INSIZE Spoinomierz 0.2/0.2 MS5 (4840-1) precision gap gauge

INSIZE Spoinomierz 0.2/0.2 MS5 (4840-1) precision gap gauge is a handheld mechanical tool designed to measure small joints and clearances with a nominal step of 0.2 mm. Manufactured by INSIZE, the gauge provides a simple and reliable method for assessing gaps, verifying tolerances and ensuring correct fit between components in workshop, assembly and inspection environments. Its compact design supports close-access measurement and easy handling during repetitive checks.

Advantages

The gauge offers precise incremental measurement in 0.2 mm steps, allowing consistent evaluation of small gaps. Its mechanical construction requires no power source, providing dependable operation in varied workshop conditions. The handheld format facilitates quick spot checks and portability between workstations. Materials and finish are selected to deliver stability and repeatable readings during routine quality control and assembly tasks.

Suitable for

• Workshop inspection and maintenance
• Quality control and tolerance verification
• Assembly operations where component fit must be checked
• Machine setup and gap adjustment
• Field service checks requiring portable measurement tools

Key specifications

• Nominal step: 0.2 mm
• Measurement type: mechanical gap/joint gauge
• Form factor: handheld
• Intended use: small joint and clearance measurement
• Typical applications: tolerance checking, fit verification, assembly inspection

How to use

Position the gauge so that the measuring edges engage the joint or clearance to be assessed. Advance or place the appropriate section of the gauge into the gap and observe whether it fits without excessive force; a proper fit indicates the gap corresponds to the nominal step. For comparative checks, use the same technique across multiple locations to confirm consistency. Store the gauge in a dry, clean place when not in use to preserve accuracy.

Usage recommendations

For reliable results, ensure mating surfaces are clean and free of debris before measurement. Use light, steady pressure to avoid deforming the gauge or the test parts. Periodically inspect the gauge for wear and handle it carefully to maintain measurement accuracy.