Mitutoyo 513-471-10E Dial Test Indicator 0.14mm

Product Description

The MITUTOYO 513-471-10E is a vertical-style dial test indicator designed for precision measurement in machining, metrology, and inspection applications. It delivers a measurement range of 0 to 0.14 mm with a dial graduation of 0.001 mm, making it well suited for detecting fine surface variation, runout, and alignment deviation. The indicator uses a plain bearing and features a range per revolution of 1.00 mm. It is typically installed by machinists, tool and die technicians, and quality control inspectors working with surface plates, CMMs, magnetic bases, or machine tool spindles.

This indicator is used in applications requiring repeatable short-range measurement with high resolution. Vertical indicator style suits setups where the contact point approaches the workpiece from above or at a steep angle, common in surface inspection and spindle alignment work. It ships as a complete unit including the indicator body, contact point, knurled clamp ring, and stem, allowing direct deployment without additional accessories.

Key Features

• 0 to 0.14 mm measurement range for short-travel, high-resolution inspection
• 0.001 mm dial graduation for fine incremental reading
• 1.00 mm range per revolution for straightforward dial interpretation
• Vertical indicator style suits overhead and steep-angle contact setups
• Plain bearing construction for smooth, consistent stylus travel
• Complete kit includes indicator, contact point, knurled clamp ring, and stem

Compatibility

Designed as an OEM-style replacement or direct-use dial test indicator compatible with standard dovetail indicator holders, magnetic base arms, and universal clamp fixtures that accept vertical-style indicators with the included stem.

Installation Notes

Installation is performed by metrology technicians or machinists. Secure the stem in a compatible dovetail clamp or indicator holder and tighten the knurled clamp ring firmly before use. Zero the dial against a known reference surface before taking measurements. Do not exceed the stated measurement range, as overtravel can damage the plain bearing or rack mechanism.