Product Introduction
With the increasing demand for quality inspection and testing processes, the market for ultrasonic transducers is growing rapidly. These devices are becoming more sophisticated, accurate, and user-friendly, making them an indispensable tool in industries that rely on precise measurement and precise detection of flaws.
Medical imaging equipment, for instance, uses ultrasonic transducers to generate accurate and detailed images of organs and tissues. In addition, ultrasonic transducers are used in the automotive industry to detect flaws in powertrains, brakes, and other critical components. The transducers are also used in manufacturing to ensure the structural integrity of components.
One of the most significant advantages of ultrasonic transducers is that they are non-intrusive, non-destructive, and do not require any disassembly. They can detect flaws in materials or structures without damaging them, making them an ideal solution for industries that require precision and accuracy.
In conclusion, the use of ultrasonic transducers in testing equipment continues to be an integral part of many industries, and it is expected to grow in the coming years. These devices have played a critical role in ensuring the safety and overall effectiveness of critical infrastructure. With the growing demand for non-destructive testing methods, ultrasonic transducers are poised to become even more advanced and sophisticated, making them an essential tool for many industries.
Product Specifications
|
Classification |
Model |
Frequency (KHz) |
Resonant Impedance (Ω) |
Static Capacitance (PF) |
Insulation Resistance (MΩ) |
Power (W) |
|
Ultrasonic Cleaning Series |
Q120W-20K |
20±1 |
≤20 |
4800±10% |
≥100 |
120W |
|
Q100W-28K/40K |
28±/40±1 |
≤20 |
8000±10% |
≥100 |
100W |
|
|
Q80W-28K/40K |
28±/40±1 |
≤20 |
7000±10% |
≥100 |
80W |
|
|
Q60W-28K/40K |
28±/40±1 |
≤20 |
5000±10% |
≥100 |
60W |
|
|
Q60W-68K |
68±1 |
≤20 |
3800±10% |
≥100 |
60W |
|
|
Q60W-120K |
120±1 |
≤20 |
3800±10% |
≥100 |
60W |
|
|
Q50W-40K |
40±1 |
≤20 |
4000±10% |
≥100 |
50W |
|
|
Q40W-40K |
40±1 |
≤30 |
3000±10% |
≥100 |
40W |
|
|
Q30W-40K |
40±1 |
≤30 |
1800±10% |
≥100 |
30W |
|
|
Q15W-50K |
50±1 |
≤100 |
1100±10% |
≥100 |
15W |
|
|
Ultrasonic Medical and Beauty Series |
M50W-80D |
40±1 |
≤20 |
4000±10% |
≥100 |
50W |
|
M50W-60D M15W-63D |
35±1 1000±50 |
≤20 ≤20 |
4000±10% 3500±10% |
≥100 |
50W 15W |
|
|
M30W-40K |
40±1 |
≤20 |
2200±10% |
30W |
||
|
M15W-40D |
3000±100 |
≤20 |
5000±10% |
15W |
||
|
Ultrasonic Welding Series / Emulsifying Series |
H3000W-15K |
14.9±0.1 |
≤20 |
13500±10% |
≥5000 |
3000W |
|
H2000W-20K |
19.9±0.1 |
≤20 |
10000±10% |
≥5000 |
2000W |
|
|
H800W-28K |
27.8±0.2 |
≤20 |
1600±10% |
≥5000 |
800W |
|
|
H500W-35K |
34.8±0.2 |
≤20 |
3000±10% |
≥5000 |
500W |
|
|
R80W-20K |
20±1 |
≤20 |
4200±10% |
≥5000 |
80W |
Product Applications
Ultrasonic transducers are vital components of testing equipment, widely used in a range of industries, including aerospace, automotive, and medical. These devices use high-frequency sound waves to measure the thickness of materials, detect flaws, and assess material properties.
In the aerospace industry, ultrasonic testing is used to detect defects in critical components such as engine blades, while in the automotive industry, it helps detect cracks and other damages in vehicle parts. Medical professionals also use ultrasonic transducers for imaging of internal organs and tissues, aiding diagnosis and treatment.
The use of ultrasonic transducers has revolutionized testing equipment, providing quicker and more accurate results. With the continuous advancements in technology, these devices are becoming more reliable, durable, and compact, making them suitable for even more applications.
The benefits of ultrasonic transducers go beyond their technical capabilities. They are also cost-effective and environmentally friendly, as they do not produce harmful radiation or require the use of harsh chemicals.
In conclusion, ultrasonic transducers have become indispensable tools in testing equipment applications. Their versatility, accuracy, and positive impact on numerous industries make them a crucial part of modern technology. As further research and innovation go into their development, the applications of ultrasonic transducers are sure to expand, providing solutions to many more technical challenges around the world.
FAQ
Q: What equipment is need for ultrasonic transducer?
A: Ultrasonic transducers are essential tools used in various industries for different purposes such as ultrasonic imaging, ultrasonic cleaning, and ultrasonic welding. These transducers are made of high-quality materials that enable them to convert high-frequency electrical energy into mechanical vibrations.
Q: How to test an ultrasonic transducer?
A: 1. Visual inspection: Start by inspecting the transducer for any physical damage, such as cracks or dents. If you see any damage, don't use the transducer until it has been repaired or replaced.
2. Frequency measurement: Use a frequency meter to measure the frequency of the ultrasonic transducer. The frequency should match the specified range for the transducer. If it doesn't, the transducer may need to be replaced.
3. Impedance measurement: Use an impedance meter to measure the impedance of the transducer. The impedance should match the specified range for the transducer. If it doesn't, the transducer may need to be replaced.
4. Pulse-echo testing: To test the transducer's response to a pulse, connect it to an oscilloscope and apply a pulse to the transducer. The oscilloscope should display the waveform of the pulse that was sent. If the waveform is distorted or irregular, the transducer may need to be replaced.
5. Sensitivity testing: Connect the transducer to a signal generator and an amplifier, and then place it in a test tank filled with water or a suitable liquid. Adjust the frequency and amplitude of the signal and measure the voltage output from the transducer. The sensitivity of the transducer can be calculated from these measurements. If the sensitivity is lower than expected, the transducer may need to be replaced.
By following these steps, you can ensure that your ultrasonic transducer is working properly. Regular testing can help you catch issues before they become problems, and prolong the life of your transducer.
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