Spi CMS160713001 Dial Bore Gage 6-10 in 16 in Depth

Product Description

The SPI CMS160713001 is a dial bore gage designed for precise internal diameter measurement in machining, inspection, and quality control applications. It covers a measurement range of 6 to 10 inches in diameter with a probe depth of 16 inches, making it suitable for deep bore measurement tasks. The gage delivers an accuracy of 0.0003 inches and is equipped with an AGD Group 2 dial indicator featuring a white dial face. With six anvils included, this tool supports a wide span of bore sizes from a single instrument. It is intended for use by machinists, metrology technicians, and quality control inspectors performing close-tolerance inspection work.

This dial bore gage is suited for use in precision manufacturing, engine rebuilding, hydraulic cylinder inspection, and any application requiring accurate internal bore measurement in the 6 to 10 inch range. The 16 inch probe depth allows access to deep bores that standard short-probe gages cannot reach. The included spacers and sub-anvils provide configuration flexibility for different bore diameters within the specified range. The fitted carrying case makes it appropriate for both shop-floor use and off-site inspection work.

Key Features

• Measurement range of 6 to 10 inches in diameter with 0.0003 inch accuracy
• 16 inch probe depth for access to deep bores
• Includes 6 anvils, sub-anvils, and spacers for full range coverage
• AGD Group 2 dial indicator with white dial face included
• Short Form Certificate of Calibration included for traceability
• Fitted case included for storage and transport
• 2-year manufacturer warranty

Compatibility

Designed as a general-purpose dial bore gage for use with standard AGD Group 2 dial indicators in precision inspection and machining environments where internal bore measurement in the 6 to 10 inch range is required.

Installation Notes

This gage should be handled and stored by qualified metrology or machining personnel familiar with precision measurement instruments. Zero the gage using a calibrated ring gage or setting standard before taking measurements. Avoid dropping or subjecting the instrument to impact, as this can shift calibration. The included Short Form Certificate of Calibration should be retained for quality system documentation purposes.