Calibration Blocks

Calibration Blocks Calibration Block V1 allows to

• determine the insertion point of ultrasonic oscillations and distance from the piezoceramic plate to the probe housing with accuracy ± 0,5mm;
• define the angle of input the ultrasonic oscillations with accuracy ±1 angle degree;
• define the uncontrollable (dead) zone (for steel) straight beam ultrasonic piezoelectric transducers;
• determine the linearity scanning ultrasonic flaw horizontally;
• configure the speed and sensitivity of the scan of straight beam, angle beam and dual element piezoelectric transducers.

Calibration Block V2 allows to

• calibrate the scanning of flaw detectors through the expansion velocity of ultrasonic waves, working with straight beam piezoelectric transducers;
• calibrate the scanning of flaw detectors through the expansion velocity of ultrasonic waves, working with angle beam piezoelectric transducers;
• set a conditional sensitivity of ultrasonic flaw detectors with straight beam and angle beam piezoelectric transducers;
• determine the output point of ultrasonic oscillations and distance from the piezoceramic plate to the probe housing;
• define the angle of input the ultrasonic oscillations into steel.

Advantages

• High quality
• Competitive price

Specifications Specifications of Calibration Block V1

• Sample is made from low carbon fine-grained steel with a small damping coefficient.
• Expansion velocity of longitudinal ultrasonic oscillations in the calibration block at the frequency 5.0 MHz and at the temperature of 20(± 5) °C is 5920(± 30) m/s.
• Expansion velocity of longitudinal ultrasonic oscillations in the insertion material into calibration block at the frequency 5.0 MHz and at the temperature +20(± 5) °C is 2670(±100) m/s.
• The geometrical dimensions of the sample corresponds to ISO 2400, DIN 54120, BS 2704.

Specifications of Calibration Block V2

• Expansion velocity of transversal ultrasonic oscillations in the calibration block at the frequency 5.0 MHz and at the temperature 20(± 5) °C is 5920(± 30) m/s.
• Expansion velocity of transversal ultrasonic oscillations in the insertion material into calibration block at the frequency 5.0 MHz and at the temperature of 20(± 5) °C is 3255(±15) m/s.