Mitutoyo NOG99995A Dial Indicator Base Kit Magnetic

Product Description

The MITUTOYO NOG99995A is a dial indicator base kit designed for precision measurement tasks in trade and industrial settings. The kit includes a standard magnetic base and a test indicator, giving technicians a ready-to-use setup for surface runout checks, shaft alignment, flatness verification, and similar measurement procedures. The test indicator features a 0-15-0 dial reading with a graduation of 0.0005 inch, making it suitable for applications where close-tolerance verification is required. HVAC technicians, millwrights, pipefitters, and precision mechanics rely on kits like this for equipment installation and alignment work.

This kit is appropriate for use in residential and commercial mechanical rooms, industrial facilities, and field service environments wherever a stable magnetic mounting surface is available. The magnetic base attaches to ferrous surfaces such as machine tables, motor housings, pump frames, and structural steel, allowing the test indicator to be positioned accurately for measurement. The 0-15-0 balanced-reading dial lets the technician read deviation in both directions from zero without repositioning the indicator.

Key Features

• 0-15-0 balanced dial reading allows bidirectional deviation measurement from a single zero reference
• 0.0005 inch graduation provides fine resolution for close-tolerance work
• Includes standard magnetic base for secure attachment to ferrous surfaces
• Test indicator included — complete kit ready for immediate use
• Magnetic base style eliminates the need for clamping or drilling into workpieces

Compatibility

Designed as an OEM-style precision measurement kit suitable for general-purpose dial indicator and test indicator applications on ferrous surfaces in trade and industrial environments.

Installation Notes

Setup should be performed by a qualified technician familiar with precision measurement practices. Before attaching the magnetic base, ensure the mounting surface is clean, dry, and free of burrs or debris that could affect indicator stability. Power down or de-energize any rotating equipment before positioning the indicator against a shaft or coupling. Handle the test indicator carefully to avoid dropping or impacting the spindle, as this can affect calibration and accuracy.