Mitutoyo 614152-531 Square Steel Gage Block 0.112 in

Product Description

The MITUTOYO 614152-531 is a square steel gage block measuring 0.112 inches in overall length, manufactured to Accuracy Grade 0 tolerances. Gage blocks at this accuracy level serve as dimensional reference standards used to calibrate measuring instruments, verify part dimensions, and establish precise length references in machining and inspection environments. Each block ships with a Certificate of Inspection confirming it meets the stated accuracy grade. At 1 pound, the block is sized for bench-top metrology work. Grade 0 is a high-accuracy classification under ASME standards, making this block appropriate for quality labs and precision measurement applications.

This gage block is suited for use in machine shops, quality control departments, tool rooms, and calibration labs. It is typically used by machinists, quality technicians, and metrologists who need a certified length reference for instrument calibration, surface plate work, or setup verification. The square geometry provides consistent, stable contact surfaces for stacking and referencing.

Key Features

• Grade 0 accuracy classification per ASME standards
• Steel construction for durability and dimensional stability
• Overall length of 0.112 inches for precise short-dimension referencing
• Includes Certificate of Inspection for traceability
• Square geometry supports stable stacking with other gage blocks

Compatibility

Designed as an OEM-style precision reference block compatible with standard gage block sets and accessories used in ASME-compliant dimensional inspection setups.

Installation Notes

Gage blocks are handled and used by quality technicians and metrologists following standard metrology lab practices. Keep contact surfaces clean and free of burrs or contaminants before use. Store blocks in a protective case away from moisture and temperature extremes to preserve dimensional accuracy. Do not use gage blocks as mechanical stops or cutting guides, as surface damage will compromise calibration integrity.