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Product Details:
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| Product Name: | Ultrasonic Welding Transducer | Ceramic Diameter: | 50mm |
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| Type: | NTK Type | Joint Bolt: | M 12*1 |
| Capacitance: | 5~5.6nf | Application: | Welding |
| High Light: | Ultrasonic Welding Transducer 25Khz,Double Ceramics Welding Transducer,NTK Type Welding Transducer |
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25Khz Double Ceramics Welding Transducer Waterproof
Description:
A transducer is a device that converts electrical energy and sound energy into each other. Used in echo sounders, Doppler logs and acoustic correlation logs. Converting electrical energy into sound energy is called a transmitting transducer; converting sound energy into electrical energy is a receiving transducer. The transmit and receive transducers are usually used separately, but one can also be shared. The main performance indicators of the transducer are: operating frequency, frequency bandwidth, electro-acoustic frequency, impedance at resonant frequency, directivity (transmission beam width) and sensitivity. According to the different physical properties and materials used, transducers can be divided into two categories: magnetostrictive transducers and electrostrictive transducers.
Specifications:
| Model | HS-5025-2Z |
| Frequency | 25 Khz |
| Output power | 500 W |
| Joint bolt | M12*1 |
| Ceramic disc Diameter | 50 mm |
| Quantity of Ceramic discs | 2 pcs |
| Capacitance | 5~8 nF |
| Amplitude | 6 um |
| Application | Welding |
Ultrasonic Transducer introduction :
Ultrasonic transducer uses the piezoelectric effect to realize transduction between electric and sound energy. It comprises a radiation head, electrode, cap, prestressed bolt, piezoelectric chip and an insulating tube.
Ultrasonic Transducer features :
Transducer Category:
Component shape
According to the shape of the piezoelectric elements that make up the transducer, it is divided into thin plate, disc, circular, circular tube, round rod, thin shell spherical, piezoelectric film, etc.;
Vibration Mode
According to the vibration mode, it is divided into stretching vibration, bending vibration, torsional vibration, etc.;
Vibration direction
According to the direction of stretching vibration, it is divided into thickness, tangential, longitudinal, radial, etc.;
Piezoelectric conversion method
According to the piezoelectric conversion method, it is divided into a transmitter type (electric-acoustic conversion), a receiving type (acoustic-electric conversion), and a transmitter-receiver type.
Propagation medium
According to the transmission medium, it is divided into liquid medium, solid medium, gas medium, etc.
Detailed Images:
Contact Person: Hogo Lv
Tel: 0086-15158107730
Fax: 86-571-88635972
