200khz/35W ultrasonic cleaning transducer pzt-4,200khz ultrasonic piezoelectric transducer
  • Item No.ARS-QXHNQ20035 PZT-4
    MOQ1 Piece / Pieces
    description

    200khz/35W ultrasonic cleaning transducer pzt-4,200khz ultrasonic piezoelectric transducer

    02Specification

    The high mechanical quality of ARS's piezo transducers ensures that these sandwich-type ultrasonic transducers offer high electro-acoustical efficiency and low heat generation. The mechanical connection of the piezoelectric elements assures a large amplitude output. ARS's standard ultrasonic cleaning transducers are available in two frequencies: 28 kHz, 40 kHz. ARS also offers a 50 kHz power transducer that can be used in a variety of applications, including as a fabric cleaner, nebulizer, atomizer, for ultrasonic mixing, or for cell disruption.

     

    Cavitation occurs when the vibration of a transducer surface interfacing with a liquid (usually water, but possibly a water / organic solvent mixture in an ultrasonic cleaning application) is sufficient to create a partial vacuum that exceeds the vapor pressure of the liquid, and bubbles form at the vibrating surface. Cavitation is a desirable feature in ultrasonic cleaning or liquid vaporizing applications, but obviously must be avoided in signal transmission applications.

     

    Ultrasonic Transducer classification:

    A. piezoelectric chip classification: Black chip P4 series and yellow chip P8 series;

    B. Frequency classification: low frequency series (17-23KHz), intermediate frequency series (25-28KHz), medium and high frequency series (33-60KHz) and high frequency series (68-200KHz);

    C. Power classification: 30W series (including 35W), 50W series (including 60W), 100W series (including 80W) and other unconventional power;

    D. shape classification: straight column and horn type

     

    Ultrasonic Transducer Frequency selection:

    The frequency of the transducer is inversely proportional to the wavelength, and the wavelength is related to the diameter of the cavity (strictly speaking, the nucleation time is longer due to the low frequency), and the diameter of the cavity is related to the explosion pressure. The higher the general frequency, the smaller the wavelength, the smaller the diameter of the cavity, the lower the explosion pressure, but the higher the density of the cavity, the better the permeability.

     

    Based on the above principles:

    Low frequency (17 ~ 23KHz): When the dirt of the cleaned material is heavy or difficult to be cleaned, and the explosive impact does not cause much damage to the surface of the cleaned material, the low frequency series transducer should be selected. Commonly used industries are: magnetic industry, steam protection industry, textile industry and so on. Note that the noise of this series is large, preferably sound insulation.

     

     

     

    Medium frequency (25 ~ 28KHz): If the dirt of the cleaned material is slightly heavy or the cleaning is difficult and moderate, and the explosive impact does not cause much damage to the surface of the cleaned material, the intermediate frequency series transducer should be selected. This series of industries are the most widely used, and are common in machinery processing industry, electroplating industry, catering industry and so on.

     

    Medium and high frequency (33 ~ 60KHz): When the dirt of the cleaned material is light, the cleaning is easy, or the explosive shock damage to the surface of the cleaned material is required, the medium and high frequency series transducer should be selected. Commonly used industries include precision parts, glass glasses, electronic components, circuit boards, etc.

     

    High Frequency (68-200KHz): The dirt is very light and easy to clean. When the explosive impact is prohibited to damage the surface of the cleaned object, the high frequency series transducer should be selected. Commonly used industries are semiconductors, special high-precision parts, etc.

     

    Specification List 
    ModelFrequency
    (KHz)
      Capacitance
    (pF)
    Resonance
    Impedance
    (Ω)
       Size 
    Radiation
    head*Height
     (mm)
     Power
    (W)
     Insulation
    resistance
    (2500VDC)
    ARS-8QXHNQ-254040±0.83100±10%≤30Ω25*5820w≥100MΩ
    ARS-8QXHNQ-304546±1.02400±10%≤25Ω45*4335w≥100MΩ
    ARS-8QXHNQ-351717±1.02550±10%≤28Ω78*9350w≥100MΩ
    ARS-8QXHNQ-382020±0.83800±10%≤28Ω59*9960w≥100MΩ
    ARS-8QXHNQ-382323±0.83800±10%≤28Ω59*8460w≥100MΩ
    ARS-8QXHNQ-3825*25±0.83800±10%≤20Ω59*8060w≥100MΩ
    ARS-8QXHNQ-3828*28±0.53800±10%≤20Ω59*6860w≥100MΩ
    ARS-8QXHNQ-3833*33±0.53800±10%≤20Ω48*6160w≥100MΩ
    ARS-8QXHNQ-3840*40±0.53800±10%≤20Ω48*5160w≥100MΩ
    ARS-8QXHNQ-4520*21.5±0.85600±10%≤20Ω67*92100w≥100MΩ
    ARS-8QXHNQ-4528*28±0.55600±10%≤20Ω67*68100w≥100MΩ
    ARS-8QXHNQ-502828±0.57200±10%≤20Ω67*68120w≥100MΩ
    ARS-8QXHNQ-502020±0.54650±10%≤25Ω79*94120w≥100MΩ
    ARS-4QXHNQ-254040±0.82400±10%≤30Ω25*5820w≥100MΩ
    ARS-4QXHNQ-254040±0.82400±10%≤30Ω30*5020w≥100MΩ
    ARS-4QXHNQ-256060±1.52300±10%≤35Ω30*3520w≥100MΩ
    ARS-4QXHNQ-256565±1.52300±10%≤35Ω25*3120w≥100MΩ
    ARS-4QXHNQ-305555±1.03100±10%≤35Ω30*4535w≥100MΩ
    ARS-4QXHNQ-305052±2.03100±10%≤35Ω38*4035w≥100MΩ
    ARS-4QXHNQ-3528*28 ±0.54000±10%≤20Ω45*7950w≥100MΩ
    ARS-4AH-3540*40 ±1.04000±10%≤20Ω45*5550w≥100MΩ
    ARS-4QXHNQ-3825*25±0.84800±10%≤20Ω59*8060w≥100MΩ
    ARS-4QXHNQ-3828*28±0.54800±10%≤20Ω59*6860w≥100MΩ
    ARS-4QXHNQ-383333±0.54800±10%≤20Ω48*6260w≥100MΩ
    ARS-4QXHNQ-383535±0.54800±10%≤20Ω45*5560w≥100MΩ
    ARS-4QXHNQ-3840*40±0.54800±10%≤20Ω48*5160w≥100MΩ
    ARS-4QXHNQ-452022±0.57600±10%≤20Ω67*92100w≥100MΩ
    ARS-4QXHNQ-452525±0.57600±10%≤20Ω67*76100w≥100MΩ
    ARS-4QXHNQ-4528*28±0.57600±10%≤20Ω67*68100w≥100MΩ
    ARS-4QXHNQ-4540*40±0.57600±10%≤20Ω55*53100w≥100MΩ
    ARS-4QXHNQ-502828±0.59600±10%≤20Ω67*68120w≥100MΩ
    ARS-4QXHNQ-386867±2.04800±10%≤20Ω50*6550w≥100MΩ
    ARS-4QXHNQ-388079±1.54800±10%≤25Ω40*5460w≥100MΩ
    ARS-4QXHNQ-38100100±1.54800±10%≤25Ω40*5760w≥100MΩ
    ARS-4QXHNQ-38120120±1.54800±10%≤25Ω40*5860w≥100MΩ
    ARS-4QXHNQ-35130129±1.54200±10%≤25Ω36*5450w≥100MΩ
    ARS4QXHNQ-38160160±1.54800±10%≤25Ω40*5760w≥100MΩ
    ARS-4AS-35165165±5.04100±10%≤60Ω42*6140w≥100MΩ
    ARS-4AH-25200200±2.02300±10%≤35Ω30*3520w≥100MΩ
    Screw hole size (diameter * pitch * depth)M10*1.0*10

    200khz/35W ultrasonic cleaning transducer pzt-4,200khz ultrasonic piezoelectric transducer

    04Product display

    1.JPGIMG_1127.jpg

    Transducer

     The Process Flow_01

     

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     Shiping and Packing.jpg

    Shiping.jpg

    Transducer packing.jpg

     

    FAQ

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    https://www.digitalultrasoniccleaner.com/

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    • 506B,Dazhong industry park,sanhe ,DaLang street,longhua district,ShenZhen China
    • 86-13662219669
    • [email protected]