説明

• Ultrasound Cleaner Transducer Piezo Electric Sensor Ultrasonic Piezoelectric Ceramic Vibrator 40KHZ Ultrasonic transducers are piezoelectric ceramics that resonate at ultrasonic frequencies and convert electric alerts into mechanical vibrations by the piezoelectric impact of the cloth Medical ultrasonic transducers (ultrasonic probes) operate in much an analogous way, and customarily involve an electrical calories storage detail and a mechanical vibration formulation inside When the transducer is used as a transmitter, the electric oscillating signal despatched from the excitation source will trigger a change within the electric or magnetic subject in the electricity storage element of the transducer, which modifications the mechanical vibration system of the transducer via some effect A driver is generated to trigger it to vibrate, thereby propelling the medium in touch with the mechanical vibration method of the transducer to vibrate and radiate sound waves into the medium The process of receiving sound waves is exactly the alternative External sound waves act on the vibrating surface of the transducer, inflicting the mechanical vibration components of the transducer to vibrate, inflicting an electric field within the energy garage detail of the transducer or by means of some physical effect The magnetic field adjustments accordingly, inflicting the electrical output of the transducer to supply a voltage and current comparable to the acoustic sign Ultrasonic vibrator features: 1 High performance: excessive mechanical Q value, excessive conversion efficiency and ideal quality; 2 The ultrasonic vibrator transducer has large amplitude and superior performance; three Ultrasonic vibrator transducer heat resistance: Piezoelectric ceramic materials has nice heat resistance, can increase the working 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 apparent depressions and scratches Ultrasonic transducer application: 1 Among all cleaning methods, ultrasonic cleansing is the best and effective one The explanation why ultrasonic cleaning can achieve such results is heavily associated with its exotic operating principle and cleansing formulation 2 We know that there are many things that must be wiped clean in production and lifestyles There are many types and hyperlinks that must be cleaned, such as: removing pollutants from objects, dredging small holes, usual manual cleaning tricks for shaped items and hidden items Undoubtedly cannot meet the requirements, even the steam cleansing and high-pressure water jet cleansing can't meet the call for for greater cleanliness, ultrasonic cleansing also can kill bacteria, dissolve organic pollutants, stop over-corrosion, etc, therefore, ultrasonic cleansing It is more and more utilized in all walks of life: (1) Machinery industry: elimination of rust-proof grease; cleaning of measuring tools; degreasing and derusting of mechanical parts; cleaning of engine, carburetor and auto parts; cleansing and cleansing of filters and filters (2) Surface medication industry: degreasing and derusting before electroplating; pre-ion plating cleaning; phosphating; cutting off carbon deposits; removing scale; cutting off sharpening paste; (3) Instrumentation industry: high cleanliness of precision parts, cleaning before assembly, and so on (4) Electronics industry: printing circuit forums besides rosin, solder spots; cleaning of mechanical and electronic elements akin to high-voltage contacts (5) Medical industry: cleaning, disinfection, sterilization of clinical equipment, cleaning of experimental utensils, and many others (6) Semiconductor industry: excessive cleanliness cleaning of semiconductor wafers (7) Watch and watch industry: eradicate the sludge, dust, oxide layer, polishing paste, and many others (8) Chemical and organic industries: cleaning and descaling of experimental vessels (9) Optical industry: degreasing, de-sweating, cleaning, and many others of optical instruments (10) Textile printing and dyeing industry: cleansing textile spindles, spinnerets, and so on (11) Petrochemical industry: cleansing and unblocking of steel filters, cleaning of chemical packing containers and exchangers, and many others 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 3100±10% ≤30Ω 25*58 20w ≥100MΩ PLS-8QXHNQ-3045 46±1 2400±10% ≤25Ω 45*43 35w ≥100MΩ PLS-8QXHNQ-3517 17±1 2550±10% ≤28Ω 78*93 50w ≥100MΩ PLS-8QXHNQ-3820 20±0 3800±10% ≤28Ω 59*99 60w ≥100MΩ PLS-8QXHNQ-3823 23±0 3800±10% ≤28Ω 59*84 60w ≥100MΩ PLS-8QXHNQ-3825* 25±0 3800±10% ≤20Ω 59*80 60w ≥100MΩ PLS-8QXHNQ-3828* 28±0 3800±10% ≤20Ω 59*68 60w ≥100MΩ PLS-8QXHNQ-3833* 33±0 3800±10% ≤20Ω 48*61 60w ≥100MΩ PLS-8QXHNQ-3840* 40±0 3800±10% ≤20Ω 48*51 60w ≥100MΩ PLS-8QXHNQ-4520* 21±0 5600±10% ≤20Ω 67*92 100w ≥100MΩ PLS-8QXHNQ-4528* 28±0 5600±10% ≤20Ω 67*68 100w ≥100MΩ PLS-8QXHNQ-5028 28±0 7200±10% ≤20Ω 67*68 120w ≥100MΩ PLS-8QXHNQ-5020 20±0 4650±10% ≤25Ω 79*94 120w ≥100MΩ PLS-4QXHNQ-2540 40±0 2400±10% ≤30Ω 25*58 20w ≥100MΩ PLS-4QXHNQ-2540 40±0 2400±10% ≤30Ω 30*50 20w ≥100MΩ PLS-4QXHNQ-2560 60±1 2300±10% ≤35Ω 30*35 20w ≥100MΩ PLS-4QXHNQ-2565 65±1 2300±10% ≤35Ω 25*31 20w ≥100MΩ PLS-4QXHNQ-3055 55±1 3100±10% ≤35Ω 30*45 35w ≥100MΩ PLS-4QXHNQ-3050 52±2 3100±10% ≤35Ω 38*40 35w ≥100MΩ PLS-4QXHNQ-3528* 28 ±0 4000±10% ≤20Ω 45*79 50w ≥100MΩ PLS-4QXHNQ-3540* forty ±1 4000±10% ≤20Ω 45*55 50w ≥100MΩ PLS-4QXHNQ-3825* 25±0 4800±10% ≤20Ω 59*80 60w ≥100MΩ PLS-4QXHNQ-3828* 28±0 4800±10% ≤20Ω 59*68 60w ≥100MΩ PLS-4QXHNQ-3833 33±0 4800±10% ≤20Ω 48*62 60w ≥100MΩ PLS-4QXHNQ-3835 35±0 4800±10% ≤20Ω 45*55 60w ≥100MΩ PLS-4QXHNQ-3840* 40±0 4800±10% ≤20Ω 48*51 60w ≥100MΩ PLS-4QXHNQ-4520 22±0 7600±10% ≤20Ω 67*92 100w ≥100MΩ PLS-4QXHNQ-4525 25±0 7600±10% ≤20Ω 67*76 100w ≥100MΩ PLS-4QXHNQ-4528* 28±0 7600±10% ≤20Ω 67*68 100w ≥100MΩ PLS-4QXHNQ-4540* 40±0 7600±10% ≤20Ω 55*53 100w ≥100MΩ PLS-4QXHNQ-5028 28±0 9600±10% ≤20Ω 67*68 120w ≥100MΩ PLS-4QXHNQ-3868 67±2 4800±10% ≤20Ω 50*65 50w ≥100MΩ PLS-4QXHNQ-3880 79±1 4800±10% ≤25Ω 40*54 60w ≥100MΩ PLS-4QXHNQ-38100 100±1 4800±10% ≤25Ω 40*57 60w ≥100MΩ PLS-4QXHNQ-38120 120±1 4800±10% ≤25Ω 40*58 60w ≥100MΩ PLS-4QXHNQ-35130 129±1 4200±10% ≤25Ω 36*54 50w ≥100MΩ PLS4QXHNQ-38160 160±1 4800±10% ≤25Ω 40*57 60w ≥100MΩ PLS-4AS-35165 165±5 4100±10% ≤60Ω 42*61 40w ≥100MΩ PLS-4AH-25200 200±2 2300±10% ≤35Ω 30*35 20w ≥100MΩ Screw gap length (diameter * pitch * depth)M10*1*10

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