Tesa Brown Sharpe 599-7739 Dial Test Indicator Kit 8 Pc

Product Description

The TESA BROWN SHARPE 599-7739 is an 8-piece dial test indicator kit designed for precision measurement in machining, inspection, and metrology applications. The kit centers on a dial test indicator with a 1-1/2 inch dial diameter, a 0.2 inch total measuring range, and a 0.001 inch dial graduation marked 0 to 100 on a white dial face. This level of resolution makes it suitable for runout checks, surface alignment, and fixture setup work performed by machinists, tool and die makers, and quality control technicians.

This kit is built for universal use across a range of measurement tasks in machine shops, manufacturing facilities, and inspection departments. The included accessories cover common mounting and attachment scenarios, allowing the indicator to be positioned on posts, rods, or clamps without sourcing additional hardware. The fitted carrying case keeps all components organized and protected between uses, making it practical for both bench work and field service inspection.

Key Features

• 0.001 inch dial graduation for fine-resolution surface and runout measurement
• 0.2 inch measuring range with 0-100 dial marking on a white dial face
• 1-1/2 inch dial diameter for easy reading during setup
• 8-piece kit includes dial test indicator, 2 holding rods, bar, clamp, hole attachment, swivel for posts, and fitted case
• Universal design supports a wide variety of mounting configurations
• Fitted case included for organized storage and transport

Compatibility

Designed as an OEM-style precision measurement kit suitable for general machining and inspection applications where a 0.001 inch resolution dial test indicator with standard mounting accessories is required.

Installation Notes

Installation and setup should be performed by a qualified machinist or metrology technician familiar with dial indicator mounting practices. Secure the indicator firmly using the included rod, bar, or clamp to eliminate movement that would affect reading accuracy. Ensure the contact point is positioned at the correct angle and approach direction for the surface being measured. Do not overtighten the holding hardware, as excessive clamping force can distort readings or damage the indicator stem.