Dial Indicator Forsage 10 mm range, 0.01 mm resolution (model 2046AB) is a mechanical clock-type indicator intended for precise measurement of linear displacement, runout and alignment checks, and dimensional inspection of workpieces. The instrument features a graduated dial, a spindle with a contact point and a mounting stem compatible with magnetic bases, stands and bench fixtures, making it suitable for workshop and inspection-station applications that require repeatable, accurate readings.
Advantages
The Forsage dial indicator offers fine resolution of 0.01 mm for detailed measurement and a measuring range of 10 mm for typical inspection and setup tasks. Its mechanical construction provides reliable, battery-free operation and clear visual indication via a graduated dial and pointer. The mounting stem and compatible contact point enable stable attachment to common indicator holders and magnetic bases, allowing straightforward integration into existing metrology workflows.
Suitable for
- Runout and concentricity checks on shafts, spindles and rotating parts
- Alignment and setup of machine tools and fixtures
- Comparative and dimensional inspection of machined workpieces
- Measuring linear displacement in assembly and test operations
Key specifications
- Measuring range: 10 mm
- Resolution: 0.01 mm
- Display type: graduated dial with pointer
- Contact style: spindle with contact point
- Mounting: stem for use with magnetic bases, stands and bench fixtures
- Power: mechanical, no batteries required
How to use
Secure the dial indicator by its mounting stem to a magnetic base or stand, position the contact point against the surface to be measured and ensure the spindle moves freely without binding. Zero the dial by rotating the bezel so the pointer aligns with the reference mark, then move the test piece or indicator to record displacement readings across the measuring range. For runout checks, rotate the workpiece slowly and observe pointer deflection to determine variations.
Usage recommendations
Handle the instrument carefully to avoid shocks and keep the contact point and spindle clean and lubricated as recommended by general workshop practice. Use appropriate holders to minimize bending forces on the stem and store the indicator in a protective case when not in use to preserve accuracy. Regularly check and, if needed, recalibrate against a traceable standard for critical measurement tasks.
