68KHZ 60W High Frequency Ultrasonic Cleaning Oscillator Piezo Ceramic

The mechanism of ultrasonic cleaning is to make use of the physical effects such as cavitation, radiation pressure and sound flow in the cleaning liquid. It can exfoliate the machinery produced by the dirt on the cleaning parts, and can also promote the chemical reaction between the cleaning liquid and the dirt, so as to achieve the purpose of cleaning the object. The frequency of the ultrasonic cleaning machine can be selected by 10~500 kHz according to the size and purpose of the cleaning material, generally more than 20~50 kHz. With the increase of the frequency of ultrasonic transducer, Langerhans oscillator, longitudinal oscillator and thickness oscillator can be used. In the miniaturization aspect, radial vibration and flexural vibration are also adopted. Ultrasonic cleaning has become more and more widely used in various industries, agriculture, household equipment, electronics, automobile, rubber, printing, aircraft, food, hospital and medical research.

Ultrasonic transducer is to convert electrical energy into sound energy which also is called ultrasonic.it is composed of outer shell,matching tier,ring piezoelectric ceramic,backing material,outgoing cable and cymbal. The characteristics of transducers depend on material selection and manufacturing process. The performance and service life of transducers of the same size and shape are very different.

Features:

1: High mechanical Q value.
2: High transfer efficiency.
3: High quality piezoelectric ceramic material with good heat resistence.
4: Large range of working temperature.
5: Lower resonant Impedance.
6: Large amplitude,high vibration speed.
7: Clean and tidy appearance,without corrosion,deformation and scratch.
8: Frequency and static capacitance keep more consistency.
9: High output power.
10: ight with bolt ,be easy to install,reliable .

Specification List
Model	Frequency	Capacitance	Resonance Impedance	Size	Power	Insulation resistance
Model	(KHz)	(pF)	(Ω)	Radiation head*Height (mm)	(W)	(2500V_DC)
ARS-4QXHNQ-17K60W	17±0.5	4800±10%	≤25Ω	78*90	60w	≥100MΩ
ARS-4QXHNQ-20K50W	20±0.5	4000±10%	≤25Ω	57*94	50w	≥100MΩ
ARS-8QXHNQ-20K70W	20±0.5	3250±10%	≤20Ω	78*94	70w	≥100MΩ
ARS-4QXHNQ-20K100W	20±0.5	7600±10%	≤20Ω	67*92	100w	≥100MΩ
ARS-8QXHNQ-20K100W	20±0.5	4500±10%	≤20Ω	67*92	100w	≥100MΩ
ARS-8QXHNQ-20K120W	20±0.5	4650±10%	≤25Ω	79*94	120w	≥100MΩ
ARS-4QXHNQ-25K60W	25±0.8	4800±10%	≤20Ω	59*80	60w	≥100MΩ
ARS-4QXHNQ-25K100W	25±0.5	7600±10%	≤20Ω	67*76	100w	≥100MΩ
ARS-4QXHNQ-28K50WN	28 ±0.5	4000±10%	≤20Ω	45*79	50w	≥100MΩ
ARS-4QXHNQ-28K60W	28±0.5	4800±10%	≤20Ω	59*68	60w	≥100MΩ
ARS-4QXHNQ-28K100W	28±0.5	7600±10%	≤20Ω	67*68	100w	≥100MΩ
ARS-8QXHNQ-28K100W	28±0.5	5800±10%	≤20Ω	67*68	100w	≥100MΩ
ARS-4QXHNQ-28K120W	28±0.5	9600±10%	≤20Ω	67*68	120w	≥100MΩ
ARS-8QXHNQ-28K120W	28±0.5	6500±10%	≤20Ω	67*68	120w	≥100MΩ
ARS-4QXHNQ-33K60W	33±0.5	4800±10%	≤20Ω	48*62	60w	≥100MΩ
ARS-8QXHNQ-33K60W	33±0.5	3750±10%	≤20Ω	48*62	60w	≥100MΩ
ARS-4QXHNQ-35K60W	35±0.5	4800±10%	≤20Ω	45*55	60w	≥100MΩ
ARS-4QXHNQ-40K30W	40±0.8	2400±10%	≤30Ω	30*50	30w	≥100MΩ
ARS-4QXHNQ-40K50W	40 ±1.0	4000±10%	≤20Ω	45*55	50w	≥100MΩ
ARS-4QXHNQ-40K50WN	40 ±1.0	4000±10%	≤20Ω	45*53	50w	≥100MΩ
ARS-8QXHNQ-40K50WN	40 ±1.0	3250±10%	≤20Ω	45*53	50w	≥100MΩ
ARS-4QXHNQ-40K60W	40±0.5	4800±10%	≤20Ω	48*52	60w	≥100MΩ
ARS-8QXHNQ-40K60WN	40±0.5	3850±10%	≤20Ω	48*50	60w	≥100MΩ
ARS-4QXHNQ-40K100W	40±0.5	7600±10%	≤20Ω	55*53	100w	≥100MΩ
ARS-4QXHNQ-54K35W	54±1.0	3100±10%	≤35Ω	30*42	35w	≥100MΩ
ARS-4QXHNQ-60K20W	60±1.5	2300±10%	≤35Ω	30*35	20w	≥100MΩ
ARS-4QXHNQ-65K20W	65±1.5	2300±10%	≤35Ω	25*31	20w	≥100MΩ
ARS-4QXHNQ-68K50W	68±2.0	4800±10%	≤20Ω	50*65	50w	≥100MΩ
ARS-4QXHNQ-80K60W	80±1.5	4800±10%	≤25Ω	40*54	60w	≥100MΩ
ARS-4QXHNQ-100K60W	100±1.5	4800±10%	≤25Ω	40*57	60w	≥100MΩ
ARS-4QXHNQ-120K60W	120±1.5	4800±10%	≤25Ω	40*58	60w	≥100MΩ
ARS-4QXHNQ-130K50W	130±1.5	4200±10%	≤25Ω	36*54	50w	≥100MΩ
ARS-4QXHNQ-160K50W	160±1.5	4800±10%	≤25Ω	40*57	60w	≥100MΩ
ARS-4QXHNQ-165K40W	165±5.0	4100±10%	≤60Ω	42*61	40w	≥100MΩ
ARS-4QXHNQ-200K20W	200±2.0	2300±10%	≤35Ω	30*35	20w	≥100MΩ