Level sensor Gimex 208.004.2 diatest 0.8/0.01/40 – measuring instrument

Gimex diatest level sensor model 208.004.2 is a precision measuring instrument designed for accurate level and alignment checks in workshop and industrial metrology. With sensitivity and resolution expressed by the parameters 0.8/0.01/40, this device provides repeatable angular or tilt measurements for component leveling, machine setup verification, and integration into measurement rigs where stable readings are required.

Advantages

The level sensor offers high measurement repeatability and stable output suitable for bench and shop-floor use. Its construction supports reliable performance during setup checks, and the specified resolution enables fine adjustments. Compact dimensions and industrial-grade build quality facilitate mounting and integration with fixtures or test stands without compromising accuracy.

Suitable for

• Component leveling and alignment in production and repair workshops
• Machine and fixture setup verification
• Integration into metrology benches and measurement rigs
• Angle and tilt monitoring during assembly or calibration tasks

Key specifications

• Sensitivity/accuracy class indicated by parameters 0.8/0.01/40 for fine measurement capability
• High resolution enabling small angular or tilt increments to be detected
• Robust mechanical design suitable for workshop conditions
• Compact form factor for easy mounting and fixture integration

How to use

Place the Gimex diatest level sensor on the surface or component to be measured, ensuring secure contact and stable support. Zero or reference the instrument according to the measurement setup, then record the indicated tilt or level values. For alignment tasks, make incremental adjustments to the workpiece or fixture and re-measure until the desired alignment is achieved. When integrating into a measurement rig, mount the sensor using suitable clamps or brackets and follow the rig's calibration procedure to ensure consistent readings.

Usage recommendations

Use on clean, stable surfaces and avoid exposing the sensor to shocks or strong vibrations during measurement. Periodically verify the instrument against a calibrated reference to maintain accuracy. Store in a dry environment and handle mounting hardware with care to preserve alignment performance.