NM015SB09

This is a precision-manufactured 5-step calibration block, constructed from carbon steel and produced by DANATRONICS, designed for accurate calibration of ultrasonic testing (UT) equipment. The block provides five distinct thickness increments, both in inches and millimeters, to facilitate comprehensive calibration across a range of measurement parameters.

Key Features:

• 5-Step Configuration: The block features five precisely machined steps, each with a different thickness, allowing for multi-point calibration.

• Precise Thickness Increments: The steps are machined to the following thicknesses: 0.100 inch, 0.200 inch, 0.300 inch, 0.400 inch, and 0.500 inch.

• Dual Unit Labeling: Each step is labeled with both inch and millimeter measurements, specifically: 2.54mm, 5.08mm, 7.62mm, 10.16mm, and 12.7mm, providing versatility for various measurement standards.

• Carbon Steel Construction: The block is made from carbon steel, a durable material with consistent acoustic properties, ideal for ultrasonic calibration.

• DANATRONICS Manufacturing: Manufactured by DANATRONICS, a provider of ultrasonic testing equipment and calibration solutions, ensuring quality and accuracy.

Applications:

• Ultrasonic Flaw Detector Calibration: Used to calibrate ultrasonic flaw detectors for accurate flaw detection and sizing.

• Ultrasonic Thickness Gauge Calibration: Used to calibrate ultrasonic thickness gauges for accurate thickness measurement.  

• Time Base Calibration: Used to calibrate the time base of ultrasonic equipment, ensuring accurate distance measurements.

• Velocity Calibration: Used to determine the sound velocity of the test material.

• Sensitivity Calibration: Used to calibrate the sensitivity of ultrasonic equipment.

Importance:

• Ensuring Measurement Accuracy: Provides a reliable standard for calibrating ultrasonic equipment, leading to accurate measurements.

• Meeting Industry Standards: Facilitates compliance with industry standards and regulations that require calibrated ultrasonic equipment.  

• Reliable Flaw Detection: Proper calibration is crucial for reliable flaw detection, ensuring structural integrity and safety.