100W 28kHz Industrial Ultrasonic Cleaning Transducer as Washer Parts
China 100W 28kHz Industrial Ultrasonic Cleaning Transducer as Washer Parts, Find details about China 100W industrial Washer Transducer, 28kHz Piezoceramic Transducer from 100W 28kHz Industrial Ultrasonic Cleaning Transducer as Washer Parts
Basic Info.
Model NO.
PLS-4QXHNQ-4528*
Application
Industrial Cleaning Machine
Name
Ultrasonic Cleaning Transducer
Frequency
28kHz
Power
100watt
Piezoceramic
Pzt4 or Pzt8
Use
Digital Cleaner
Usage
Shock Absorber Washing Device
Transport Package
Carton/Wooden Box or Other Required
Specification
28khz 100w
Origin
Guangdong, China
HS Code
8543909000
Model NO.
PLS-4QXHNQ-4528*
Application
Industrial Cleaning Machine
Name
Ultrasonic Cleaning Transducer
Frequency
28kHz
Power
100watt
Piezoceramic
Pzt4 or Pzt8
Use
Digital Cleaner
Usage
Shock Absorber Washing Device
Transport Package
Carton/Wooden Box or Other Required
Specification
28khz 100w
Origin
Guangdong, China
HS Code
8543909000
Product Desciption
Ultrasonic transducers are piezoelectric ceramics that resonate at ultrasonic frequencies and convert electrical signals into mechanical vibrations by the piezoelectric effect of the material. Medical ultrasonic transducers (ultrasonic probes) operate in much the same way, and typically contain an electrical energy storage element and a mechanical vibration system inside. When the transducer is used as a transmitter, the electrical oscillating signal sent from the excitation source will cause a change in the electric or magnetic field in the electrical energy storage element of the transducer, which changes the mechanical vibration system of the transducer through some effect. A driving force is generated to cause it to vibrate, thereby propelling the medium in contact with the mechanical vibration system of the transducer to vibrate and radiate sound waves into the medium. The process of receiving sound waves is exactly the opposite. External sound waves act on the vibrating surface of the transducer, causing the mechanical vibration system of the transducer to vibrate, causing an electric field in the energy storage element of the transducer or by some physical effect. The magnetic field changes accordingly, causing the electrical output of the transducer to produce a voltage and current corresponding to the acoustic signal.
Ultrasonic cleaning sensor features:
1. High performance: high mechanical Q value, high conversion efficiency and excellent quality;
2. The ultrasonic vibrator transducer has large amplitude and superior performance;
3. Ultrasonic vibrator transducer heat resistance: Piezoelectric ceramic material has good heat resistance, can expand the operating temperature range, and has high Q value, small resonance impedance and small heat generation;
4. The ultrasonic vibrator transducer has a neat appearance, no rust, no obvious depressions and scratches.
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, it is caused by the longer nucleation time at low frequency), and the diameter of the cavity is related to its explosion pressure. Generally, the higher the 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 and the better the permeability.
Based on the above principles:
Low frequency (17~23KHz): When the object to be cleaned is heavy or difficult to clean, and the explosion impact does not cause much damage to the surface of the object to be cleaned, a low-frequency series transducer should be selected. Common industries are: magnetic industry, auto maintenance industry, textile industry, etc. Note that the noise of this series is loud, so it is best to do sound insulation treatment.
Medium frequency (25~28KHz): When the cleaning object is slightly dirty or the cleaning difficulty is moderate, and the explosion impact does not cause much damage to the surface of the cleaning object, the intermediate frequency series transducer should be selected. This series of industries are the most widely used. Common ones are: machining industry, electroplating industry, catering industry, etc.
Medium and high frequency (33~60KHz): The medium and high frequency series transducer should be selected when the cleaned object is lightly dirty and easy to clean, or when the explosion impact on the surface of the cleaned object requires damage. Commonly used industries are: precision parts, glass glasses, electronic components, circuit boards, etc.
High frequency (68-200KHz): The object to be cleaned is very lightly dirty and easy to clean. When it is required to prohibit any damage to the surface of the object to be cleaned from the impact of an explosion, a high-frequency series transducer should be selected. Commonly used industries are: semiconductors, special high-precision parts, etc.
Ultrasonic transducer application:
1. Among all cleaning methods, ultrasonic cleaning is the most efficient and effective one. The reason why ultrasonic cleaning can achieve such results is closely related to its unique working principle and cleaning method.
2. We know that there are many things that need to be cleaned in production and life. There are many types and links that need to be cleaned, such as: removing pollutants from objects, dredging small holes, common manual cleaning methods for shaped objects and hidden objects. Undoubtedly can not meet the requirements, even the steam cleaning and high-pressure water jet cleaning can not meet the demand for higher cleanliness, ultrasonic cleaning can also kill bacteria, dissolve organic pollutants, prevent over-corrosion, etc., therefore, ultrasonic cleaning It is increasingly used in all walks of life:
(1) Machinery industry: removal of rust-proof grease; cleaning of measuring tools; degreasing and derusting of mechanical parts; cleaning of engine, carburetor and auto parts; cleaning and cleaning of filters and filters.
(2) Surface treatment industry: degreasing and derusting before electroplating; pre-ion plating cleaning; phosphating; removing carbon deposits; removing scale; removing polishing paste;
(3) Instrumentation industry: high cleanliness of precision parts, cleaning before assembly, etc.
(4) Electronics industry: printing circuit boards except rosin, solder spots; cleaning of mechanical and electronic parts such as high-voltage contacts.
(5) Medical industry: cleaning, disinfection, sterilization of medical equipment, cleaning of experimental utensils, etc.
(6) Semiconductor industry: high cleanliness cleaning of semiconductor wafers.
(7) Watch and watch industry: remove the sludge, dust, oxide layer, polishing paste, etc.
(8) Chemical and biological industries: cleaning and descaling of experimental vessels.
(9) Optical industry: degreasing, de-sweating, cleaning, etc. of optical devices.
(10) Textile printing and dyeing industry: cleaning textile spindles, spinnerets, etc.
(11) Petrochemical industry: cleaning and unblocking of metal filters, cleaning of chemical containers and exchangers, etc.
Ultrasonic cleaning sensor features:
1. High performance: high mechanical Q value, high conversion efficiency and excellent quality;
2. The ultrasonic vibrator transducer has large amplitude and superior performance;
3. Ultrasonic vibrator transducer heat resistance: Piezoelectric ceramic material has good heat resistance, can expand the operating temperature range, and has high Q value, small resonance impedance and small heat generation;
4. The ultrasonic vibrator transducer has a neat appearance, no rust, no obvious depressions and scratches.
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, it is caused by the longer nucleation time at low frequency), and the diameter of the cavity is related to its explosion pressure. Generally, the higher the 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 and the better the permeability.
Based on the above principles:
Low frequency (17~23KHz): When the object to be cleaned is heavy or difficult to clean, and the explosion impact does not cause much damage to the surface of the object to be cleaned, a low-frequency series transducer should be selected. Common industries are: magnetic industry, auto maintenance industry, textile industry, etc. Note that the noise of this series is loud, so it is best to do sound insulation treatment.
Medium frequency (25~28KHz): When the cleaning object is slightly dirty or the cleaning difficulty is moderate, and the explosion impact does not cause much damage to the surface of the cleaning object, the intermediate frequency series transducer should be selected. This series of industries are the most widely used. Common ones are: machining industry, electroplating industry, catering industry, etc.
Medium and high frequency (33~60KHz): The medium and high frequency series transducer should be selected when the cleaned object is lightly dirty and easy to clean, or when the explosion impact on the surface of the cleaned object requires damage. Commonly used industries are: precision parts, glass glasses, electronic components, circuit boards, etc.
High frequency (68-200KHz): The object to be cleaned is very lightly dirty and easy to clean. When it is required to prohibit any damage to the surface of the object to be cleaned from the impact of an explosion, a high-frequency series transducer should be selected. Commonly used industries are: semiconductors, special high-precision parts, etc.
Ultrasonic transducer application:
1. Among all cleaning methods, ultrasonic cleaning is the most efficient and effective one. The reason why ultrasonic cleaning can achieve such results is closely related to its unique working principle and cleaning method.
2. We know that there are many things that need to be cleaned in production and life. There are many types and links that need to be cleaned, such as: removing pollutants from objects, dredging small holes, common manual cleaning methods for shaped objects and hidden objects. Undoubtedly can not meet the requirements, even the steam cleaning and high-pressure water jet cleaning can not meet the demand for higher cleanliness, ultrasonic cleaning can also kill bacteria, dissolve organic pollutants, prevent over-corrosion, etc., therefore, ultrasonic cleaning It is increasingly used in all walks of life:
(1) Machinery industry: removal of rust-proof grease; cleaning of measuring tools; degreasing and derusting of mechanical parts; cleaning of engine, carburetor and auto parts; cleaning and cleaning of filters and filters.
(2) Surface treatment industry: degreasing and derusting before electroplating; pre-ion plating cleaning; phosphating; removing carbon deposits; removing scale; removing polishing paste;
(3) Instrumentation industry: high cleanliness of precision parts, cleaning before assembly, etc.
(4) Electronics industry: printing circuit boards except rosin, solder spots; cleaning of mechanical and electronic parts such as high-voltage contacts.
(5) Medical industry: cleaning, disinfection, sterilization of medical equipment, cleaning of experimental utensils, etc.
(6) Semiconductor industry: high cleanliness cleaning of semiconductor wafers.
(7) Watch and watch industry: remove the sludge, dust, oxide layer, polishing paste, etc.
(8) Chemical and biological industries: cleaning and descaling of experimental vessels.
(9) Optical industry: degreasing, de-sweating, cleaning, etc. of optical devices.
(10) Textile printing and dyeing industry: cleaning textile spindles, spinnerets, etc.
(11) Petrochemical industry: cleaning and unblocking of metal filters, cleaning of chemical containers and exchangers, etc.
| Specification List | ||||||
| Model | Frequency (KHz) | Capacitance (pF) | Resonance Impedance (Ω) | Size Radiation head*Height (mm) | Power (W) | Insulation resistance (2500VDC) |
| PLS-8QXHNQ-2540 | 40±0.8 | 3100±10% | ≤30Ω | 25*58 | 20w | ≥100MΩ |
| PLS-8QXHNQ-3045 | 46±1.0 | 2400±10% | ≤25Ω | 45*43 | 35w | ≥100MΩ |
| PLS-8QXHNQ-3517 | 17±1.0 | 2550±10% | ≤28Ω | 78*93 | 50w | ≥100MΩ |
| PLS-8QXHNQ-3820 | 20±0.8 | 3800±10% | ≤28Ω | 59*99 | 60w | ≥100MΩ |
| PLS-8QXHNQ-3823 | 23±0.8 | 3800±10% | ≤28Ω | 59*84 | 60w | ≥100MΩ |
| PLS-8QXHNQ-3825* | 25±0.8 | 3800±10% | ≤20Ω | 59*80 | 60w | ≥100MΩ |
| PLS-8QXHNQ-3828* | 28±0.5 | 3800±10% | ≤20Ω | 59*68 | 60w | ≥100MΩ |
| PLS-8QXHNQ-3833* | 33±0.5 | 3800±10% | ≤20Ω | 48*61 | 60w | ≥100MΩ |
| PLS-8QXHNQ-3840* | 40±0.5 | 3800±10% | ≤20Ω | 48*51 | 60w | ≥100MΩ |
| PLS-8QXHNQ-4520* | 21.5±0.8 | 5600±10% | ≤20Ω | 67*92 | 100w | ≥100MΩ |
| PLS-8QXHNQ-4528* | 28±0.5 | 5600±10% | ≤20Ω | 67*68 | 100w | ≥100MΩ |
| PLS-8QXHNQ-5028 | 28±0.5 | 7200±10% | ≤20Ω | 67*68 | 120w | ≥100MΩ |
| PLS-8QXHNQ-5020 | 20±0.5 | 4650±10% | ≤25Ω | 79*94 | 120w | ≥100MΩ |
| PLS-4QXHNQ-2540 | 40±0.8 | 2400±10% | ≤30Ω | 25*58 | 20w | ≥100MΩ |
| PLS-4QXHNQ-2540 | 40±0.8 | 2400±10% | ≤30Ω | 30*50 | 20w | ≥100MΩ |
| PLS-4QXHNQ-2560 | 60±1.5 | 2300±10% | ≤35Ω | 30*35 | 20w | ≥100MΩ |
| PLS-4QXHNQ-2565 | 65±1.5 | 2300±10% | ≤35Ω | 25*31 | 20w | ≥100MΩ |
| PLS-4QXHNQ-3055 | 55±1.0 | 3100±10% | ≤35Ω | 30*45 | 35w | ≥100MΩ |
| PLS-4QXHNQ-3050 | 52±2.0 | 3100±10% | ≤35Ω | 38*40 | 35w | ≥100MΩ |
| PLS-4QXHNQ-3528* | 28 ±0.5 | 4000±10% | ≤20Ω | 45*79 | 50w | ≥100MΩ |
| PLS-4QXHNQ-3540* | 40 ±1.0 | 4000±10% | ≤20Ω | 45*55 | 50w | ≥100MΩ |
| PLS-4QXHNQ-3825* | 25±0.8 | 4800±10% | ≤20Ω | 59*80 | 60w | ≥100MΩ |
| PLS-4QXHNQ-3828* | 28±0.5 | 4800±10% | ≤20Ω | 59*68 | 60w | ≥100MΩ |
| PLS-4QXHNQ-3833 | 33±0.5 | 4800±10% | ≤20Ω | 48*62 | 60w | ≥100MΩ |
| PLS-4QXHNQ-3835 | 35±0.5 | 4800±10% | ≤20Ω | 45*55 | 60w | ≥100MΩ |
| PLS-4QXHNQ-3840* | 40±0.5 | 4800±10% | ≤20Ω | 48*51 | 60w | ≥100MΩ |
| PLS-4QXHNQ-4520 | 22±0.5 | 7600±10% | ≤20Ω | 67*92 | 100w | ≥100MΩ |
| PLS-4QXHNQ-4525 | 25±0.5 | 7600±10% | ≤20Ω | 67*76 | 100w | ≥100MΩ |
| PLS-4QXHNQ-4528* | 28±0.5 | 7600±10% | ≤20Ω | 67*68 | 100w | ≥100MΩ |
| PLS-4QXHNQ-4540* | 40±0.5 | 7600±10% | ≤20Ω | 55*53 | 100w | ≥100MΩ |
| PLS-4QXHNQ-5028 | 28±0.5 | 9600±10% | ≤20Ω | 67*68 | 120w | ≥100MΩ |
| PLS-4QXHNQ-3868 | 67±2.0 | 4800±10% | ≤20Ω | 50*65 | 50w | ≥100MΩ |
| PLS-4QXHNQ-3880 | 79±1.5 | 4800±10% | ≤25Ω | 40*54 | 60w | ≥100MΩ |
| PLS-4QXHNQ-38100 | 100±1.5 | 4800±10% | ≤25Ω | 40*57 | 60w | ≥100MΩ |
| PLS-4QXHNQ-38120 | 120±1.5 | 4800±10% | ≤25Ω | 40*58 | 60w | ≥100MΩ |
| PLS-4QXHNQ-35130 | 129±1.5 | 4200±10% | ≤25Ω | 36*54 | 50w | ≥100MΩ |
| PLS4QXHNQ-38160 | 160±1.5 | 4800±10% | ≤25Ω | 40*57 | 60w | ≥100MΩ |
| PLS-4AS-35165 | 165±5.0 | 4100±10% | ≤60Ω | 42*61 | 40w | ≥100MΩ |
| PLS-4AH-25200 | 200±2.0 | 2300±10% | ≤35Ω | 30*35 | 20w | ≥100MΩ |
| Screw hole size (diameter * pitch * depth)M10*1.0*10 | ||||||
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