详情描述


Product Details:

Testing Frequency: Continuously adjustable from 0.3 to 1.3 MHz

Gain: 0-69 dB, 1 dB step adjustment

Repetition Frequency: 50Hz

Pulse Count: 1-99 pulses

Alarm Methods: Dual Wave Damage and Loss of Wave Alarm

Fault Diagnosis: Probing Fault Self-Diagnosis

Test results indicate: Highlighted LCD Monitor

Volume and Weight：300×200×250mm

Product Introduction:

Electromagnetic ultrasonic testing is a novel ultrasonic detection method different from traditional piezoelectric ultrasonic. Although both fall under the category of ultrasound, their fundamental difference lies in the transducer. Piezoelectric ultrasonic transducers emit and receive ultrasonic waves through the piezoelectric effect of piezoelectric crystals. In contrast, electromagnetic ultrasonic relies on electromagnetic effects to emit and receive ultrasonic waves. The energy conversion is directly performed in the skin layer of the workpiece surface, thus eliminating the need for a coupling medium and contact with the workpiece, making it suitable for automatic testing under rapid and high-temperature conditions. It can be used for the inspection of plates, bars, tubes, tube ends, and train wheels.

Product Features:

1. No coupling agent required: The probe and workpiece are in a non-contact form, not relying on a coupling liquid to conduct sound waves.

2. Simple and convenient operation; fewer instrument channels greatly simplify adjustments during the use of instruments and equipment.

3. Simpler accessory mechanical devices: Lower design and manufacturing requirements for mechanical transmission equipment for workpieces and probe tracking devices.

4. Robust detection capabilities: High sensitivity to natural defects in steel (such as cracks), significantly enhancing the reliability of the flaw detection process.

5. Setting the testing parameters is completed with just four soft keys, featuring high intelligence and simplicity in operation.

6. The instrument can automatically monitor probe failures, effectively preventing missed inspections caused by probe damage.