Spi CMS160809006 Electronic Bore Gage 6 to 10 in

Product Description

The SPI CMS160809006 is an electronic bore gage designed for precision internal diameter measurement across a range of 6 to 10 inches. It delivers a resolution of 0.0001 inches (0.002 mm) and an accuracy of up to 0.018 mm, making it well suited for close-tolerance inspection work in machine shops, manufacturing facilities, and industrial maintenance environments. The unit includes an indicator and features data output capability, allowing measurements to be logged or transferred to external devices. A CR2032 battery powers the instrument. This gage is installed and operated by machinists, quality control technicians, and precision measurement professionals.

The CMS160809006 is used wherever accurate bore measurement is required within the 6 to 10 inch range. Typical applications include inspecting engine cylinders, hydraulic cylinder bores, large-diameter pump housings, and precision-machined bores in industrial equipment. The extended gage depth of 400 mm allows measurement in deep bore applications. It ships as a single-piece unit and includes an anvil and spacer as accessories.

Key Features

• Measuring range of 6 to 10 inches (250 mm maximum)
• Resolution of 0.0001 inches (0.002 mm) for high-precision readings
• Accuracy up to 0.018 mm for close-tolerance inspection
• Data output capability for integration with measurement logging systems
• Gage depth of 400 mm for measurement in deep bores
• Includes indicator, anvil, and spacer
• Powered by CR2032 battery

Compatibility

Designed as a precision internal measurement instrument for use in applications requiring bore measurement between 6 and 10 inches in diameter.

Installation Notes

This bore gage is operated by qualified machinists or metrology technicians. Before use, zero the instrument according to the manufacturer calibration procedure using an appropriate ring gage or master setting. Ensure the bore and gage contact surfaces are clean and free of debris prior to measurement to avoid false readings. Handle with care to prevent damage to the precision contact anvils.