Value Collection MAG14670K Dial Indicator Base Kit

Product Description

The VALUE COLLECTION MAG14670K is a dial indicator base kit designed for precision measurement work in industrial, machining, and mechanical service environments. The kit includes a magnetic base and a 1-inch travel dial indicator with a 0-100 dial reading scale and 0.001-inch graduation increments. The magnetic base secures firmly to ferrous machine surfaces, allowing repeatable positioning during measurement setups. Technicians and machinists use this kit for runout checks, alignment verification, surface deviation measurement, and tooling setup. The 0.001-inch graduation provides sufficient resolution for general-purpose precision measurement tasks.

This dial indicator base kit is suited for use in machine shops, fabrication environments, maintenance and repair operations, and field service applications where a portable, self-securing measurement setup is required. It is appropriate for technicians performing shaft alignment, brake rotor runout checks, spindle inspection, or any task requiring a hands-free indicator hold on a steel or cast iron surface. The compact kit format makes it practical for toolbox storage and job-site use.

Key Features

• 0.001-inch dial graduation for general-purpose precision measurement
• 0-100 dial reading scale for easy value tracking
• 1-inch travel indicator included in kit
• Magnetic base attaches to ferrous surfaces without clamps or fixtures
• Portable kit format suitable for shop and field use

Compatibility

Designed as a general-purpose dial indicator base kit suitable for use on ferrous machine surfaces in standard measurement and alignment applications.

Installation Notes

This kit is typically deployed by machinists, millwrights, and mechanical technicians. Before use, ensure the mounting surface is clean and free of debris to allow full magnetic base contact. Power down and lock out any rotating equipment before taking runout or alignment measurements. Do not use the magnetic base on non-ferrous surfaces, as holding force will not be adequate for reliable measurement.