Tesa Brown Sharpe 0998975/7645151 Dial Indicator Base Kit

Product Description

The TESA BROWN SHARPE 0998975/7645151 is a dial indicator base kit designed for precision measurement in machining, inspection, and metrology applications. The kit centers on a BesTest-style dial indicator with a 0.03 inch total measurement range and a 0-15-0 balanced dial reading, allowing the user to measure in both directions from zero. Dial graduation is 0.0005 inches per division, supporting fine-tolerance work. The 1 inch diameter black dial face provides clear, high-contrast readability in shop environments. A universal holder set is included, making the kit ready for immediate setup on a surface plate or machine tool.

This kit is suited for dimensional inspection tasks in tool rooms, machine shops, and quality control departments. It is commonly used to check runout, flatness, parallelism, and part alignment. The included universal holder accommodates a range of mounting configurations. The Brown and Sharpe indicator pairs with an import-grade universal holder set, making this a practical entry-level or backup measurement kit for machinists, quality technicians, and metrologists.

Key Features

• 0.03 inch total measurement range with 0-15-0 balanced dial reading
• 0.0005 inch dial graduation for fine-tolerance dimensional checks
• 1 inch diameter black dial face for clear shop readability
• 2.5 inch base length with 0.375 inch base diameter
• Includes BesTest indicator and universal holder set for versatile mounting

Compatibility

Designed as an OEM-style dial indicator base kit compatible with standard surface plates, magnetic bases, and universal holders used in toolroom and quality inspection setups.

Installation Notes

Installation is typically performed by machinists or quality technicians without the need for special tools. Secure the universal holder firmly before zeroing the indicator to prevent drift during measurement. Ensure the contact point is perpendicular to the measured surface for accurate readings. Do not exceed the stated measurement range, as overtravel can damage the indicator mechanism.