MITUTOYO 64AAA964 Calibration Set Shore A Range 30 60 90

Mitutoyo 64AAA964 calibration set is a precision measurement tool used in various industries, primarily in metrology and quality control. This set is used to calibrate & verify the accuracy of measuring instruments like micrometres, callipers and dial indicators.

Features:

• It ensures precise calibration of hardness measuring instruments, maintaining measurement accuracy in the automotive, aerospace and manufacturing industries.
• This calibration set comes with a protective case that ensures safe storage and transportation, protecting the calibration pieces from damage.

Compatible Accessories:

• Mitutoyo 811-331-10, 811-332-10, 811-335-10 and 811-336-10 Digital Handheld Durometers: They are used to calibrate for ensuring accurate hardness measurements in materials like rubber and plastics. This process involves comparing durometer readings to known hardness values provided by the calibration blocks.

Frequently Asked Questions:

Q. What materials can I calibrate using Mitutoyo 64AAA964 calibration set?

A. This set is suitable for calibrating instruments that measure the hardness of materials like carbide, non-ferrous metal, plastic and steel.

Q. How do I know if my calibration set needs recalibration?

A. Calibration sets may need recalibration if they start to produce inconsistent or inaccurate results. Regular checks against known standards like the calibration blocks can help identify this.

Q. What is the recommended procedure for adjusting the durometer based on calibration results?

A.

• Review the calibration results obtained from the durometer.
• Identify any significant deviations from the expected values.
• Consult the durometer's user manual for adjustment instructions.
• Access the durometer's calibration or adjustment mode.
• Enter the known calibration value corresponding to the calibration block used.
• Confirm and save the adjustment.
• Re-test the durometer using the same or different calibration blocks.
• Verify that the readings align closely with expected values.
• Document the calibration adjustments, including date and values.