Overview
The SYATEK 32CHBF1030 Percent Thickness gauge is a precision measurement tool with a Measurement range of 0 to 10 mm, a probe diameter of φ 10 mm, and a throat depth of 30 mm. Made of aluminium and ABS housing, it features a push handle, cycle measurement, and metric to British conversion for thickness measurement in a variety of scenarios.
Features
1. Measurement accuracy is high, up to ≤ +/- 0.02 mm, Graduation is 0.01 mm.
2. Adopt press-type handle design, easy to operate.
3. Support cycle measurement function to improve measurement efficiency.
4. With metric conversion function to meet the needs of different measurement standards.
5. The probe diameter is 10 mm, the throat depth is 30 mm, and the adaptability is strong.
6. The main body is made of aluminum shell and ABS shell, which are sturdy and durable.
Principle
The percentile Thickness gauge drives the probe to contact the surface of the object to be measured by pressing the handle, using internal precision mechanical structure (such as lever gear or rack gear) to amplify the tiny linear displacement of the probe, and converts it into swirl/spin motion of the hands on the dial of the dial, thereby accurately reading the thickness value on the dial. Its cyclic measurement function allows multiple consecutive measurements in the Measurement range.
Applications
Machining, mold manufacturing, product mass inspection, part thickness measurement
Standards
The data did not mention specific compliance criteria.
Steps
1. Make sure the Thickness gauge is at zero or a known baseline.
2. Press the handle to open the probe.
3. Place the probe on the surface of the workpiece to be tested, and slowly release the handle to make the probe contact the measured surface.
4. Keep the Thickness gauge stable and read the thickness value indicated by the pointer on the dial of the dial.
5. For metric-to-metric conversion, press the transfer switch.
6. Press the handle again for the next (cycle) measurement.
Notice
• Before use, check whether the Thickness gauge is in good condition and clean the probe and the tested surface.
• When measuring, keep the probe perpendicular to the measured surface to avoid measurement errors caused by tilt.
• Applying pressure should be uniform and appropriate to avoid damage to the instrument or workpiece due to Impact or excessive force.
• Clean the instrument after use and store it properly in a drying environment.
• Measurement accuracy is regularly calibrated.
