inch diameter suits fine bore and orifice inspection applications
• Compact 2 inch length for easy handling in bench and lab use

Compatibility

Designed as a direct-use Class X Minus pin gage for calibration of measuring equipment and for gaging parts that require a 0.027 inch diameter reference standard.

Installation Notes

Pin gages are handled and used by quality technicians and tool room personnel following standard metrology practices. Keep the gage clean and lightly oiled when stored to prevent corrosion of the tool steel. Do not force the gage into a bore; if resistance is felt, verify the bore and gage diameter before proceeding. Handle with care to avoid dropping, which can alter the surface finish or dimensional accuracy.