ultrasonic cleaning transducer cleaner 100W/28khz/50w/40khz piezoceramic transducer
Brand Name:Ours
Certification:CE and FCC
Model Number:ARS-QXHNQ13550 PZT-4
Minimum Order Quantity:1PCS
Delivery Time:2-3 days
Payment Terms:T/T, Western Union, PAYPAL
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Location:
Shenzhen Guangdong China
Address:
506B,Dazhong industry park,sanhe ,DaLang street,longhua district,ShenZhen
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within 35 hours
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ultrasonic cleaning transducer cleaner 100W/28khz/50w/40khz piezoceramic transducer
ultrasonic cleaning transducer:
Ultrasonic transducer can transform the high frequency electrical signal into the form of ultrasonic wave to the outside world, so that the water molecules in the container can produce high speed vibration and micro jet, so as to realize the non-contact cleaning of the articles
In order to understand the mechanics of ultrasonics, it is necessary to first have a basic understanding of sound waves,
how they are generated and how they travel through a conducting medium. The dictionary defines sound as
the transmission of vibration through an elastic medium which may be a solid, liquid, or a gas.
Sound Wave Generation A sound wave is produced when a solitary or repeating displacement is generated
in a sound conducting medium, such as by a “shock” event or “vibratory” movement. The displacement of air
by the cone of a radio speaker is a good example of “vibratory” sound waves generated by mechanical
movement. As the speaker cone moves back and forth, the air in front of the cone is alternately compressed
and rarefied to produce sound waves, which travel through the air until they are finally dissipated.
We are probably most familiar with sound waves generated by alternating mechanical motion.
There are also sound waves which are created by a single “shock” event. An example is thunder
which is generated as air instantaneously changes volume as a result of an electrical discharge (lightning).
Another example of a shock event might be the sound created as a wooden board falls with its face against
a cement floor. Shock events are sources of a single compression wave which radiates from the source.
Ultrasonic Cleaner Transducer For Dental Ultrasonic Cleaning
Ultrasonic transducer can transform the high frequency electrical signal into the form of ultrasonic wave to the outside world, so that the water molecules in the container can produce high speed vibration and micro jet, so as to realize the non-contact cleaning of the articles
In order to understand the mechanics of ultrasonics, it is necessary to first have a basic understanding of sound waves,
how they are generated and how they travel through a conducting medium. The dictionary defines sound as
the transmission of vibration through an elastic medium which may be a solid, liquid, or a gas.
Sound Wave Generation A sound wave is produced when a solitary or repeating displacement is generated
in a sound conducting medium, such as by a “shock” event or “vibratory” movement. The displacement of air
by the cone of a radio speaker is a good example of “vibratory” sound waves generated by mechanical
movement. As the speaker cone moves back and forth, the air in front of the cone is alternately compressed
and rarefied to produce sound waves, which travel through the air until they are finally dissipated.
We are probably most familiar with sound waves generated by alternating mechanical motion.
There are also sound waves which are created by a single “shock” event. An example is thunder
which is generated as air instantaneously changes volume as a result of an electrical discharge (lightning).
Another example of a shock event might be the sound created as a wooden board falls with its face against
a cement floor. Shock events are sources of a single compression wave which radiates from the source.
Ultrasonic Cleaner Transducer For Dental Ultrasonic Cleaning
UlTRASONIC TRANSDUCER CHARACTERISTICS
1.Small machinery loss,
2.High efficiency electricity
3.Sound transfer,
4.Big swing and less heat.
5.Good construction
6.Easy to installation
7.High reliablity
| Type | Length(mm) | Weight(g) | Frequency(KHz) | Resonance Impedance (Ω) | Static Capacity (pF)±10% | Input Power(W) |
| ARS-QXHNQ-20100 PZT-8 | 94 | 900 | 20 | 10-20 | 5200 | 100 |
| ARS-QXHNQ-25100 PZT-4 | 77 | 710 | 25 | 10-20 | 6600 | 100 |
| ARS-QXHNQ-28100 PZT-8 | 66 | 625 | 28 | 10-20 | 5200 | 100 |
| ARS-QXHNQ-28100 PZT-4 | 66 | 624 | 28 | 10-20 | 6600 | 100 |
| ARS-QXHNQ-30100 PZT-8 | 61 | 555 | 30 | 10-20 | 5200 | 100 |
| ARS-QXHNQ-2560 PZT-4 | 77 | 530 | 25 | 10-20 | 5400 | 60 |
| ARS-QXHNQ-2860 PZT-8 | 68 | 470 | 28 | 10-20 | 3800 | 60 |
| ARS-QXHNQ-2850 PZT-4 | 82 | 425 | 28 | 10-20 | 4100 | 50 |
| ARS-QXHNQ-3360 PZT-8 | 58 | 420 | 33 | 10-20 | 3800 | 60 |
| ARS-QXHNQ-4060 PZT-8 | 55 | 300 | 40 | 10-20 | 3800 | 60 |
| ARS-QXHNQ-4060 PZT-4 | 56 | 310 | 40 | 10-20 | 5400 | 60 |
| ARS-QXHNQ-4050 PZT-4 | 54 | 260 | 40 | 10-20 | 4100 | 50 |
| ARS-QXHNQ-4050-1 PZT-4 | 57 | 300 | 40 | 10-20 | 4100 | 50 |
| ARS-QXHNQ-5435 PZT-4 | 36 | 135 | 54 | 10-20 | 3200 | 35 |
| ARS-QXHNQ-6860 PZT-8 | 80 | 460 | 68 | 10-20 | 3800 | 60 |
| ARS-QXHNQ-68120 PZT-4 | 67 | 588 | 68 | 10-20 | 7800 | 120 |
| ARS-QXHNQ-8060 PZT-4 | 60 | 325 | 80 | 10-20 | 5400 | 60 |
| ARS-QXHNQ-12060 PZT-4 | 56 | 260 | 120 | 10-20 | 5400 | 60 |
| ARS-QXHNQ-13550 PZT-4 | 54 | 215 | 135 | 10-20 | 4200 | 50 |
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ultrasonic cleaning transducer cleaner 100W/28khz/50w/40khz piezoceramic transducer
ultrasonic cleaning transducer cleaner 100W/28khz/50w/40khz piezoceramic transducer
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