Dial Test Indicator Gimex 5/0.01/40 model 208.016 — precision measuring instrument

Gimex dial test indicator model 208.016 (5/0.01/40) is a compact mechanical instrument designed for detecting small linear displacements with high resolution. Its specified range and graduation (5 / 0.01 / 40) indicate a measuring span suitable for comparative measurement, runout checking and alignment tasks in workshop and inspection environments. The indicator’s compact body and stem-mounting design make it compatible with lathes, milling machines and inspection benches where precise relative readings are required.

Advantages

The Gimex indicator provides fine resolution and repeatable readings for small displacement measurement. Its mechanical construction ensures straightforward operation without reliance on batteries or electronics, and the clear graduated dial allows quick visual interpretation of deviations. The robust case and stem mounting provide stable positioning during machining or inspection processes, reducing measurement variability.

Suitable for

• Comparative measurement of machined parts
• Runout and concentricity checks on shafts and spindles
• Alignment of workpieces and fixtures on lathes and mills
• Inspection bench checks and quality control sampling

Key specifications

• Measuring range: 5 units span with incremental graduation
• Resolution: 0.01 units per division for fine detection
• Dial diameter and face layout optimized for clear reading
• Mechanical stem mounting for stable attachment to holders and stands
• Durable case suitable for workshop use

How to use

Mount the indicator on an appropriate holder or magnetic base and position the probe tip against the surface to be measured. Zero the dial at a reference point if comparative measurement is required, then move the part or indicator to observe deviations indicated by the dial hand. For runout checks, rotate the workpiece slowly while monitoring dial excursion to identify eccentricity or wobble. Handle the instrument carefully to avoid shocks that could affect mechanical components or calibration.

Usage recommendations

Use the indicator in a clean, dry workspace and avoid exposing it to heavy coolant or prolonged moisture. Store the instrument in a protective case when not in use. Periodically verify accuracy against calibrated references and avoid excessive lateral loads on the probe to maintain consistent performance.