Various Frequency Ultrasonic Cleaning Generator Power PCB 28K/40K For Driving 4PCS Transducer

 A. Product advantages:
1. Suitable for a small number of single transducers or less than 6 transducers;
2. Small size, easy to install in the washing machine shell or inside the power distribution cabinet;
3. Suitable for all kinds of small or micro cleaning machines.
4. The technology is stable and mature, and the similar miniature generator has a long service life.
B. Product features:
1. All power output components, IGBTs, are imported components, which have the advantages of small size, high power, and fast response;
2. Power tube: adopt imported Japanese Toshiba 90A/1200V imported tube to prevent the possibility of tube burning;
3. The externally excited control circuit has an output power of more than 93%, which greatly increases the ultrasonic cavitation density;
4. The output current is a sine wave, which can prolong the service life of the transducer and the generator itself;
5. Wide-range sweep frequency: 23KHZ-40KHZ adjustable, suitable for various transducers;
6. The power can be adjusted.

Application of micro ultrasonic generator (power supply):
Mainly suitable for: cleaning batch workpieces. Such as mechanical parts, mechanical gears, mechanical parts, auto parts, auto parts, auto gears, stainless steel tableware, parts cleaning before plating, watch straps, hardware mechanical parts, filter cores, silicon wafers, lenses, spectacle frames, jewelry, glass Utensils, surgical instruments, motor rotors, stators, exchangers, radiators, furniture accessories, fins, aluminum-iron-copper adzes, ductile iron parts, cylinder parts, shells, piston rings, hydraulic machinery, compressors, engine parts And so on, pressing and punching hardware parts, the cleaning of the production process or the terminal, such as hairdressing silk or hair on the model's head, real hair, etc. Etc. cleaning: high efficiency, good effect, amazing effect on oil stains, wax, dust on the workpiece and fine seams that cannot be cleaned by ordinary methods.