Spi CMS160725017 Dial Caliper 8 Inch Stainless Steel

Product Description

The SPI CMS160725017 is a dial caliper designed for precise dimensional measurement in trade and industrial applications. It covers a full 8-inch range with a dial graduation of 0.001 inches and an accuracy rating of 0.0015 inches, making it suitable for work that demands tight tolerances. The dial face is black with a satin chrome finish on the stainless steel body and jaws. Each revolution of the dial reads 0.1 inches of travel. The adjustable bezel allows the technician to zero the dial at any point in the range. This tool is NIST traceability certified and ships with a short-form calibration certificate.

The CMS160725017 is used by machinists, HVAC fabricators, plumbers, and pipefitters who need reliable inside, outside, depth, and step measurements on the job or at the bench. The 1.97-inch jaw length accommodates a wide range of workpiece geometries. It is well suited for measuring pipe wall thickness, fitting dimensions, shaft diameters, and similar trade applications where a standard 6-inch caliper falls short in range.

Key Features

• 8-inch maximum measurement range with 0.001-inch dial graduation
• Accuracy of 0.0015 inches across the full range
• Measures outside, inside, depth, and step dimensions
• Stainless steel body and jaws with satin chrome finish
• Adjustable bezel for easy zeroing at any position
• NIST traceability certified with short-form calibration certificate included
• Black dial face for high-contrast readability

Compatibility

Designed as a general-purpose dial caliper for trade and industrial measurement tasks requiring an 8-inch range. No specific tool or instrument system compatibility is stated by the manufacturer for this model.

Installation Notes

This is a precision measuring instrument, not an installed component. Store in the included case when not in use to protect the jaws and dial mechanism. Before use, close the jaws fully and verify the dial reads zero; use the adjustable bezel to correct if needed. Avoid dropping or overtightening the lock screw, as either can affect calibration accuracy.