Ultrasonic generator cleaning
JYD-700E and JYD-700EG ultrasonic generator integrates the functions of digital ampere meter, frequency, time control, PLC remote control, mode of sweep display etc. Based on traditional ultrasonic generator, functions of frequency locking, current locking, selection of mode of sweep display, 485 communications and so on are added, expanding the scope of cleaning of ultrasonic generator and solving the problems of frequency and current deviation of the generator after running for a while.
Application:
This industrial ultrasonic cleaner driver is mainly used for making the high power cleaning or rinsing or plating tanks.
Specification:
Product model |
Model JYD-701E |
Model JYD-702E |
Model JYD-700EG |
Driving power |
600W-1500W |
1500W-3000W |
600-1500W |
Power control |
10-100% |
10-100% |
10-100% |
Working frequency |
20KHz-40KHz |
20KHz-40KHz |
53/68/80/100/120KHz |
Working voltage |
220V±10% 50Hz/60Hz |
220V±10% 50Hz/60Hz |
220V±10% 50Hz/60Hz |
Maximum output current |
5A |
8.5A |
3.5A |
Ambient temperature |
0-40℃ |
0-40℃ |
0-40℃ |
Net weight of product |
6.5KG |
6.5KG |
6.5KG |
External dimensions |
340mmx300mmx130mm |
340mmx300mmx130mm |
340mmx300mmx130mm |
Product details:
Front display and back ports as below:
FAQ:
What is the principle of ultrasonic cleaning generator ?
Firstly, a signal generator generates a signal of a specific frequency. This signal can be a sinusoidal signal or a pulse signal. This specific frequency is the frequency of the transducer. Generally, the ultrasonic frequency is used in ultrasonic equipment. 25KHz28KHz35KHz40KHz1OOKHz or above has not been widely used. But with the development of precision cleaning from time to time in the future. It is believed that the use area will gradually expand. Power amplifiers can come in many forms, such as vacuum tube Class A amplifiers. Class A and B amplifiers; Transistor Class A or Class B amplifiers (both analog), transistor switching amplifiers, etc. The power generally ranges from 50W to 5000W. The frequency signal generated by the signal generator needs to pass impedance matching after passing through the power amplifier to make the output The impedance matches the transducer, which pushes the transducer to convert electrical signals into mechanical vibrations.
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